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Service Manual
Ver. 2
NETWORK STEREO RECEIVER
DRA-800H
BEFORE SERVICING THIS UNIT
ELECTRICAL
MECHANICAL
REPAIR INFORMATION
UPDATING
• For purposes of improvement, specifications and design are subject to change without notice.
• Please use this service manual when referring to the operating instructions without fail.
• Some illustrations used in this service manual are slightly different from the actual product.
Please refer to the MODIFICATION NOTICE.
START::|sX3k6VQNaf/6VbQg1Aav9Q==|J/JZ60wb48bxFZuk+NgKqJzBI5hMovNMc0hwi1ymoOk=|trCPL+r6hK0op9Zvsp9UIg==|::END
SAFETY PRECAUTIONS
NOTE FOR SCHEMATIC DIAGRAM
Before Servicing
This Unit
BEFORE SERVICING THIS UNIT
HANDLING THE SEMICONDUCTOR AND OPTICS
Electrical
ONLINE PARTS LIST
Accessing the Parts List
Searching Part Numbers or Ref. Numbers
NOTE FOR PARTS LIST
Mechanical
SERIAL NUMBER
Serial Number Organization
SKU Code of this Unit
POST-SERVICE PRECAUTIONS
Initializing this Unit
Repair Information
Updating
2
SAFETY PRECAUTIONS
Leakage current check
Before returning the set to the customer, be sure to carry out either (1) a leakage current check or (2) a line to chassis resistance check. If the leakage current exceeds 0.5 milliamps, or if the resistance from
chassis to either side of the power cord is less than 460 kohms, the set is defective.
Be sure to test for leakage current with the AC plug in both polarities, in addition, when the set's power is in each state (on, off and standby mode), if applicable.
CAUTION
Please heed the following cautions and instructions during servicing and inspection.
Before Servicing
This Unit
The following items should be checked for continued protection of the customer and the service technician.
CAUTION
Concerning important safety parts
◎ Heed the cautions!
◎ Cautions concerning electric shock!
(1) AC voltage is impressed on this set, so if you touch internal metal parts when the set is energized,
An
you may get an electric shock. Avoid getting an electric shock, by using an isolating transformer and
wearing gloves when servicing while the set is energized, or by unplugging the power cord when
replacing parts, for example.
(2)
There are high voltage parts inside. Handle with extra care when the set is energized.
Electrical
Many of the electric and the structural parts used in the set have special safety properties. In most
cases these properties are difficult to distinguish by sight, and the use of replacement parts with higher
ratings (rated power and withstand voltage) does not necessarily guarantee that safety performance
will be preserved. Parts with safety properties are indicated as shown below on the wiring diagrams and
the parts list in this service manual. Be sure to replace them with the parts which have the designated
part number.
Cautions which are delicate in particular for servicing are labeled on the cabinets, the parts and the
chassis, etc. Be sure to heed these cautions and the cautions described in the handling instructions.
Indicated by the z mark.
(1) Schematic diagrams
(2) Parts lists
Indicated by the z mark.
The use of parts other than the designated parts could cause electric shocks, fires or other dangerous
situations.
◎ aution concerning disassembly and assembly!
C
Mechanical
Through great care is taken when parts were manufactured from sheet metal, there may be burrs on the
edges of parts. The burrs could cause injury if fingers are moved across them in some rare cases. Wear
gloves to protect your hands.
◎ Use only designated parts!
The set's parts have specific safety properties (fire resistance, voltage resistance, etc.). Be sure to use
parts which have the same properties for replacement. The burrs have the same properties. In particular,
for the important safety parts that are indicated by the z mark on schematic diagrams and parts lists,
be sure to use the designated parts.
◎ e sure to mount parts and arrange the wires as they were originally placed!
B
Repair Information
For safety seasons, some parts use tapes, tubes or other insulating materials, and some parts are
mounted away from the surface of printed circuit boards. Care should also be taken with the positions
of the wires by arranging them and using clamps to keep them away from heating and high voltage
parts, so be sure to set everything back as it was originally placed.
◎ Make a safety check after servicing!
Check that all screws, parts and wires removed or disconnected when servicing have been put back
in their original positions, check that no serviced parts have deteriorated the area around. Then make
an insulation check on the external metal connectors and between the blades of the power plug. And
otherwise check that safety is ensured.
(Insulation check procedure)
Unplug the power cord from the power outlet, disconnect the antenna, plugs, etc., and on the power.
Using a 500V insulation resistance tester, check that the insulation resistance value between the inplug
and the externally exposed metal parts (antenna terminal, headphones terminal, input terminal, etc.) is
1M Ω or greater. If it is less, the set must be inspected and repaired.
Updating
3
NOTE FOR SCHEMATIC DIAGRAM
Before Servicing
This Unit
WARNING:
Parts indicated by the z mark have critical characteristics. Use ONLY replacement parts recommended
by the manufacturer.
CAUTION:
Before returning the set to the customer, be sure to carry out either (1) a leakage current check or (2)
a line to chassis resistance check. If the leakage current exceeds 0.5 milliamps, or if the resistance from
chassis to either side of the power cord is less than 460 kohms, the set is defective.
WARNING:
DO NOT return the set to the customer unless the problem is identified and remedied.
Electrical
NOTICE:
(1)
ALL RESISTANCE VALUES IN OHM. k=1,000 OHM / M=1,000,000 OHM
(2)
ALL CAPACITANCE VALUES ARE EXPRESSED IN MICRO FARAD, UNLESS OTHERWISE INDICATED. P
INDICATES MICRO-MICRO FARAD. N INDICATES NANO FARAD.
(3) EACH VOLTAGE AND CURRENT ARE MEASURED AT NO SIGNAL INPUT CONDITION.
(4) CIRCUIT AND PARTS ARE SUBJECT TO CHANGE WITHOUT PRIOR NOTICE.
Mechanical
HANDLING THE SEMICONDUCTOR AND OPTICS
Electrostatic breakdown of the semi-conductors or optical pickup may occur due to a potential difference caused by electrostatic charge during unpacking or repair work.
1. Ground for Human Body
Be sure to wear a grounding band (1 M ohm) that is properly grounded to remove any static electricity
that may be charged on the body.
2. Ground for Workbench
& lt; Correct & gt;
& lt; Incorrect & gt;
Repair Information
Be sure to place a conductive sheet or copper plate with proper grounding (1 M ohm) on the workbench
or other surface, where the semi-conductors are to be placed. Because the static electricity charge
on clothing will not escape through the body grounding band, be careful to avoid contacting semiconductors with your clothing
Grounding Band
1MΩ
CBA
CBA
1MΩ
Conductive Sheet or
Copper Plate
Updating
4
ONLINE PARTS LIST
Searching Part Numbers or Ref. Numbers
(1)
Access from the Service Manual
・ Click the URL link on the cover of the service manual.
Examples of display
You can search a Parts List for part numbers or Ref. numbers.
(1)
Enter the part number or Ref. number in the search window of the Parts List, and press the search
button.
The search results are displayed.
(2)
The name of the sheet in which the search part is used and the part’s line are displayed.
Service Manual
INTEGRATED NETWORK AV RECEIVER
AAA-AAAA
Ver. 1
Click here!
Before Servicing
This Unit
Accessing the Parts List
On-line service parts list
http://dmedia.dmglobal.com/Document/DocumentDetails/XXXXX
ONLINE PARTS LIST (P5)
WEB owner’s manual
NA: http://manuals.denon.com/AAAAAAA/NA/EN/index.php
EU: http://manuals.denon.com/AAAAAAA/EU/EN/index.php
AP: http://manuals.denon.com/AAAAAAA/AP/ZH/index.php
Upload is planned for the time of a future press release.
BEFORE SERVICING THIS UNIT
If
NOTE : the web browser does not open automatically, copy the URL and paste it into the address bar
of the web browser and then press Enter.
(3)
Next, click the " Sheet " section of the search results.
Electrical
JP: http://manuals.denon.com/AAAAAAA/JP/JA/index.php
Mechanical
(2)
Accessing the Part List from the Model Asset Screen.
・ Display Model Asset from New SDI.
・ Click the section displayed as ▼ Link to Part Lists under the model name.
1. Parts indicated by " nsp " on this table cannot be supplied.
2. When ordering a part, make a clear distinction between " 1 " and " I " (i) to avoid mis-supplying.
3. A part ordered without specifying its part number can not be supplied.
4. Part indicated by " @ " mark is not illustrated in the exploded and packaging view.
WARNING: arts indicated by the z mark have critical characteristics. Use ONLY replacement parts
P
recommended by the manufacturer.
Repair Information
NOTE FOR PARTS LIST
NOTE : the ▼ Link to Parts List section is not displayed, download the parts table from the Asset list.
If
Updating
5
SERIAL NUMBER
Before Servicing
This Unit
Serial Number Organization
The 14-digit serial number that contains the code of the manufacturing plant and the manufacturing
date.
14 digits
SKU
code
Factory
code
Manufactured
Year, month
Cumulative
serial number
Electrical
The last
Month
2digit of year (01 ～ 12)
Product SKU
DRA800HBKE3
DRA800HBKE2
DRA800HSPE2
Mechanical
SKU Code of this Unit
SKU Code
BJM
BJN
BJP
Repair Information
Updating
6
POST-SERVICE PRECAUTIONS
Before Servicing
This Unit
Initializing this Unit
Make sure to initialize this unit after replacing the microcomputer or any peripheral equipment, or the
digital PCB.
1. Press the power button to turn off the power.
2. hile holding down buttons " TUNER PRESET CH - " and " SPEAKER " simultaneously, press the power
W
button to turn on the power.
3. elease the buttons after confirming that the display flashes at 1-second intervals.
R
＊ The unit is initialized.
Use network initialization mode to initialize the network related settings.
Electrical
NOTE： • If the unit fails to enter the service mode in step 3, repeat the procedure from step 1.
• nitializing the device restores the customized settings to the factory settings. Write down
I
your settings in advance and reconfigure the settings after initialization.
Mechanical
X
TUNER
PRESET CH -
SPEAKER
Repair Information
Updating
7
SCHEMATIC DIAGRAMS
HDMI RX
HDMI TX
OSD
DIGITAL SUPPLY
MCU
MCU LEVEL CHG
DIR
PLD
DSP
MAIN DAC
NETWORK
ALALOG
MAIN
PHONO, TUNER
FRONT
DAB
SMPS
DIGITAL, TUNER(E3), PHONO, DAB(E2)
MAIN, PHONE WIRE GUIDE, USB CABLE GUIDE
SMPS, FRONT, PHONE, FUNCTION VR, USB
LEVEL DIAGRAM
FRONT ch
SUBWOOFER ch
ZONE2 ch
Electrical
BLOCK DIAGRAM
ANALOG AUDIO DIAGRAM
DIGITAL AUDIO DIAGRAM
VIDEO DIAGRAM
POWER DIAGRAM
SEMICONDUCTORS
1. IC's
2. FL DISPLAY
3. Remote Code Table
Repair Information
WIRING DIAGRAM
Mechanical
SCH01
SCH02
SCH03
SCH04
SCH05
SCH06
SCH07
SCH08
SCH09
SCH10
SCH11
SCH12
SCH13
SCH14
SCH15
SCH16
SCH17
PRINTED CIRCUIT BOARDS
Before Servicing
This Unit
ELECTRICAL
Updating
8
6
7
8
9
10
13
14
15
16
17
R7126
R7127
R7128
ANALOG AUDIO
DIGITAL AUDIO
0
0
0
TMDS SIGNAL
ANALOG VIDEO
C7150 0.1uF
C7151 0.1uF
VSS
VDD33
RX1SDA
0.1uF
R7142
C7154
R7143
50V/8pF
10k
1k
P_DA
P_CK
787_HINT
CK_1
DA_1
+5V_1
HPD_1
1
2
C7153
50V/8pF
A3
FROM MCU PART
TO 3A
STBY POWER
9
TO 4A
RX1SCL
CH1ABCLK
CH1ALRCLK
CH1ASPDIF
3
P1RXCP
AVDD11RX1
P1RX0P
P1RX0M
AVDD11RX1
P1RX1P
P1RX1M
AVDD11RX1
P1RX2M
VSS
AVDD33RX0
P1RX2P
P0RXCP
P0RXCM
AVDD11RX0
P0RX0M
AVDD11RX0
P0RX0P
P0RX1M
AVDD11RX0
P0RX1P
P0RX2M
P0RX2P
VDD11
VSS
NOSDIRQ
CH1ASD0
FROM LEGO PART
VIDEOPLD_POHI
216
215
1
2
3
4
4
5
6
7
8
P0TX0P
AVDD11TX
P0TX2M
P0TX1P
AVDD11TX
P1TXCM
P0TX2P
P1TXCP
VDD11
VSS
AVDD33TX
AVDD11TX
P1TX0M
P1TX1M
P1TX0P
P1TX2M
AVDD11TX
P1TX1P
P1TX2P
VDD11
VSS
D7(B7)
D6(B6)
VDD11
2
P0TX1M
D11(G3)
D10(G2)
D9(G1)
D8(G0)
C7116
0.1uF
R7156
10k
R7131
10k
1
2
6
1
5
3
7
8
4
0.1uF
5
0.047uF
C7117
6
AVDD11TX
3
AVDD33TX
R7159
10k
DEIN 61
HSYNCIN 60
VSYNCIN 59
VDD33 62
CH0ABCLK 65
CH0AMCLK 64
CH0ASPDIF 63
VSS 68
PVDD33 67
VDD11 66
P3RXCM 70
AVDD33RX3 69
P3RX0M 73
AVDD11RX3 72
P3RXCP 71
P3RX1M 76
AVDD11RX3 75
P3RX0P 74
P3RX2M 79
AVDD11RX3 78
P3RX1P 77
P3RX2P 80
P2RXCM 83
AVDD33RX2 82
VSS 81
P2RX0M 86
AVDD11RX2 85
P2RXCP 84
P2RX1M 89
AVDD11RX2 88
P2RX0P 87
P2RX2M 92
AVDD11RX2 91
P2RX1P 90
VSS 94
P2RX2P 93
NIRQ1 96
VDD11 95
CH0ASD2 98
CH0ASD3 97
CH0ASD0 100
CH0ASD1 99
CH0ALRCLK 101
NIRQ0 102
HSDA1 104
HSCL1 103
6
2
5
1
3
7
8
4
5
1
7
3
6
2
8
4
3
7
4
8
2
6
17
1
5
RN711
0x4
RN715
0x4
RN714
0x4
RN712 0x4
VOUT_D03
VOUT_D02
VOUT_D01
VOUT_D00
VOUT_D15
VOUT_D14
VOUT_D13
VOUT_D12
0.047uF
C7125
0.047uF
0.047uF
C7124
0.047uF
C7122
C7123
0.047uF
C7121
0.1uF
0.047uF
C7120
VOUT_D11
VOUT_D10
VOUT_D09
VOUT_D08
VOUT_D23
VOUT_D22
VOUT_D21
VOUT_D20
VOUT_D19
VOUT_D18
VOUT_D17
VOUT_D16
C7192
VOUT_D07
VOUT_D06
VOUT_D05
VOUT_D04
10/6.3V
C7191
AVDD11RX
RN716 0x4
AVDD11TX
VDD11
VDD11
OPEN
C7128 0.1uF
C7130 0.1uF
C7129 0.1uF
C7131 0.1uF
C7132 0.1uF
C7133 0.1uF
C7134 0.1uF
C7135 0.1uF
C7136 0.1uF
C7137 0.1uF
C7138 0.1uF
C7168
C7167
C7166
C7165
OPEN
VDD33IO
CB05YTYH221
4.7/6.3V
C7187
4.7/6.3V
C7188
C7189
VOUT_PE
VOUT_HS
VOUT_VS
C7190
0.1uF
C7139 0.1uF
C7140
47k
R7105
0.047uF
C7113
19
0
0
0
10/6.3V
18
OPEN
OPEN
OPEN
C7185
C7184
C7183
4.7/6.3V
C7181
C7182
4.7/6.3V
OPEN
C7186
OPEN
OPEN
OPEN
OPEN
R7104
47k
R7103
47k
10k
R7102
1k
R7101
AVDD33TX
C7193
4.7/6.3V
16
4.7/6.3V
C7178
4.7/6.3V
C7179
C7180 OPEN
PVDD33
4.7/6.3V
OPEN
15
4.7/6.3V
C7176
4.7/6.3V
C7177
VDD33
C7195
R7136
10k
R7135
14
OPEN
C7173
10/6.3V
C7174
C7175
10/6.3V
HDMI1_H5V
HDMI2_H5V
HDMI3_H5V
AVDD33RX
C7196
4.7/6.3V
13
R7134
R7133
R7132
C7194
4.7/6.3V
12
R7109
10k
R7138
10k
R7137
10k
11
AVDD33RX
L7102
CEC3V3
CEC1V1
DGND
CLZBLM21PG300SN1D
TO 1A
TX0_0M
TX0_0P
TX0_2M
TX0_2P
TX0_1M
TX0_1P
FROM
DIGITAL SUPPLY
PART
A1
TO HDMI_TX
0.1uF
7
VSS
4
P0TXCP
8
P0TX0M
C7127
5
P0TXCM
1
AVDD11TX
2
D12(G4)
6
D13(G5)
3
D14(G6)
7
VDD11
D23(R7) 58
D22(R6) 57
D21(R5) 56
D20(R4)
55
10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54
D15(G7)
4
D2(B2)
9
VSS
8
10
R7160
10k
9
0
8
D3(B3)
7
D4(B4)
6
D5(B5)
5
4.D1(B1)
3.D0(B0)
2.TX0HPD
1.TX0SDA
214
213.TX1SCL
214.TX1SDA
215.TX1HPD
216.TX0SCL
54.D19(R3)
53.D18(R2)
52.D17(R1)
51.D16(R0)
213
211 PCLKIN
212 VSS
208 Q0
209 VDD11
210 VDD33
159.RX0SDA
160.RX0SCL
161.CEC
162.VDD11
206 Q2
207 Q1
204 VDD33IO
205 Q3
202 Q5
203 Q4
199 Q7
200 Q6
201 VSS
197 Q9
198 Q8
195 Q11
196 Q10
193 Q12
194 VDD33IO
191 Q14
192 Q13
188 Q16
189 Q15
190 VSS
186 VDD11
187 Q17
184 Q19
185 Q18
181 Q21
182 Q20
183 VDD33IO
179 Q23
180 Q22
177 PCLKOUT
178 VDD33IO
174 DEOUT
175 VSYNCOUT
176 HSYNCOUT
172 VSS
173 VDD11
170 SYSCLK/XI
171 NC/XO
167 NRESET
168 HSDA0
169 VDD33
IC701
MN864787
10k
10k
10k
10k
C7149 0.1uF
C7163 0.1uF
C7164 0.1uF
R7150
0
C7148 0.1uF
C7162
P1RXCM
162 161 160 159 158 157 156 155 154 153 152 151 150 149 148 147 146 145 144 143 142 141 140 139 138 137 136 135 134 133 132 131 130 129 128 127 126 125 124 123 122 121 120 119 118 117 116 115 114 113 112 111 110 109
108
163
TX1ARCIN
RX1P5V
107
164 TX0ARCIN
RX2P5V
165 NTEST
RX3P5V 106
166 HSCL0
VDD33 105
AVDD33RX1
0.047uF
R7114
47k
R7113
47k
10k
R7112
1k
R7111
VSS
0.047uF
47k
R7115
0.047uF
C7114
19
VDD11
C7161
18
MISO
0.1uF
17
NCS
C7160
16
MOSI
C7159
15
C7147 0.1uF
109.RX0P5V
110.RX3SDA
111.RX3SCL
112.RX2SDA
0.047uF
14
C7146 0.1uF
VDD33
SCLK
C7158
13
C7145 0.1uF
NIRQA0
0.047uF
12
0.1uF
NIRQA1
R7152
R7153
R7151
R7155
Q7121
HVTKRC102S
0.1uF
11
C7143 0.1uF
RX2SCL
C7157
10
C7142 0.1uF
47
1k
47
0.1uF
1000P
9
R7157
10k
47k
C7152
47k
8
0
0
R7158
OPEN
R7147
R7148
R7149
C7156
C7155
7
C7141 0.1uF
R7139
10k
R7140
OPEN
R7146
6
0
1M
5
Q7112
HVTKRC102S
R7144
4
Q7111
HVTKRC102S
27MHz
R7124
47k
3
C7144
OPEN
OPEN
OPEN
OPEN
787_RST
Q7122
HVTKRC102S
X7101
47k
R7125
0.047uF
10k
R7122
R7123
47k
2
TO 0A
VDD33
CB05YTYH221
L7105
VDD33IO
CB05YTYH221
L7106
RN713 0x4
C7126
A2
TX0_CM
TX0_CP
Updating
POWER- LINE
1k
R7121
CK_2
DA_2
+5V_2
HPD_2
1
Q7102
HVTKRC102S
VOUT_PCLK
VOUT_VS
VOUT_HS
VOUT_PE
VOUT_D00
VOUT_D01
VOUT_D02
VOUT_D03
VOUT_D04
VOUT_D05
VOUT_D06
VOUT_D07
VOUT_D08
VOUT_D09
VOUT_D10
VOUT_D11
VOUT_D13
VOUT_D12
VOUT_D15
VOUT_D14
VOUT_D17
VOUT_D16
VOUT_D19
VOUT_D18 VOUT_PCLK
VOUT_D21
VOUT_D20
VOUT_D23
VOUT_D22
JK721
CJJ9H021Z
C7115
19
R7117
R7118
C7169
C7170
C7171
C7172
R7145
18
Q7101
HVTKRC102S
10k
12
R7116
0
0
R7154
11
R7107
R7108
VOUT_PCLK
VOUT_VS
VOUT_HS
VOUT_PE
VOUT_D00
VOUT_D01
VOUT_D02
VOUT_D03
VOUT_D04
VOUT_D05
VOUT_D06
VOUT_D07
VOUT_D08
VOUT_D09
VOUT_D10
VOUT_D11
VOUT_D13
VOUT_D12
VOUT_D15
VOUT_D14
VOUT_D17
VOUT_D16
VOUT_D19
VOUT_D18
VOUT_D21
VOUT_D20
VOUT_D23
VOUT_D22
5
R7106
MN864787_HINT
PSCL
MN864787_RST
PSDA
CEC_COM
HPD3
HPD2
HPD1
CK_3
DA_3
+5V_3
HPD_3
4
19.HP DET
18.+5V
17.GND
16.DDC DATA
15.DDC CLK
14.NC
13.CEC
12.CK11.D1 SHIELD
10.CK+
9.D08.D1 SHIELD
7.D0+
6.D15.D2 SHIELD
4.D1+
3.D22.D2 SHIELD
1.D2+
3
JK711
CJJ9H021Z
TO OSD PART
Repair Information
POWER+ LINE
19.HP DET
18.+5V
17.GND
16.DDC DATA
15.DDC CLK
14.NC
13.CEC
12.CK11.D1 SHIELD
10.CK+
9.D08.D1 SHIELD
7.D0+
6.D15.D2 SHIELD
4.D1+
3.D22.D2 SHIELD
1.D2+
2
JK701
CJJ9H021Z
A0
Mechanical
GND LINE
19.HP DET
18.+5V
17.GND
16.DDC DATA
15.DDC CLK
14.NC
13.CEC
12.CK11.D1 SHIELD
10.CK+
9.D08.D1 SHIELD
7.D0+
6.D15.D2 SHIELD
4.D1+
3.D22.D2 SHIELD
1.D2+
1
HDMI_INPUT-1
CBL/SAT
HDMI_RX PART
Electrical
HDMI_INPUT-2
DVD
SCH01 HDMI RX
Before Servicing
This Unit
HDMI_INPUT-3
Blu-ray
SCHEMATIC DIAGRAMS
CB05YTYH221
L7103
PVDD33
CB05YTYH221
L7104
AVDD33TX
AVDD11RX
CLZBLM21PG300SN1D
AVDD11TX
L7107
L7108
L7109
CB05YTYH221
0.047uF
C7119
C7118
TO 2A
A4
VDD33_TX
C7291
OPEN
7
8
9
10
12
11
4
2
13
14
24
23
22
RN724
EXC24CH900U
20
C7296
0.047uF
1
2
16
WP
1
2
3
4
R7270
OPEN
CN721
OPEN
MP:OPEN
POWER- LINE
ANALOG AUDIO
DIGITAL AUDIO
TMDS SIGNAL
ANALOG VIDEO
STBY POWER
10
OPEN
16
17
19
TO OSD PRAT
FROM
LEGO
Q7222
OPEN
4
6
5
7
CLK
DI
VSS
VCC
0.047uF
IC723
BY25Q32BSSIG
33
TO 1B
C7297
TO PLD PART
SCK
UPDATE
MOSI
VCC
/CS
MISO
GND
1.00mm FFC
DO HOLD
5
FOR OSD UPDATE
6
3
7
CS
2
1
33
10k
R7281
RXBCK/DSDSCK
RXLRCK/DSD5
RXI2S3/DSD4
RXI2S2/DSD3
RXI2S1/DSD2
RXI2S0/DSD1
TXI2S0
TXLRCK
TXBCK
10k
10k
10k
R7274
R7269
TO 0B
OPEN
D7236
47k
33
R7278
R7279
33
R7271
R7272
R7273
8
FROM MCU PART
TO 9A
Updating
MN864788_HAINT
RXMCK/DSDMCK
33
D7237
10k
R7282
8
9
10
MCK
R7280
R7283
5
6
7
33
FS
64FS
B1
HPD5
HPD4
MN864788_HINT
PSCL
MN864788_RST
PSDA
MN864788_HAINT
CEC_COM
14
I2S3
B0
D7233
OPEN
5
6
7
8
19
18
3
4
Q7221
HVTKRC102S
15
R7277
TO 8A
A9
788_GUI_WRITE
NET3.3V
OSD_SPI_CLK
OSD_SPI_CS
OSD_SPI_MI
OSD_SPI_MO
KDS160
13
1k
50V/8pF
I2S2
12
R7248
27MHz
I2S1
C7272
C7271
50V/9pF
788_HINT
CK_5
DA_5
+5V_5
HPD_5
R7252
10k
R7251
10k
R7246
47
1M
X7201
OE2
I2S0
R7247
KDS160
R7275
4k7
D7235
11
8
7
5
4
10k
10k
788_RST
OE1
17
OPEN
R7249
6
CJJ9H021Z
3
2
1
R7243
R7244
A
1uF
C7275
1
2
3
4
1
10k
10k
10k
33
100
0.047uF
100
100
33
33
33
33
0.1uF
0.1uF
R7268
R7232
C7268
R7233
R7234
R7235
R7236
R7237
R7238
C7269
C7270
R7264
R7265
R7221
0.1uF
33
33
C7267
R7266
R7267
0.1uF
C7266
R7228
12
11
D7234
IC722
SN74LVC244APWR
OPEN
JK741
A8
P1TXCM
P1TXCP
P1TX0M
P1TX0P
P1TX1M
P1TX1P
P1TX2M
P1TX2P
10
10k
A
1k8
R7257
4
10x4
2
3
RN725
R7250
9
R7261
C7276
1k8
R7256
8
5
6
7
0.047uF
C7221
0.1uF
0.047uF
10k
R7255
1uF
C7222
R7260
51/F
0
C7273
1uF
0
0
C7223
0.047uF
18
R7258
R7253
R7254
C7274
C7224
0.047uF
R7259
51/F
0.047uF
CK_OUT2
DA_OUT2
C7225
9
10
11
12
13
14
15
16
17
18
19
15
20
21
1
0.1uF
3
27
C7226
RN723
0x2
25
26
0.1uF
0.1uF
1.D2+
2.D2 SHIELD
3.D24.D1+
5.D2 SHIELD
6.D17.D0+
8.D1 SHIELD
9.D010.CK+
11.D1 SHIELD
12.CK13.CEC
14.UTIL/HEAC+
15.DDC CLK
16.DDC DATA
17.GND
18.+5V
19.HP DET
HDMI_OUT
1
4
5
2
1
1
RN722
0x2
6
4
3
30
29
2
28
3
4
C7228
C7227
144
143
142
141
140
139
137
136
138
132
135
134
133
131
130
129
128
127
126
125
124
123
122
121
120
119
118
0.1uF
1000P
47
1k
47
0.1uF
C7263
C7264
R7229
R7230
R7231
C7265
15
13
14
0
0
10/6.3V
D7221
D7222
D7225
D7223
D7224
D7226
2
2
1
3
4
3
33
32
31
RN721
0x2
0
R7217
R7218
R7227
10k
10k
16
17
R7216
OPEN
OPEN
C7284
C7288
4.7/6.3V
OPEN
C7294
D7227
D7228
D7232
D7230
D7229
D7231
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
D7238
0.1uF
Z5.1V
R7222
33
C7229
JK751
CJJ9H021Z
34
35
36
37
38
39
40
41
43
42
44
45
46
50
49
47
48
51
52
54
53
55
57
56
58
NIRQ1
VDD11
VSS
P2RX2P
P2RX2M
AVDD11RX2
P2RX1P
P2RX1M
AVDD11RX2
P2RX0P
P2RX0M
AVDD11RX2
P2RXCP
P2RXCM
AVDD33RX2
VSS
P3RX2P
P3RX2M
AVDD11RX3
P3RX1P
P3RX1M
AVDD11RX3
P3RX0P
P3RX0M
AVDD11RX3
P3RXCP
P3RXCM
AVDD33RX3
VSS
PVDD33
VDD33
NIRQA0
59
61
60
62
63
64
66
65
68
67
69
70
72.RX1P5V
71.RX2P5V
70.RX3P5V
69.VDD33
0.1uF
0.1uF
47k
R7215
C7211
4.CH1ALRCLK
3.CH1ASD0
2.TX0HPD
1.TX0SDA
C7231
C7230
OPEN
18
19
0.047uF
Q7212
HVTKRC102S
IC721
CVIMN864788
117
Q7211
HVTKRC102S
116
93
94
95
0.1uF
AVDD11TX
P0TXCP
P0TX0M
AVDD33TX
P0TX0P
P0TX1M
AVDD11TX
P0TX1P
P0TX2M
AVDD11TX
P0TX2P
VDD11
VSS
P1TXCM
AVDD11TX
P1TXCP
P1TX0M
AVDD33TX
P1TX0P
P1TX1M
AVDD11TX
P1TX1P
P1TX2M
AVDD11TX
P1TX2P
VDD11
VSS
CH1ABCLK
36.NIRQA1
35.VDD11
34.VSS
33.P0TXCM
HAINT
Repair Information
108 107 106 105 104 103 102 101 100
R7214
47k
10k
R7213
47k
R7212
1k
R7211
99
98
97
96
CK_4
DA_4
+5V_4
HPD_4
C7262
115
0.1uF
114
91
C7261
92
0.1uF
0.1uF
112
90
2
1
C7259
C7260
JK731
113
84
87
0.1uF
89
3
C7258
88
4
5
86
6
85
7
8
83
82
0.1uF
0.1uF
71
72
73
74
75
76
77
78
79
80
81
11
10
9
C7256
C7257
RX0P5V
RX3SDA
RX3SCL
RX2SDA
RX2SCL
VDD11
AVDD33RX1
P1RXCM
P1RXCP
AVDD11RX1
P1RX0M
P1RX0P
AVDD11RX1
P1RX1M
P1RX1P
AVDD11RX1
P1RX2M
P1RX2P
VSS
AVDD33RX0
P0RXCM
P0RXCP
AVDD11RX0
P0RX0M
P0RX0P
AVDD11RX0
P0RX1M
104.VSS
P0RX1P
105.RX1SDA
AVDD11RX0 106.RX1SCL
P0RX2M
107.RX0SDA
108.RX0SCL
P0RX2P
CEC
TX1ARCIN
TX0ARCIN
VDD11
NTEST
HSCL0
NRESET
HSDA0
VDD33
SYSC LK/XI
NC/XO
VSS
VDD11
VSS
VDD11
SCLK/LPSA1
MOSI/LPSA0
VSS
MISO
NCS
CH0AMCLK
VDD33IO
CH0ABCLK
CH0ALRCLK
CH0ASD3
CH0ASD2
CH0ASD1
CH0ASD0
VDD11
VDD33
NC
VSS
TX1SCL
TX1SDA
TX1HPD
TX0SCL
0.1uF
0.1uF
111
12
13
C7254
C7255
110
0
0
109
18
17
16
14
15
R7207
R7208
10k
10k
R7219
R7220
10k
10k
R7262
R7263
47k
R7205
C7201
0.047uF
10k
10k
R7245
R7224
R7204
47k
10k
R7203
47k
1k
R7202
19
OPEN
Mechanical
CJJ9H021Z
ESD suppressor
ASQS12U020R2
R7223
R7206 0
CB05YTYH221
C7293
L7208
AVDD11TX_TX
Q7202
HVTKRC102S
OPEN
L7210
CB05YTYH221
C7290
C7292
AVDD11RX1_TX
10/6.3V
OPEN
C7236
L7207
OPEN
AVDD11RX2_TX
AVDD11RX0_TX
Q7201
HVTKRC102S
OPEN
C7286
C7287
C7289
AVDD11RX_TX
AVDD11RX3_TX
TO 6A
4.7/6.3V
CB05YTYH221
10/6.3V
OPEN
C7237
C7240
0.047uF
C7239
0.1uF
C7238 0.1uF
C7241
0.047uF
C7243
C7242
0.047uF
0.047uF
C7244
C7245
0.047uF
0.047uF
C7247
C7246
0.047uF
C7248
0.047uF
10k
10k
0.1uF
0.1uF
R7226
R7225
C7249
HDMI5_H5V
R7201
FROM OSD
L7206
VDD11_TX
HDMI4_H5V
HDMI_INPUT-4
GAME
4.7/6.3V
VDD11_TX
TO A2
HDMI_INPUT-5
Media Player
OPEN
C7285
L7205
CB05YTYH221
TX0_1M
TX0_1P
TX0_2M
TX0_2P
C7281
50V/100uF
C7282
10/6.3V
L7204
CB05YTYH221
VDD33IO_TX
VDD33IO_TX
Electrical
FROM HDMI_RX
TX0_CM
TX0_CP
C7295
CB05YTYH221
AVDD33TX_TX
AVDD33TX_TX
POWER+ LINE
C7279
C7280
C7283
OPEN
L7209
AVDD33RX1_TX
TX0_0M
TX0_0P
TO 7A
L7203
10/6.3V
AVDD33RX3_TX
AVDD33RX0_TX
GND LINE
4.7/6.3V
AVDD33RX_TX
AVDD33RX2_TX
TXC+
TXC-
19.HP DET
18.+5V
17.GND
16.DDC DATA
15.DDC CLK
14.NC
13.CEC
12.CK11.D1 SHIELD
10.CK+
9.D08.D1 SHIELD
7.D0+
6.D15.D2 SHIELD
4.D1+
3.D22.D2 SHIELD
1.D2+
OPEN
L7202
CB05YTYH221
TX0+
TX0-
19.HP DET
18.+5V
17.GND
16.DDC DATA
15.DDC CLK
14.NC
13.CEC
12.CK11.D1 SHIELD
10.CK+
9.D08.D1 SHIELD
7.D0+
6.D15.D2 SHIELD
4.D1+
3.D22.D2 SHIELD
1.D2+
C7277
C7278
PVDD33_TX
PVDD33_TX
TX1+
TX1-
CEC
ARC
CK_OUT
DA_OUT
+5V_OUT
HPD_OUT
FROM OSD
TX2+
TX2-
2A
A6
4.7/6.3V
CB05YTYH221
A5
TO 5A
CEC5V
CEC3V3
CEC1V1
DGND
L7201
VDD33_TX
FROM DIGITAL SUPPLY PART
A7
HDMI_TX PART
Before Servicing
This Unit
SCH02 HDMI TX
B2
4
3
2
1
12
13
14
15
16
17
18
19
C7354
0.047uF
33
R7358
33
OE2
64
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
TXC+
49
48
47
R7341
R7340
R7305
R7304
44
43
42
41
37
1.00mm FFC
FOR OSD UPDATE
1
2
3
4
5
6
DI
VSS
7
CLK
WP
IC732
BY25Q32BSSIG
DO HOLD
VCC
SCK
GND
MOSI
VCC
/CS
MISO
GND
CN731
OPEN
OPEN
5A
TX2+
TX2-
TX2-
TX1+
TX1TX0+
TX0+
TX0-
TX0-
TXC+
TXC-
TXC-
C7322 0.047uF
1k8
1k8
10k
10k
TXPLGND
TXPGND
TXPLVDD
0
R7363
50
36
CS
0.047uF
C7328
10/6.3V
D1V8
OPEN
51
38
35
TX1-
52
45
100
100
TO A5
Place R7212 & R7213 & C7217
as close as possible
to pin40 on the bot of PCB
L7304
CB03YTYH600
24.8mA
& lt; TXPVDD_1V8 & gt;
6A
Recommended
: 887 ohm(1%)
HDMI4_H5V
about 888.8 ohm
HDMI5_H5V
L7303
5.2mA
CB03YTYH600
L7302
CB03YTYH600
& lt; TVDD_3V3 & gt;
292.2mA
& lt; CVDD_1V8 & gt;
503.6mA
TO A6
DV3V3
L7301
CB03YTYH600
B4
D1V8
DGND
DV3V3
DV5V
SWM5V
D1V8
DV5V
FROM
DIGITAL SUPPLY
18
TX2+
TX1+
53
46
100
R7352
R7353
OPEN
17
4
R7343
0.047uF
54
C7317
C7303
0.047uF
16
3
R7351
OSD FLASH PART
C7323
55
39
2
E3 : BY25Q32BSSIG(32M)
E2 : BY25Q64ASSIG(64M)
57
OPEN
15
R7334
14
R7306
58
56
5
MP:OPEN
0
59
40
1
R7364
R7308
47k
C7321
OPEN
13
47k
R7307
60
C7316
12
C7324
0.1uF
61
6
33
R7309
OPEN
63
62
7
100
TO HDMI_TX
65
15mA
R7314
8
R7350
TO HDMI_TX
66
2K/F
11
OPEN
R7312
33
R7311
33
R7310
33
R7303
10
& lt; TXAVDD_1V8 & gt;
R7313
R7344
OPEN
L7305
CB03YTYH600
10k
10k
10k
10k
67
10k
R7342
10k
C7352
68
OPEN
R7345
MI
MO
CS
CLK
69
OPEN
C7315
9
OPEN
C7327
70
10/6.3V
8
R7318
R7317
R7316
R7315
71
C7325
OPEN
C7326
10/6.3V
72
TO 3B
4k7
4k7
R7348
C7329
0.047uF
C7333
0.047uF
C7332
0.1uF
73
R7302
1k6/F
7
R7366
33
R7365
10k
10k
10k
10k
R7322
R7321
R7320
R7319
R7356
10k
C7334
0.1uF
AP1_IN
AP2_IN
AP3_IN
DVDDIO
6
0.047uF
C7302
10k
0.1uF
74
DGNDIO
AP4_IN
AP5_IN
SCLK_IN
MCLK_IN
EP_MISO
EP_MOSI
EP_CS
EP_SCK
CSB
ALSB
DVDD
DGND
CEC
TXGND
TX2+
TX2TXAVDD
TX1+
TX1TXGND
TX0+
TX0TXGND
TXC+
TXCTXGND
TXAVDD
TXDDC_SCL
TXDDC_SDA
ARC+
HP_ARCEXT_SWING
IC731
5
R7346
10
S1
11
2
3
4
5
6
7
TO 5B
9
OE
B8
A
12
GND S2
B7
B1
13
S0
B6
B2
14
NC
B5
B3
C7353
15
1
0.047uF
16
IC733
CVISN74CBT3251PWR
B4 VCC
HINSELA
HINSELB
HINSELC
H5V_DET
8
HDMI1_H5V
HDMI2_H5V
HDMI3_H5V
R7355
2k2
8k2
R7354
0A
FROM MCU
TO 4B
B5
Repair Information
R7301
C7301
75
OPEN
C7313
4
R7349
R7327
10k
C7335
0.047uF
R7328
OPEN
C7336
R7323
100
R7324
100
R7326
1k
5P
5P
3
76
10/6.3V
C7314
2
77
ADV7623
DDCC_SCL
CVDD
CGND
RXC_CRXC_C+
1
78
0.1uF
C7311
144
79
C7312
143
80
10/6.3V
141
142
81
1uF
140
82
C7319
138
139
83
C7318
0.1uF
C7349
0.047uF
84
C7310
137
85
10V/100uF
136
86
CGND
TXPVDD
134
135
87
0.1uF
133
88
C7309
131
132
89
C7308
0.047uF
130
90
0.047uF
C7348
129
91
C7307
C7347
0.1uF
TO A8
127
128
92
C7306
R7335
10k
126
93
0.047uF
124
125
94
10k
10k
123
0.1uF
95
R7359
R7360
122
C7346
96
0.1uF
120
121
97
0.1uF
FROM HDMI_TX
8A
119
98
C7305
118
99
C7304
116
& lt; DVDDIO_3V3 & gt;
1.5mA
L7306
CB03YTYH600
4k7
115
117
C7345
P1TXCM
P1TXCP
P1TX0M
P1TX0P
P1TX1M
P1TX1P
P1TX2M
P1TX2P
C7350
C7351
113
114
100
Mechanical
DDCA_SCL
CVDD
CGND
RXA_CRXA_C+
TVDD
RXA_0RXA_0+
CGND
RXA_1RXA_1+
TVDD
RXA_2RXA_2+
HP_CTRLB
5V_DETB
DGND
DVDD
DDCB_SDA
DDCB_SCL
CVDD
CGND
RXB_CRXB_C+
TVDD
RXB_0RXB_0+
CGND
RXB_1RXB_1+
TVDD
RXB_2RXB_2+
HP_CTRLC
5V_DETC
DDCC_SDA
109
110
112
0.047uF
C7337
0.1uF
1k/F
108 107 106 105 104 103 102 101 100
111
0.047uF
OPEN
PVDD
XTAL1
XTAL
PVDD
PGND
PWRDNB
RESETB
MCLK_OUT
SCLK_OUT
AP5_OUT
DVDD
DGND
AP4_OUT
AP3_OUT
AP2_OUT
AP1_OUT
AP0_OUT
DVDDIO
DGNDDIO
INT_TX
INT2
INT
DVDD
DGND
SCL
SDATA
AP0_IN
0.1uF
C7344
OPEN
C7330
TVDD
RXC_0RXC_0+
CGND
RXC_1RXC_1+
TVDD
RXC_2RXC_2+
HP_CTRLD
5V_DETD
DGND
DVDD
DDCD_SDA
DDCD_SCL
CVDD
CGND
RXD_CRXD_C+
TVDD
RXD_0RXD_0+
CGND
RXD_1RXD_1+
TVDD
RXD_2RXD_2+
CVDD
C7343
R7331
1k/F
R7332
R7333
10k
0.1uF
OPEN
ADV7623_RST
HSCL
HSDA
ADV7623_SPI_MI
ADV7623_SPI_MO
ADV7623_SPI_CLK
ADV7623_SPI_CS
7623_ROM_HOLD
R7362
C7331
1M
OPEN
C7342
R7329
500 ohm
DDCA_SDA
RTERM
5V_DETA
HP_CTRLA
PGND
C7341
X7301
28.6363MHz
0
& lt; PVDD_1V8 & gt;
36.7mA
L7307
CB03YTYH600
OPEN
R7330
& lt; DVDD_1V8 & gt;
332.4mA
L7308
CB03YTYH600
10/6.3V
B3
Electrical
C7338
C7340
20
TO 2B
Q7301
HVTKRC102S
FROM/TO MCU
5
4k7
R7357
6
OE1
7
IC734
SN74LVC244APWR
8
10k
A_RST
A_DA
A_CK
9
R7361
OSD_CLK
OSD_CS
OSD_MO
OSD_MI
10
11
+1V8H2
FROM LEGO
OSD_SPI_MO
OSD_SPI_MI
OSD_SPI_CS
OSD_SPI_CLK
NET3.3V
GUI_WRITE
OSD PART
Before Servicing
This Unit
SCH03 OSD
FROM HDMI_RX
GND LINE
POWER+ LINE
POWER- LINE
ANALOG AUDIO
Updating
TO A0
DIGITAL AUDIO
TMDS SIGNAL
ANALOG VIDEO
STBY POWER
11
DIGITAL SUPPLY PART
2
G
Q7403
HVTKRC102S
D
1
D
1
2
3
4
CEC_PW
CPU_PW
CEC_PW2
N3V3_PW
NET5V_POWER
NET3V3_POWER
CEC_POWER
CEC_POWER
CEC_POWER2
CEC_POWER2
CPU_POWER
CPU_POWER
DV_PW
MAIN_POWER
DA_PW
DV_POWER1
SWM3.3V
DV_POWER1
MCU_3V3
DA_POWER
DA_POWER
L7451
SWM5V
100
OPEN
C7485
47k
0.1uF
R7487
C7484
D7402
KDS160
OPEN
5
R7489
C0
Q7421
CVTISA1530AC1
D5V
SWM3.3V
R7491
10k
3k3
10k
5
D
2
G
D
6
1
C7475
18k
D
4
3
5
2
G
D
6
1
4k7/F
10K/F
R7445
0
R7446
C7456
R7444
0.1uF
50V/10uF
10k
C7469
C7462
OPEN
R7480
0.047uF
C7461
OPEN
C7460
6.3V/22uF
0
C7458
C7479
0.047uF
KDS160
D7404
TO OSD PART
TO A1
TO HDMI_RX
7A
CEC5V
CEC3V3
CEC1V1
DGND
TO A7
TO HDMI_TX
Q7418
CVTISA1530AC1
0
R7447
C7459
6.3V/22uF
C7455
0.047uF
C7474
C7478
D
CEC3V3
CEC1V1
DGND
0
R7448
L7443
(5040) 2.2uH
C7457
6.3V/22uF
SW
VIN
1
GND
2
CEC1V1
R7449
6
0.1uF
C7454
16V/10uF
3
OPEN
VBST
EN
VFB
OPEN
5
IC744
TPS563201DDCR
16V/10uF
0.047uF
OPEN
C7453
L7442
C7451
4
L7441
CB03YTYH600
C7452
33
R7443
100k
C7450
R7441
0.047uF
R7442
CEC_POWER
HDMI
TO 8B
TO DSP PART
1A
CEC_POWER
Q7416
HVTKRC102S
DA1.1V
DA3V3
DGND
D
D
0.047uF
1
D
Q7417
PDEQ2309
R7479
2k
2
6
C7480
R7477
D
0.047uF
OPEN
R7478
S
5
Q7415
PDEQ2309
3
G
C7477
Q7414
HVTKRC102S
D
4
0.047uF
OPEN
R7475
OPEN
OPEN
50V/10uF
C7447
C7448
C7449
C7471
0.047uF
DA_POWER
R7476
18k
2k
3k3
D
B8
S
R7474
R7493
10k
0.047uF
R7468
4k7/F
R7435
10K/F
R7434
C7443
R7436
0.1uF
C7442
0
C7445
6.3V/22uF
SW
GND
0
D
4
R7437
C7444
6.3V/22uF
C7441
L7434
OPEN
L7433
(5040) 2.2uH
0.1uF
VIN
OPEN
VBST
EN
VFB
OPEN
R7433
16V/10uF
16V/10uF
C7439
C7440
1
C7446
6.3V/22uF
100k
C7437
0.047uF
R7432
0.047uF
2
R7492
Q7424
3
Q7411
HVTKRC104S
Q7422
HVTKRC102S
Q7423
CVTISA1530AC1
CEC_POWER2
S
10k
D7403
KDS160
TO 0C
Repair Information
3
OPEN
TO B4
2.7
CEC_POWER
D1.1V
1
D
2.7
Q7412
CVTISA1530AC1
R7469
DSP
6
IC743
TPS563201DDCR
L7431
CB03YTYH600
L7432
C7438
5
2
D
2.7
R7473
4
6
Q7410
PDEQ2309
3
G
R7470
R7471
33
D
C7476
C7473
Q7409
HVTKRC104S
R7431
5
CPU_POWER
DGND
0.047uF
10k
DV_POWER1
DA_POWER
D
4
Q7413
PDEQ2309
OPEN
S
R7467
0.047uF
10k
R7466
4B
SWM3.3V
Mechanical
R7490
R7465
MCU+5V
M_RESET
4k7
MCU_3V3
D1V8
DGND
DV3V3
DV5V
SWM5V
DGND
TO 9B
BDOWN
100k
R7488
10k
R7484
10k
1
OUT
IC746
OPEN
2
CD
3
VDD
4
NC
GND
OPEN
C7481
Q7420
CVT2SC3052
R7486
1uF
OPEN
0.047uF
47k
R7427
C7483
C7436
C7435
C7434
6.3V/22uF
C7433
6.3V/22uF
KDS160
C7482
0
R7426
R7424
C7431
0.1uF
0
TO PLD PART
13k7/F
R7425
10K/F
OPEN
VBST
(5040) 3.6uH
TO 7B
L7425
0.1uF
C7429
L7424
OPEN
L7423
C7432
6.3V/22uF
SW
1
D1V8
DV3V3
D1.8V
6
GND
2
VIN
16V/10uF
16V/10uF
C7427
C7428
C7426
16V/10uF
3
C7430
5
IC742
TPS563201DDCR
OPEN
0.047uF
EN
VFB
OPEN
4
L7421
CB03YTYH600
L7422
C7425
R7423
100k
C7424
0.047uF
R7422
33
R7485
CB03YTYH600
D7401
B7
R7428
6
OPEN
C7401
16V/470uF
C7403
C7402
0.047uF
OPEN
0.047uF
C7404
OPEN
OPEN
C7406
C7407
5
OPEN
TO 6B
D5V_POWER
NET5V_POWER
NET3V3_POWER
MCU_3V3
DV_POWER1
6.MAIN_POWER
B9
TO BN601
TO MCU PART
3
5.DGND
TO LEVEL CHG B'D
0.01uF
C7466
27k
NET3V3_POWER
C7467
6
0.047uF
5
Q7404
PDEQ2309
4
R7457
LEGO5V
DGND
NET3.3V
D5V
SWM3.3V
C7468
OPEN
R7456
C7423
0.047uF
R7417
47k
C7422
C7420
6.3V/22uF
C7421
6.3V/22uF
6.3V/22uF
1k
D
2.D5.2V
4.DGND
Electrical
R7454
D
TO NETWORK PART
D5V_POWER
B6
S
16V/470uF
C7405
C7408
OPEN
C7464
CB03YTYH600
D5V_PW
1
D
1.D5.2V
3.M_RESET
0
L7404
N5V_PW
2
D
0.047uF
3
G
Q7402
PDEQ2309
6
C7465
OPEN
R7452
D
OPEN
L7413
(5040) 3.6uH
C7419
6.3V/22uF
5
Q7401
HVTKRC104S
0
R7416
C7418
R7414
1
C7463
0.022uF
33k2/F
R7415
10K/F
OPEN
VBST
0.1uF
C7417
VFB
EN
VIN
SW
2
GND
16V/10uF
C7415
3
0.1uF
16V/10uF
C7414
C7413
16V/10uF
C7412
L7412
OPEN
10k
NET5V_POWER
0
L7415
6
IC741
TPS563201DDCR
CB03YTYH600
0.047uF
OPEN
R7413
OPEN
L7411
D5V
5
D
4
R7453
10k
L7414
4
C7416
100k
C7411
R7412
D3.3V
0.047uF
R7410
10
R7411
D5V_POWER
R7451
S
CB03YTYH600
R7483
2.5mm 5PIN WIRE
CN741
CJP06GA01ZY
CB03YTYH600
L7403
FROM SMPS B'D
CN741
L7401
CB03YTYH600
L7402
Before Servicing
This Unit
SCH04 DIGITAL SUPPLY
R7481
3k3
DV_POWER1
Q7419
HVTKRC102S
Updating
GND LINE
POWER+ LINE
POWER- LINE
ANALOG AUDIO
DIGITAL AUDIO
TMDS SIGNAL
ANALOG VIDEO
STBY POWER
12
TO BN12B1
TO FRONT B'D
1.25mm 27PIN FFC
27.B/P_IRIN_DE
26. DGND
25.MCU_3V3
24.MCU+5V
23.CPU_POWER
22.FL_DATA
21.FL_CLK
20.FL_CE
19.FL_RST
18.RC_IN
17.GRN_LED
16.RED_LED
15.KEY_1
14.KEY_2
13.KEY_3
12.VSEL_B
11.VSEL_A
10.H/P_DET
9.TRE_B
8.TRE_A
7.BAS_B
6.BAS_A
5.BAL_B
4.POWER_KEY
3.BAL_A
2.ISEL_B
1.ISEL_A
MCU PART
22
20
21
18
19
16
17
14
15
12
13
10
11
8
9
6
4
7
5
B/PIRIN_DE L7529
L7502
2
3
L7503
L7504
L7505
L7506
L7507
L7508
L7509
L7510
L7511
L7512
L7513
L7514
L7515
L7516
L7517
L7518
L7519
L7520
L7528
L7522
L7523
L7524
23
1
L7525
L7526
L7527
24
25
CPU_POWER
0.01uF
C7526
C7525
L7502~L7520
L7522~L7528
:CB03YTYH600
0.01uF
27
FL_DATA
FL_CLK
FL_CE
FL_RST
RC_IN
GRN_LED
RED_LED
KEY_1
KEY_2
KEY_3
VSEL_B
VSEL_A
H/P_DET
TRE_B
TRE_A
BAS_B
BAS_A
BAL_B
POWER_KEY
BAL_A
ISEL_B
ISEL_A
H/P_DET
DGND
H/P_DETECT
DC_DET/ASO
THERMAL_A
THERMAL_B
26
CN751
DC_DET/ASO
THERMAL_A
THERMAL_B
H/P_DET
H/P_DETECT
TXD
CURRENT_DET
TXD
RXD
HI-B_RLY
FRONT_A_RL
FRONT_B_RL
H/P_RLY
FRONT_B_RL
HI-B_RLY
FRONT_A_RL
H/P_RLY
CURRENT_DET
TO MCU LEVEL CHG.
HPD5
HPD4
MN864788_HINT
PSCL
MN864788_RST
PSDA
MN864788_HAINT
CEC_COM
HPD5
HPD4
MN864788_HINT
PSCL
MN864787_HINT
PSCL
MN864787_RST
PSDA
MN864787_HINT
PSCL
MN864787_RST
PSDA
CEC_COM
HPD3
HPD2
HPD1
CN751
TO 1C
TO HDMI_TX
TO HDMI_RX
CEC_COM
HPD3
HPD2
HPD1
C1
TO B0
RXD
0B
TO A3
MN864788_RST
PSDA
MN864788_HAINT
CEC_COM
3A
131
132
133
134
135
136
137
139
33
R7540
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
10k
26
27
C7508
R7505
R7508
25
28
29
30
31
32
33
34
55
54
53
52
R7523
51
50
33
R7521
49
E2 VERSION
OPEN
33
CEC_IN
47
C7509
46
R7520
R7519
R7518
R7517
R7516
R7522
45
44
43
42
41
40
39
R7515
R7514
38
33
33
DSP_RST
1k2
DSP_FLAG0
DAC_MS
4k7
R7567
ADC_RST
DIR_CE
DIR_CLK
DIR_DIN
DIR_RST
DIR_DOUT
DIR_RST
DIR_CE
DIR_CLK
DIR_DIN
DIR_DOUT
ADC_RST
MVOL_MUTE
APLD_CLK
VOLUME_MUTE
APLD_CS
APLD_DATA
C7
PLDERR
APLD_CS
APLD_DATA
APLD_CLK
VOLUME_MUTE
MVOL_MUTE
PLDERR
4k7
R7566
DSP_FLAG0
TO 3C
TO 4C
TO PLD
DAC_RST
DAC_DATA
DAC_CLK
DAC_MS
TO 5C
TO DIR PART
TO 6C
TO 7C
R7568
1.00mm FFC
1
2
3
4
5
6
7
8
9
10
4k7
R7565
11
4k7
R7564
0
VOLUME_MUTE
ADV7623_RST
MVOL_MUTE
E_RTS_MOEI
E_CTS_MIEO
E_RXD_MIEO
1.RESET
2.MCU_3V3
3.TDO/TXD
4.TDI/RXD
5.DGND
6.UB
7.MD
8.EMLE
9.TRST#
10.TCK
11.TMS
MP : OPEN
E20/EMULATOR
R7499
10k
10k
4k7
R7563
R7562
4k7
13
RC_IN
BDOWN
R7584
STBY POWER
C6
CN752
OPEN
100
DSP_FLAG0
M_RESET
VSEL_B
VSEL_A
BAL_A
RXD
TXD
GRN_LED
RED_LED
POWER_KEY
R9007
2k2
Q9001
CVT2SC3052
1k
R9005
OPEN
R9004
R9006
D9001
KDS160
C9001
DSP_CLK
DSP_RST
TO B3
C5
100k
ANALOG VIDEO
DSP_MOSI
DSP_MISO
DSP_CLK
3k3
TMDS SIGNAL
DSP_ICS
DSP_MISO
DAC_DATA
B/PIRIN_DE
DIGITAL AUDIO
E_RXD_MIEO
E_CTS_MIEO
E_TXD_MOEI
E_RTS_MOEI
AIOS4_WAKEUP
AIOS4_STBY_STATUS
NET_FACT_RST
TEMP_SENSOR
C4
DSP_MOSI
1M
X7501
Q9002
HVTKRA102S
ANALOG AUDIO
C3
ADV7623_RST
HSCL
HSDA
ADV7623_SPI_MI
ADV7623_SPI_MO
ADV7623_SPI_CS
ADV7623_SPI_CLK
7623_ROM_HOLD
Updating
POWER- LINE
R7577
DSP_ICS
TXD0
DAC_RST
C7505
50V/9pF
L9001
CB03YTYH600
1000pF
D9002
1
3k3
E_RXD_MIEO
E_CTS_MIEO
E_TXD_MOEI
E_RTS_MOEI
AIOS4_WAKEUP
AIOS4_STBY_STATUS
NET_FACT_RST
TEMP_SENSOR
VEXP_DATA
VEXP_CLK
VEXP_OE
TU_SDIO/DAB_RX
ZONE2_MUTE
TU_SCLK/DAB_TX
7623_ROM_HOLD
NET_FACT_RST
E_TXD_MOEI
33
33
33
33
33
33
ADV7623_SPI_CLK
7623_ROM_HOLD
DAC_CLK
R7561
2
ADV7623_SPI_CS
0.047uF
H5V_DET
3
R7575
220k
ADV7623_SPI_MO
48
ADC_RST
JK901
CJJ2D048ZD
HSDA
ADV7623_SPI_MI
C7522
ADV7623_SPI_MO
ADV7623_SPI_CLK
ADV7623_SPI_MI
BAL_B
NET5V_POWER
VEXP_STB
TU_SEN
D7502
33
10
TRE_A
57
56
KDS160
0.1uF
58
3B
HSCL
0.047uF
60
59
ADV7623_RST
27k
61
33
R7525
R7524
62
33
33
33
C7510
64
63
SWM5V
R7576
DSP_ICS
DSP_CLK
DSP_MISO
DSP_MOSI
HSDA
HSCL
R7529
R7528
R7527
R7526
65
4k7
67
66
R7570
10k
TO B5
REMOTE IN
R7569
12.0MHz
5B
POWER+ LINE
OPEN
Q7501
HVTKTC2875B
33
68
C7520
100k
R7530
69
CEC_COM
HDMI CEC_PART
47k
ADV7623_SPI_CS
CEC_POWER2
DA_POWER
SEL_DATA
DSP_RST CEC_OUT
33
71
70
37
36
R7531
R7573
P74
2M2
72
35
BDOWN
PC1
73
R7571
74
TO DIGITAL SUPPLY
PLDERR
DAC_DATA
DAC_CLK
0.1uF
R7533
10k
33
33
33
33
R7542
R7537
R7536
R7535
R7534
C7511
75
C7506
50V/9pF
3.3k
76
33
33
33
33
8
R7582(PD)
OPEN
77
R7583
R7511
R7512
R7513
7
33
6
ET751
OPEN
HINSELA
HINSELB
HINSELC
H5V_DET
33
33
R7543
C7512
0.1uF
33
33
33
33
33
5
R7510
4
33
3
0.047uF R7509
10k
R7501
2
0
18k
1
0.1uF
144
R7506
OPEN
C7529
OPEN
R7581(PU)
DRA-800HE2
C7528
OPEN
VER.
DRA-800HE3
78
Repair Information
* DRA-800H VERSION OPTION
79
P75
PC2
P76
P75
PC3
PC4
SCK10
RXD10
TXD10
PC5
PC6
PC7
VCC
P83
VSS
TXD2
SCK2
RXD2
P53
P54
P55
P56
VSS_USB
USB0_DP
USB0_DM
VCC_USB
P12
P13
P14
P15
P86
P16
P87
P17
C7507
143
10k
142
0.1uF
C7504
141
0.1uF
0.047uF
C7516
C7517
CEC_OUT
R7504
140
MN864788_HAINT
80
TO OSD
130
0.1uF
0.1uF
R7582
81
TO B9
TO LEGO
129
138
VERSION OPTION
82
IC751
C7502
C7503
R7581
OPTION OPTION
83
P03/IRQ11
AVSS1
AN120
AN119
AN118
PF5
EMLE
PJ5
VSS
PJ3
VCL
VBATT
MD
XCIN
XCOUT
RESET
XTAL
VSS
EXTAL
VCC
UPSEL
TRST#
TIOCD0/IRQ3-DS
IRQ2-DS
TMS
TDI/RXD1
TCK
TDO/TXD1
P25
P24
P23
P22
8
84
TO DSP PART
128
AVSS0
7
85
R5F5651EDDFB
33
33
9
QS1
QS2
10
IC753
6
CVIMC74HC4094ADR2G
5
GND
4
QP3
11
QP7
QP6
12
QP5
13
QP2
3
QP1
QP4
CP
2
QP0
OE
14
D
VCC
STR
C7519
0.047uF
15
1
86
DA_POWER
DGND
MCU+5V
M_RESET
BDOWN
TO MAIN_DAC
127
33
87
R7578
126
R7549
88
220P
125
33
33
89
100k
C7521
124
R7552
R7553
90
R7574
123
FL_RST
DIR_CE
DIR_CLK
AIOS4_STBY_STATUS
AIOS4_WAKEUP
CPU_POWER
MAIN_POWER
91
DA_POWER
Q7503
CVT2SC3052
122
0.1uF
92
MAIN_POWER
R7572
121
C7515
93
CEC_POWER2
CPU_POWER
MAIN_POWER
DV_POWER1
SWM3.3V
MCU_3V3
CPU_POWER
Q7502
CVT2SC3052
120
OPEN
94
DV_POWER1
M_RESET
VCC
118
119
C7527
95
CEC_POWER2
RXD0
117
DIR_RST
MN864788_HINT
MN864787_HINT
TU_INT
CEC_IN
THERMAL_A
TEMP_SENSOR
TUNE_RST_DAB_EN
96
NET3V3_POWER
R7541
33
33
33
116
TRE_B
16
R7548
R7547
R7546
R7539
R7538
115
100k
97
AN102
AN103
VSS
P70
VCC
AN104
AN105
P65
P66
P67
PA0
PA1
PA2
PA3
VSS
PA4
VCC
PA5
PA6
PA7
PB0
P71
P72
PB1
PB2
PB3
PB4
PB5
PB6
PB7
P73
VSS
PC2
114
R7532
MN864788_RST
MN864787_RST
R7545
R7544
0.1uF
1k
113
33
0.1uF
98
D5V_POWER
NET5V_POWER
NET3V3_POWER
CEC_POWER
NET5V_POWER
CEC_POWER
AN1
112
R7551
C7514
99
PE0
P64
P63
P62
P61
VSS
P60
VCC
AN107
AN106
AN113
AN112
AN111
AN110
AN109
AN108
AN117
AN116
AN015
VSS
P90
VCC
AN007
AN006
AN005
AN004
AN003
AN002
AN001
VREFL0
P40
VREFH0
AVCC0
P07
111
DIR_DIN
HPD4
HPD3
HPD2
HPD1
VEXP_CLK
VEXP_DATA
VEXP_STB
110
P05/IRQ13
C7501 0.1uF AVCC1
8
108 107 106 105 104 103 102 101 100
109
R7502
R7503
7
AN100
PE1
H/P_DETECT
IC752
QS1
QS2
CVIMC74HC4094ADR2G
6
9
GND
5
4
10
QP3
QP7
QP6
QP5
11
QP2
3
12
QP1
OE
QP4
2
1
13
QP0
CP
VCC
14
D
STR
C7518
15
D7501
OPEN
D5V_POWER
Mechanical
0.047uF
16
C7513
0
ZONE2_MUTE
PRE_MUTE CURRENT_DET
THERMAL_B
VEXP_OE NET3V3_POWER
HPD5 D5V_POWER
CEC_POWER
DV_POWER1
DIR_DOUT
1k
1k
R7558
R7579
DGND
MUTE_3V3
ZONE2_MUTE
PRE_MUTE
R7559
TO 2C
TO OSD PART
H/P_RLY
BAS_A
ISEL_B
ISEL_A
BAS_B
PRE_MUTE
DAC_RST
DAC_MS
APLD_CLK
APLD_DATA
APLD_CS
SEL_CLK
PSCL
PSDA
FRONT_A_RL
FRONT_B_RL
MVOL_CLK
MVOL_DATA
KEY_2
KEY_3
FL_CLK
FL_DATA
FL_CE
H5V_DET
HI-B_RLY
DC_DET/ASO
KEY_1
SEL_CLK
SEL_DATA
MVOL_MUTE
MVOL_CLK
MVOL_DATA
SEL_CLK
SEL_DATA
MVOL_MUTE
MVOL_CLK
MVOL_DATA
R7560
TO ANALOG PART
9B
TU_INT
TUNE_RST_DAB_EN
TU_SEN
TU_SDIO/DAB_RX
TU_SCLK/DAB_TX
TU_INT
TUNE_RST_DAB_EN
TU_SEN
TU_SDIO/DAB_RX
TU_SCLK/DAB_TX
Electrical
C2
GND LINE
Before Servicing
This Unit
SCH05 MCU
ANALOG AUDIO
DIGITAL AUDIO
TMDS SIGNAL
FROM/TO
MCU PART
ANALOG VIDEO
TO C1
STBY POWER
14
Q7593
HVTKRC102S
3k3
Q7596
CVT2SC3052
0.01uF
120k
R7599
R7598
100
120k
0.01uF
Q7595
CVT2SC3052
R7595
100
R7596
C7592
C7593
R7592
22k
R7600
22k
R7597
PROTECT PARTS
3k3
Q7594
CVT2SC3052
R7589
3k9
CURRENT_DET
ASO_DET
THERMALDET_A
THERMALDET_B
10
R7593
DC_PROT
DGND
9
100
CB03YTYH600
CB03YTYH600
L7551
L7567
FRONT_B_RL
DGND
8
R7594
CB03YTYH600
L7564
H/P_RLY
FRONT_A_RL
7
0.01uF
CB03YTYH600
L7560
HI-B_RLY
6
10k
R7590
CB03YTYH600
CB03YTYH600
L7557
5
L7566
CB03YTYH600
L7553
L7558
4
R7591
10k
CB03YTYH600
CB03YTYH600
L7554
3
C7591
DC_DET/ASO
UPDATE
1.3.3V
2.TX
3.RX
4.DGND
2
H/P_DETECT
DC_DET/ASO
THERMAL_A
THERMAL_B
1
CJP04GB113ZY
H/P_DET
DGND
2
CN755
1
4k7
3
CN753
CJP11GI288ZY
R7588
DETECT PARTS
4
3.D5V
3
1.00mm 4PIN FFC
33
2.HI-B_RLY
MCU_LEVEL_CHG PART
TO MAIN B'D
2.0mm 11PIN WAFER
SWM3.3V
D5V
DGND
Updating
POWER- LINE
2
TO BN502
Repair Information
POWER+ LINE
1
CURRENT_DET
R7585
C7594
0.047uF
Mechanical
GND LINE
1.DGND
CN756
CJP03GI288ZY
TXD
RXD
Electrical
FRONT_A_RL
FRONT_B_RL
H/P_RLY
HI-B_RLY
CN753
11
Before Servicing
This Unit
SCH06 MCU LEVEL CHG
0C
TO C0
FROM
DIGITAL
SUPPLY
1C
Before Servicing
This Unit
SCH07 DIR
7C
DIR_RST
DIR_CE
DIR_CLK
DIR_DIN
DIR_DOUT
ADC_RST
FROM MCU PART
DIR PART
TO C7
D0
(2) DIR output
CH3:DIRDATA
(DATADIR1)
256FSDIR1
DR_CK
64FSDIR1
FSDIR1
DATADIR1
33
R7646
LRCK
IC764
AK5358BET
VD
DGND
SDT0
MCLK
SCLK
VA
DIF
PDN
AGND
CKS2
C7643
10k
Z2_NET_L
DAGND
Z2_NET_R
AGND
DNMIX_L
DAGND
DNMIX_R
R7655
100k
R7656
100k
C7658
2200pF
470
50V/10uF
R7659
0
DAGND R7660
10k
SCK
10k
50V/10uF
C7677
2200pF
R7673
100k
R7674
100k
C7676
50V/10uF
2200pF
C7671
0.1uF
C7675
C7674
5
470
2.2/6.3V
1
2
3
4
20
6
C7673
C7679
0.1uF
DEMP R7675
470
R7672
AVDD
AGND
R7671
DAGND
C9
DGND
DA3.3V
CH1:COAX.1
(RXIN0)
R7676
0
FLT
OUTL
OUTR
C7678
10/6.3V
BCK
(1) DIR input
C7672
2.2/6.3V
VNEG
7
DIN
CPGND
CAPM
8
LRCK
CAPP
9
FMT
CPVDD
10
XSMT
19
100P
LDOO
18
50V/10uF
17
100
16
18K
C7633
DGND
15
91k
IC760
CVIPCM5100APWR
DVDD
14
R7643
OPEN
13
C7639
12
R7645
11
R7644
OPEN
100k
C7636
R7642
R7682
C7681
0.1uF
KDS160
10k
0
C7637
OPEN
OPEN
V+
1
C7635
2
50V/10uF
C7634
-
A
+
3
A-INPUT
4
A OUTPUT
B
-
B OUTPUT
8
TO 1D
0
DEMP R7650
C7638
100
7
+
B-INPUT
B+INPUT
V-
IC763
CVINJM2740V
6
OPEN
R7641
18K
5
10/6.3V
R7661
C7655
0.047uF
C7656
10/6.3V
OPEN
C7653
0.047uF
C7654
C7652
R7649
DA+5V
DAGND
50V/10uF
C7662
2200pF
10
19
18
17
16
15
14
13
470
C7649
0.1uF
3
C7661
C7657
9
AGND
R7648
2
0.1uF
8
AVDD
C7646
7
OUTR
C7647
6
OUTL
2.2/6.3V
5
VNEG
C7645
2.2/6.3V
C7648
10/6.3V
1
2
3
4
CAPM
20
CPGND
12
0
50V/10uF
CAPP
D1
1
STBY
VOUT
NC
VIN
GND
4
C7632
100P
50V/10uF
TO 0D
4.7/6.3V
OPEN
C7642
4.7/6.3V
C7641
C7640
2.2/6.3V
C7651
0.1uF
C7615
C7627
FLT
C7629
100
R7640
DIN
CPVDD
C7680
0.1uF
100k
91k
XSMT
LRCK
D7671
R7683
R7681
R7638
R7639
A+INPUT
C7631
LDOO
DGND
BCK
R7637
82P
C7630
50V/10uF
IC765
CVIPCM5100APWR
DVDD
OPEN
C7625 OPEN
OPEN
V+
1
R7636
22K
C7623
8
IC766
BU33TD3WG
OPEN
SCK
OPEN
A
2
C7626
3
91k
9
7
R7652
50V/10uF
C7624
-
4
100k
A OUTPUT
B
B-INPUT
B OUTPUT
8
+
+
B+INPUT
7
10
Repair Information
R7634
R7635
6
-
IC762
CVINJM2740V
5
6
5
OPEN
C7628
100
22K
50V/10uF
TO 8C
11
C7606
FMT
R7633
5
11
R7632
12
4
50V/1uF
R7621
D7605
R7654
R7653
91k
13
VCOM
AINL
RN761
33x2
C7622
82P
R7631
3
R7651
100k
V-
C7621
R7630
A+INPUT
C7620
50V/10uF
A-INPUT
LEGO_ADC_L
LEGO_ADC_R
ADINL
AGND
ADINR
CKS1
AINR
CKS0
1
4
2
3
7
6
5
4
3
2
1
48
47
46
45
44
43
42
41
24.576MHz
1k
R7647
33
33
100x4
RN762
R7606
R7605
13
14
16
17
8
9
10
11
12
18
20
19
21
22
24
23
25
26
MDI
DMO
DVDD
DGND
SCKO
BCK
LRCK
DOUT
MPO1
MPO0
MPIO_B3
MPIO_B2
27
28
29
30
31
32
33
34
35
RXIN0
GNDRX
XTI
XTO
AGND
VCC
FLT
VCOM
AGNDAD
VCCAD
VINL
VINR
36
39
38
47k
C7603
7
14
C7650
0.1uF
6
2
100
KDS160
10k
0
5
1
50V/10uF
4
R7618
100
R7619
100
D7603
KDS160
D7604
KDS160
3
50V/10uF
2
15
KDS160
C7614
1
X7601
0.1uF
8
C7613
9
50V/10uF
10
C7659
50V/12pF
11
OPEN
12
R7614
13
D7601
R7662
1M
14
16
D7602
KDS160
C7612
OPEN
33
47k
IC951
SN74AHCU04PWR
0.047uF
C7604
330k
R9506
C9504
R9508
DIR/ADC
C7608
0.1uF
FROM ANALOG PART
C8
R9507
OPEN
0.047uF
R9505
OPEN
R9504
470
C9503
(FILM)
OPEN
OPEN
R9501
150
R9502
150
D9501
C9502
100V/0.01uF
R9503
C9501
JK951
CJJ4M106ZD
R7613
4k7
C7644
1000P
R7604
33
MPIO_B1
MPIO_B0
MPIO_C3 R7603 33
MPIO_C2
MPIO_C1
MPIO_C0
4k7
MPIO_A3 R7602
R7601
MPIO_A2
MPIO_A1
MPIO_A0
NPCM
ERROR/INT0
Mechanical
COAXIAL
CBL/SAT
R7612
100
37
R7611
40
33
33
33
1k
R7628
R7629
OPEN
4
IC761
C7660
R7626
R7627
OUT
8
3
50V/12pF
GND
7
2
CVIPCM9211PTR
R7663
4k7
0.1uF
R7609
R7610 4k7
MC
MS
MODE
RXIN7
RXIN6
RXIN5
RXIN4
RXIN3
RXIN2
RST
RXIN1
VDDRX
C7605 50V/10uF
C7617
OPEN
3
C7619
0.1uF
2
RX
VCC
1
OPT1
TV
R7625
6
33
OPEN
C7618
JK761
CJSJSR1124
3k3
R7608
OPEN
R7624
C7609
4700pF(5%)
C7610
R7617
0.068uF(5%) 680
C7611
0.1uF
R7607
R7623
33P
1
OUT
5
1
C7663 R7622
33
OPEN
GND
15
C7602
0.1uF
2
RX
VCC
33P
3
C7616
OPT2
CD
50V/10uF
C7601
0.1uF
JK762
CJSJSR1124
TO ANALOG PART
DR_CE
DR_DIN
DR_DOUT
Electrical
SPDIF_OUT
HDMISPDIF
DIRMCK
DIRBCK
DIRLRCK
DIRDATA
MPIO_B3
MPIO_B2
MPIO_B1
MPIO_B0
DIRAUXDATA
DIRAUXLRCK
DIRAUXBCK
DIRAUXMCK
DIRXMCK
DIRSLRCK
DIRSBCK
DIRNPCM
DIRPERR
PLDADCBCK
PLDADCMCK
PLDADCLRCK
PLDADCDATA
Z2DACMCK
Z2DACBCK
Z2DACDATA
Z2DACLRCK
Z2DACMUTE
DNMIX_DACMCK
DNMIX_DACBCK
DNMIX_DACDATA
DNMIX_DACLRCK
DNMIX_DACMUTE
CH2:DIRBCK
(64FSDIR1)
TO PLD PART
CH1:DIRLRCK
(FSDIR1)
TO DSP PART
GND LINE
POWER+ LINE
POWER- LINE
ANALOG AUDIO
DIGITAL AUDIO
TMDS SIGNAL
ANALOG VIDEO
Updating
TO 9C
STBY POWER
15
6C
PLD PART
D16
E1
MN864788_HAINT
E2
E3
RXI2S2/DSD3
0D
E14
E15
DIRSLRCK
R7715
R7716
R7717
TXI2S0
TXLRCK
TXBCK
33
33
33
CSCKOUT
CSLOCK
CSCKIN
CSREFIN
GPIO_0
GPIO_1
GPIO_2
E16
F1
F2
F3
F13
F14
F15
F16
G1
G2
G3
G14
G15
G16
SDIN_I2S_2
SCLK_I2S_2
SDOUT_I2S_2
PWM_3
DIRAUXBCK
PLDADCBCK DNMIX_DACMCK
PLDADCMCK DNMIX_DACBCK
PLDADCLRCK
PLDADCDATA SDIN_I2S_1
Z2DACMCK
Z2DACBCK
Z2DACDATA
Z2DACLRCK
Z2DACMUTE
DNMIX_DACMCK
DNMIX_DACBCK
DNMIX_DACDATA
DNMIX_DACLRCK
DNMIX_DACMUTE
H1
R7718
10k
H2
H3
R7719
R7731
R7737
100
100
100
R7720
33
H5
H12
H14
H15
H16
J1
IO-118
IO-039
IO-119
IO-120
IO-121
IO-041
IO-122
IO-042
IO-123
IO-043
IO-124
IO-044
IO-045
IO-125
IO-046
IO-126
IO-047
IO-127
IO-048
IO-128
IO-049
IO-129
IO-050
IO-130
IO-051
IO-131
IO-052
IO-132
IO-053
IO-133
IO-054
IO-134
IO-055
IO-135
IO-056
IO-136
IO-057
IO-137
IO-058
IO-138
IO-059
IO-139
IO-060
IO-140
IO-061
IO-141
IO-062
IO-142
IO-063
IO-143
IO-064
IO-144
IO-065
IO-145
IO-066
IO-146
IO-067
IO-147
IO-068
IO-148
IO-069
IO-149
IO-070
IO-150
IO-071
IO-151
IO-072
IO-152
IO-073
IO-153
IO-074
IO-154
IO-075
IO-155
IO-076
IO-156
IO-077
IO-157
IO-078
IO-158
IO-079
IO-159
L_JTAG_TDO
L_JTAG_TDI
L_JTAG_TCK
L_JTAG_TMS
NET3.3V
P2
P4
P5
P6
P7
100
100
100
33
33
R7783
0
DSP1OUTCSW1
DSP1OUTF
DSP1OUTS
2CH_DOWNMIX
DSP1INSWC_C
PLDERR2
DSP1INSB_SR
DSP1INF_FL
DSP1OUTLRCK
DSP1OUTBCK
DSP1INLRCK
DSP1INMCK
DSP1INRSV_FR
DSP1INBCK
DSP1INS_SL
DSP1INRSV_SW
DACBCK
DACMCK
DACLRCK
DACPCMF_FL
DZF1
DACPCMF_FR
IC772
SN74LVC244APWR
1k
4k7
R7777
R7776
OPEN
C7759
1
2
PLDADCMCK
PLDADCLRCK
P9
P10
P11
P12
R7753
100
P13
P14 R7738
R1
R7739
Z2DACLRCK
L7701
PLDADCBCK
PLDADCDATA
33
100
C7780
DACPCMF_FR
R3
C7781
R4
C7782
R5
0(2012)
50V/10uF
OPEN
OPEN
R6
R7
R8
VD
R9
M0
M1
M2
XTI/
REF_CLK
XTO
R10
R11
R12 R7750
R13
R14 R7751
R16 R7752
T2
R7744
100
100
100
OPEN
GND
Z2DACBCK
Z2DACMUTE
Z2DACMCK
CSCKOUT
VOLUME_MUTE
T4
CSLOCK
T9
T10
T11
T12
T13
T15
AUX_OUT
R7791
OPEN
CLK_IN
CSCKIN
T6
T7
CLK_OUT
R7790
OPEN
T5
T8
3
MP:OPEN
P8
P15
5
CN771
OPEN
1.JTAG_TCK
2.DGND
3.JTAG_TDOO
4.VCC
5.JTAG_TMS
6.JTAG_TDI
7.PLD_WRITE
DACPCMF_FL
DACLRCK
DACMCK
T771
T772
CSREFIN
T773
T774
T775
7B
PLDERR
R7784
OPEN
DACPCMCSW_SW
DACPCMCSW_C
0.047uF
J_TCK
R7732
R7733
R7734
R7735
R7736
4
Z2DACDATA
MPIO_B3
MPIO_B2
DIRMCK
DIRBCK
N13
N14
N15
N16
D1V8
DV3V3
TO B7
TMDS SIGNAL
TO 4D
ANALOG VIDEO
STBY POWER
16
2CH_DOWNMIX
DSP1OUTCSW1
DSP1OUTF
DSP1OUTS
DSP1INSWC_C
DSP1INMCK
DSP1INRSV_FR
DSP1INBCK
DSP1INS_SL
DSP1INRSV_SW
PLDERR2
DSP1INSB_SR
DSP1INF_FL
DSP1OUTLRCK
DSP1OUTBCK
DSP1INLRCK
DGND
DA3.3V
TO DSP PART
TO 3D
Updating
DZF1
DACPCMCSW_SW
DACPCMCSW_C
DACPCMF_FR
DACPCMF_FL
DACLRCK
DACBCK
DACMCK
DA3.3V
DGND
D4
TO MAIN_DAC PART
DIGITAL AUDIO
10k
OE1
DACPCMCSW_C
DACBCK
100P
6
100
100
100
R7782
0
C7721
POWER_CONTROL
D3
R7780
OE2
R7779
DACPCMCSW_SW
7
N2
N3
100
EMULATOR
IO-117
IO-037
IO-038
PLD_DSP
ANALOG AUDIO
R7712
RN771
100x4
DGND
IO-036
IO-040
PLD_DAC
POWER- LINE
N1
JTAG_TCK
TDO1_TDI2
JTAG_TDI
JTAG_TMS
DA3V3
IO-034
TO D0
POWER+ LINE
M16
R7729
IO-114
R7730
N5
IO-115
N12 R7749
IO-116
IO-035
IO-080
MPIO_B0
MPIO_B1
DIRLRCK
DIRDATA
PLD_WRITE
IO-113
DZF1
J_TMS
IO-033
R7778
J_TDO1
J_TCK1
J_TDI1
J_TMS1
N4
M5
P3
L6
TDI
TCK
TMS
TDO
GND-01
GND-02
GND-03
GND-04
GND-05
GND-06
GND-07
GND-08
GND-09
GND-10
GND-11
GND-12
GND-13
GND-14
GND-15
GND-16
GND-17
GND-18
GND-19
GND-20
GND-21
A1
A16
B2
B7
B15
G7
G8
G9
G10
H7
H9
J8
J10
K7
K8
K9
K10
R2
R15
T1
T16
VCCINT-1 H8
VCCINT-2 H10
VCCINT-3 J7
VCCINT-4 J9
VCCIO2-1 A3
VCCIO2-2 A14
VCCIO2-3 C16
VCCIO2-4 F8
VCCIO2-5 F9
VCCIO2-6 H11
VCCIO2-7 J11
VCCIO2-8 P16
IO-112
D6
D7
D8
D9
D10
E5
E6
E7
E8
E9
E10
E11
E12
F4
F5
F6
F7
F10
F11
F12
G4
G5
G6
G11
G12
G13
H4
H13
J13
J4
K4
K5
K6
K11
K12
K13
L5
L7
L10
L11
L12
M6
M7
M10
M11
M12
N6
N7
N8
N9
N10
N11
PLDADCBCK
PLDADCMCK
PLDADCLRCK
PLDADCDATA
Z2DACMCK
Z2DACBCK
Z2DACDATA
Z2DACLRCK
Z2DACMUTE
DNMIX_DACMCK
DNMIX_DACBCK
DNMIX_DACDATA
DNMIX_DACLRCK
DNMIX_DACMUTE
SPDIF_OUT
HDMISPDIF
DIRMCK
DIRBCK
DIRLRCK
DIRDATA
MPIO_B3
MPIO_B2
MPIO_B1
MPIO_B0
DIRAUXDATA
DIRAUXLRCK
DIRAUXBCK
DIRAUXMCK
DIRXMCK
DIRSLRCK
DIRSBCK
DIRNPCM
DIRPERR
IO-032
100
Repair Information
TO DIR PART
SPDIF_OUT
HDMISPDIF
DIRMCK
DIRBCK
DIRLRCK
DIRDATA
MPIO_B3
MPIO_B2
MPIO_B1
MPIO_B0
DIRAUXDATA
DIRAUXLRCK
DIRAUXBCK
DIRAUXMCK
DIRXMCK
DIRSLRCK
DIRSBCK
DIRNPCM
DIRPERR
E4
E13
IO-111
MVOL_MUTE
R7727
M13
M14
OPEN
D15
DIRSBCK
IO-110
IO-031
M8
M9
M15
R7789
D13
D14
IO-030
IO-109
M3
M4
OPEN
D5
5M570ZF256C5N
IO-029
IO-108
OPEN
D4
D12
IO-106
IO-107
R7787
D3
D11
IO-103
IO-104
IO-105
R7786
220
100
IO-027
IO-028
0
100
FROM
DIGITAL SUPPLY
PART
R7714
IO-026
R7725
R7726
M1
J_TDI
R7713
IC771
IO-023
IO-024
IO-025
DIRPERR
DIRNPCM
DIRXMCK
HDMISPDIF
L13
L14
L15
L16
Q7701
HVTKRC102S
M2
J_TDO
D1
D2
IO-102
1
20
Mechanical
RXI2S1/DSD2
RXI2S0/DSD1
RXMCK/DSDMCK
RXI2S3/DSD4
PLDERR2
2CH_DOWNMIX
IO-101
IO-022
OPEN
C15
IO-099
IO-100
IO-021
R7785
C13
C14
IO-019
IO-020
L1
19
10
C12
IO-098
2
18
9
C11
IO-018
K15
K16
L2
L3
L4
3
17
8
DSP1OUTLRCK
IO-096
IO-097
100
100
100
4
16
7
C9
C10
IO-095
IO-016
IO-017
R7722
R7723
R7724
5
15
6
C7
C8
RXMCK/DSDMCK
MN864788_HAINT
TO B1
C5
C6
IO-094
IO-015
K14
6
14
1k
100
100
100
C4
IO-092
IO-093
IO-014
K3
7
13
IC773
OPEN
R7709
R7710
R7711
C2
C3
IO-012
IO-013
K1
K2
10k
DSP1INRSV_SW
DSP1INMCK
DSP1INLRCK
B14
B16
220
IO-091
8
12
R7745
3
4
X7701
2
1
R7708
B13
IO-090
9
11
R7747
RXLRCK/DSD5
RXBCK/DSDSCK
B12
22.5792MHz
C7722 0.1uF
R7781 OPEN
TXBCK
TXLRCK
TXI2S0
RXI2S0/DSD1
RXI2S1/DSD2
RXI2S2/DSD3
RXI2S3/DSD4
RXLRCK/DSD5
RXBCK/DSDSCK
B11
IO-089
IO-010
10
1
B9
B10
IO-088
IO-009
VOLUME_MUTE
MVOL_MUTE
DNMIX_DACDATA
DNMIX_DACLRCK
DNMIX_DACMUTE
SCLK_I2S_0
SDOUT_I2S_0
LRCK_I2S_1
DIRAUXMCK
DIRAUXLRCK
DIRAUXDATA
MCLK_I2S_0
LRCK_I2S_0
SDIN_I2S_0
2
B8
IO-008
IO-011
J16
100
100
100
3
B6
IO-087
0
R7740
R7742
R7743
4
B4
B5
IO-007
J15
R7721
5
B1
B3
1B
FROM HDMI_TX PART
A15
IO-086
J12
J14
5
100
100
100
100
IO-085
IO-006
J5
6
R7704
R7705
R7706
R7707
IO-005
SCLK_I2S_1
SDOUT_I2S_1
LRCK_I2S_2
J2
J3
7
PLD_ERR
IO-084
8
A12
IO-083
IO-004
10k
A11
IO-081
IO-082
IO-003
R7746
A10
DSP1OUTCSW1
DSP1OUTBCK
IO-002
1
A8
IO-001
2
A7
3
A6
AP_CS
AP_DA
AP_CK
4
A5
VCCIO1-1
VCCIO1-2
VCCIO1-3
VCCIO1-4
VCCIO1-5
VCCIO1-6
VCCIO1-7
VCCIO1-8
C1
H6
J6
L8
L9
T3
T14
P1
100
100
100
A9
DSP1INS_SL
DSP1INRSV_FR
DSP1INSB_SR
DSP1OUTF
RXMCK/DSDMCK
MN864788_HAINT
PLDERR
APLD_CS
APLD_DATA
APLD_CLK
NC-01
NC-02
NC-03
NC-04
NC-05
NC-06
NC-07
NC-08
NC-09
NC-10
NC-11
NC-12
NC-13
NC-14
NC-15
NC-16
NC-17
NC-18
NC-19
NC-20
NC-21
NC-22
NC-23
NC-24
NC-25
NC-26
NC-27
NC-28
NC-29
NC-30
NC-31
NC-32
NC-33
NC-34
NC-35
NC-36
NC-37
NC-38
NC-39
NC-40
NC-41
NC-42
NC-43
NC-44
NC-45
NC-46
NC-47
NC-48
NC-49
NC-50
NC-51
NC-52
R7701
R7702
R7703
APLD_DATA
APLD_CLK
TXBCK
TXLRCK
TXI2S0
RXI2S0/DSD1
RXI2S1/DSD2
RXI2S2/DSD3
RXI2S3/DSD4
RXLRCK/DSD5
RXBCK/DSDSCK
100
0
0.047uF
0.047uF
0.047uF
0.047uF
0.047uF
0.047uF
0.047uF
0.047uF
0.047uF
0.047uF
0.047uF
0.047uF
0.047uF
0.047uF
0.047uF
0.047uF
A2
A4
DSP1INBCK
DSP1INSWC_C
DSP1INF_FL
DSP1OUTS
A13
TO 2D
JTAG_TMS
JTAG_TDI
JTAG_TCK
TDO1_TDI2
R7748
C7701
C7702
C7703
C7704
C7705
C7706
C7707
C7708
C7709
C7710
C7711
C7712
C7713
C7714
C7715
C7716
FROM LEGO PART
SPDIF_OUT
MCLK_I2S_0
LRCK_I2S_0
SDIN_I2S_0
SCLK_I2S_0
SDOUT_I2S_0
LRCK_I2S_1
SDIN_I2S_1
SCLK_I2S_1
SDOUT_I2S_1 APLD_CS
LRCK_I2S_2
SDIN_I2S_2
SCLK_I2S_2
SDOUT_I2S_2
PWM_3
GPIO_0
GPIO_1
GPIO_2
Electrical
SPDIF_OUT
MCLK_I2S_0
LRCK_I2S_0
SDIN_I2S_0
SCLK_I2S_0
SDOUT_I2S_0
LRCK_I2S_1
SDIN_I2S_1
SCLK_I2S_1
SDOUT_I2S_1
LRCK_I2S_2
SDIN_I2S_2
SCLK_I2S_2
SDOUT_I2S_2
PWM_3
GPIO_0
GPIO_1
GPIO_2
TO 5D
FROM LEGO PART
PLDERR
APLD_CS
APLD_DATA
APLD_CLK
VOLUME_MUTE
MVOL_MUTE
C7717 0.047uF
C7718 0.047uF
C7719 0.047uF
C7720 0.047uF
FROM MCU PART
D2
GND LINE
D5
TO C6
Before Servicing
This Unit
SCH08 PLD
4D
TO C9
L7801
2CH_DOWNMIX
DSP1OUTCSW1
DSP1OUTF
DSP1OUTS
DSP1INMCK
DSP1INRSV_FR
DSP1INBCK
DSP1INS_SL
DSP1INRSV_SW
DGND
DA3.3V
CB03YTYH600
L7802
DA1.1V
DA3V3
DGND
PLDERR2
DSP1INSB_SR
DSP1INF_FL
DSP1OUTLRCK
DSP1OUTBCK
DSP1INLRCK
DGND
DA3.3V
8B
FROM
DIGITAL SUPPLY
PART
TO B8
TO D4
FROM PLD PART
FROM DIR PART
DSP1INSWC_C
9C
DSP PART
Before Servicing
This Unit
SCH09 DSP
CB03YTYH600
DO_S
DO_F
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
1000P
C7862
C7863
C7864
C7865
C7866
C7867
C7868
C7869
C7870
C7871
C7872
C7873
C7874
C7875
C7876
C7877
C7878
C7879
C7880
C7881
C7882
C7883
C7884
C7885
C7886
C7887
C7888
C7889
C7890
C7891
C7892
C7893
C7894
C7895
C7896
C7897
C7898
C7899
C7900
C7800
C7779
DO_C
DI_-/SW
DI_-/FR
DI_S/SL
DI_BCK
Electrical
DI_MCK
DI_CSW/C
DI_LRCK
DO_BCK
DO_LRCK
DI_F/FL
DI_SB/SR
163
164
166
167
C7842
168
0.1uF
169
173
174
SDCAS
33x4
C7843
175
0.1uF
VDD_INT
176
1
177
DGND
R7802
R7803
R7804
4k7
4k7
4k7
2
3
4
33
0.1uF
0.1uF
0.1uF
100k
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
58
C7813
7
1
2
3
R7816
52
33
51
C7812
48
DPI_P07
DPI_P08
VDD_EXT
47
46
45
0.1uF
C7811
R7814
0.047uF
VSS
OPEN
T784 T785
10k
CN783
OPEN
R7848
10k
R7846
10k
R7847
OPEN
1
OPEN
R7852
OPEN
R7853
OPEN
2
6
R7851
3
DI
R7850
R7849
R7854
OPEN
SCK
GND
MOSI
VCC
CS
MISO
GND
1.00mm FFC
CLK
MP : OPEN
C7805
50V/12pF
18.75MHz
TO C4
NC
WP
33
R7845
4
X7801
DO
R7844
5
C7804
50V/15pF
VCC
6
DSP_RST
DSP_FLAG0
1k5
1M
CS
OPEN
R7806
DSP_CLK
2
54
53
52
4
50
49
48
8
47
9
46
44
43
42
14
41
15
40
16
39
17
38
18
37
36
19
10k
5
DSPA18
SDA10
DSPA11
DSPA12
DSPA17
R7805
35
20
6
14
IC782
BY25D16ASSIG
7
4
34
21
13
R7862
12
8
3
33
22
7
10k
C7845
1
2
32
23
8
OPEN
7
1
51
3
9
R7810
8
33
7
R7807
33x4
33x4
4
6
45
10
11
12
13
7
10
2
3
5
30
DSP
D6
10k
3
2
8
DSPA6
DSPA7
DSPA8
DSPA9
DSPA2
DSPA3
DSPA4
DSPA5
CE0
SDCKE
DSPA0
DSPA1
DQM
DSP_MOSI
A4
NET3.3V
DSP_CLK2
DSP_MISO2
DSP_MOSI2
DSP_ICS2
DSP_ROM_WRITE2
TO 6D
10k
4
1
7
A5
RN785
10Kx4
0.1uF
44
C7846
4
6
A6
VSS
50
49
OPEN
3
5
RN784
2
RN783
33x4
RN782
1
8
A8
A7
VDD
DSP
DSP_ICS
DSP_CLK
DSP_MISO
DSP_MOSI
54
53
0.1uF
C7810
0.1uF
0.1uF
C7809
C7808
C7807
0.1uF
0.1uF
C7806
0.1uF
C7803
0.1uF
C7802
C7801
0.1uF
33
33x4
0.01uF
C7844
R7801
RN781
4
7
5
4
3
2
1
15
16
17
18
19
20
Q7801
HVTKRC102S
T786 T787
1
3
2
5
4
7
1.00mm FFC
1.VCC(3V3)
2.GND
3.CLK
4.MOSI
5.MISO
6.CS1
7.HS2
6
FROM MCU PART
3
6
DSP_MISO
DSP_CLK
MP : OPEN
POWER+ LINE
2
5
A9
A2
A3
DQM
SDCLK
SDCKE
DSPA12
DSPA11
DSPA9
DSPA8
DSPA7
DSPA6
DSPA5
DSPA4
4
55
R7815
8
OPEN
Updating
GND LINE
1
7
R7860
0.1uF
56
R7842
DSP_ICS
DSP_ICS
DSP_MOSI
BA1
A1
10
57
R7843
6
A11
A0
R7861
10k
R7841
DSP_MISO
0.047uF
R7859
4k7
5
A12
A10/AP
24
C7857
8
11
4C
BA0
R7809
D_RST
1k
5
6
59
6
CKE
RAS
DSPD8
C7858
1000P
31
1
61
60
5
CLK
25
0.1uF
C7856
1000P
NC
UDQM
CS
DSPD10
DSPD9
C7859
0.047uF
29
62
CAS
26
C7814
WE
VSS
27
0.1uF
63
DQ8
28
0
0
R7826
R7825
C7822
C7821
R7821
0.1uF
C7824
100k
0.1uF
10k
0.1uF
0.1uF
C7827
R7827
C7826
C7825
R7824
0.1uF
0.1uF
0.1uF
C7830
C7829
C7828
R7823
C7823
0.1uF
10k
0.1uF
C7831
0.1uF
C7832
R7828
0.1uF
5
SDDQM
MS0
SDCKE
VDD_INT
4
8
7
172
6
3
171
5
2
RN791
C7815
65
64
DQ9
VDDQ
Repair Information
CAS
1
170
WE
RAS
0.1uF
66
DQ10
VDD
LDQM
OE2
RN790
10x4
68
67
33
2
3
7
6
165
4
DSPD12
DSPD14
DSPD13
DSPD15
33
8
R7838
33
R7839
C7816
VSSQ
DQ7
DSPD14
DSPD13
DSPD12
DSPD11
C7860
1000P
FROM LEGO
162
69
C7855
1000P
DQ11
VSSQ
4k7
RN789
10x4
70
DQ5
DQ6
DSPD15
C7861
0.047uF
4k7
161
0.1uF
0.047uF
R7856
5
160
C7817
33
72
71
C7854
10
DQM
R7858
WE
CAS
RAS
CE0
DSPA17
DSPA18
SDA10
DSPA0
DSPA1
DSPA2
DSPA3
R7817
73
VDDQ
OPEN
33
2
6
7
R7836
33
159
8
3
4
1
5
OPEN
R7837
33
1
1
2
3
5
4
R7840
DSPD8
DSPD9
DSPD10
DSPD11
R7834
47
0.1uF
6
7
8
9
EMULATOR
C7841
11
10
1.00mm FFC
MP : OPEN
SDCLK
TCK
GND
TDO
VCC
TMS
TRST
EMU
NC
TDI
GND
NC
158
75
74
DQ12
0.047uF
C7853
1000P
R7857
10k
VDDQ
R7855
157
R7818
76
DQ13
DQ3
OE1
156
77
VSSQ
DQ14
C7852
DSPD5
DSPD6
DSPD7
78
VSSQ
DQ2
IC783
SN74LVC244APWR
155
C7818
0.1uF
79
VSS
DQ15
VDDQ
DQ1
DQ4
R7864
33
7
6
154
DSPD3
DSPD4
81
80
VDD
DQ0
C7847
153
C7819
0.1uF
83
0.047uF
C7851
1000P
R7863
0.1uF
RN788 10x4
84
0.047uF
152
0.1uF
C7840
8
3
2
4
C7839
5
1
CN781
OPEN
10k
R7835
151
DSPD4
DSPD5
DSPD6
DSPD7
ADSP21487KSWZ2B82
DSPD1
DSPD2
85
82
0.047uF
C7850
DSPD0
C7820
0.1uF
RN786 10Kx4
150
86
10k
33
5
149
R7820
R7819
87
1
148
IC781
88
2
8
4
7
3
147
6
2
146
5
1
DSPD0
DSPD1
DSPD2
DSPD3
145
1000P
C7849
89
6
143
90
3
142
91
DAI_P09
DAI_P05
DAI_P06
VDD_INT
VDD_EXT
NC
NC
NC
NC
NC
VDD_INT
DAI_P02
DAI_P01
DAI_P19
DAI_P13
DAI_P07
VDD_EXT
NC
WDTRSTO
NC
VDD_INT
NC
NC
VDD_INT
NC
NC
VDD_INT
NC
NC
NC
NC
VDD_EXT
NC
DAI_P03
DPI_P14
DPI_P13
DPI_P12
DPI_P11
DPI_P10
DPI_P09
VDD_INT
7
141
10x4
92
4
0.1uF
0.1uF
144
RN787
R7811
33
R7812
C7837
C7838
140
93
8
139
94
33
R7813
33
138
95
91.VDD_EXT
137
96
90.VDD_INT
89.DAI_P10
136
97
93.VDD_INT
92.DAI_P20
135
4k7
4k7
98
ADDR15
ADDR16
VDD_EXT
ADDR19
ADDR20
VDD_INT
ADDR21
ADDR22
ADDR23
VDD_EXT
WDT_CLKIN
WDT_CLKO
VDD_INT
MS1
VDD_INT
VDD_INT
VDD_EXT
THD_P
THD_M
GND
AMI_ACK
VDD_INT
BOOT_CFG2
VDD_INT
VDD_EXT
DAI_P11
VDD_INT
DAI_P15
DAI_P12
DAI_P16
DAI_P17
DAI_P18
DAI_P04
DAI_P14
DAI_P08
4k7
99
CLK_CFG1
ADDR0
BOOT_CFG0
VDD_EXT
ADDR1
ADDR2
ADDR3
ADDR4
ADDR5
BOOT_CFG1
GND
ADDR6
ADDR7
NC
NC
ADDR8
ADDR9
CLK_CFG0
VDD_INT
CLKIN
XTAL
ADDR10
SDA10
VDD_EXT
VDD_INT
ADDR11
ADDR12
ADDR17
ADDR13
VDD_INT
ADDR18
RESETOUT/RUNRSTIN
VDD_INT
DPI_P01
DPI_P02
DPI_P03
VDD_INT
DPI_P05
DPI_P04
DPI_P06
R7832
C7833
0.1uF
4.7/6.3V
C7778
134
Mechanical
VDD_INT
FLAG0
FLAG1
FLAG2
MLBCLK
FLAG3
MLBDAT
MLBDO
VDD_EXT
MLBSIG
VDD_INT
TRST
MLBSO
EMU
DATA0
DATA1
DATA2
DATA3
TDO
DATA4
VDD_EXT
DATA5
DATA6
VDD_INT
DATA7
TDI
SDCLK
VDD_EXT
DATA8
DATA9
DATA10
TCK
DATA11
DATA12
DATA14
DATA13
VDD_INT
DATA15
SDWE
SDRAS
RESET
TMS
133
IC784
A3V64S40GTP-60
64M BIT SDRAM
C7848
132 131 130 129 128 127 126 125 124 123 122 121 120 119 118 117 116 115 114 113 112 111 110 109 108 107 106 105 104 103 102 101 100
0.1uF
R7831
R7833
C7834
4.7/6.3V
C7777
33
10k
R7830
R7829
C7836
C7835
4.7/6.3V
C7776
D_FLG0
10k
AMI_RD
AMI_WR
ADDR14
VDD_INT
4.7/6.3V
C7775
R7822
CN782
OPEN
POWER- LINE
ANALOG AUDIO
DIGITAL AUDIO
TMDS SIGNAL
ANALOG VIDEO
STBY POWER
17
3D
Before Servicing
This Unit
SCH10 MAIN DAC
MAIN DAC PART
TO D3
R7916
33k
R7917
FL
R7919
680pF
100
(GRM21)
C7901
C7907
100
27
24
AOUTR1P
23
AOUTR1N
22
VREFH1
21
VREFL1
20
8
AOUTR4N
AOUTL1N
43
AOUTR4P
AOUTL1P
LDOE
I2C
180
50V/100uF
V+
B OUTPUT
B
-
B-INPUT
OPEN
(FILM)
4k7/F-T
R7980
-12V
+12V
DA+5V
AGND
AGND
DACFL
AGND
DACFR
AGND
DACSW
AGND
OPEN
C7964
680pF
R7966
C7963
R7969
680pF
180
D7
100
100
18
44
17
(GRM21)
150
IC795
E3: NE5532ADR / E2: NJM8080G
C7933
R7949
470pF
(GRM21)
47k
5C
DA_DA1
DA_CK1
DA_MS1
(3) DAC input
CH1:DACLRCK
(DAFS1)
100
C7974
OPEN
B
-
TO 7D
R7987
4k7/F-T
R7988
4k7/F-T
R7989
R7982
4k7/F-T
R7983
C7971
3900pF
4k7/F-T
(GRM21)
150
R7986
C7973
R7990
220pF
SW
100
(FILM)
150
Repair Information
150
R7937
8
OPEN
-
A
+
OPEN
R7938
B OUTPUT
+
8
(FILM)
7
10k/F-T
R7936
DAC_RST
DAC_DATA
DAC_CLK
DAC_MS
B+INPUT
OPEN
6
C7972
C7934
5
4k7/F-T
1
220pF
2
R7984
3
C7944
470pF
C7942
C7932
(GRM21)
47k
R7944
R7943
10k/F-T
47k
R7934
R7933
10k/F-T
4
R7935
C7941
3900pF
1
7
SW
(GRM21)
150
R7941
6
C7975
2
A OUTPUT
3
B-INPUT
100
5
4k7/F-T
R7985
3k9/F-T
R7939
470pF
C7931 (GRM21)
3900pF
R7945
470pF
3k9/F-T
R7932
C7943
IC796
NJM8080G
4
47k
R7947
10k/F-T
R7948
150
R7931
V+
R7946
12
A+INPUT
13
11
V-
14
10
A-INPUT
15
9
CAD1
DSDL4
8
DSDR4
7
DSDR3
6
SDTI4/DSDL3/TDMO2
5
SDTI3/DSDR2/TDMO1
BICK/DCLK
4
SDTI2/DSDL2
LRCK/DSDL1
3
SDTI1/DSDR1
2
DZF/SMUTE
PDN
1
(GRM21)
16
VDD18
47
48
MCLK
PS
CAD0_I2C
CL/CCLK/TDM1
SDA/CDTI/TDM0
DVSS
46
R7967
4k7/F-T
R7968
33k
(GRM21)
TVDD
45
C7916
16V/220uF
3k9/F-T
R7942
FROM MCU PART
FR
R7981
220pF
(FILM)
IC793
E3: NE5532ADR / E2: NJM8080G
(GRM21)
19
0.1uF
VREFL4
C7961
3900pF
3k9/F-T
3k9/F-T
TO C5
C7908
180
R7979
OPEN
1
7
C7954
C7952
C7962
(GRM21)
33k
R7954
2
6
R7965
3k9/F-T
R7962
C7915
VREFH4
33
100V/1uF
4k7/F-T
R7963
R7961
25
AOUTL2P
41
R7901
C7936
C7935
1k
0.047uF
R7902
33k
R7964
R7953
26
4k7/F-T
AOUTL2N
VREFH2
28
AOUTL4N
40
42
50V/100uF
0.1uF
R7978
4k7/F-T
39
C7930
C7929
(GRM21)
180
FROM AUDIO PART
29
IC791
3
5
C7909
+
30
VREFL2
AOUTR2P
AVSS
31
AK4458VN
4
8
R7977
C7904
3900pF
4k7/F-T
180
680pF
C7918
16V/220uF
32
3k9/F-T
(GRM21)
C7920
16V/470uF
33
AOUTR2N
C7926
OPEN
34
AOUTL3P
AOUTL3N
VREFH3
35
AOUTR3P
AOUTL4P
AVDD
VREFL3
36
38
0.1uF
R7973
4k7/F-T
R7974
0.1uF
37
C7927
100
(GRM21)
C7917
0.1uF
FR
R7959
680pF
Mechanical
C7928
16V/220uF
C7919
0.1uF
AOUTR3N
C7925
C7953
C7951 (GRM21)
3900pF
R7955
B+INPUT
+
4k7/F-T
R7958
180
R7951
3k9/F-T
R7952
C7937
1
7
C7938
2
6
OPEN
3
5
C7910
C7905
220pF
C7906
4
50V/100uF
(FILM)
220pF
R7905
33k
R7957
R7975
R7956
FL
R7972
220pF
180
4k7/F-T
4k7/F-T
R7926
33k
-
(GRM21)
C7903 (GRM21)
3900pF
R7907
A
4k7/F-T
R7904
A OUTPUT
100
4k7/F-T
R7906
R7927
R7910
4k7/F-T
R7971
180
R7903
IC794
NJM8080G
680pF
R7908
4k7/F-T
C7902
25V/220uF
R7929
V-
C7923
180
4k7/F-T
(GRM21)
R7928
4k7/F-T
R7976
3k9/F-T
180
4k7/F-T
C7921
3900pF
A-INPUT
8
IC792
E3: NE5532ADR / E2: NJM8080G
R7925
3k9/F-T
R7922
25V/220uF
(FILM)
1
7
OPEN
2
6
C7914
3
5
OPEN
C7912
R7921
4
C7924
33k
R7914
C7922
R7913
4k7/F-T
R7923
33k
R7924
DA256FS1
C7913
180
Electrical
3k9/F-T
DA64FS1
(GRM21)
3k9/F-T
R7912
DAFS1
C7911 (GRM21)
3900pF
R7915
A+INPUT
4k7/F-T
R7918
180
R7911
680pF
DADATAF1
680pF
DA_Z_MUTE1
0.047uF
0.047uF
1000pF
1000pF
OPEN
OPEN
1000pF
1000pF
1000pF
0.047uF
0.047uF
0.047uF
1000pF
1000pF
1000pF
(GRM21)
C7985
C7986
C7987
C7988
C7989
C7990
C7991
C7992
C7993
C7994
C7995
C7996
C7997
C7998
C7999
4k7/F-T
DZF1
DACPCMCSW_SW
DACPCMCSW_C
DACPCMF_FR
DACPCMF_FL
DACLRCK
DACBCK
DACMCK
DA3.3V
DGND
FROM PLD PART
CH2:DACBCK
(DA64FS1)
CH3:DACPCMF
(DADATAF1)
GND LINE
POWER+ LINE
POWER- LINE
ANALOG AUDIO
DIGITAL AUDIO
Updating
CH4:DACMCK
(DA256FS1)
TMDS SIGNAL
ANALOG VIDEO
STBY POWER
18
JK811
CJJ9L029Z
KRJ-015XXNL
T808
POWER- LINE
OUT
OUT
T804
IN
OUT
GND
OPEN
ANALOG AUDIO
IN
IC814
BD82065FVJ-E2
R8178
2k2
R8179
2k2
T807
IC815
DIGITAL AUDIO
10k
10k
R8013
11
4
3
2
5
6
7
T806
C8116
0.1uF
EXC34CE900U
L8104
EXC34CE900U
TMDS SIGNAL
5D
ANALOG VIDEO
2B
TO D5
TO PLD
STBY POWER
19
TO B2
TO OSD
R8183
C8121
OPEN
3A
6
2Y
9A
TO
HDMI_TX
TO A9
0
10k
10k
10k
R8008
R8009
R8010
10k
56k
10k
R8187
33k
OPEN
R8185
R8023
8
1Y
7
10k
R8007
R8132
VCC
R8140
10k
R8006
R8131
GND
5
10k
10k
R8004
R8005
OPEN
R8188
TH801
0
NTC THERMISTOR 10K
R8184
OPEN
OPEN
R8003
10k
10k
R8002
R8021
1
R8014
2
3
R8015
2A
4
10k
3Y
DSP_ROM_WRITE2
DSP_ICS2
DSP_MOSI2
DSP_MISO2
DSP_CLK2
NET3.3V
0
4.7K
R8016
1A
OSD_SPI_MO
OSD_SPI_MI
OSD_SPI_CS
OSD_SPI_CLK
NET3.3V
788_GUI_WRITE
R8182
EN
4.7K
R8028
10k
56
R8173
GND
12
8
4k7
13
R8180
14
VCC
15
NC
16
4.7K
R8027
R8011
OSD_SPI_MO
OSD_SPI_MI
OSD_SPI_CS
OSD_SPI_CLK
NET3.3V
GUI_WRITE
9
NC
17
SDA
10
18
RST
9
SCL
R8026
0
R8186
TO BN104
NC
8
OPEN
7
L_JTAG_TDO
L_JTAG_TDI
L_JTAG_TCK
L_JTAG_TMS
NET3.3V
R8181
C8119
6
10k
5
OPEN
C8120
T805
R8001
3
4
1
OPEN
2
R8175
33
33
OPEN
33
33
0
0
0
OPEN
0
33
33
C8109
OPEN
IC813
OPEN
10k
R8017
10k
LRCK_I2S_0
SCLK_I2S_0
SDOUT_I2S_0
LRCK_I2S_2
SDIN_I2S_2
SCLK_I2S_2
SDOUT_I2S_2
PWM_3
GPIO_0
GPIO_1
GPIO_2
0
10k
T801
1
T802
MFI337S3959
TO D6
TO DSP
R8156
R8157
R8158
R8159
R8160
R8161
R8162
R8163
R8164
R8165
R8166
R8167
R8144
R8145
R8146
R8147
R8148
R8149
R8150
R8151
R8152
R8153
R8154
R8155
R8141
R8142
R8143
R8139
300/D
2.7K/D
5.1k/F
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
10k
33
10k
10K/D
10K/D
10K/D
R8133
R8134
R8135
R8136
R8137
R8138
OPEN
R8129
33
33
0
33
33
10k
33
R8024
R8130
R8025
R8125
R8126
R8127
R8128
R8018
R8019
R8020
33
33
33
33
0
0
33
R8120
R8121
R8122
R8123
R8124
OPEN
R8118
R8119
33
R8117
R8116
33
33
R8113
R8114
R8115
OPEN
R8112
R8111
R8110
R8109
R8108
R8107
R8176
R8106
R8105
R8104
R8102
R8103
0.047uF
0.047uF
C8106
10k
R8022
0
R8174
C8104
0.047uF
C8105
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
C8103
4.7/6.3V
C8102
4.7/6.3V
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
41
43
45
47
49
51
53
55
57
59
61
63
65
67
69
71
73
75
77
79
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
41
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
42
44
46
48
50
52
54
56
58
60
62
64
66
68
70
72
74
76
78
80
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
42
BK811
BK812
VMD1A960 VMD1A960
VOUT_D22
VOUT_D23
VOUT_D20
VOUT_D21
VOUT_D18
VOUT_D19
VOUT_D16
VOUT_D17
VOUT_D14
VOUT_D15
VOUT_D12
VOUT_D13
VOUT_D11
VOUT_D10
VOUT_D09
VOUT_D08
VOUT_D07
VOUT_D06
VOUT_D05
VOUT_D04
VOUT_D03
VOUT_D02
VOUT_D01
VOUT_D00
VOUT_PE
VOUT_HS
VOUT_VS
VOUT_PCLK
TO HDMI RX PART
C8107 OPEN
OPEN
10k
8
7
6
5
C8101
4.7/6.3V
CN811
CJP80GA370ZU
C8115
10k
4
4
OE1
R8012
3
3
R8168
2
TO C3
OPEN
OPEN
OPEN
OPEN
OE2
1. AIOS4_VOUT_PCLK
2. GND
3. GND
4. AIOS4_VOUT_VS
5. AIOS4_VOUT_HS
6. AIOS4_VOUT_PE
7. GND
8. AIOS4_VOUT_D00(R0)
9. AIOS4_VOUT_D01(R1)
10. AIOS4_VOUT_D02(R2)
11. AIOS4_VOUT_D03(R3)
12. AIOS4_VOUT_D04(R4)
13. AIOS4_VOUT_D05(R5)
14. AIOS4_VOUT_D06(R6)
15. AIOS4_VOUT_D07(R7)
16. AIOS4_VOUT_D08(G0)
17. AIOS4_VOUT_D09(G1)
18. AIOS4_VOUT_D10(G2)
19. AIOS4_VOUT_D11(G3)
20. GND
21. AIOS4_VOUT_D13(G5)
22. AIOS4_VOUT_D12(G4)
23. AIOS4_VOUT_D15(G7)
24. AIOS4_VOUT_D14(G6)
25. AIOS4_VOUT_D17(B1)
26. AIOS4_VOUT_D16(B0)
27. AIOS4_VOUT_D19(B3)
28. AIOS4_VOUT_D18(B2)
29. AIOS4_VOUT_D21(B5)
30. AIOS4_VOUT_D20(B4)
31. AIOS4_VOUT_D23(B7)
32. AIOS4_VOUT_D22(B6)
33. GND
34. GND
35. NC
36. NC
37. NC
38. NC
39. NC
40. NC
41. NC
42. NC
1. NC
2. NC
3. NC
4. 5V0
5. 5V0
6. 5V0
7. AIOS4_MCLK_I2S_0
8. AIOS4_SPDIF_OUT
9. GND
10. GND
11. AIOS4_LRCK_I2S_0
12. AIOS4_I2S_0_IN
13. AIOS4_SCLK_I2S_0
14. AIOS4_I2S_0_OUT
15. GND
16. GND
17. AIOS4_LRCK_I2S_1
18. AIOS4_I2S_1_IN
19. AIOS4_SCLK_I2S_1
20. AIOS4_I2S_1_OUT
21. GND
22. GND
23. AIOS4_LRCK_I2S_2
24. AIOS4_I2S_2_IN
25. AIOS4_SCLK_I2S_2
26. AIOS4_I2S_2_OUT
27. GND
28. GND
29. AIOS4_I2C_0_SDA
30. AIOS4_USB_DM
31. AIOS4_I2C_0_SCL
32. AIOS4_USB_DP
33. GND
34. GND
35. AIOS4_I2C_1_SDA
36. AIOS4_TP0_N
37. AIOS4_I2C_1_SCL
38. AIOS4_TP0_P
39. AIOS4_SPI_SS
40. AIOS4_RXI_N
41. AIOS4_SPI_MISO
42. AIOS4_RXI_P
43. GND
44. GND
45. AIOS4_SPI_CLK
46. AIOS4_SPI_MOSI
47. AIOS4_UART_TX
48. AIOS4_UART_RTS
49. AIOS4_UART_RX
50. AIOS_UART_CTS
51. AIOS4_USB_VBUS_EN
52. AIOS4_PWM3
53. AIOS4_USB_FAULTN
54. AIOS4_WAKE_UP
55. AIOS4_STBY_STATUS
56. AIOS4_GPIO_0
57. AIOS4_GPIO_SPI_SS_0
58. AIOS4_CP_RESET
59. AIOS4_GPIO_SPI_CLK
60. AIOS4_GPIO_JTAG_TDI
61. AIOS4_GPIO_SPI_MISO
62. AIOS4_GPIO_JTAG_TDO
63. AIOS4_GPIO_SPI_MOSI
64. AIOS4_GPIO_JTAG_TCK
65. AIOS4_GPIO_SPI_EN_0
66. AIOS4_GPIO_JTAG_TMS
67. AIOS4_GPIO_SPI_EN_1
68. AIOS4_GPIO_SPI_EN_2
69. AIOS4_GPIO_SPI_EN_3
70. AIOS4_GPIO_1
71. NC
72. AIOS4_GPIO_2
73. NC
74. AIOS4_RESET_IN
75. NC
76. AIOS4_MODULE_IS_AWAKE
77. AIOS4_MB_TYPE
78. AIOS4_MB_REVISION
79. AIOS4_MB_TYPE_2
80. NC
80 Pin CONNECTOR
1uF
R8169
R8170
R8171
R8172
C8108
0.047uF
IC812
SN74LVC244APWR
GND
C8113
1
3
L8102
2A
2Y
1
2
4
E_RXD_MIEO
E_CTS_MIEO
E_TXD_MOEI
E_RTS_MOEI
AIOS4_WAKEUP
AIOS4_STBY_STATUS
NET_FACT_RST
TEMP_SENSOR
3A
3Y
/OC
6
T803
19
1Y
1A
R8177
5
RN811
0x2
7
1
20
OPEN
CN813
8
3
2
VCC
1uF
2
USBD1
C8112
4
CN813
CJP05GI288ZY
SMAW200-05P
0.047uF
C8110 OPEN
C8111
5
DGND
R8101
D8104
9
MCLK_I2S_0
SPDIF_OUT
SDIN_I2S_0
SDIN_I2S_1
LRCK_I2S_1
SCLK_I2S_1
SDOUT_I2S_1
OPEN
8
2D
D8103
7
DGND
IC811
OPEN
OPEN
6
DGND
NET3.3V
D5V
SWM3.3V
D8102
5
TO B6
OPEN
D8101
4
VBUS
OPEN
3
USBD+
OPEN
C8118
2
LEGO5V
FROM LEGO M
ODULE
42 Pin CONNECTOR
Updating
POWER+ LINE
TO D2
C8117
1
6B
FROM POWER SUPPLY
LEGO INPUT(Zone2)
Repair Information
10
FROM USB PCB
TO PLD PART
BT_TX
I2S_2
Mechanical
GND LINE
LEGO OUTPUT
I2S_1
Electrical
3C
FROM MCU
I2S_0
Before Servicing
This Unit
SCH11 NETWORK
CN812
CJP42GA370ZU
BK813
BK814
VMD1A960 VMD1A960
4A
TO A4
OPEN
L8103
6D
ANALOG PART
15
C8289/C8290
C8285/C8286
R8223/R8224
R8225/R8226
R8227/R8228
R8238/R8239
R8293/R8294/R8295
220p
OPEN
50V/10uF
100
100k
91k
OPEN
0
OPEN
13
100p
100p
OPEN
3.6k
OPEN
12k
3.6k
12k
0
C8283/C8284
R8236/R8237
11
12
14
REF NO
E3 VERSION
E2 VERSION
100
33
100
100P
0
0
0
0
0
1
OPEN
C8288
Z7.5V
C8235
OPEN
25V/220uF
D8201
C8233
DAGND
Z2_NET_R
AGND
DNMIX_L
DAGND
DNMIX_R
R8241
82(1W)
47k
DNMIX_L
DNMIX_R
7D
R8246 C8292
47
25V/47uF
0
R8237
DAC_FR
C8245
DAC_FL
OPEN
25V/100uF(ROB)
C8244
25V/100uF(ROB)
DAC_SW
100k
NC
NC
CLOCK
DATA
INH1
ZONE2_L
ZONE2_R
MUTE
6
5
4
3
2
0.047uF
47
FL
R8231
47
47
SW
OUTH
AREF
VDDOUT
CLOCK
DATA
R8252
47
C8229
50V/1uF
C8227
OPEN
C8228
OPEN
D8206
9
8
8.FR
7
7.AGND
6
6.FL
5
820
R8255
9.MUTE_B+
4
47k
R8256
FL
3
Q8210
HVTKRA104S
1
470
1k
C8307
Q8212
HVTKRA104S
50V/22uF
4.DA+5V
1.-12V
TO BN501
Q8211
HVTKRC104S
SW
R8258
47k
Q8201
HVTKRA104S
10k
Q8203
HVTKRA104S
Q8202
HVTKRC104S
R8257
SW_MUTE
Updating
50V/0.1uF
1k
10k
470k
C8262
R8259
10k
R8262
R8260
R8261
Q8204
HVTKTC2875B
Q8205
HVTKTC2875B
100k
100k
50V/22uF
R8265
C8263
470
R8266
R8263
470
330P
R8264
C8265
C8264
5.AGND
3.+12V
2.RTN_GND
CN823
CJP09GI288ZY
10k
R8308
FR
2
R8314
Z3.9V
C8259
R8315
10k
470k
C8308
R8316
50V/0.1uF
R8313
R8317
Q8209
HVTKTC2875B
ZONE2_MUTE
50V/22uF
SW1
POWER- LINE
D8209
KDS160
C8261
0.047uF
CHGND
POWER+ LINE
50V/10uF
Q8208
HVTKTC2875B
10k
C8266 0.047uF
D8207 OPEN
D8208 OPEN
R8269 OPEN
R8268 OPEN
GND LINE
CN823
KDS160
220
JK822
CJJ4N127ZD
KDS160
50V/22uF
R8267
SW2
KDS160
D8204
ZONE2_L
PRE OUT
C8282
OPEN
OPEN
ZONE2_R
R8312
10k
R8310
50V/22uF
TO C8
ZONE2_L
10k
470
C8305
220
Q8207
HVTKTC2875B
R8302
CHGND
100k
R8306
OPEN
OPEN
100k
D8211
330P
D8210
C8303
0.047uF
R8304
C8301
0.047uF
0.047uF
C8258
R8251
47
OPEN
ET801
C8306
470
0.047uF
0.047uF
C8281
OPEN
C8257
R8311
R CH
L CH
R8309
C8254
C8255
ADINR
D8205
Q8206
HVTKTC2875B
100k
R8305
100k
330P
470
C8302
50V/22uF
R8303
220
JK823
CJJ4N126ZD
ZONE2 OUT
R8307
LEGO_ADC_L
LEGO_ADC_R
ADINL
AGND
ADINR
FR
D8203
C8304
C8253
LEGO_ADC_L
LEGO_ADC_R
ADINL
C8226
R8232
ZONE2_R
R8301
100k
OUTG
100k
OUTF
R8249
OUTE
R8248
1
32
31
30
29
28
27
7
26
8
25
9
24
IC822
NJU72343V
SW R8229
23
10
OUTC
22
11
FR
8C
0.047uF
ADINR
ADINL
C8224
OPEN
REF
FL
21
OUTB3
12
INE
AREF
20
DAC_SW
13
INC
DAC_SW
V-
19
MAIN_R
14
DAC_FR
AREF
18
DAC_FL
MAIN_L
LEGO_ADC_L
12
13
14
DAC_FR
15
ING1
DAC_FL
C8225
V+
17
INF
OUTA3
ADR
16
REF_B
AREF
0.047uF
LEGO_ADC_R
6
5
4
3
2
1
32
31
30
29
28
27
7
26
8
IC821
25
9
24
10
LEGO_ADC_R
23
CVINJU72750AV
LEGO_ADC_L
22
11
REF_A
21
REF
MAIN_R
20
C8280
25V/47uF
MAIN_L
19
NET_R
NC
18
NET_L
Z2_NET_R
15
47
C8275
OPEN
ALL_Z_R
Z2_NET_L
47k
R8287
ALL_Z_L
DAC_FR
1
16
DNMIXR
ADR0
17
47k
R8289
C8278
25V/47uF
47k
R8290
V+
DNMIXL
DAC_FL
A OUTPUT
+
A
-
A-INPUT
2
R8277
R8291
+
3
C8276
OPEN
8
B OUTPUT
7
A+INPUT
V-
4
CD_R
DNMIX_L
DNMIX_R
47
6
B
IC824
NJM8080G
OPEN
5
ADR1
C8223
OPEN
47k
R8288
V+
OPEN
A OUTPUT
A
-
A-INPUT
C8270
B OUTPUT
+
+
B
-
B-INPUT
B+INPUT
V-
50V/10uF
91k
C8274
50V/10uF
CBL/SAT_R
C8279
R8286 25V/47uF
R8276
0.047uF
C8215
CBL/SAT_L
0.047uF
C8222
V-
TO D7
Repair Information
OPEN
C8216
TUNER_R/DAB_R
CD_L
OPEN
CHGND
PHONO_R
TUNER_L/DAB_L
R8279
47
R8231: 47(E3) / 0(E2)
R8232: 47(E3) / 0(E2)
C8221
V+
PHONO_L
1
OPEN
0
C8214
2
OPEN
91k
100k
100k
C8273
R8219
R8220
CJJ4P093ZD
R8221
8
OPEN
R8280
220P
100
3
C8269
R8281
C8219
220P
R CH
A+INPUT
91k
IC823
NJM8080G
R8272
100k
R8273
100k
R8215
100
R8218
L CH
C8220
CD
INPUT
7
R8275
C8268
C8277
25V/47uF
47
6
4
50V/10uF
R8217
R8278
OPEN
5
B+INPUT
100
R8216
R CH
220P
C8217
100
R8214
220P
L CH
C8218
CBL/SAT
INPUT
R8213
R8274
C8267
50V/10uF
0
B-INPUT
OPEN
R8271
R8247
OPEN
OPEN
R8212
OPEN
R8270
91k
C8211
-12V
+12V
DA+5V
AGND
AGND
DACFR
AGND
DACFL
AGND
DACSW
AGND
TO D1
Mechanical
R8211
C8247
50V/47uF
JK821
DA+5V
DAGND
Z2_NET_L
Z2_NET_R
OPEN
Z7.5V
C8234
+7.5V
C8236
L8205
CB03YTYH600
WAFER/09P/2.0mm
OPEN
R8239
OPEN
R8253
OPEN
C8287
A OUTPUT
A
-
2
1D
Z2_NET_L
47k
3
C8290
R8294
R8254
4
A-INPUT
V-
A+INPUT
+
+
V+
B OUTPUT
8
C8286
100
C8291
25V/47uF
OPEN
R8236
OPEN
7
-
B-INPUT
6
B
91k
91k
B+INPUT
100k
R8227
100k
5
50V/10uF
R8224
R8245
47
82(1W)
C8237
0.047uF
C8238
OPEN
R8228
220P
R8225
50V/10uF
C8283
100
220P
R8226
0
IC825
C8289 NJM4580CG
C8284
R8223
OPEN
C8285
CB03YTYH600
L8204
CB03YTYH600
L8203: 60 BEAD(E3) / 0 ohm (E2)
L8204: 60 BEAD(E3) / 0 ohm (E2)
L8205: 60 BEAD(E3) / 0 ohm (E2)
R8238
25V/220uF
D8202
OPEN
R8295
L8203
R8293
R8240
Electrical
DGND
MUTE_3V3
PRE_MUTE
ZONE2_MUTE
C8237: 0.047uF(E3) / 0 ohm (E2)
-7.5V
TO C2
FROM DIR PART
R8233
R8234
R8235
R8244
R8243
FROM REGULATOR B'D
10k
C8204
100P
C8205
OPEN
R8222
100P
C8202
C8201
E2 VERSION
OPEN
100P
C8203
0.047uF
C8207
10V/470uF
L8201
CB03YTYH600
TO MAIN_DAC PART
6
5
3
4
SEL_CLK
SEL_DATA
MVOL_MUTE
MVOL_CLK
MVOL_DATA
R8210
OPEN
C125Z2-1560
CJP15HJ282X
CN821
FROM MCU PART
TU_INT
TUNE_RST_DAB_EN
TU_SEN
TU_SDIO/DAB_RX
TU_SCLK/DAB_TX
TO DIR PART
R8208
R8209
8
9
2C
R8207
7
10
E2 VERSION
OPEN
C8206
TO CN825
* TUNER/DAB OPTION
2
PHONO-L
AGND
PHONO-R
+7.5V
-7.5V
CH_GND
CH_GND
E3:INT/E2:GND
TUNE_RST/DAB_EN
TU_SEN
TU_SDIO/DAB_RX
TU_SCLK/DAB_TX
VCC
TUNER-R/DAB-R
TUNER-L/DAB-L
1
TO TUNER/DAB MODULE
& PHONO
WAFER 1.25mm
CN821
Before Servicing
This Unit
SCH12 ALALOG
ANALOG AUDIO
DIGITAL AUDIO
TMDS SIGNAL
ANALOG VIDEO
STBY POWER
20
OPEN
Q5606
OPEN
3
2
C5607
1500pF(M)
1
FL-CH _A
FR-CH _A
FL-CH_B
J5884
JUMPER
RY 562
981-2A-12D S-SP7
RY 563
981-2A-12D S-SP7
C5612
FR-CH_B
1500pF(M)
OPEN
71V/10000uF
C5706
0.1uF(M)
OPEN
C5702
OPEN
0.1uF(M) C5714
C5703
C5715
J5601
C5615
C5704
71V/10000uF
OPEN
OPEN
R5710
0.1uF(M)
7
AC_L
6
N.C
5
AC_H
4
CEN
3
1
5
6
7
8
AC_H
2
2
9
10
11
21
9.ASO_DET
10.THERMALDET_A
N.C
AC_L
11.THERMALDET_B
CN503
CJP07GA90ZY
TO DIGITAL B'D
MCU PART
2.0m m 11PIN W IRE
TO CN753
Updating
STBY POWER
F5802
1
3
RY 586
H F115F/012
D 5806
1SS133MT
OPEN
4
FROM MAIN TRANS
3.96m m 7PIN W AFER
C5707
8
8.CURRENT_DET
FR-CH
Measurement condition
・
Voltage measurement
No signal
・
Waveform measurement
INPUT: 200mVrms / 1KHz (ANALOG)
Surround mode: MCh Stereo
VOL: 70
Speaker load: 8ohms
Point C2
ANALOG VIDEO
FL-CH
THERMALDET_B
Point C1
TMDS SIGNAL
TO FRONT B'D
2.0m m 3PIN W IRE
3
2
1
OPEN
OPEN
Q5607
OPEN
D 5609
OPEN
OPEN
C5601
ASO_D ET
7
7.DGND
T H ERMALD ET _B
CURRENT _D ET
6
6.DC_PROT
T H ERMALD ET _A
5
D C_PROT
4
5.DGND
BN502
THERMALDET_A
DIGITAL AUDIO
D 5602
R5827
C5708
100V/100uF
H /P_RLY
FRONT _A_RLY
FRONT _B_RLY
3
3.FRONT_A_RLY
2.H/P_RLY
2
4.FRONT_B_RLY
HI-B_RLY
1
1.HI-B_RLY
0.1uF(M)
Q5708
2SC3052
Q5707
ISA1530AC1
B+/B- POWER DETECT
Point C
Point B
ANALOG AUDIO
OPEN
J5804
OPEN
6.8K
Q5706
2SC3052
100K
T1
R5707
100K
Q5705
2SC3052
Q5704
ISA1530AC1
RLY_GND
PTC Thermistors
POWER- LINE
F5801
JUMPER
J5805
BN502
POWER+ LINE
4
3
JUMPER
R5708
Q5703
2SC3052
DC PROTECTION
GND LINE
2
JK 504
CJJ5N036ZD
2
1
D 5701
D25SB60
C5801
2.2K
2.2K
2.2K
Q5806
K RC105S
C5712
OPEN
Point A
1
C5613
1500pF(M)
ET 501
CJT 1A026
2.2K
932Series
OPEN
OPEN
CHASSIS
R5729
3.6K
932Series
218Series
5W /0.01
R5709
DC_DET
C5711
F3001
C5705
100V/100uF
33K
R5817
JUMPER
F3004
OPEN
218Series
1W /33
J3003
R5706
F3003
OPEN
AC230V
2
JK 503
CJJ5N036ZD
1W /33
R5713
R5712
1W /2.2K
R5711
1W /2.2K
+B
R5717
C5716
R5716
1W /2.2K
OPEN
C3015
50V/470uF
C3013
1SS133MT
16V/100uF
OPEN
6.3V/470uF
F3002
AC120V
E2
C5619
1
AGND
R5705
AC
E3
R5703
R5718
D C_PROT
J5806 JUMPER
Ver
OPEN
C5610
R5704
ASO_D ET
C5710
MODEL
0.018uF(M)
R5840
C5826
10K 100V/1uF
T H ERMALD ET _B
FUSE OPTION
DRA-800H
C5618
C5609
R5839 C5825
10K 100V/1uF
4
1W /100
Q5702
K SA992FT A
JK 502
CJJ5N036ZD
C5608
1500pF(M)
FL_OUT_B
C5821 100P
1W /100
2
22K
R5838
OPEN
C5824
-
B-INPUT
B
B+INPUT
+
3
22K
R5719
1
V-
A+
-
2
2
JK 501
CJJ5N036ZD
OPEN
BK501
BRACK ET
CMD 1A569-V1
T H ERMALD ET _A
AGND
R5714
IC302
K IA7912PI
T 1.25A L 250V
4
1
-B
C5713
3
Q5709
K SA992FT A
Z6.8V
OPEN
C3014
50V/470uF
C3012
D 3103
J3005
2
3
5
C5617
0.018uF(M)
PRE_-B ( FR )
10V/100uF
F3003
JUMPER JUMPER
J3001
JUMPER
OPEN
IN OUT
2
6
OPEN
C5606
R5833
1K
A+INPUT
V+
B OUTPUT
1
R5832
100V/1uF
PRE_-B ( FL )
D 5703
GND
J3002
33K
50V/10uF
1SS133MT
J3006
JUMPER
D 3104
C3010
OPEN
OPEN
C3011
UF4004
R5819
C5717
R5715
1
B+/BPOWER DET.
33K
OPEN
C3009
50V/470uF
OPEN
C3008
J3008
JUMPER
R5818
D 3004
C3007
C3005
0.1uF(M)
F3001
UF4004
1
C5616
C5605
0.018uF(M)
FR_OUT_A
5
-12V
0.1uF(M)
OPEN
BN507
CW E5202080A
D 3003
25V/3300uF
C5828
OPEN
C3003
5.AC_S2
4
10K
6
A-INPUT
1SS133MT
7
J3009
D 3108
OPEN
C3002
OPEN
C3001
C3006
25V/6800uF
OPEN
C3004
3
3
5
TO CN104
R5837
330K
8
A OUTPUT
100
10K
R5830
D 5816
C5819
R5831
3.6VBL
C5817 0.047uF
C5818
0.047uF
ASO_DET
-B
+B
10P
R5835
3.3K
C5820
AGND
THEMALDET_A
PRE_-B ( FL )
THEMALDET_B
PRE_-B ( FR )
DC_DET
AGND
MUTE_+B
50V/22uF
D 5815
5
1
4.NC
OUT
2
6
CURRENT
D ETECT
PART
33K
JUMPER
GND
2
3
2
3.RTE_GND
IN
1
1SS133MT
-B
+B
ASO
AGND
ASO_DET
DC_DET
4
C5823
R5834
6
J3004
1
0.018uF(M)
R5836
9
CN302
UF4004
JUMPER
4
2.NC
5
FROM TRANS
UF4004
D 3002
1.HP_LCH
BN506
CW E5202080A
FR_OUT_B
PRE_-B ( FL )
1SS133MT
2.AGND
Repair Information
D 3001
OPEN
C5827
-B
MUTE_+B
3.HP_RCH
BN505
FR_OUT_B
R5724
2W /10
-12V
IC301
K IA7812BPI
F3002
FUSE
OPTION
OPEN
C5602
R5228
OPEN
C5721
0.047uF(M)
FR_OUT
R5232
1W /10
AGND
Q5603
K RC105S
FRONT _B_RLY
22K
L5201
0.5UH
H/P_FL
OPEN
-8 to -4mV
D 5704
T 1.25A L 250V
5
FL_OUT_B
OPEN
1.AC_S2
6
R5727
FL_OUT_A
D 5603
R5231
R5227
5.6K
H/P_FR
2W /470
OPEN
1SS133MT
1SS133MT
+12V
D 3101
F3004
7
4
BN506B
IC305
K IA7805BPI
3
8
3
C5718
0.047uF(M)
R5721
2W /10
MUTE_+B
OUT
2
22K
AGND
GND
1.FL
BN505
FR_OUT_A
15K
R5230
Q5208
MMBT A42
THEMALDET_A
C5209
0.1uF(M)
R5229
R5224
150K
R5225 10K
C5212
100V/47uF
Q5207
MMBT A92
820K
1
1W /4.7
R5226
R5223
D 5206
2
R5220
OPEN
R5222
OPEN
R5235
4 to 8mV
5W/0.22X2
1W /4.7
C5211
100V/47uF
MUTE_+B
2
D 5611
OPEN
3.FR
3
D 5601
1SS133MT
Q5602
K RC105S
FRONT _A_RLY
+12V
IN
2.AGND
RY 560
H FD 27/012-H
2.AGND
2
PRE_-B ( FR )
1
3.FR
JUMPER
CURRENT _D ET
J3007
R5750 R5749
R5747
R5748
1.FL
1
Q5601
K RC105S
R5754
RLY_GND
JUMPER
OPEN
D 5610
OPEN
OPEN
Q5605
OPEN
D 5612
OPEN
R5732
OPEN
Q5604
OPEN
D 5604
OPEN
OPEN
OPEN
D 5605
OPEN
R5733
OPEN
OPEN
C5628
Q5701
MMBT A92
1
RLY_GND
8
9.MUTE+B
OPEN
JUMPER
FL_OUT
7
8.FR
TO CN823
BN506A
R5752
R5726
AGND
7.AGND
D 5607
OPEN
D 5608
OPEN
OPEN
C5627
10K
R5742
0.01uF(M)
C5701
C5109
0.1uF(M)
R5126
R5701
R5702
22K
1
Q5106
2SB1560
H /P_RLY
R5751
OPEN
R5753
OPEN
2W /470
R5755
DA+5V
6.FL
OPEN
OPEN
+12V
5.AGND
OPEN
R5735
R5737
OPEN
+12V
PTC Thermistors
D H PT F1608471P115T
CN520
CJP02GA01ZY
C5208
C5207
63V/470uF
16V/470uF
VR520
1K /B
680
1
R5736
OPEN
R5743
OPEN
3
4.DA+5V
C5623
3
2
3.+12V
0.5UH
4
R5132
1W /10
RTN_GND
2.RTN_GND
L5101
R5128
OPEN
R5135
2
R5120
OPEN
R5122
OPEN
5W/0.22X2
C5108
VR510
1K /B
C5107
16V/470uF
2.7K
R5113
R5133
680
560
R5134
JUMPER
2.7K
R5213
R5233
R5234
JUMPER
560
R5214
OPEN
OPEN
R5211
R5127
5.6K
2
IC502
OPEN
22K
C5112
100V/47uF
Q5205
2SD2390
R5219
OPEN
R5221
OPEN
D 5201
C5205
16V/470uF 1SS133MT
R5212
1W /47
R5210
R5125 10K
-1.1V -60.0V
-59.2V -59.0V
OPEN
Point B
-12V
1W /5.6K
R5217
R5518
Point C2
J5201
1SS133MT
22K
8
IC501
NJM4580CG
BN501
R5237
JUMPER
Q5204
KTC3964
1W /33K
Q5203
K SC1845FT A
D 5106
Q5108
MMBT A42
15K
R5130
R5131
R5124
150K
1
1.-12V
18K
R5204
0.001uF(FNS)
-58.6V
R5207 C5204
220 2200pF(M)
R5209
R5129
60.0V
R5216
C5206
33P
Q5107
MMBT A92
7
Mechanical
TO DIGITAL B'D
INPUT/VOLUME PART
2.0m m 09PIN W IRE
R5205
C5202
FR
Q5202
K SA992FT A
1W /1.2K
R5206
1W /1.2K
330
Q5201
K SA992FT A
R5202
100K
R5201
C5201
R5215
1W /5.6K
82P
25V/100uF
(ROB)
BN501
C5203
R5123
6
OPEN
R5746
FL_OUT_A
1.1V
Point C1
R5208 470K
10K
Q5105
2SD2390
Q5206
2SB1560
R5203
Point A
0.1uF(M)
E2 : OPEN
C5210
OPEN
C5111
100V/47uF
820K
R5118
R5133 R5134
IDLE R5233 R5234
E3 4m V 680 JUMPER
E2 8m V 470
120
PRE_-B ( FL )
0.6V
R5236
1W /4.7
1W /4.7
OPEN
12V
1W /5.6K
R5117
IDLE Current Option
J5101
FR_IN
OPEN
5
OPEN
R5745
C5625
OPEN
Electrical
R5137
JUMPER
Q5104
KTC3964
R5114
Q5103
K SC1845FT A
R5112 OPEN
R5111 OPEN
1W /33K
R5110
C5104
R5107
220 2200pF(M)
R5109
1W /47
18K
0.001uF(FNS)
R5104
R5105
C5102
FL
Q5102
K SA992FT A
1W /1.2K
R5106
1W /1.2K
100K
25V/100uF 330
(ROB)
R5101
Q5101
K SA992FT A
R5102
C5106
33P
63V/470uF
D 5101
C5105
16V/470uF 1SS133MT
1W /5.6K
82P
PTC Thermistors
D H PT F1608471P115T
R5116
CN510
CJP02GA01ZY
C5103
10K
C5101
R5115
R5119
OPEN
R5121
OPEN
R5108 470K
R5103
0.1uF(M)
E2 : OPEN
C5110
OPEN
FL_IN
R5740
OPEN
R5136
R5731 R5730
C5622
OPEN
OPEN
R5738
OPEN
MAIN PART
OPEN
C5624
OPEN
R5734
C5621
OPEN
R5744
C5620
R5739
OPEN
R5741
OPEN
Before Servicing
This Unit
SCH13 MAIN
Before Servicing
This Unit
SCH14 PHONO, TUNER
PHONO B'D (CUP12959Z-1)
0
0.022uF(M)
470k
470k
C8316
22
47
50V/10uF
CN825
6800pF(M)
CN825
C125Z1-15
15.PHONO_L
14.AGND
13.PHONO_R
12.+7.5V
11.-7.5V
15
11k
C8314
14
130k
C8312
47
11
12
0
1
2
3
4
5
6
7
8
9
10
10.CH_GND
9.CH_GND
8.INT
7./RST
6./CE
5.SDIO
4.SCLK
3.VCC
2.TUNER-R
1.TUNER-L
TO DIGITAL B'D
15PIN B'D TO B'D
R8321
R8322
50V/10uF
R8320
R8316
100P
C8308
50V/10uF
R8314
13
390
C8310
R8310
22
R8323
R8302
0
OPEN
C8306
R8318
C8319
50V/10uF
C8317
V+
1
C8315
50V/10uF
C8318
2
A OUTPUT
-
-
A
+
+
V-
A+INPUT
A-INPUT
220P
C8304
OPEN
L8302
3
10V/220uF
R8304
R8324
4
11k
8
IC831
NJM2068MDTE1
7
B
B-INPUT
6
R8319
47
130k
B OUTPUT
240
5
B+INPUT
R8311
240
150k
150k
R8312
R8307
R8308
C8303
220P
100P
68k
47
R8305
50V/10uF
68k
OPEN
390
R8317
R8315
C8309
R8306
C8301
R8309
L8301
OPEN
4
5
C8305
Electrical
C8302
3
R8303
0
2
R CH
C8313
6800pF(M)
R8313
10V/220uF
R8301
1
OPEN
PHONO
IN
C8311
0.022uF(M)
C8307
JK831
CJJ4N128ZD
L CH
1.L-OUT
2.R-OUT
3
4
5
7./RST
8.INT
9
7
6./CE
8
5.SDIO
9.CH_GND
BN826
TO BN826-1
Mechanical
3.VCC
4.SCLK
6
2
1
BN826_
FROM TUNER / DAB B'D
9PIN B'D IN B'D(E3)
9PIN B'D TO HOUSING(E2)
TO CN821
BK801:OPEN
FOR CORSSTALK NOISE(PREPAIR)
TUNER B'D (CUP12959Z-2)
*TUNER / DAB MODULE OPTION
BN826-1
9
BN826-1
9.CH_GND
8
CH_GND
8.INT
8
8.INT
7
7
7./RST
6
7./RST
6./CE
6
5
4
5
5.SDIO
4.SCLK
3
5.SDIO
3.VCC
4
4.SCLK
3
3.VCC
2
2.R-OUT
2
TU800
YST990-A9U2
6./CE
1
1.L-OUT
2.R-OUT
TO PHONO B'D
9PIN B'D TO B'D
CHASSIS
NO USED
1
TUNER / DAB MODULE
TU800
CNVYST990-A9U2
DRA-800H E2
1.L-OUT
TO BN826_
TO CN861
Repair Information
DRA-800H E3
Updating
GND LINE
POWER+ LINE
POWER- LINE
ANALOG AUDIO
DIGITAL AUDIO
TMDS SIGNAL
ANALOG VIDEO
STBY POWER
22
BN12B1
Before Servicing
This Unit
SCH15 FRONT
TO CN751
FROM DIGITAL B'D
9
11
12
7
8
10
5
6
3
1
4
R1421
C1430
R1420
D1408
R1418
CUP13026Z-2
(38kHz)
OPTION " A "
VOUT
GND
2
BN103A/BN103B J1001 - J1006
Vcc
1
3
E3
OPEN
USE
E2
OPEN
A
D_GND
KRC102S
1
KRC102S
220K
C1097
1K
10K
1K
R1415
OPEN
R1416
OPEN
OPEN
OPEN
C1075
JK101
1 2 3 4
4.DGND
3.DATA+
2.DATA1.VBUS
iPOD/USB
L1003
CB08YTYH600
BN104
5
4
3
2
CUP13026Z-4
1K
(KC3)
OPEN
10K
10K
TO CN813
BALANCE ENCODER
TREBLE ENCODER
D1021
R1413
R1414
R1105
0.047uF
R1103
C1100
10K
D_GND
0.047uF
C1095
1K
BASS ENCODER
R1101
OPEN
R1099
C
B
EC12B24S00A6Z01
OPEN
R1097
VR105
A
C
OPEN
10K
VR104
C1099
C1093
R1095
A
B
EC12B24S00A6Z01
C1098
C
D1022
VR103
B
0.047uF
Q/S_3
A
EC12B24S00A6Z01
1.VBUS
0
1K
2.USBD+
OPEN
0.047uF
220/10V (KC3)
2.2K
CDS3C05HDMI1
CDS3C05HDMI1
OPEN
CDS3C05HDMI1
OPEN
L1004
10K
3.USBD-
KDS160
C1051
C1050
C1052
R1040
D1011
D1010
C1049
D1009
C1048
0
1K
4.DGND
L1404
CB03YTYH600
KDS160
L1005
10K
C1096
1K
0.047uF
100
10K
C1094
R1104
0.047uF
R1102
0.047uF
R1100
C1092
R1098
SW118
R1096
SW117
R1094
5.DGND
0.047uF
D1020
1
SW111
Q/S_4
SW110
Q/S_2
Q/S_1
SW116
150
2.0mm 5PIN USB WIRE
SW106
PRESET-
SW104
SW105
BAS_A
BAS_B
TRE_A
TRE_B
BAL_A
BAL_B
R1084
R1083
SPEAKERS
SW109
PRESET+
RED_LED
+3V3
CDS3C05HDMI1
C1053
D1019
Mechanical
180
100
KEY_3
MCU+5V
R1078
150
SW115
Z2 SEL
R1077
R1082
KEY_1
KEY_2
TO DIGITAL BOARD
100
Z2 ON/OFF
150
STATUS
R1074
METAL PLATE
D1008
BN104
R1073
1K
0.047uF
0.047uF
R1046
C1087
C1086
LUG1
OPEN
CHASSIS
OPEN
MCU+5V
OPEN
OPEN
1W/10
R1427
1W/10
R1426
R1425
KRC102S
KRC104S
GRN_LED
CWE8102080RV
LUG11
CHASSIS
WIRE
Q1013
22K
R1428
OPEN
3.D_GND
Q1014
KTC1027YT
2SC3052
Q1016
R1430
10K
R1422
2.VSEL_B
0.047uF
BN103A
VSEL_A
1.VSEL_A
C1074
3.D_GND
C1073
2.VSEL_B
VSEL_B
D1016
0.047uF
1
0.047uF
C1101
D1015
+3V3
+3V3
C
VR101
1
C1102
100P
2
47K
0.01uF
R1023
1K
C1019
1K
R1058
47/16V
1.VSEL_A
C1039
B
J1006
2
C1038
1K
50V/10uF
C1020
Q1005
ISA1530AC1
R1021
R1022
1K
R1059
10
A
J1004
J1005
J1003
3
100
R1053
10K
3
CB03YTYH600
10K
R1060
+3V3
Q1015
EC16B24T01D4ZZZ
J1002
R1061
BN103B
OPEN
R1024
2.0mm 3PIN WIRE
R1069
OPEN
Q1007
KRA102S
L1001
R1004
1.8(AXIAL)
R1429
OPTION
USE
J1001
C1017
C1041
100V/0.047uF
38KHZ
RC101
2
VOLUME
ENCODER
13
14
(KC3)
15
16
LD101
17
18
47K
19
20
OPEN
21
22
390
23
24
CMD1A572
100K
R1019
R1017
39K
R1026
Q1004
2SC3052
100
Q1003
2SC3052
39K
25
26
4
OPEN
3
PCB BRAKET
390
2
R1419
4
BK102
1
Q1006
R1010
R1011
D1003
Z6.8V
R1016
OPEN
Q1002
R1025
39K
10K
R1012
R1013
R1014
R1015
0.047uF
R1018
100
100
100
100
47/16V
OPEN
100P
100P
330P
1000pF
100K
10(AXIAL)
R1067
C1009
C1012
C1013
C1014
C1015
C1016
(KC3)
R1423
C1003
220
2
OPEN
BK101
1
1
OPEN
5
R1020
6
F1
17G
7
43
NP
18G
Q17G
44
Q18G
45
NX
CP
DA
CS
46
8
TSB
47
TSA
VDD
OSC
RESET
VDDH
NP
GND
VFL
F2
50V/1uF
C1010
47K(AXIAL)
220
220
R1009
100V/0.1uF
R1005
220
R1008
OPEN
C1002
C1001
R1006
7
6
5
4
48
2
1. VDISP
0.1uF/50V
OPEN
C1007
100V/0.047uF
C1423
OPEN
Z39V
D1005
C1004
R1007
R1062
10K(AXIAL)
100uF/63V
27K(1/4W)
C1006
50V/1uF
C1005
R1424
R1030
10(AXIAL)
10/50V (KC3)
R1003
OPEN(AXIAL)
3
2. NC
49
3
C1011
R1002
OPEN(AXIAL)
CN102
CJP07GB03ZY
FROM TRANS
2.5mm 7PIN WAFER
4. NC
3. GND
50
Electrical
5. FL_AC
51
CMD1A572
R1001
6. NC
52
Q1001
KTC1027YT
1.8(AXIAL)
7. FL_AC
27
53
57
1N4007SL
1.25-2S-27PW
BN12B1
FL101
CFL18BT021GINK
D1001
R1068
F1001
T 200mA L 250V
3.3K
FRONT PART
27.B/P_IRIN_DE
26.DGND
25.MCU_3V3
24.MCU+5V
23.CPU_POWER
22.FL_DATA
21.FL_CLK
20.FL_CE
19.FL_RST
18.RC_IN
17.GRN_LED
16.RED_LED
15.KEY_1
14.KEY_2
13.KEY_3
12.VSEL_B
11.VSEL_A
10.H/P_DET
9.TRE_B
8.TRE_A
7.BAS_B
6.BAS_A
5.BAL_B
4.POWER_KEY
3.BAL_A
2.ISEL_B
1.ISEL_A
1.25mm 27PIN FFC
2
3
5
6
3
7
CUP13026Z-1
1.DGND
2.DGND
3.H/P_DET
7. POWER_KEY
6. MCU+5
4.GRN_LED
4
5. RED_LED
3. DGND
2. ISEL_B
1
2
1
CN103
BN105
2.0mm 3PIN WAFER
2.0mm 7PIN WIRE
2.0mm 3PIN WAFER
Q1008
KRA102S
POWER- LINE
ANALOG AUDIO
2.DGND
1.DGND
CB03YTYH600
L1011
7
8
1/50V
0.047uF
1/50V
C1067
C1066
C1065
CHASSIS
WIRE
JK104
BKE3/BKE2 BLACK(CJJ2E042ZD)
DIGITAL AUDIO
TMDS SIGNAL
ANALOG VIDEO
STBY POWER
23
GRAY(CJJ2E043ZD)
1. AGND
OPTION " C "
POWER KEY & LED
2. HP_LCH
3. HP_RCH
7. DET
8. DGND
JK104
CJJ2E042ZD
SPE2
POWER+ LINE
OPEN
C
CHASSIS
FUNCTION ENCODER
3
OPTION
C1083
L1013
CB03YTYH600
LUG13
CWE8102180RV
2
OPEN
C1055
OPEN
C1054
D1407
D1406
KRC102S
OPEN
HEADPHONE
Updating
C1427
Q1012
470pF
0.047uF
OPEN
C1068
OPEN
470pF
C1072
L1012
OPEN
C1071
1
G
R1045
CB03YTYH600
R
R1047
SB-LED
Q1011
KRA102S
OPEN
OPEN
OPEN
OPEN
KRC102S
4.7K
R1044
D1002
C1428
OPEN
1.HP_LCH
D1012
CVDBLBJEGJ204L
R1043
Q1009
LUG14
OPEN
GND LINE
OPEN
1.2K
B
VR102
(KC3)
R1042
C1069
A
C
C1429
1.2K
OPEN
R1041
J1126
C1424
0.047uF
R1057
J1125
2.0mm 3PIN WIRE
C1084
SW101
ON/STANDBY
J1123
J1124
1
0ohm
2
1
BN106B
1. DGND
2
BN131
470
5
4
3
3
1
BN106A
2
2.GRN_LED
J1122
3
3
L1010
CUP13026Z-5
4. MCU+5
3.RED_LED
FUNCTION
ENCODER
12CLICK
2
CN104
5. POWER_KEY
CUP13026Z-3
7
1
TO BN505
OPTION
B
3.H/P_DET
TO MAIN
CN104
3.HP_RCH
OPEN
5
6
USE
USE
4
5
7. POWER_KEY
4.GRN_LED
4
6. MCU+5
3
5. RED_LED
2
3. DGND
1
2. ISEL_B
CUP13026Z-6
1. ISEL_A
CN105
SMW200-07
OPEN
E2
2.AGND
OPTION " B "
BN106A/BN106B J1122 - J1126
E3
2.0mm 7PIN WAFER
Repair Information
1. ISEL_A
C1081
0.047uF
Before Servicing
This Unit
SCH16 DAB
DAB B'D
Electrical
OPEN
6
6.N.C
5
5.TU_SDIO/DAB_RX
4
4.TU_SCLK/DAB_TX
3
3.DA+5V
2
2.TUNER-R/DAB-R
1.TUNER-L/DAB-L
0
16
R8311
9
10
7
8
4
5
6
TO TU800
R8312
0
2
3
CN861
CJP09GI288ZY
0
0
R8306
R8315
CN862
CJP26GA412ZD E
BK801
CHASSIS
TO PH ONO B'D
9
7
7.DAB_EN
1
OPEN
R8305
ADJ/NC
3
15k
R8304
8.SIG_GND
R8316
OPEN
Mechanical
9.GND
8
C8305
4
1uF
C8304
5
47k
OUT
0
GND
2
R8303
R8302
EN
1
OPEN
OPEN
C8303 16V/10uF
C8302
10k
C8301
10k
R8308
R8307
25
26
24
22
20
23
21
19
CN861
R8314
0
R8313
14
18
15
33
33
12
11
13
17
R8309
R8310
OPEN
1
DAB MODULE
IC831 DA+5V
AP7361-Y -13
IN
L8301
DAB3.3V CB03Y T Y H 600
26. SPI_CS
25. GND
24. SPI_TXD
23. SPI CLK
22. GPIO
21. GPIO
20. GPIO
19. GPIO
18.UART RXD
17.UART TXD
16. 1.1V
15. GND
14. DAB3.3V
13. POR N
12. IR data
11. PWM3
10. I2C_DATA
9. I2C_CLK
8. DAB_R
7. GND
6. DAB_L
5. ADC0
4. ADC1
3. GND
2. ADC2
1. ADC3
CH_GND
Repair Information
Updating
GND LINE
POWER+ LINE
POWER- LINE
ANALOG AUDIO
DIGITAL AUDIO
TMDS SIGNAL
ANALOG VIDEO
STBY POWER
24
Before Servicing
This Unit
SCH17 SMPS
OPTION
AC100~ 120V T 2A L 250V
AC220~ 230V T 1.6A L 250V
C6002
*OPTION
250V/0.01uF
*OPTION
C6028
OPEN
C60140.047uF(1608)
OPEN(0.2W )
R6020
R6021
R6019
OPEN(1608)
22K/F(1608)
56(0.2W )
BN601
AVRS650H
Z6.8V
0.1uF(1608)
D 6010 OPEN
D RA800H
1
2
M_RESET
4
D GND
5
C6031
OPEN
OPEN
C6010
NC
5
OPEN(1608)
VDD
D GND
MAINPOWER
GND
BN601
130m m
3
OUT
IC604
CVIPST 8448NR_A
2
CD
C6025
1
BK603
CMD 1A629
BRACK ET
4
OPEN(1608)
L6001
0
C6030
15N(1608)
6.8K/F
OPEN
R6022
REF
2
C6024
0.047uF(1608)
R6026
D5.2V
D5.2V
3
BN601
1
R6023
IC602
EL817B
CATHODE
2
C6023
ANODE
6
4
Z39V
3
3
150m m
AVRS750H /X1600H 150m m
TO DIGITAL B'D
DIGITAL POW ER PART
C6020
ZD 619
5600uF/6.3V(NX A)
C6019
R6016
5600uF/6.3V(NX A)
C6018
R6017
3.3K(0.2W )
100/50V
*OPTION
IC603 KIA2431AP
ZD 620
R6015
**OPTION
8
7
R6018
5.6K(0.2W )
1
C6008
50V/10UF(NX A)
9
400V/2200pF
C6012
S
C6017
D 6012
1N4007 10(1608)
R6011
12
OPEN
10
0.1uF(1608)
R6006
1M(1608)
11
6
UF4004
6.8(0.2W )
S
22K(1608)
V
S
C6015 4.7uF(1608)
C6011
1KV/1000pF (SMD )
ZD 611
P6KE150AT
Z39V Z39V Z39V
R6009
R6008
X
11
*OPTION
10
C6013
9
R6013
F
C
IC601
CVIT OP268VG
S
S
G
1K(1608)
8
1
47/25V(NX A)
S
7
D
2
R6014
R6033
Z27V
270K
R6032
R6012
C6009 0V/0.22uF
5
OPEN
OPEN
C6007 50V/0.1uF
C6006
C6005
330K
R6024
AVR-S650H D RA-800H
AC120V T 5A L 250V
AC220~ 230V T 2.5A L 250V
D
S
Z7.5V
3
12
5
J6001
10K(1608)
R6004
Q6003
CVT 2SC3052
1
AVR-S750H /X1600H
AC100~ 120V T 6.3A L 250V
AC220~ 230V T 3.15A L 250V
2
Q6002
2N7002KA
4
13
3
D 6013
RBQ30T 65A
14
4
D 6008
Z12V
6
ZD 621
C6021
CN602
Y W 396-NNB
T 6001
VLT 9Z132ZW
2
ZD 601
*OPTION
3
1
ZD 618
1N4007
RY 601
H F36FD /5-H LT
OPEN
!
2
D 6007
1M(2125)
D 6009
C6001
1SS133MT
4
F6002
250V/0.01uF
1
OPEN
1
TO CN741
Mechanical
2
3
C6027
OPEN
*OPTION
1M(2125)
R6031
1M(2125)
250V/0.01uF
R6034
C6026
1KV/47pF
J6003
JUMPER
C6003
!
ZD 610 ZD 609 ZD 608
D 6006 1N4007
JUMPER
2.2M(0.2W ) 2.2M(0.2W )
D 6005 1N4007
J6002
!
R6010
E3,K:100UF/200V
E1C,E2 :100UF/400V
D 6004 1N4007
1M(0.2W )
C6004
D 6003 1N4007
LF602
E3,K:LF-4ZB-E273H
E2,E1C:LF-4ZB-E503H
200V/100uF
D 6002 1N4007
OPEN
8.2M
CX 602
8.2M
R6029
8.2M
R6027
R6030
CX 601
0.1uF,275V
8.2M
CY 602
400V/470pF
CY 601
400V/470pF
BK601
CMD 1A834
BRACKET
2
!
R6028
!
!
TO POW ER TRANS
*OPTION
D 6001 1N4007
1
F6001
Electrical
CN601
BK602
Y AW 396-NNV CMD 1A834
BRACKET
SMPS PART
C6029
0.047uF(1608)
R6025
4.7K(1608)
C6022
OPTION
OPEN
J6014
OPEN
J6015
*OPTION
AVRS650H
AVRS750H /X1600H
D RA800H
AVRS650H , S750H /X1600H , D RA800H OPTION LIST
Ver
AC
F6001
F6002
F6001
F6002
F6001
E3
AC120V
2A L 250V
6.3A L 250V
2A L 250V
5A L 250V
2A L 250V
5A L 250V
E1C/E2
AC220~ 230V
1.6A L 250V
3.15A L 250V
1.6A L 250V
2.5A L 250V
1.6A L 250V
2.5A L 250V
2A L 250V
6.3A L 250V
-
-
-
-
K
AC100V
F6002
Ver
E3
E1C/E2
K
AC
AC120V
AC220~ 230V
AC100V
ZD621
ZD608
ZD609
ZD610
R6008
R6009
R6010
R6012
R6013
R6014
ZJ7.5B
ZJ39B
ZJ39B
ZJ39B
2M2(0.2W )
2M2(0.2W )
1M(0.2W )
270K
22K
1K
100UF/200V
ZJ16B
OPEN
OPEN
OPEN
OPEN
OPEN
OPEN
56K
22K
3K
100UF/400V
C6004
LF602
503H
ZJ5.6B
ZJ39B
ZJ39B
ZJ39B
2M2(0.2W )
2M2(0.2W )
1M(0.2W )
270K
22K
1K
100UF/200V
E273H
E273H
** IMPORTANT SAFETY NOTICE.
COMPONENT IDENTIFIED BY MARK HAVE SPECIAL CHARACTERISICS.
IMPORTANT FOR SAFETY. WHEN REPLACING ANY OF THESE COMPONENTS
USE ONLY MANUFACTURER'S SPECIFIED PARTS.
** THE UNIT OF RESISTANCE IS OHM.
K = 1000 OHM. M = 1000KOHM.
** THE UNIT OF CAPACITANCE IS MICROFARAD(uF)
pF = 10 uF -6
** THIS SCHEMATIC DIAGRAM MAY MODIFIED AT ANY TIME WITH THE
IMPROVEMENT OF PERFORMANCE.
Repair Information
OPEN
*OPTION
Updating
GND LINE
POWER+ LINE
POWER- LINE
ANALOG AUDIO
DIGITAL AUDIO
TMDS SIGNAL
ANALOG VIDEO
STBY POWER
25
R7261
Q7211
Q7212
R7149
J8306
J8305
Pb
28
C71
C7294
27
C71
26
C71
MP_CUP13028Z_A
31
C72
C7284
49
C73
DAB(E2) (A SIDE)
26
R7147
D7238
R7244
04
R73 7305 40
R R73 41
R73
45
C73
44
C73
48
C73 7347
C 7335
R 7346
C
43
C73
22
C73
+5V
C7460
23
C73
C7462
15
R73 7316 17
R R73 18
R73 29
C73
24
C73
DA+5V
+12V
15
R7485
11
R8320
R8319
J8303
14
C8310
C8309
1
4
10
R8310
C7484
R7487
R7486
D7402
D7401
R7588
R7499
R7566
R7563
R7562
R7565
R7564
R7568
R7567
R7561
C7592
R7595
R7596
C7593
R7598
R7599
C7591
R7594
T784
R8301
9
2
R8302
Q7593
Q7594
R7845
C7993
1.HI-B_RLY
2.H/P_RLY
3.FRONT_A_RL
4.FRONT_B_RL
5.DGND
6.DC_PROT
7.DGND
8.CURRENT_DET
9.ASO_DET
10.THERMALDET_A
11.THERMALDET_B
CN753
1.-12V
2.RTN_GND
3.+12V
4.DA+5V
5 AGND
6.FL
7.AGND
8.FR
9.MUTE_B+
CN823
CN751
27.B/P_IRIN_DE
26.DGND
25.MCU_3V3
24.MCU+5V
23.CPU_POWER
L7504
22.FL_DATA
21.FL_CLK
C7525
20.FL_CE
L7505
19.FL_RST
L7506
18.RC_IN
17.GRN_LED L7507
16.RED_LED L7508
15.KEY_1
L7509
14.KEY_2
L7510
13.KEY_3
L7511
12.VSEL_B
11.VSEL_A
10.H/P_DET
L7512
L7513
9.TRE_B
8.TRE_A
L7514
7.BAS_B
L7515
6.BAS_A
L7516
5.BAL_B
4.POWER_KEY L7517
3.BAL_A
L7518
2.ISEL_B
1.ISEL_A
L7519
T786
T787
T785
R7600
Q7422
Q7424
C7482
R7597
R7855
L7520
1
L7434
C7501
R7536
R7541
R7540
R7542
R7589
R7590
R7546
R7547 R7548
R7558
R7559
C7513
R7560
R7593
R7592
R7591
R7846
Q7801
C7881
R7533
C7511
R7544
R7545
C7847
R7856
R7863
R7862
R7850
R7847
R7849
C7845
R7848
R7530
109
CN782
R7835
L7567
L7551
L7564
L7558
L7557
L7553
L7554
L7527
L7525
L7526
L7524
L7523
L7528
L7522
C7938
C7907
C7909
R7910
R7908
R7971
R7906
R7905
R7907 C7903
R7466
C7473
R7467
L7415
L7414
L7412
DAFS1
DO_S
R7819
R7820
R7621
DO_F
IC794
D8202
C8234
R7972
C7921
C7918
C7913 C7923
C7911
C7775
R7816
DI_-/SW
DI_S/SL
R7478
R7468
R7469
C7475
C7474
Q7401
R7474
Q7414
DADATAF1
DI_-/FR
Q7410
Q7416 C7479
R7479
C7433 C7434
C7429
C7427
C7428
MN864788_ROM
DA64FS1
DA256FS1
L7502 C7526
L7503
R7838
R7840
Q7502
Q7409
R7465
Q7503
D7502
CN781
R7836
R7837
R7853
R7854
R7852
R7851
C8319
R8324
R8323
L7560
L7566
L7413
R7428
89
R7975
R7976
R7977
R7351
144
C7466
R7457
C7920
25
C7963
C8233
C7456
IC722
10
C7926
C7943
R7357
C7468
C7467
J_TDO1
R7739
R7744
R7712
R7729
R7732
20
C7941
R7990
F
G
H
J
K
L
M
N
P
R
T
132
R8240
30
C73
R7326
R7328
R7327
50
R7307
R7308
R7309
R7306
A_CK
1
R73
C7458
30
1
40
8
51
R73
10
C73
C7457
C7459
X7
29
CEC1V1
C7403
C7402
R7784
30
30
C7986
C7868
C7843
C7844
10
D_RST
40
R7834
R7858 R7861
R7857
C7893
C7841
R7841
C7842
C7867
C7989
C7985
C7869
C7840
C7894
C7839
C7864
C7838
C7837
C7896
R7833
R7832
R7831
R7829
R7830
J_TCK1
J_TDI1
C8227
R8252
R8251
R8229
R8231
R8232
C8247
R7736
50
C7656
10
R7752
R7753
R7750
R7722
R7725
60
RN811
L8102
4
C7653
C7654
R7608
37
R7662
R7637
IC762
C7626 R7633
C7660
C7998
C8245
TU800
37
R7360
R7359
R7334
55
R7787
R7789
R7786
R7785
R7726
R7749
FSDIR1
64FSDIR1
C8111
C8110
C7627
70
R8131 R8132
R7738
R7751
256FSDIR1
48
IC763
C8244
4
14
R7719 R7731
R7737 R7740
R7742 R7743
R7723 R7724
IC773
C7781
C7782
C7518
X7701
R7791
R7607
C7603
R7611
R7613
C7659
DR_DIN
DR_CK
DR_CE
R7609
R7610
R7612
C7238
C7239
R7223
C7519
L7701
R7790
DR_DOUT
6
R7354
R7355
R7132
R7133
R7134
L7107
C7469
9
10
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
C8229
R8244
C7975
R7988
R7987
R7989 C8228
R8243
C7971
A
B
C
D
R7704 E
AP_CS
RN782 RN781
C7933
73
R7312
R7314
D7237
D7236
R7714 R7705
AP_CK
AP_DA
R7720
C7405
C7407
L7403
D7235
R7310
R7311
20
R7319
R7320
R7321
R7322
R8140
R7358
R7361
X7501
Q7404
36
D7234
OSD_MI OSD_MO
R7313
R8139
10
R7444
OSD_CLK
OSD_CS
C7506
C7931
C7973
R7984
R7985
R7986
C7904
D8201
C7910
R7979
R7980
R7978
R7805
X7801
2
C8101
RN784 R7806
R7822
2
R7456
R7454
C7951 C7961
R7981
Q7417
R7445
ADV7623_ROM
R8175
C7953
L7421
L7425
L7424
Q7413
R7350
R7352
R7353
R7426
L7422
35
R727234
R
72
R7226
R7225
R7246
R7245
DATADIR1
8
RN761
R7602
R7601
80
73
8
10
788_HINT
R8287
R8313
R8309
12
C8290
R8239
R8238
C8289
R8310
R8289
10
J_TMS
R8260
R8264
R8262
R8263
R8316
R8317
J_TCK
R9007
R8185
R8187
PLD_WRITE
J_TDI
R7782
4
4
4
R8308
47
C7211
R7211 R7217
R7212 R7214
R7216 R7213
R7215 R7218
C7201
R7201 R7207
R7202 R7204
R7206 R7203
R7205 R7208
8
10
C8118
C8117
D8101
D8104
R8259
R8306
R8294
R8293
R8311
C8211
4
L8104
D8102
Q9002
R8181
8
R9508
Q8205
R8224
14
R9506
R9507
R7625
C7618
R7626
R7627
JK951
R8219
R8214
R8216
C8218
R8213
C8217
R8215
R8220
R8218
C8220
R8217
C8219
C8215
C8216
R9006
R9005
R9004
R7585
R7102
R7106
R7105
R8223
JK823
CK_2
DA_2
D9002
C9001
D9001
L9001
R7103
R7108
CN755
C7113 R7107
R7104
+5V_4
R7623 JK762
R7629
R7624
C7617
R7622
C7619
C7988
C8265
C8301
R8304
C8303
R8302
R8303
C8302
R8301
Q9001
Q7101
R7746
R7747
R7628
D9501
R9502
R9501
C9501
R8265
R8266
R8267
2
16
Q7201
C7114
R7111 R7117
R7112 R7114
R7116 R7113
R7115 R7118
TH801 Q7102
D8103
L8103
R8314
R8307
R8305
C7274
C7273 D7231
R7259 R7253
R7260 R7256
C7275 R7257
R7254
D7230
R7143 R7144
C7153
X7101
P_DA
C7276
D7225
D7226
788_RST
R7258
C7271
X7201
R7140
R7157 C7115
R7158 R7121 R7127
R7122 R7124
R7126 R7123
R7125 R7128
C8121
R8183
R8184
J_TDO
R8188
R7139
R7745
9
10
R7131
R7156
R7155
R7151
R7153
R7152
R7150
R72
D7221
D7222
RN721
RN722
RN723
R8226
C8284
R8268
C8266
DIGITAL (A SIDE)
3
CN821
1.TUNER-L
2.TUNER-R
3.VCC
4.TUNER_SCLK
5.TUNER_SDIO
6.TUNER_CE
7.TUNER_RST
8.TUNER_INT
9.CHGND
10.CHGND
11.-7.5V
12.-7.5V
13.PHONO-R
14.AGND
15.PHONO-L
OUT
C7621
R7656
R7655
C7937
1
C8255
C8302
DAB(E2) (B SIDE)
J8307
IC831
Updating
R8308
FCT2
C8301
R8312
RP
R8309
FCT1
J8304
R8311
16
IC831
R8315
C7155
R7148
C7520
R7570
J104
BAR CODE LABEL
R7243
J8301
20
C71 7186 21
C 71
C 23
C717124 25
C 71 85
C 71
C
+7.5V
9
C8313
R8310
ICT
J107
C8305
BK801
SMT
MI
R8304
J8302
R8303
2
C8308
R8302
1
18
C71
5
C8305
R8316
Q7121
67
C71 7150
C 714948
C 71 71
C 71
C 7147
C 44 46
C71 71 45
C 71 65
C 71 7143
C C 69
C71
J8309
R8307
CN862
C8306
R8306
Q7122
91
C72
CN861
C8301
C8304
L8301
52
J8308
C7177
C71
Q7111
64
C71
1
J108
9
BK801
C7295
C7176
51
C71
R71
C71
42
C71 56
57
59
AI
CN825
1.TUNER-L
2.TUNER-R
3.VCC
4.SCLK
5.SDIO
6./CE
7./RST
8.INT
9.CH_GND
10.CH_GND
11.-7.5V
12.+7.5V
13.PHONO_R
14.AGND
15.PHONO_L
R8305
C8303
C8302
C71
Q7112
54
JK831
R8314
L7102
C7277
C7279
R7443
R7442
D3.3V
Q7411
L7432
PHONO (A SIDE)
R8313
58
R8270
R8274
42
R7159
C71
R7160
C71
R8212
60
C7189
C71
R7255
D7232
D7229
D8208
D8207
C7282
61
L7103
C72
C8288
R8228
R8276
C8276
C7313
R7569
R7238
C7187
C71
C72
63
C
C72 7264
65
C7174 AVDD33RX
58
C72725756
C 72
C
55
C72
R8275
C8269
R8273
R8277
C8275
R8281
41
C7759
R7780
R7779
C71
C8270
L7108
R7135
R7138
R7137
R7136
IC772
40
R7109
C71
R8227
C7182
L7203
L7209
39
62
92
11
Pb
C71
C71
C
C72 7266
67
+5V
C7181
787_HINT
C7643
C7512
L7206
RN714
L7105
L7109
17 C
C71 7163
19
C71
16
C71
C8287
C7606
C7316
C7353
C7707
AVDD33TX
IC733
IC753
IC752
C7644
C7642
C7641
C7640
C7633
T802
22
C7196
C7195
RN712 RN711
C71
91
PVDD33
C71
C71
C 66
75
C 71
C 7137 38
C 7136
C 71
C 71 70
C 71 35
C 71 68
C 71 34
C 71 33
C 71 32
C717131 72
29
C71
R7640
C7632
R8014
C7317
C7701
C7192
T801
R8015
R8013
R8012
R8011
R8173
R8128
R8017
R8126
R8016
R8123
R8121
R8023
R8021
R8019
R7617
C7609
C7613
C7611
C7601
C8223
R8233
C8224
R8234
R7606
R7644
R7614
C8257
R7632
R8010
C7604
R7636
C8116
R8180
R8179
C7608
R7603
R7604
R7605
C7622
R8118
R8117
C7610
C7623
IC815
C7714
C7178
C7194
C7193
AVDD11TX
68
C72
C8225
C8226
C7461
C7648
C7716
R8169
R8171
C8113
R7661
R7283
C7451
R8156
R8162
C7476
C7352
IC732
L7303
L7304
+1.1V
C7712
C7718
C7326
R7302
C7321
R7303
C7325
R8158
C7703
R7713
R7708
R7718
R8166
R8167
R8159
R8160
R8164
R8165
C7704
C7713
C7711
R8163
C7318
C7709
R7727
R7730
R7734
R7733
R8009
C7706
R7748
R8113
R8112
R8008
R8007
C7645
IC784
C7720
C7708
R8111
R8110
R7676
R7675
C7678
R7652
R7654
R7653
L7305
R7348
R7349
L7306
C7328
R8157
R8154
R8151
R8155
R8153
R8152
R8161
C7702
RN771
C7705
R8005
C7870
C7836
C7851
C7850
C7651
R7650 R7651
C7649
R7864
IC742
When soldering, use the Lead-free Solder (Sn-Ag-Cu).
Repair Information
C7672
R7681
Q7222
R7280
+1.8V
Q7221
IC734
R8150
R8148
R8146
R8144
R7721
R8108
R8004
R7277
R7365
R7366
R8142
R8141
R8149
R8147
R8145
IC812
R8028
R8027
R7342
R8102
R8143
C7929
R8176
R8105
R8104
C7892
C7834
C7779
C7832
R7682
R7683
C7671
C7681
R7934
R7933
C7831
C7880
C7848
C7849
C7883
C7835
C7679
C7915
C7801
R8026
R7802
C7173
R7345
R7343
R7584 R7583
R7501
D7501
C7919
C7888
R7804
R7809
C7925
R7943
R7944
C7927
R7935
R7514
C7516
Q7402
C8106
C8103
C8102
C8105
C8104
C7778
C7777
RN787
R7828
C7830
C7829
C7827
C7878
C7826
R7827
C7824
C7863
C7833
C7879
C7862
C7828
C7995 C7800
C7996 C7891
C7992 C7825
C7917
R7964
R7963
R7945
R7364
IC811
R7452
R7451
C7810
C7882
R7814
R7815
R7274
R7273
R7271
C7514
R7269
R7523
C7515
R7516
R7579
C7809
C7884
C7823
C7865
R7803
R7810
C7887
C7803
C7890
C7806
C7807
C7886
C7808
C7885
C7866
C7855
C7854
C7852
C7853
R8178
C7710
C7179
C7180
C7130
L7104
C7190
C7183
C7184
R7301
C7301
C7249
48
C72
62
C72 7261 60
C 72 59
C C72
5
C8315
C8316
R7955
IC723
R7527
C7297
R7524
R7525
R7356 R7526
C7510
C7527
R7532
Q7419
R7531
R7543
Q7420
CN753
+1.1V
CUP12959Z-1_MP
C7990
C7424
Lead-free Solder
Mechanical
C8318
C7802
C7889
C7719
C7717
L7302
C7315
C7314
R7333
C
C737302
03
C
C737304
05
27
28
C72 72C72
C 29
40
C727230
C
ET801
C8317
R7859
C7721
R7716
R7717
07
C7312
L7301
47
C72
C72
C72 C72
45 46
C
C72 7287
C72 69
70
R
R 72
R727265 64
21
86
C72
1
R8241
BN826-1
9.CH_GND
8.INT
7./RST
6./CE
5.SDIO
4.SCLK
3.VCC
2.R-OUT
1.L-OUT
15
R7551
R7493
R7491
R7437
4
8
R7915
D7404
D7403
R7484
C7483
R7492
R7490
L7431
C7905
5
MCU_3V3
C7441
C7439
C7440
C7901
C8236
C8307
Pb
C8109
C
C737337
36
C73
C
C73 7306
08
C
C72 7244
C72 83
C 43
C72 7242
41
36
24
C72 25
C72 26
C72
C7994
L8204
L8203
Pb
11
Pb
R7416
C7416
C7415
C7414
L7411
C8254
9
C8311
C8314
IC813
C7340 R R73
73 32
31
34
L7307
L7308 C7338
C7341
C7342
C73
C73 C73
C73 33 27
C73 32
31
30
C73
C73 10
11
C72
21
C72 22
C72 23
C72
C8282
C8253
VERSION
C8312
R8001
R8101
C7464
C7465
R8186
C73
C7319
37
5
C7902
C7908
BK801
C7502
C7503
R7504
C7504
R7508
R7502
R7503
C8107
R7511
R7512
R7513
R7281
R7278
R7279
R7282
R7275
C7285
C7280
L7202
L7201
C72
20
L7
R7929 R7903
R7919 R7904
C7914
4
BN826-1
CUP12959Z-2_MP
1
14
MCU+5V
R7410
C7974
32
L8301
10
-12V
C7411
4
17
15
R7959
C7954
IC796
C8222
32
25
C8281
4 R7969
C7906
-7.5V
R7974
R7973
C7972
C8221
9
C7676
R7671
R8247
IC792
C7674
R7949 R7982
R7939 R7983
C7677
R8248
IC793
4 C7934
IC822
ICT FCT1 FCT2 RP
CN825
R7346
C7278
L7204
C7288
C7289
26
IC795
C7675
R8249
R7927
R7926
R7928
R7918
R7916
R7917
17
J106
2
R7954
R7953
C7962
2
CN823
C7650
C7646
5
C7924
C7647
1
R7948
R7947
R7946
R8235
R7952
C7964
R7967
R7968
R7966 R7921
R7958
R7957
R7956 R7922
C7673
R7961
C7658
R7649
R7648
C7657
R7674
R7673
R7672
C7662
L8302
C7517
C7507
C7508
R7509
R7510
R7826
R7825
R7824
R7823
C7822
C7897
C7821
C7871
20
11
8
5
10
2
2
C7932
C8258
C7942
C7991
R7912
R7965
R7941
C7680
R7942
BAR CODE LABEL
R7911
C7952
C7916
R7925
DI_CSW/C
C7912
C7999
R7951
C7922
27
21
11
6
10
R7962
D7671
TUNER(E3) (A SIDE)
R8321
C7655
D7605
IC821
R8322
DI_LRCK
R7659
C7661
R8222
R8315
C8261
24
R7931
R7932
IC760
R7635
R7634
C7631
J101
DIGITAL (A SIDE)
9
C7872
C7820
C7819
C7898
C7818
C7873
R7818
C7899
C7817
C7874
C7816
C7875
C7815
C7814
C7876
C7813
C7900
C7812
C7877
C7811
C7895
C7463
R7453
R7344
R7427
RN788
R7913 R7923
R7924
R7914
R7821
R7520
R7519
R7518
R7517
R7363
R7362
Q7412
R7477
C7435
C7436
C7426
C7425
R7423
RN791
20
13
IC791
C8292
R8313
DI_SB/SR
R7937
R7936
R7938
4
C8203
R8208
R8317
C7944
C7634
R8207
R8314
DI_F/FL
R7660
IC765
R7639
R7638
R8271
R8318
DSP_ROM
DA_DA1
DA_CK1
DA_MS1
C7928
IC766
R7643
R7642
4 R7630 C7620
R7631
R8312 R8210
R8316
DI_MCK
C7625
C8306
J105
BN826
R7272 R7270
R7422
C7856
DO_C
C7652
C7624
C7630
Q8208
R8309
D8209
3
88
C7615
C8307
C8206
1
DO_LRCK
C7637
R8295
R8312 R8311
R8308 R8307
R8306 R8305
C8304 C8303
R8304 R8303
DO_BCK
C7930
C7629
Q8209
Q8206
4
R7817
C7612
C7639
Q8207 C8304
5
2
6
R7807
R7811
C7936
C7628
R8315
C8214
R8221
R8211
J102
R7480
R7417
Q7418
R7481
R7577
R7578
C7522
R7576
C7422
C7423
C7413
C7412
R7413
C7857
26
D7602 R7647
R8254
C8207
R8269
2
R7902
C7935
R7901
C7638
C8291
C8308
4
1
36
2
RN783
1
7
DSP_EMULATOR
CN751
C7605
C7614
C8278
C7636 R7645
R8237
2
2
D7601
R7641
R8253 R8246
5
PHONO (B SIDE)
5
5
L7529
C7776
C7635
R8245
D8211 D8210
3
2
6
2
10
20
11
19
19
19
19
6
C7804
D7603
C8277
C8305
4
C7846
45
D_FLG0
X7601
IC764
R8288 R8279
8
D7604
R8278
IC825
5
4
L7801
11
C7861 C7860
C8280
R8236
C8286
8
R7842
R7839
36
R7619
R7618
R8291
R8225
5
10
R7801
R7646
C8268
IC823
8
R7844
R7843
CN783
RN790 RN789
C8279
R8272
JK821
C8283
5
IC783
7
RN785 RN786
25
48
Pb
5
C8115
37
R7812
R7813
R8177
R7663
IC824
C8285
8
BAR CODE LABEL
BK814
C7859 C7858
IC761
R8290
C8267
5
DSP_DEBUG
176
CN811
C7805
133
MP_CUP13029Z_A
IC782
IC781
IC814
R8286
4
8
11
R8003
C8112
R7860
C8263
C8274
5
MCU_E20/EMULATOR
C7997
R7539
R7538
R7537
R7535
R7534
R7412
C7715
FCT2
R8174
R8002
R8103
R8182
R8280
2 JK822
8
FCT1 RP
C7478
L7802
CN813
RN762
C8259
C8273
5
ICT
Q7415
C7602
D8204
D8206
R8255
Q8204
5
16
Q7595
MI
R8107
R8106
T805
R8257
2
8
R7475
R8256
D8203
C8264
R8261
1
Q7596
SMT
C7477
R7476
D8205
C7663
1
VERSION
R8114
T804
Q8203
Q8210
C8262
8
CN752
10
ET751
C7529
19
C7528
AI
6
VERSION OPTION
E3
E2
R7581 OPEN 18k
R7582 3.3k OPEN
C8108
12
DRA800H
R8006
R8109
IC951
BN826
9.CH_GND
8.INT
7./RST
6./CE
5.SDIO
4.SCLK
3.VCC
2.R-OUT
1.L-OUT
C7447
C7448
C7485
R7489
R7488
C7449
C7438
R7433
R7432
R7154
R7582
T771
J_TMS1
T803
Q8202
Q8211
C7616
3
MI
Q7421
R7581
19
CEC_PW2
CEC_PW
N3V3_PW
BK813
C9502
R9504
R9505
C9503
C7987
8
R7549
R7553
R7552
R8170
R8168
R8116
R8172
R8115
Q8201
Q8212
R9503
5
Q7403
R7735
C8120
JK761
16
DI_BCK
2
BK811
6
N5V_PW
MP_CUP13029Z_A
Electrical
108
BK812
C9504
1
15
R7528
R7529
T775
T774
T773
R8125
R8124
R8122
R8120
R8119
JK811
11
CPU_PW
R8130
R8134
R8137
R8138
R8135
R8133
R8136
R8025
R8024
R8022
R8129
R8020
R8018
R8127
C8119
4
Q7701
2
20
R7522
C7509
R7521
CN812
T807
1
20 11
R7515
R7715
PLD_ERR
7
3
11
C7446
C7445
C7444
IC751
T772
R7783
8
8
C7594
C7354
T806
T808
1
5
73
R7506
IC771
7
JK901
8
DA_PW
C7505
5
1
5
CN756
Q7301
R7711
R7707
R7703
R7710
R7702
R7706
R7701
R7709
3
DA_Z_MUTE1
D1.1V
R7575
C7521
R7574
R7778
R7777
R7776
PLD_EMULATOR
12
Q7423
A_RST
5
DA3V3
16
L7404
R7781
DGND
44
IC746
7
R7505
C7722
CN771
9
C7293
2
24
5
IC701
4
5
C7481
L7451
CN721
10
D
C7780
13
C7335
VDD33
R7101
HPD_1
8
L7433
C7471
7
R7324
R7323
A_DA
AVDD11RX
+5V_1
5
C7442
Q7501
5
VDD11
JK701
1
C7420
C7421
C7419
RN713 RN715 RN716
E
5
R7573
R7470
R7471
R7473
CN731
C7296
A
HPD_2
15
R7411
IC744
C7154
+5V_2
25
IC743
L7443
IC731
E
8
C7309
JK711
2
5
L7208
D
35
R7434
R7435
C7443
R7571
R7572
HAINT
VDD33IO
HPD_3
45
C7432
DV_PW
L7106
Q7202
+5V_3
55
D3.3V
C7455
C7450
R7441
R7262
R7263
JK721
R8258
IC721
C
1
6
C7188
C
P_CK 787_RST R7145
R7146
65
R7436
DIGITAL, TUNER(E3), PHONO, DAB(E2)
Before Servicing
This Unit
R7219
R7220
B
5
C7417
R7446
C7281
HPD_4
15
L7423
C7453
C7452
C7454
72
R7431
L7441
L7442
JK731
25
C7430
D1.8V
B
1
I2S0
HPD_5
7
I2S1
+5V_5
35
C7408
R7449
R7448
R7447
R7228
R7227
A
41
IC741
L7210
JK741
DA_1 CK_1
75
R7222
R7224
DA_OUT2
54
R7414
C7406
CK_OUT2
HPD_OUT
37
R7415
C7418
C7401
A
3
FS
I2S3
I2S2
R7229
R7230
R7231
21
L7401
RN725
DA_3 CK_3
1
+5V_OUT
72
C7431
C7404
ARC
6
L7207
36
L7402
C7272
37
R7424
RN724
16
MCK
64FS
C7480
D5V_PW
C7290
36
R7425
D7233
9
R
R72 7237
36
CN741
6.MAIN_POWER
5.DGND
4.DGND
3.M_RESET
2.D5.2V
1.D5.2V
D7228
10
4
14
R7483
48
CN741
D7227
DA_4 CK_4
5
JK751
DA_5 CK_5
1
DA_OUT CK_OUT
7
D7224
D7223
DRA-800H DIGITAL
3
IN
2
CEC
R72
51
R72724950
R 72 52
R 72
R
R
R 72
R 72 33
R 72 32
R72726768
66
C7437
PRINTED CIRCUIT BOARDS
L8201
C8205
C8204
CN821
C8202
R8209
C8201
TUNER(E3) (B SIDE)
C8235
C8238
C8237
L8205
KIA7805BPI
IC305
G
O
KIA7812BPI
IC301
I
I
G
O
KIA7912PI
BN507
G
I
O
J3008
J3007
J3009
D3108
J3005
J3004
J3006
C5615
B
R5116
C5109
J5105
J5869
J5870
J5849
J5850
J5851
C3004
R5115
C5107
R5106
1
D3003
8
C5110
J5846
3
FL
E
C3003
J5886
J5847
R5121
2
1
7
RY560
JK503
D3004
D3002
C3006
J5852
D3001
E
VR510
B
FL
4
5
C5103
3
6
BN506
C5609
Q5101
R5755
R5754
CN510
J5821
J5815
B
J5102
J5110
C5112
1
D5603
J5855
J5884
J5885
4
5
3
2
6
3
E
J5106
C5101
R5135
R5122
R5120
C5613
KTC3964
Q5104
R5132
C5105
J5845
J5831
J5830
J5861
J5864
RY563
J5889
J5890
J5856
R5101
R5105
J5107
C5718
C5610
C5705
R5721
J5854
CUP13027-1 Z
MP
Q5106
2SB1560
C5706
C5602
JK504
1
J5883
FR
J5101
2
1.FL
2.AGND
3.FR
C5102
BN506B
R5104
R5102
R5110
Q5103
C5111
J5108
R5118
B
Q5102
C5612
C3013
C3012
D5601
R5103
R5109
J5104
2
C5108
Q5105
C3007
2SD2390
BN505
T 1.25A L 250V
T 1.25A L 250V
J3002
J3001
J3003
F3003
T 1.25A L 250V
D3104
F3001
IC302
F3004
IC301
J5895
D3103
D3101
J5848
R5130
R5108
F3002
R5727
C3001
R5129
D5101
R5125
R5137
R5107
C5104
C5106
J5111
T 1.25A L 250V
C3002
R5726
C3008
R5119
J5113
L5101
R5111
R5128
R5127
R5124
CN302
C3009
1.HP_LCH
2.AGND
3.HP_RCH
R5131
R5123
R5117
R5134
R5112
R5113
R5114
J5103
D5106
J5109
C5619
J5860
J5112
Q5709
J5832
R5718
J5829
J5811
R5719
J5810
J5826
C5721
J5825
JK501
C5703
R5710
R5724
J5827
Pb
CN503
F5801
J5804
J5824
2
C5707
J5822
RY586
J5813
J5807
FL
C5607
J5816
~
J5820
RY562
ET501
J5844
J5853
J5805
J5833
3
C5616
1
4
5
3
2
+
C5714
D5701
R5709
J5809
D5602
C5702
6
J5812
J5819
C5801
C5605
C5601
R5704
R5703
J5873
J5874
J5836
C5708
R5827
J5887
J5893
2SD2390
R5818
R5817
C5701
B
R5216
R5215
C5207
C5212
R5208 R5209
R5206
C5210
J5205
C5209
C5826
C5825
D5816
J5858
D5201
R5717
R5716
R5701
R5715
R5702
R5711
J5818
J5866
JK502
E
C5208
Q5205
C5819
D5704
J5900
J5878
C5211
J5888
J5872
J5871
J5212
J5841
J5880
J5875
J5842
J5876
D5815
R5203
J5838
R5237
R5207
R5714
C5606
C5717
B
FR
J5857
R5819
J5891
C5820
E
VR520
R5732
Q5204
Q5604
R5737
R5735
R5736
R5730
J5896
CN520
E
B
J5202
BN502
J5897
J5840
R5744
E
J5868
J5206
B
E
R5733
R5748
R5731
Q5605
J5867
D5607
D5608
D5612
D5611
Q5607
J5834
R5742
R5236
BN506A
R5739
R5235
Q5203
C5201
KTC3964
D5604
D5605
C5627
BN501
R5232
C5205
9
C5202
R5738
R5734
C5620
B
R5741
J5879
J5877
R5230
R5740
C5622
R5136
J5828
R5205
R5229
C5716
J5817
J5882
Q5201
C5621
J5898
J5843
R5201
J5201
R5231
R5705
J5881
D5703
R5220
3
R5222
1.-12V
2.RTN_GND
3.+12V
4.DA+5V
5.AGND
6.FL
7.AGND
8.FR
9.MUTE+B
Q5202
C5203
L5201
J5837
R5224
J5208
J5859
R5204
R5202
R5210
R5228
R5227
J5209
R5750
R5743
C5623
B
E
C5711
Q5206
R5706
C5710
C5628
7
J5806
R5708
11
R5729
C5625
R5746
J5863
J5862
R5713
R5707
C5713
R5745
2SB1560
R5518
1.HI-B_RLY
2.H/P_RLY
3.FRONT_A_RLY
4.FRONT_B_RLY
5.DGND
6.DC_PROT
7.DGND
8.CURRENT_DET
9.ASO_DET
10.THERMALDET_A
11.THERMALDET_B
R5712
AI SMT MI ICT FCT1 RP FCT2
Q5708
C5608
R5214
Q5705
1
Q5707
C5204
J5204
J5213
R5213
Q5704
C5704
J5899
J5894
J5839
R5219
R5221
C5206
R5212
R5233
Q5703
BAR CODE
Q5706
2
R5217
R5223
R5225
R5234
J5211
R5211
J5203
D5206
IC502
T1
FR
Q5207
R5839
R5840
R5832
F5802
J5808
T5A L 250V
D5806
Q5702
R5830
C5821
R5833
C5817
R5834
C5823
R5835
R5837
C5818 R5836
FR
E
1
Q5601
Q5603
Q5602
R5831
C5617
R5838
C5824
IC501
Q5208
R5226
Q5701
E
E
B
A
Q5806
B
B
Pb
Electrical
T5A L 250V
C5715
J5823
4
Mechanical
-
~
5
1
D5610
D5609
C5624
B
E
R5751
R5752
R5753
R5749
Q5606
R5747
1.FL
2.AGND
3.FR
DIPPING IN
C5712
MAIN (B SIDE)
PHONE WIRE GUIDE (A SIDE)
Before Servicing
This Unit
C3005
C3010
Q5108
C5618
R5133
C5827
FL
J5601
C3014
Q5107
R5126
Pb
IC302
C5828
IC305
C3011
C3015
E
B
Repair Information
B
E
BK501
Updating
27
E
5
B
1
8
CUP13027-2 Z MP
USB CABLE GUIDE (A SIDE)
Pb
CUP13027-3 Z MP
MAIN (A SIDE)
MAIN, PHONE WIRE GUIDE, USB CABLE GUIDE
IN
1.VSEL_A
2.VSEL_B
3.D_GND
MP
CUP13026Z-2
AI SMT MI ICT FCT1 RP FCT2
VR101
J1003
J1002
J1001
J1006
SW111
MP
1.VSEL_A
2.VSEL_B
3.D_GND
Q/S _4
J1085
J1092
J1083
J1074
J1086
J1089
J1090
10
20
J1080
C1019
Q/S _3
CUP13026-1 Z
SW118
J1052
SW110
Q/S _2
BK101
SW117
BALANCE
Q/S _1
C6023
Pb
FL101
VR105
26
C1010
VERSION
C6010
R6021
J1091
J1100
J1005
2
BN601
C6028
BONDING
C6018
C6019
ZD619
BONDING
IC603
R6018
C6013
1.D GND
2.D GND
SW104
STATUS
R1057
SW116
SW109
TREBLE
BASS
VR103
SW105
SW115
ZONE2 SOURCE
RC101
SW106
3
1
CN103
C1002
J1013
R1003
R1004
R1001
R1002
ZONE2 ON/OFF
C1003
C1006
C1100
LUG1
PRESET CH +
J1069
PRESET CH -
J1016
C1038
LD101
J1019
D1001
1.VDISP
2.NC
3.GND
4.NC
5.FL AC
6.NC
7.FL AC
F1001
T 200mA L 250V
1.ISEL_A
2.ISEL_B
3.DGND
4.GRN_LED
5.RED_LED
6.MCU+5
7.POWER_KEY
OUT
BK102
1.VBUS
2.USBD+
3.USBD4.DGND
5.DGND
L1003
L1005
L1404
VR104
SPEAKERS
J1102
J1017
POWER
Q1012
R1047
R1043
R1044
C1054
A
B
C
Q1011
R1045
C1055
R1041
R1042
D1406
D1407
C1428
C1427
7
J1096
J1097
J1042
L1012
C1083
C1051
C1050
R1040
D1011
C1001
C1087 C1086
R1429
R1428
Q1015
Updating
L1004
C1011
R1009
R1006
VDISP
1.VDISP
2.NC
3.GND
4.NC
5.FL AC
6.NC
7.FL AC
NOT USED B'D
C1069
3.H/P DET
3.H/P R
2.A GND
L1011
C1424
C1084
L1013
C1066
C1068
3
1
GND
R1008
R1005
FL_AC
7
3.H/P DET
2.D GND
1.D GND
Repair Information
1.H/P L
8
J1088
J1087
J1004
BN12B1
C6017
J6001
R6034
D6013
BONDING
T6001
J6012
J6013
ZD618
IC602
R6015
Sec.
D6008
Pri.
BAR CODE
R6016
J6017
ZD610
R6009
S
S
S
S
S
S
J6018
C6008
ZD620
7
JIG HOLE
Pb
C1075
6
T 2.5A L 250V
(AC220V~230V AREA)
T 5A L 250V
(AC100V~120V AREA)
C6027
AVR-S650H/DRA-800H
Pri
Se .
c.
J6010
ZD601
D
X
C
F
V
J6016
IC601
R6017
R6004
J6007
Pri.
BK603
1A629
R6010
D6007
J6009
Sec.
D6010
J6004
R6020
R6019
C6009
C6007
C6006
C6005
SMPS PART
MP_STAGE
J6019
Q1003
2
Mechanical
Q1004
CUP13031Z-1
D5.2V TP
D6012
J6020
C6014
ZD609
BN103B
RY601
CN601
N
ZD611
D6004
D6002
C6003
D6005
C6004
C6015
J6005
BONDING
1.D5.2V
2.D5.2V
3.M_RESET
4.D_GND
5.D_GND
6.MAIN POWER
C6031
J6002
J1116
Pb
c.
Se
Pri
.
L
CY601
CN602
LF602
CX602
LF602
CLZ9Z126Z:E3,K
CLZ9Z133Z:E2,E1C
3
F6002
ZD621
D_GND
3.H/P DET
2.DGND
1.DGND
FL_AC
BN105
J1012
Q1016
28
CN102
7
Q1007
1
R1023
C1049
D1010
Q1013
R1430
R1415
R1414
R1413
R1416
Pb
C1048
D1009
J1014
C1081
C1053
D1008
D1020
D1019
Q1002
C1005
R1053
R1024
GRN_LED
RED_LED
MCU_5V
1.ISEL_A
2.ISEL_B
3.DGND POWER_KEY
4.GRN_LED
5.RED_LED
6.MCU+5
7.POWER_KEY
Pb
R1062
R1077
R1419 R1418
D1408
C1430
R1421
R1420
C1039
D1003
D1005
R1007
R1012
C1423
R1022
R1069
R1074
BN104
J1099
KEY_1
J1105
Q1001
R1013
R1011
R1010
ZONE2 ON/OFF
5
4
CUP13026Z-4
MP
+5V
1.VBUS
2.USBD+
3.USBD4.DGND
5.DGND
C1052
2 3
USB (B SIDE)
R1015
R1014
C1009
GND
R1424
USB (A SIDE)
C1013
C1014
C1015
C1016
C1012
FL_RST
R1427
R1426
J1011
C1004
Q1014 R1425
1
B/P_IRIN_DE
MCU_3V3
Q1005
C1007
1.DGND
2.GRN_LED
3.RED_LED
4.MCU+5
5.POWER_KEY
GND
1
KEY_3
ZD608
R6008
LUG11
BK602
1A834
BK601
1A834
4
1
2
AVR-S750H/X1600H
C6002
L6001
CX601
C6001
J6014
(AC100V~120V AREA)
J6015
OPEN
D6003
R6024
C6029
T1.6A L 250V
T2A L 250V
R6028
J6011
T 3.15A L 250V
(AC220V~230V AREA)
T 6.3A L 250V
(AC100V~120V AREA)
G
R
(AC220V~240V AREA)
3
BONDING
D6009
F6001
2
4
D6006
R6027
ICT FCT1 RP FCT2
D6001
1
R6030
SMT MI
J6003
R6029
AI
C6030
VSEL_A
VSEL_B
Q1006
RC_IN
FL_DATA
FL_CLK
FL_CE
J1009
J1010
J1015
R1068
R1095
R1097
C1093
ZONE2 SOURCE
5.POWER_KEY
R1423
C1092
R1096
R1094
R1082
PRESET CH -
5
4.MCU+5
5.POWER_KEY
J1007
GND
3.RED_LED
4.MCU+5
J1008
PRESET CH +
1.DGND
2.GRN_LED
3.RED_LED
1.DGND
2.GRN_LED
3.RED_LED
4.MCU+5
5.POWER_KEY
R1030
J1098
BAS_B
2.GRN_LED
R1067
A C B
1.DGND
Pb
Pb
JK101
Electrical
ISEL_A
R1046
J1103
J1109
BAS_A
7.POWER_KEY
6.MCU+5
5.RED__LED
4.GRN_LED
3.DGND
2.ISEL_B
1.ISEL_A
Q1008
57
VR102
5
J1122
C
J1123
BN106A
J1118
J1124
B
J1125
BN106B
J1114
J1120
J1121
J1126
Q1009
R1073
J1029
J1035
53
W/G
Pb
R1098
D1021 R1099
D1022 R1101
C1095
BASS
MP
A
SW101
POWER
7.POWER_KEY
6.MCU+5
5.RED_LED
4.GRN_LED
3.DGND
2.ISEL_B
1.ISEL_A
J1119
CUP13026Z-5
CUP13026Z-6
J1128
50
J1111
D1002
CN105
LUG14
C1429
FUNCTION VR (B SIDE)
J1108
C1098
C1099
R1025
SPEAKERS
J1031
J1033
43
FUNCTION VR (A SIDE)
Pb
C1020
R1018
R1016
STATUS
J1045
TRE_B
J1039
J1036
MP
J1095
J1040
C1094
R1100
A C B
J1041
J1106
J1062
TRE_A
J1101
J1034
1.DGND
2.GRN_LED
3.RED_LED
4.MCU+5
5.POWER_KEY
R1026
GND
L1010
TREBLE
J1044
J1020
J1038
J1113
Pb
KEY_2
J1028
MP
J1112
R1017
R1019
Q/S _1
J1048
R1104
R1102
R1103
R1105
C1097
Pb
CN104
D1012 R
J1066
J1061
C1041
R1083
BAL_B
J1018
C1096
A C B
8
J1049
J1107
R1020
R1021
BAL_A
5
J1094
BALANCE
Pri.
Sec.
J1022
J1058
L1001
R1422
ISEL_B
J1075
Q/S _2
J1115
MCU_5V
J1021
GND
J1056
CPU_POWER
R1084
J1077
Q/S _3
R6033
S
S
S
S
S
S
J1055
CUP13026-1 Z
C6012
R6032
D
J1026
POWER_KEY
R1078
27
V
X
C
F
Pb
3.H/P R
2.AGND
1.H/P L
CUP13026Z-3
H/P_DET
21
R6031
C6026
1.DGND
2.DGND
3.H/P DET
Pb
C1071
J1024
J1127
C1017
PHONE (B SIDE)
LUG13
C1072
J1082
J1050
C1067
JK104
J1084
J1023
J1053
R1059
1.VSEL_A
2.VSEL_B
3.D_GND
R6011
R6013
R6012
Pri.
Sec.
C1065
BN131
BN103A
11
C6011
R6006
C1102
R1060
Q/S _4
.
c.
Se
R6014
R1058
R1061
C1101
J1051
C6024
C6025
R6026
PHONE (A SIDE)
GND
1
Pri
Q6002
R6022
R6023
C6020
BONDING
1.VSEL_A
2.VSEL_B
3.D_GND
IC604
R6025
7
J1159
J1117
C1073
C1074
D1015
D1016
GND
N
Q6003
8
7
12
FRONT (B SIDE)
BAR CODE
L
Pri
.
C6022
C6021
MAIN_POWER TP
14
1
6
FRONT (A SIDE)
1.ISEL_A
2.ISEL_B
3.BAL_A
4.POWER_KEY
5.BAL_B
6.BAS_A
7.BAS_B
8.TRE_A
9.TRE_B
10.H/P_DET
11.VSEL_A
12.VSEL_B
13.KEY_3
14.KEY_2
15.KEY_1
16.RED_LED
17.GRN_LED
18.RC_IN
19.FL_RST
20.FL_CE
21.FL_CLK
22.FL_DATA
23.CPU_POWER
24.MCU_5V
25.MCU_3V3
26.D_GND
27.B/P_IRIN_DE
Se
c.
Pb
CY602
SMPS (B SIDE)
27.B/P_IRIN_DE
26.D_GND
25.MCU_3V3
24.MCU_5V
23.CPU_POWER
22.FL_DATA
21.FL_CLK
20.FL_CE
19.FL_RST
18.RC_IN
17.GRN_LED
16.RED_LED
15.KEY_1
14.KEY_2
13.KEY_3
12.VSEL_B
11.VSEL_A
10.H/P_DET
9.TRE_B
8.TRE_A
7.BAS_B
6.BAS_A
5.BAL_B
4.POWER_KEY
3.BAL_A
2.ISEL_B
1.ISEL_A
SMPS (A SIDE)
Before Servicing
This Unit
SMPS, FRONT, PHONE, FUNCTION VR, USB
LEVEL DIAGRAM
Before Servicing
This Unit
FRONT ch
Electrical
Mechanical
Repair Information
Updating
29
Before Servicing
This Unit
SUBWOOFER ch
Electrical
Mechanical
Repair Information
Updating
30
Before Servicing
This Unit
ZONE2 ch
Electrical
Mechanical
Repair Information
Updating
31
BLOCK DIAGRAM
Before Servicing
This Unit
ANALOG AUDIO DIAGRAM
DRA-800H ANALOG AUDIO BLOCK
VOLUME IC
NJU72343V
V+ :+ 7.5V
V-:-7.5V
* LOGIC CONTROL H IGH LEVEL INPUT VOLTAGE(MIN: + 2.5V / MAX: V+ )
VCC:D AB+ 3.3V
P-AMP
+
DAC_FL
D A01
SPK OUT
SPEAKER A RELAY
MAIN_L
-
FRONT A_L
VCC:D A+ 5V
MAIN_R
TUNER
FM/AM
+
DAC_FR
D A02
32.768kH z
-
E3:BUFFER AMP
E2:GAIN AMP(+ 12.6dB)
SPEAKER B RELAY
OUTA1
PH ONO
InA/B2
OUTA2
CBL/SAT
InA/B3
OUTA3
+
-
DAC_SW
InA/B6
InA/B7
H/P L
GND
H /P R
OUTB1
OUTB2
OUTB3
* LOGIC CONTROL H IGH LEVEL INPUT VOLTAGE(MIN: + 2.5V / MAX: V+ )
-7.0dB
LEGO_ADC_L
V+ :+ 7.5V
V-:-7.5V
H/P-AMP
OPEN
ATT.
PRE OUT
ATT.
MUTE
DAC_FL
DAC_FR
D A02
DAC_SW
D A03
SW 1
D A01
SW 2
MUTE
ZONE2_RCH
Updating
-8.5dB
AD INR
ZONE2_LCH
MUTE
AD INL
Repair Information
GND
LEGO_ADC_R
FRONT B_R
H/P OUT
0
0
-
OPEN
InA/B5
+
OPEN
InA/B4
CD
7in3out Matrix-Switch
D A03
FRONT B_L
Mechanical
InA/B1
AUDIO IN
TO D IGITAL
AUD IO BLOCK
FRONT A_R
Electrical
SELECT IC
NJU72750V
DAB
ATT.
ATT.
ZONE2_NET_LR
D NMIX_LR
32
DIR_RST
APLD_DATA
APLD_CS
DACPCMCSW_SW
AUDIO PLD
5M570ZF256C5N
MCLK_I2S_0
LEGO
SCLK_I2S_0
RX+ /TX+ /-
Z2DACBCK
DAC(Z2)
PCM5100A
Z2DACLCK
Z2DACDATA
SDIN_I2S_0
SDOUT_I2S_0
MODULE
(Within BT)
LRCK_I2S_1
SDIN_I2S_1
PLDADCDATA
PLDADCBCK
PLDADCMCK
LRCK_I2S_2
SDIN_I2S_2
DNMIX_DACMCK
DNMIX_DACBCK
CSLOCK
CSREFN
VD:DA3V3
TXBCK
VCC:DA3.3V
VCCINT:PLD1.8V
TXLRCK
TXI2S0
TMDS
TMDS
DSP1INF/FL
DSP1IN-/FR
OUT1
DSP1INMCK
DSP1INBCK
P1TX
DSP1OUTCSW1
OUT0
DSP1OUTF
DSP1OUTS
P0TX
TMDS
TMDS
JITTER RED UCER
CS210010-CZZR
OPEN
CSCKOUT
RXMCK/DSDMCK
DSP1OUTLRCK
P0_RX
CSCKIN
RXBCK/DSDSCK
2CH_DOWNMIX
DSP1OUTBCK
IN0
RXI2S3/DSD4/SPDIF
DSP1IN-/SR
* DRA-800H: NO USED SIGNAL
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
DSP_MOSI
DSP_MISO
DSP_CLK
DSP_RST
DSP_CS
DSP_FLAG0
VDDINT:DA1.1V
VDDEXT:DA3V3
18.75MH z
SDRAM
64M/200MH z
A3V64S40GTP-60
33
SERIAL FLASH
16M
BY25D16ASSIG
DVDD:3.3V
CPVDD:3.3V
AVDD:3.3V
Updating
DSP
ADSP21487KSW Z-2B
(From / To MCU)
CVDD, DVDD:+ 1V8H
PVDD:+ 1V8H
TXAVDD:+1V8H
TXPVDD:+ 1V8H
TXPLVDD:+ 1V8H
DVDDIO:DV3V3
TVDD:DV3V3
P1_RX
RXI2S2/DSD3
RXLRCK/DSD5
DSP1INCSW /C
TMDS
IN1
P3_RX
D AC
PCM5100A
RXI2S1/DSD2
DSP1IN-/SW
TMDS
IN3
RXI2S0/DSD1
DSP1IN-/SL
TMDS
P2_RX
HDMI TX(MN864788)
ADV7623
RXD
IN2
DSP1INLRCK
HDMI IN5
(MEDIA Player)
TMDS
D OW NMIX
Repair Information
HDMI IN4
(GAME)
HDMI RX(MN864787)
OUT0
DINMIX_DACDATA
HDMI OUT
IPOD AUTH.
23671011050AS
(MFI337S3959)
DINMIX_DACLCK
IN0
DNMIX_L
DNMIX_R
VD:DA+5V
VA:DA+5V
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
TMDS
ADINL
ADINR
Mechanical
SDOUT_I2S_2
HDMI IN3
(BLU-RAY)
DVDD:3.3V
CPVDD:3.3V
AVDD:3.3V
ADC(MAIN)
AK5358
PLDADCLRCK
SDOUT_I2S_1
SCLK_I2S_2
TMDS
Z2_NET_L
Z2_NET_R
SCLK_I2S_1
RJ-45 with Transform er
HDMI IN2
(DVD)
VREF:DA+5V
NETW ORK
Z2DACMCK
LRCK_I2S_0
NETWORKED MEDIA
USBD+
IN1
TVDD:DA3.3V
HDMISPDIF
USBD-
IN2
DAC_SW
Electrical
DACPCMCSW_C
DIRAUXDATA
SPDIF_OUT
TMDS
DAC_R
D AC
AK4458VN
DACPCMF_FR
DIRAUXLRCK
5V0:LEGO5V
USB
DAC_CLK
DACPCMF_FL
DIRAUXBCK
ANT2
ETHERNET
DAC_DATA
DACLRCK
ANT1
HDMI IN1
(CBL/SAT)
DAC_L
DAC_MS
DACBCK
DIRPPCM
DIR1PERR
DIRAUXMCLK
GAIN:-6dB
DAC_RST
DACMCK
VCC:DA3.3V
VCCAD:DA+5V
HDMISPDIF
PLDERR
DIRSBCK
ADC+ DIR
PCM9211PTR
COAX.1
DAC_MUTE
MPIO_B0
DIRXMCK
DIRSLRCK
OPT.2
SPDIF_OUT
APLD_CLK
MPIO_B1
OPT.1
COAX1(CBL/SAT)
VOLUME_MUTE
(From MCU)
DIR_DOUT
MVOL_MUTE
DIRLRCK
DIRDATA
MPIO_B3
MPIO_B2
DIR_DIN
(From / To MCU)
(From /To MCU)
OPT2(CD)
DIRBCK
DIR_CLK
ANALOG AUDIO BLOCK
DIRMCK
DIR_CE
OPT1(TV)
LEGO ADC L
LEGO ADC R
LEGO ADC_R
OPEN
D IGTAL IN
LEGO ADC_L
DRA-800H DIGITAL AUDIO BLOCK
Before Servicing
This Unit
DIGITAL AUDIO DIAGRAM
Before Servicing
This Unit
VIDEO DIAGRAM
DRA-800H VIDEO BLOCK
27.000MH z
RXA
AD V7623
TRANSCEIVER
28.6363MH z
OSD Block
P2 RX
HDMI IN1
(CBL/SAT)
Electrical
HDMI RX(MN864787)
CVDD, DVDD:+ 1V8H
PVDD:+ 1V8H
TXAVDD:+1V8H
TXPVDD:+ 1V8H
TXPLVDD:+ 1V8H
DVDDIO:DV3V3
TVDD:DV3V3
TXPORT0
P1 RX
Mechanical
HDMI IN2
(DVD)
S.FLASH
P0 RX
HDMI IN3
(Blu-ray)
32M/64M
VCC:CEC3V3
LEGO
LEGO_RGB D ATA(24bit)
VCC:MCU_3V3
HDMI TX(MN864788)
P3 RX
P0 TX
P2 RX
HDMI IN4
(GAME)
HDMI IN5
(MEDIA PLAYER)
P0 RX
H DMI OUT
SUB
P1 RX
P1 RX
P1 TX
P0 RX
CEC
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
MONITOR OUT
Repair Information
MAIN
IC751
CPU
27.000MH z
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
S.FLASH
32M
VCC:CEC3V3
Updating
34
POWER DIAGRAM
HI+ B
Before Servicing
This Unit
DRA-800H VCC DIAGRAM
!
MAIN+ B
LOW+ B
2
S1(AMP+ B,-B)
MAIN-B
4
1
3
57m A
SELETOR IC,VOLUME IC
(NJU72750AV,NJU72343V,NJM2068)
196m A
LOW -B
A+ 12V
(NJM8080,SPK/H-P/HI-LOW RELAY)
MM1Z7V5
BU33TD3WG
KIA7812BPI
81m A
KIA7805BPI
S2(+12V,-12V)
102m A
50m A
300m A
MAIN TRANS
DA+ 5V
(PCM9211PTR,AK4458VN)
(NJM2740 x 2,AK5358BET)
TUNER+ 5V (E3 VERSION)
DAB+ 3.3V (DAB: E2 VERSION)
A-12V
(NJM8080)
SELETOR IC,VOLUME IC
(NJU72750AV,NJU72343V,NJM2068)
MM1Z7V5
!
Electrical
AP7361-Y -13
KIA7912PI
DA+ 3.3V (AK4458VN,PCM5100A)
S2 TOTAL : 691.23mA(E2) / 441.23mA(E3)
H I-B
RELAY
!
68m A
S3(FL+Vdisp)
163m A
S4(FILAMENT)
INPUT CURRENT (Ref Volage:5.2V)
Vdisp(+ 37V)
FILAMENT AC
FILAMENT AC
0.003m A
*DC-DC Effieciency:85%
SMPS Total Current : About 4318.91m A
30m A
1000m A
+ 5.2V
(5.2V)
TPS563201(+3.3V)
SW M5V (SN74CBT3251PW R)
MCU+ 5V
FRONT LED
(CVDBLBJEGJ204L)
USB+ 5V/VBUS
DV5V/HDMI
395.02m A
DA3.3V/DIR,DSP
(ADSP21487,A3V64S40GTP-60,5M570ZF256C5N,TC74VH CU04,BY25D16ASSIG,PCM9211,AK4458VN)
160.2m A
1925.98m A
NET3.3V/NETW ORK
815m A
334m A
(IPOD AUTH ,SN74LVC244APW Rx5)
CEC3V3/HDMI
(MN864787,MN864788,BY25Q32BSSIG)
DV3.3V
1
D
2
4
AD V7623,BY25Q32BSSIG(E3)/BY25Q64ASSIG(E2)
636m A
20m A
LEGO5V
(LEGO)
G
S
406.83m A
(H D MI OUT)
TPS563201(+1.8V)
982m A
(5.2V)
1022.0m A
CEC5V
40m A
Repair Information
1405.59m A
Mechanical
!
3
AC CORD
D1V8/HDMI
(AD V7623)
D1V8/PLD
(5M570ZF256C5N)
MAIN PW R ON
TPS563201(+1.1V)
410m A
729.81m A TPS563201(+1.1V)
(5.2V)
3000m A
DA1.1V/DSP
(AD SP21487)
CEC1V1
(MN864787,MN864788)
SW M3.3V/LEVEL_CHG
221.76m A
MCU_3V3/MICOM
(R5F5651ED D FB,VFD ,MC74H C4094x2)
35
Updating
90.67m A
(5.2V)
WIRING DIAGRAM
SMPS & lt; -AC IN
ANT1
PCB TO PCB
DIGITAL PCB
(CUP13029Z)
REGUL.- & gt; DIGITAL
SMPS- & gt; DIGITAL
ANT2
CN741
CN862
26P
CN813
42P
CN812
6P
5P
LEGO
TUNER
DAB
MOD ULE
BN826
9P
CN861
9P
9P
FFC_27P
PHONO PCB
(CUP12959Z-1)
CN753
Electrical
TRANS - & gt; SMPS
11P
CN823
CN751
15P
CN825
9P
CN826
CN602
CN601
2P
SMPS PCB
(CUP13031Z)
TUNER PCB (E3)
(CUP12959Z-2)
DAB PCB (E2)
(CUP13026Z)
80P
CN811
2P
CN821
15P
Before Servicing
This Unit
DRA-800H W IRING DIAGRAM
AC CORD
CN302
TRANS - & gt; REGULATOR
5P
BN601
6P
FRONT & lt; - & gt; DIGITAL
MAIN PCB
(CUP13027Z)
MAIN E-CAP
TRANS- & gt; MAIN
MAIN E-CAP
CN503
BN505
7P
3P
Repair Information
CN102
* W IRE(5P) X 1(E2)
7P
* JUMPER X 5 (E3)
BN131
3P
USB - & gt; DIGITAL
H/P & lt; - MAIN
FRONT PCB
(CUP13026Z-1)
3P
H /P-FRONT
BN105
7P
BN106A
5P
CN103
BN103A
* JUMPER X 6 (E3/E2)
BN104
5P
3P
USB PCB
(CUP13026Z-4)
H /P PCB CN104
(CUP13026Z-3)
5P
BN106B
POW ER SW & LED PCB
(CUP13026Z-5)
36
3P
VOLUME
ENCOD ER
(CUP13026Z-2)
BN103B
3P
* W IRE ASS'Y (OPEN)
Updating
FUNCTION
ENCODER
(CUP13026Z-6)
CN105
TRANS - & gt; FRONT
BN12B1
FFC_27P
7P
TRANS
11P
BN502
Mechanical
9P
BN501
SEMICONDUCTORS
1. IC's
R5F5651EDDFB (DIGITAL_MCU : IC751)
Pin
Pin Name
Symbol
24 UPSEL/P35(IN)/NMI
TRST#/P34/SCK6/
SCK0//IRQ4
P33/TIOCD0/RXD6/
26
RXD0/IRQ3-DS
P32/TXD6/TXD0/
27
IRQ2-DS
DSP_FLAG0
TRST#/
NC(NORMRAL)
28 TMS/P31/IRQ1-DS
25
I/O
Pu/Pd
STBY STOP CEC Function
STBY
L
L
L DSP(ADI) interrupt signal input pin
E20 Emulator control pin/When normal operating
I/I
I/I
I/I
mode,set to input.
I
DA3VPu
I/I
Pd
RC_IN
I
Pd
I
I
I
Remote input
BDOWN
I
M3VPu
I
I
I
Detect power down
TMS/NC(NORMRAL)
I/I
M3VPu
-/I
-/I
I
AVSS
-
2
P05/IRQ13
POWER_KEY
I
3
4
5
6
AVCC1
P03/IRQ11
AVSS1
P02/IRQ10/AN120
P01/RXD6/IRQ9/
AN119
P00/TXD6/IRQ8/
AN118
PF5/IRQ4
AVCC
RED_LED
AVSS
BAL_A
O
I
SW3VPu
RXD_MI232O
I
M3VPu
7
8
M3VPu
O
O
10 EMLE
EMLE
I
Pd
11
12
13
14
15
VSEL_A
VSS
VSEL_B
VCL
VBATT
I
I
I
-
SW3VPu
16 MD/FINED
MD
I
M3VPu
17
18
19
20
21
22
23
XCIN
XCOUT
RESET
XTAL
VSS
EXTAL
VCC
I
I
I
I
-
Pd
PJ5
VSS
PJ3
VCL
VBATT
XCIN
XCOUT
RES#
XTAL/P37
VSS
EXTAL/P36
VCC
SW3VPu
I/I/I
M3VPu
-/-/I
-/-/I
I
TDO/TXD_MITSUBISHI
O/O/I
M3VPu
-/-/I
-/-/I
I
ADV7623_RST
O
Pd
L
L
L
MVOL_MUTE
O
L
L
L
E_RTS_MOEI
O
Pd
(BCM58305
Internal Pd)
L
L
L
Ethernet(Network Module) control pin
E_CTS_MIEO
I
Pd (onboad
+BCM58305
Internal Pd)
I
I
I
Ethernet(Network Module) control pin
36 P21/RXD0/IRQ9
E_RXD_MIEO
I
Pd (onboad
+BCM58305
Internal Pd)
I
L
I
Ethernet(Network Module) control pin
37 P20/TXD0/IRQ8
E_TXD_MOEI
O
Pd
(BCM58305
Internal Pd)
L
L
L
Ethernet(Network Module) control pin
O(ODR)
Pu
(BCM58305
Internal Pu)
Z
Z
Z
Ethernet(Network Module) control pin
Flash ROM for GUI control pin
38
P17/SCK1/TXD3/
IRQ7
39 P87
P16/TXD1/RXD3/
40
IRQ6
41 P86
42 P15/RXD1/IRQ5
43
44
45
46
47
48
49
P14/IRQ4
P13/TXD2/IRQ3
P12/RXD2/IRQ2
VCC_USB
USB0_DM
USB0_DP
VSS_USB
50 P56
NET_FACT_RST
7623_ROM_HOLD
TU_SCLK(NA)/DAB_
TX(EU)
O
L
L
L
O
L
L
L
TUNER control
PRE_Z2_MUTE
O
L
L
L
Mute for zone preout control pin
TU_SDIO(NA)/DAB_
Rx(EU)
VEXP_OE
VEXP_CLK
VEXP_DATA
VCC_USB
USB0_DM
USB0_DP
VSS_USB
TU_SEN(NA)/
NC(EU)
VEXP_STB
NET5V_POWER
I_O
NC/
SW3VPu
L
L
L
TUNER control
O
O
O
-
L
L
L
-
L
L
L
-
L
L
L
-
Expander (MC74HC4094) control pin
Expander (MC74HC4094) control pin
Expander (MC74HC4094) control pin
Power supply pin
NC(open)
NC(open)
Ground pin
O
L
L
L
TUNER control pin
L
L
I
L
L
I
L
L
I
Expander (MC14094) control pin
Ethernet power supply (Net5V) control pin/
Balance (Rotary encoder) signal input pin
HDMI transceiver w/ GUI(ADV7623) control pin
(for GUI)
HDMI transceiver w/ GUI(ADV7623) control pin
(for GUI)
HDMI transceiver w/ GUI(ADV7623) control pin
(for GUI)
51 P55/IRQ10
52 P54
53 BCLK/P53
54 P52/RXD2
ADV7623_SPI_MI
I
L
L
L
55 P51/SCK2
ADV7623_SPI_CLK
O
L
L
L
56 P50/TXD2
37
BAL_B
O
O
I
ADV7623_SPI_MO
O
L
L
L
SW3VPu
Updating
TXD_MO232I
GREEN_LED
9
TCK/NC(NORMRAL)
Repair Information
AVSS0
TCK/FINEC/P27/
SCK1/
Mechanical
1
I
35 P22/SCK0
STBY STOP CEC Function
STBY
- Ground pin
Detect Power switch (Release from Wait Mode,Set
I
I
I
to interrupt)
- Power supply pin
L/H
L
H POWER/STANDBY LED control pin
- Ground pin
I
I
I
Balance (Rotary encoder) signal input pin
External data input port (for AMX/FW update via
I
I
I
232C) :Connector is FFC
External data output port (for AMX/FW update via
L
L
L
232C) :Connector is FFC
L
L
L POWER LED control pin
E20 Emulator control pin (On chip Emulator is
- used,this pin should be High. Not used,it should
be Low)
I
I
I
Master volume (Rotary encoder) signal input pin
- Ground pin
I
I
I
Master volume (Rotary encoder) signal input pin
- Smoothing capacitor connection pin
- Power supply pin
Pins for setting the operating mode(select the
I
I
I
Boot Mode or User Boot Mode,Single Chip Mode)
- NC(Pull down)
- NC(open)
- Reset signal input pin
- Pins for a crystal resonator (Xin=12MHz × 10)
- Ground pin
- Pins for a crystal resonator (Xin=12MHz × 10)
- Power supply pin.
-/-/I
34 P23/TXD3
Pu/Pd
-/-/I
33 P24/SCK3
I/O
M3VPu
32 P25/RXD3
Symbol
I/O/I
31 TDO/P26/TXD1
Pin Name
TDI/RXD_MITSUBISHI
30
Pin
TDI/P30/RXD1/
IRQ0-DS
E20 Emulator control pin/When normal operating
mode,set to input.
E20 Emulator control pin/Mitsubishi writter
control pin/When normal operating mode,set to
input.
E20 Emulator control pin//When normal operating mode,set to input.
E20 Emulator control pin/Mitsubishi writter
control pin/When normal operating mode,set to
input.
HDMI transceiver w/ GUI(ADV7623) reset control
pin
Volume control pin (NJU72343)
Electrical
29
R5F5651EDDFB Terminal Functions
Before Servicing
This Unit
Only major semiconductors are shown, general semiconductors etc. are omitted to list.
The semiconductor which described a detailed drawing in a schematic diagram are omitted to list.
Pin Name
Symbol
I/O
Pu/Pd
STBY STOP CEC
STBY
I
I
I
-
I
-
SW3VPu
60 PC7/TXD8/IRQ14
UB
I
Pd
-
-
-
61 PC6/RXD8/IRQ13
HSCL_(400k)
O
DV3VPu
L
L
L
62 PC5/SCK8
HSDA_(400k)
I_O
DV3VPu
L
L
L
63
64
65
66
67
68
69
DSP_MOSI
DSP_MISO
DSP_CLK
DSP_CS
NC
DSP_RST
SEL_DATA
O
I
O
O
O
O
O
DA3VPu
DA3VPu
DA3VPu
DA3VPu
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
70 PC2/RXD5
DA_POWER
O
L
L
L
71 P75/SCK11
CEC_POWER2
O
L
L
H
72 P74
ADV7623_SPI_CS
O
L
L
L
73
74
75
76
77
78
79
80
81
DAC_PLD_ERR
VCC
H/P_RL
VSS
FRONT_A_RL
PSDA
PSCL
SEL_CLK
APLD_CS
APLD_DATA/DAC_
DATA
APLD_CLK/DAC_
CLK
L
L
L
O/L
O/L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
L
P82/TXD10
P81/RXD10
P80/SCK10
PC4/SCK5
PC3/TXD5
P77/TXD11
P76/RXD11
PC1/SCK5/IRQ12
VCC
PC0/IRQ14
VSS
P73
PB7/TXD9
PB6/RXD9
PB5
PB4
82 PB3/SCK4/SCK6
83 PB2
84
87
88
89
90
91
92
93
94
95
96
101 PE7/IRQ7/AN105
CEC3VPu
CEC3VPu
O/O
L
L
L
104 P70
105 VSS
Hi-B_RL
VSS
O
-
106 PE5/IRQ5/AN103
KEY1
I
M3VPu
107 PE4/AN102
DC_DET/ASO
I
SW3VPu
108 PE3/AN101
PE2/RXD12/IRQ7109
DS/AN100
110 PE1/TXD12
111 PE0/SCK12
NC
O
CURRENT_DET
I
Pd
I
L
I
Current level monitor pin (A/D converter)
THERMAL_B
NET3.3V_POWER
I
O
SW3VPu
I
L
L
L
I
L
112 P64
D5V_POWER(NC)
O
L
L
H
113 P63
CEC_POWER
O
L
L
H
114 P62
DV_POWER1
O
L
L
L
115
116
117
118
DIR_DOUT
VSS
DIR_DIN
VCC
I
O
-
DA3VPu
I
L
-
I
L
-
I
L
-
119 PD7/IRQ7/AN107
H/P_DET/MIC_DET
I
SW3VPu
I
I
I
120
121
122
123
124
MODE
DA_POWER2(NC)
DIR_RST
MN864788_HINT
MN864787_HINT
TU_GPO2_INT(NA)/
NC(EU)
I
O
O
I
I
Pd
CEC3VPu
CEC3VPu
I
L
L
I
I
I
L
L
I
I
I
L
L
I
I
Protection detect signal input pin
Ethernet power supply control(Net3.3V)
Digital 5V power supply control pin(3.3V and 1.8V
generate from 5V)(When CEC standby mode3,set
to Low)
CEC standby power supply
control(CEC5V,CEC3.3V,CEC1.8V)(When CEC
standby mode3,set to Low)
Digital video power supply (DV5V,DV3.3V) control
pin
DIR (PCM9211) control pin
Ground pin
DIR (PCM9211) control pin
Power supply pin.
Headphone insert detect pin/Microphone insert
detect pin (A/D converter)
Region setting pin
Digital audio power supply (D1.0V) control pin
DIR (PCM9211) control pin
HDMI Tx (MN864788) interrupt signal input pin
HDMI Rx (MN864787) interrupt signal det
I
Pd(NA/EU)
L
L
L
TUNER control pin
CEC_IN
I
SW3VPu
I
I
I
CEC-D control pin
THERMAL_A
TEMP_SENSOR
I
I
SW3VPu
NET3.3VPu
I
I
L
L
I
I
Protection detect signal input pin
Temperature sensor input pin (for SRM)
PD6/IRQ6/AN106
PD5/IRQ5/AN113
PD4/IRQ4/AN112
PD3/IRQ3/AN111
PD2/IRQ2/AN110
125 PD1/IRQ1/AN109
PD0/TIOCA7/IRQ0/
126
AN108
127 P93/AN117
128 P92/RXD7/AN116
I/O
Pu/Pd
STBY STOP CEC Function
STBY
L
L
L HIGH-B relay control pin
- Ground pin
Key control signalinput pin (When standby
I
I
I
mode,set to inturrupt)
Protection detect signal input pin (for DC and
I
I
I
ASO) (A/D converter)
L
L
L NC
O/O
L
L
L
DAC_MS
O
L
L
L
DAC (AK4458VN) control pin
129 P91/SCK7/AN015
L
L
L
TUNER control/DAB Power control
O
O
L
L
L
L
L
L
DAC (AK4458VN) control pin
MUTE for preout control pin
TU_RST(NA)/DAB
EN(EU)
O
DAC_RST
PRE_MUTE
BAS_B
I
SW3VPu
I
I
I
Tone BASS (Rotary encoder) signal input pin
VSS
TRE_B
VCC
I
-
I
-
I
-
I
-
Ground pin
Tone TREBLE (Rotary encoder) signal input pin
Power supply pin.
ISEL_A
ISEL_B
BAS_A
VCC
SW3VPu
SW3VPu
SW3VPu
I
I
I
L
L
L
I
I
I
L
L
L
I
I
I
L
L
L
Input selector (Rotary encoder) signal input pin
Input selector (Rotary encoder) signal input pin
Tone BASS (Rotary encoder) signal input pin
Power supply pin.
Speaker relay control pin for FRONT B
Ground pin
Volume control pin (NJU72343)
Volume control pin (NJU72343)
FL_RST
O
L
L
L
FL display control pin
DIR_CE
O
L
L
L
DIR (PCM9211) control pin
DIR_CLK
O
L
L
L
DIR (PCM9211) control pin
VSS
MVOL_DATA
MVOL_CLK
I
I
I
O
O
O
130 VSS
131 P90/TXD7/AN114
132 VCC
P47/IRQ15-DS/
133
AN007
P46/IRQ14-DS/
134
AN006
P45/IRQ13-DS/
135
AN005
I
I
I
NC
O
L
L
L
NC
H5V_DET
FL_CE
FL_DATA
FL_CLK
I
O
O
O
Pd
I
L
L
L
I
L
L
L
I
L
L
L
KEY3
I
M3VPu
I
I
I
HDMI IN 5V detect signal pin
FL display control pin
FL display control pin
FL display control pin
Key control signalinput pin (When standby
mode,set to inturrupt)
Key control signalinput pin (When standby
mode,set to inturrupt)
Power supply pin.
FRONT_B_RL
102 PE6/IRQ6/AN104
KEY2
I
103 VCC
VCC
-
M3VPu
I
I
I
-
-
-
SW3VPu
Not used (This port use to detect for Network
Module standby status in the future (Low:normal,
High:Deep Standby))
same as NET5V_POWER,NET3.3V_POWER
(This port use to control for Network Module
standby mode in the future(Low:Deep Standby,
High:normal))
136
P44/IRQ12-DS/
AN004
AIOS4_STBY_STATUS
I
137
P43/IRQ11-DS/
AN003
AIOS4_WAKEUP
O
L
L
L
CPU_POWER
O
L
L
L
CPU power supply control pin
MAIN_POWER
O
L
L
L
Power supply control pin
VREFL0
-
-
-
-
MN864788_HAINT
I
I
I
I
VREFH0
-
-
-
-
Ground pin
HDMI Tx (MN864788) interrupt signal input
pin(for Audio)
Power supply pin
138
139
140
141
142
38
P42/IRQ10-DS/
AN002
P41/IRQ9-DS/
AN001
VREFL0
P40/IRQ8-DS/
AN000
VREFH0
-
CEC3VPu
Updating
97
98
99
100
Pd
Ground pin
Tone TREBLE (Rotary encoder) signal input pin
Power supply pin.
Pins for setting the boot mode(select the Boot
Mode or User Boot Mode)
HDMI transceiver w/ GUI(ADV7623) control pin
(for HDMI)
HDMI transceiver w/ GUI(ADV7623) control pin
(for HDMI)
DSP(ADI) control pin
DSP(ADI) control pin
DSP(ADI) control pin
DSP(ADI) control pin
NC
DSP(ADI) reset control pin
Audio selector control pin for NJU72750
Digital audio power supply (DA3.3V,DA1.2V)
control pin
CEC standby power control (for CEC Standby
Mode 3)
HDMI transceiver w/ GUI(ADV7623) control pin
(for GUI)
Detect DAC/PLD error (from Audio PLD and DAC)
Power supply pin.
Headphone relay control pin
Ground pin
Speaker relay control pin for FRONT A
HDMI I2C (MN864788/787) control pin
HDMI I2C (MN864788/787) control pin
Audio selector control pin for NJU72750
Audio PLD (5M570ZF256C5N) control pin
Audio PLD (5M570ZF256C5N) control pin/DAC
(AK4458VN) control pin
Audio PLD (5M570ZF256C5N) control pin/DAC
(AK4458VN) control pin
P61
VSS
P60
VCC
Symbol
Repair Information
85
86
PB1/TXD4/TXD6/
IRQ4-DS
P72
P71
PB0/RXD4/RXD6/
IRQ12
PA7
PA6
PA5
VCC
PA4/TXD5/IRQ5-DS
VSS
PA3/RXD5/IRQ6-DS
PA2/RXD5
PA1/MTIOC0B/
IRQ11
PA0
P67/IRQ15
P66
P65
I
O
O
I/O
I/O
O
O
Pin Name
Mechanical
VSS
TRE_A
VCC
Pin
Electrical
57 VSS
58 P83
59 VCC
Function
Before Servicing
This Unit
Pin
ADV7623 (DIGITAL_OSD : IC731)
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
1
108
PIN 1
2
107
3
106
4
105
5
104
6
103
7
102
8
101
9
100
10
99
11
98
12
97
13
96
14
95
15
94
16
93
ADV7623
18
19
20
92
TOP VIEW
(Not to Scale)
17
90
91
89
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
73
54
74
36
53
75
35
52
76
34
51
77
33
50
78
32
49
79
31
48
80
30
47
81
29
46
82
28
45
83
27
44
84
26
43
85
25
42
86
24
41
87
23
40
88
22
Pin No.
1
2
3
4
5
6
7
8
9
10
11
12
Mnemonic
DDCC_SCL
CVDD
CGND
RXC_C−
RXC_C+
TVDD
RXC_0−
RXC_0+
CGND
RXC_1−
RXC_1+
TVDD
Type
Digital input
Power
Ground
HDMI input
HDMI input
Power
HDMI input
HDMI input
Ground
HDMI input
HDMI input
Power
Description
HDCP Slave Serial Clock Port C. DDCC_SCL is a 3.3 V input that is 5 V tolerant.
Receiver Comparator Supply Voltage (1.8 V).
TVDD and CVDD Ground.
Digital Input Clock Complement of Port C in the HDMI Interface.
Digital Input Clock True of Port C in the HDMI Interface.
Receiver Terminator Supply Voltage (3.3 V).
Digital Input Channel 0 Complement of Port C in the HDMI Interface.
Digital Input Channel 0 True of Port C in the HDMI Interface.
TVDD and CVDD Ground.
Digital Input Channel 1 Complement of Port C in the HDMI Interface.
Digital Input Channel 1 True of Port C in the HDMI Interface.
Receiver Terminator Supply Voltage (3.3 V).
Repair Information
Pin Function Descriptions
Mechanical
21
DDCA_SDA
RTERM
5V_DETA
HP_CTRLA
PGND
PVDD
XTAL1
XTAL
PVDD
PGND
PWRDN
RESET
MCLK_OUT
SCLK_OUT
AP5_OUT
DVDD
DGND
AP4_OUT
AP3_OUT
AP2_OUT
AP1_OUT
AP0_OUT
DVDDIO
DGNDIO
INT_TX
INT2
INT1
DVDD
DGND
SCL
SDATA
AP0_IN
AP1_IN
AP2_IN
AP3_IN
DVDDIO
Electrical
DDCC_SCL
CVDD
CGND
RXC_C–
RXC_C+
TVDD
RXC_0–
RXC_0+
CGND
RXC_1–
RXC_1+
TVDD
RXC_2–
RXC_2+
HP_CTRLD
5V_DETD
DGND
DVDD
DDCD_SDA
DDCD_SCL
CVDD
CGND
RXD_C–
RXD_C+
TVDD
RXD_0–
RXD_0+
CGND
RXD_1–
RXD_1+
TVDD
RXD_2–
RXD_2+
CVDD
CGND
TXPVDD
143
144
DDCC_SDA
5V_DETC
HP_CTRLC
RXB_2+
RXB_2–
TVDD
RXB_1+
RXB_1–
CGND
RXB_0+
RXB_0–
TVDD
RXB_C+
RXB_C–
CGND
CVDD
DDCB_SCL
DDCB_SDA
DVDD
DGND
5V_DETB
HP_CTRLB
RXA_2+
RXA_2–
TVDD
RXA_1+
RXA_1–
CGND
RXA_0+
RXA_0–
TVDD
RXA_C+
RXA_C–
CGND
CVDD
DDCA_SCL
STBY STOP CEC Function
STBY
- Power supply pin
L
L
- CEC-D control pin
39
O
Pu/Pd
37
AVCC0
CEC_OUT
I/O
38
143 AVCC0
144 P07/IRQ15
Symbol
TXPLVDD
TXGND
TXPGND
EXT_SWING
HPD_ARC–
ARC+
TXDDC_SDA
TXDDC_SCL
TXAVDD
TXGND
TXC–
TXC+
TXGND
TX0–
TX0+
TXGND
TX1–
TX1+
TXAVDD
TX2–
TX2+
TXGND
CEC
DGND
DVDD
ALSB
CS
EP_SCK
EP_CS
EP_MOSI
EP_MISO
MCLK_IN
SCLK_IN
AP5_IN
AP4_IN
DGNDIO
Pin Name
Before Servicing
This Unit
Pin
Updating
39
37
38
39
40
TXPLVDD
TXGND
TXPGND
EXT_SWING
Power
Ground
Ground
Analog input
41
HPD_ARC−
Analog input
ARC+
TXDDC_SDA
Analog input
Digital I/O
44
TXDDC_SCL
Digital output
45
46
47
TXAVDD
TXGND
TXC−
Power
Ground
HDMI output
48
TXC+
HDMI output
49
50
TXGND
TX0−
Ground
HDMI output
51
TX0+
HDMI output
52
53
TXGND
TX1−
Ground
HDMI output
54
TX1+
HDMI output
55
TXAVDD
Power
Mnemonic
RXC_2−
RXC_2+
HP_CTRLD
5V_DETD
DGND
DVDD
DDCD_SDA
DDCD_SCL
CVDD
CGND
RXD_C−
RXD_C+
TVDD
RXD_0−
RXD_0+
CGND
RXD_1−
RXD_1+
TVDD
RXD_2−
RXD_2+
CVDD
CGND
TXPVDD
Type
HDMI input
HDMI input
Digital output
Digital input
Ground
Power
Digital I/O
Digital input
Power
Ground
HDMI input
HDMI input
Power
HDMI input
HDMI input
Ground
HDMI input
HDMI input
Power
HDMI input
HDMI input
Power
Ground
Power
37
38
39
40
TXPLVDD
TXGND
TXPGND
EXT_SWING
Power
Ground
Ground
Analog input
41
HPD_ARC−
Analog input
42
43
ARC+
TXDDC_SDA
Analog input
Digital I/O
44
TXDDC_SCL
Digital output
45
46
47
TXAVDD
TXGND
TXC−
Power
Ground
HDMI output
48
TXC+
HDMI output
49
50
TXGND
TX0−
Ground
HDMI output
51
TX0+
HDMI output
52
53
TXGND
TX1−
Ground
HDMI output
54
TX1+
HDMI output
55
TXAVDD
Power
Description
Digital Input Channel 2 Complement of Port C in the HDMI Interface.
Digital Input Channel 2 True of Port C in the HDMI Interface.
Hot Plug Detect for Port D.
5 V Detect Pin for Port D in the HDMI Interface.
DVDD Ground.
Digital Supply Voltage (1.8 V).
HDCP Slave Serial Data Port D. DDCD_SDA is a 3.3 V input/output that is 5 V tolerant.
HDCP Slave Serial Clock Port D. DDCD_SCL is a 3.3 V input that is 5 V tolerant.
Receiver Comparator Supply Voltage (1.8 V).
TVDD and CVDD Ground.
Digital Input Clock Complement of Port D in the HDMI Interface.
Digital Input Clock True of Port D in the HDMI Interface.
Receiver Terminator Supply Voltage (3.3 V).
Digital Input Channel 0 Complement of Port D in the HDMI Interface.
Digital Input Channel 0 True of Port D in the HDMI Interface.
TVDD and CVDD Ground.
Digital Input Channel 1 Complement of Port D in the HDMI Interface.
Digital Input Channel 1 True of Port D in the HDMI Interface.
Receiver Terminator Supply Voltage (3.3 V).
Digital Input Channel 2 Complement of Port D in the HDMI Interface.
Digital Input Channel 2 True of Port D in the HDMI Interface.
Receiver Comparator Supply Voltage (1.8 V).
TVDD and CVDD Ground.
1.8 V Power Supply for Digital and I/O Power Supply. This pin supplies power to the
digital logic and I/Os. It should be filtered and as quiet as possible.
1.8 V Power Supply.
TXPVDD Ground.
TXPLVDD Ground.
This pin sets the internal reference currents. Place an 887 Ω resistor (1% tolerance) between
this pin and ground.
Hot Plug Detect Signal. This pin indicates to the interface whether the receiver is connected.
It supports 1.8 V to 5 V CMOS logic levels.
Audio Return Channel Input (5 V Tolerant).
Serial Port Data I/O to Receiver. This pin serves as the master to the DDC bus. It supports a
5 V CMOS logic level.
Serial Port Data Clock to Receiver. This pin serves as the master clock for the DDC bus.
It supports a 5 V CMOS logic level.
1.8 V Power Supply for TMDS Outputs.
TXAVDD Ground.
Differential Clock Output. Differential clock output at the TMDS clock rate; supports
TMDS logic level.
Differential Clock Output. Differential clock output at the TMDS clock rate; supports
TMDS logic level.
TXAVDD Ground.
Differential Output Channel 0 Complement. Differential output of the red data at 10×
the pixel clock rate; supports TMDS logic level.
Differential Output Channel 0 True. Differential output of the red data at 10× the pixel clock
rate; supports TMDS logic level.
TXAVDD Ground.
Differential Output Channel 1 Complement. Differential output of the red data at 10×
the pixel clock rate; supports TMDS logic level.
Differential Output Channel 1 True. Differential output of the red data at 10× the pixel
clock rate; supports TMDS logic level.
1.8 V Power Supply for TMDS Outputs.
Repair Information
42
43
Pin No.
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
Description
Digital Input Channel 2 Complement of Port C in the HDMI Interface.
Digital Input Channel 2 True of Port C in the HDMI Interface.
Hot Plug Detect for Port D.
5 V Detect Pin for Port D in the HDMI Interface.
DVDD Ground.
Digital Supply Voltage (1.8 V).
HDCP Slave Serial Data Port D. DDCD_SDA is a 3.3 V input/output that is 5 V tolerant.
HDCP Slave Serial Clock Port D. DDCD_SCL is a 3.3 V input that is 5 V tolerant.
Receiver Comparator Supply Voltage (1.8 V).
TVDD and CVDD Ground.
Digital Input Clock Complement of Port D in the HDMI Interface.
Digital Input Clock True of Port D in the HDMI Interface.
Receiver Terminator Supply Voltage (3.3 V).
Digital Input Channel 0 Complement of Port D in the HDMI Interface.
Digital Input Channel 0 True of Port D in the HDMI Interface.
TVDD and CVDD Ground.
Digital Input Channel 1 Complement of Port D in the HDMI Interface.
Digital Input Channel 1 True of Port D in the HDMI Interface.
Receiver Terminator Supply Voltage (3.3 V).
Digital Input Channel 2 Complement of Port D in the HDMI Interface.
Digital Input Channel 2 True of Port D in the HDMI Interface.
Receiver Comparator Supply Voltage (1.8 V).
TVDD and CVDD Ground.
1.8 V Power Supply for Digital and I/O Power Supply. This pin supplies power to the
digital logic and I/Os. It should be filtered and as quiet as possible.
1.8 V Power Supply.
TXPVDD Ground.
TXPLVDD Ground.
This pin sets the internal reference currents. Place an 887 Ω resistor (1% tolerance) between
this pin and ground.
Hot Plug Detect Signal. This pin indicates to the interface whether the receiver is connected.
It supports 1.8 V to 5 V CMOS logic levels.
Audio Return Channel Input (5 V Tolerant).
Serial Port Data I/O to Receiver. This pin serves as the master to the DDC bus. It supports a
5 V CMOS logic level.
Serial Port Data Clock to Receiver. This pin serves as the master clock for the DDC bus.
It supports a 5 V CMOS logic level.
1.8 V Power Supply for TMDS Outputs.
TXAVDD Ground.
Differential Clock Output. Differential clock output at the TMDS clock rate; supports
TMDS logic level.
Differential Clock Output. Differential clock output at the TMDS clock rate; supports
TMDS logic level.
TXAVDD Ground.
Differential Output Channel 0 Complement. Differential output of the red data at 10×
the pixel clock rate; supports TMDS logic level.
Differential Output Channel 0 True. Differential output of the red data at 10× the pixel clock
rate; supports TMDS logic level.
TXAVDD Ground.
Differential Output Channel 1 Complement. Differential output of the red data at 10×
the pixel clock rate; supports TMDS logic level.
Differential Output Channel 1 True. Differential output of the red data at 10× the pixel
clock rate; supports TMDS logic level.
1.8 V Power Supply for TMDS Outputs.
Mechanical
Type
HDMI input
HDMI input
Digital output
Digital input
Ground
Power
Digital I/O
Digital input
Power
Ground
HDMI input
HDMI input
Power
HDMI input
HDMI input
Ground
HDMI input
HDMI input
Power
HDMI input
HDMI input
Power
Ground
Power
Electrical
Mnemonic
RXC_2−
RXC_2+
HP_CTRLD
5V_DETD
DGND
DVDD
DDCD_SDA
DDCD_SCL
CVDD
CGND
RXD_C−
RXD_C+
TVDD
RXD_0−
RXD_0+
CGND
RXD_1−
RXD_1+
TVDD
RXD_2−
RXD_2+
CVDD
CGND
TXPVDD
Before Servicing
This Unit
Pin No.
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
Updating
40
SAMPLER
RXD_0
RXD_1
RXD_2
EQUALIZER
SAMPLER
5V_DETA
5V_DETB
5V_DETC
5V_DETD
5V DETECT
HP_CTRLA
HP_CTRLB
HP_CTRLC
HP_CTRLD
RX HPD
CONTROLLER
EP_MISO
EP_MOSI
EP_CS
EP_SCK
SPI MASTER/
SLAVE
DDCA_SDA
DDCA_SCL
DDCB_SDA
DDCB_SCL
DDCC_SDA
DDCC_SCL
DDCD_SDA
DDCD_SCL
PWRDN
RESET
SCL
SDATA
ALSB
CS
SYNC
MEASUREMENT
PACKET
PROCESSOR
AUDIO
PROCESSOR
AUDIO
CAPTURE
INFOFRAME
PACKET
MEMORY
CH1
CH2
EDID
RAM
RX EDID/
REPEATER
CONTROLLER
GLOBAL
CONTROLS
I2C
CONTROLLER
ADV7623
TXC
TX0
TX1
TX2
TXDDC_SDA
TXDDC_SCL
INT1
INT2
INT_TX
AP0_IN
AP1_IN
AP2_IN
AP3_IN
AP4_IN
AP5_IN
SCLK_IN
MCLK_IN
AP0_OUT
AP1_OUT
AP2_OUT
AP3_OUT
AP4_OUT
AP5_OUT
SCLK_OUT
MCLK_OUT
ARC
RECEIVER
TX HPD
CONTROLLER
CEC
CEC
CONTROLLER
CH0
SERIALIZER
TMDS DRIVERS
EQUALIZER
VIDEO DATA
DE
VS
HS
AUDIO DATA
TX
EDID/HDCP
CONTROLLER
RXC_0
RXC_1
RXC_2
VIDEO DATA
DE
VS
HS
AUDIO DATA
INTERRUPT
CONTROLLER
SAMPLER
HDCP
ENCRYPTION
ENGINE
EQUALIZER
VIDEO DATA
DE
VS
HS
AUDIO DATA
HDMI
ENCODER
SAMPLER
TRANSMITTER
PACKET BUILDER
EQUALIZER
RXB_0
RXB_1
RXB_2
OSD
COMPONENT
PROCESSOR
RXA_0
RXA_1
RXA_2
EDID/HDCP
BUFFER
VIDEO/AUDIO
CLOCK
GENERATION
DDCA_SDA
DDCA_SCL
CVDD
CGND
RXA_C−
RXA_C+
TVDD
RXA_0−
RXA_0+
CGND
RXA_1−
RXA_1+
TVDD
RXA_2−
RXA_2+
HP_CTRLB
5V_DETB
DGND
DVDD
DDCB_SDA
DDCB_SCL
CVDD
CGND
RXB_C−
RXB_C+
TVDD
RXB_0−
RXB_0+
CGND
RXB_1−
RXB_1+
TVDD
RXB_2−
RXB_2+
HP_CTRLC
5V_DETC
DDCC_SDA
RX
PLL
HDMI RECEIVER
PROCESSOR
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
PLL Supply Voltage (1.8 V).
PVDD Ground.
Hot Plug Detect for Port A.
5 V Detect Pin for Port A in the HDMI Interface.
This pin sets the internal termination resistance. A 500 Ω resistor between this pin and
ground should be used.
HDCP Slave Serial Data Port A. DDCA_SDA is a 3.3 V input/output that is 5 V tolerant.
HDCP Slave Serial Clock Port A. DDCA_SCL is a 3.3 V input that is 5 V tolerant.
Receiver Comparator Supply Voltage (1.8 V).
TVDD and CVDD Ground.
Digital Input Clock Complement of Port A in the HDMI Interface.
Digital Input Clock True of Port A in the HDMI Interface.
Receiver Terminator Supply Voltage (3.3 V).
Digital Input Channel 0 Complement of Port A in the HDMI Interface.
Digital Input Channel 0 True of Port A in the HDMI Interface.
TVDD and CVDD Ground.
Digital Input Channel 1 Complement of Port A in the HDMI Interface.
Digital Input Channel 1 True of Port A in the HDMI Interface.
Receiver Terminator Supply Voltage (3.3 V).
Digital Input Channel 2 Complement of Port A in the HDMI Interface.
Digital Input Channel 2 True of Port A in the HDMI Interface.
Hot Plug Detect for Port B.
5 V Detect Pin for Port B in the HDMI Interface.
DVDD Ground.
Digital Supply Voltage (1.8 V).
HDCP Slave Serial Data Port B. DDCB_SDA is a 3.3 V input/output that is 5 V tolerant.
HDCP Slave Serial Clock Port B. DDCB_SCL is a 3.3 V input that is 5 V tolerant.
Receiver Comparator Supply Voltage (1.8 V).
TVDD and CVDD Ground.
Digital Input Clock Complement of Port B in the HDMI Interface.
Digital Input Clock True of Port B in the HDMI Interface.
Receiver Terminator Supply Voltage (3.3 V).
Digital Input Channel 0 Complement of Port B in the HDMI Interface.
Digital Input Channel 0 True of Port B in the HDMI Interface.
TVDD and CVDD Ground.
Digital Input Channel 1 Complement of Port B in the HDMI Interface.
Digital Input Channel 1 True of Port B in the HDMI Interface.
Receiver Terminator Supply Voltage (3.3 V).
Digital Input Channel 2 Complement of Port B in the HDMI Interface.
Digital Input Channel 2 True of Port B in the HDMI Interface.
Hot Plug Detect for Port C.
5 V Detect Pin for Port C in the HDMI Interface.
HDCP Slave Serial Data Port C. DDCC_SDA is a 3.3 V input/output that is 5 V tolerant.
HDCP
DECRYPTION
ENGINE
PVDD
PGND
HP_CTRLA
5V_DETA
RTERM
RXA_C
RXB_C
RXC_C
RXD_C
VIDEO DATA
DE
VS
HS
AUDIO DATA
HPD_ARC–
ARC+
Repair Information
103
104
105
106
107
TX
PLL
XTAL
XTAL1
Mechanical
XTAL1
ADV7623 Block diagram
Description
PVDD Ground.
PLL Supply Voltage (1.8 V).
Input pin for 28.63636 MHz crystal or an external 1.8 V 28.63636 MHz clock oscillator source to
clock the ADV7623.
Crystal Output Pin. This pin should be left floating if a clock oscillator is used.
Electrical
102
Type
Ground
Power
Miscellaneous
analog
Miscellaneous
analog
Power
Ground
Digital output
Digital input
Miscellaneous
analog
Digital I/O
Digital input
Power
Ground
HDMI input
HDMI input
Power
HDMI input
HDMI input
Ground
HDMI input
HDMI input
Power
HDMI input
HDMI input
Digital output
Digital input
Ground
Power
Digital I/O
Digital input
Power
Ground
HDMI input
HDMI input
Power
HDMI input
HDMI input
Ground
HDMI input
HDMI input
Power
HDMI input
HDMI input
Digital output
Digital input
Digital I/O
HDCP KEYS
Mnemonic
PGND
PVDD
XTAL
Before Servicing
This Unit
Pin No.
99
100
101
Updating
41
H
L
8
H
7
H
A port = B7 port
H
H
H
A port = B8 port
X
X
X
Disconnect
logic
Block diagram diagram (positive logic)
A
5
4
3
2
1
15
13
12
B2
EN
VBST
TSSOP − PW
4(I)
5(I)
6(O)
EN
B3
VOVP
B5
Ref
Soft Start
S0
S1
S2
+
UVP
Hiccup
+
OVP
+
+
B8
• DALLAS, TEXAS 75265
6
VBST
2
SW
1
GND
UVLO
+
XCON
VREG5
OCL
+
10
VIN
HS
TSD
11
3
VREG5
Regulator
PWM
tON
One-Shot
7
Control Logic
SS
B7
OCL
Threshold
OE
DESCRIPTION
4
Voltage
Reference
B6
VFB
5
VUVP
VFB
4
POST OFFICE BOX 655303
SN74CBT3251PWR
SN74CBT3251PW
Tube
Tape and reel
SN74CBT3251DBQR
Tape and reel
VFB
2(O)
3(I)
EN
Ground pin Source terminal of low-side power NFET as well as the ground terminal for controller circuit. Connect sensitive VFB to this GND at a single point.
Switch node connection between high-side NFET and low-side NFET.
Input voltage supply pin. The drain terminal of high-side power NFET.
Converter feedback input. Connect to output voltage with feedback resistor
divider.
Enable input control. Active high and must be pulled up to enable the device.
Supply input for the high-side NFET gate drive circuit. Connect 0.1 μ F capacitor between VBST and SW pins.
Block diagram
B4
Copyright © 2004, Texas I
CU251
CU251
CU251
SN74CBT3251DBR
Tape and reel
CBT3251
SN74CBT3251DR
Tape and reel
CU251
SN74CBT3251RGYR
SN74CBT3251D
SW
VIN
1(-)
VBST
5
ZC
LS
Repair Information
14
B1
3
6
PRODUCTION DATA information is current as of publication date.
Products conform to specifications per the terms of Texas Instruments
standard warranty. Production processing does not necessarily include
testing of all parameters.
L
B4
B3
B2
B1
A
NC
OE
GND
L
6
A port = B6 port
5
A port = B5 port
H
4
L
L
3
L
H
2
H
L
1
L
Please be aware that an important notice concerning availability, standard warranty, and use in criti
Texas Instruments semiconductor products and disclaimers thereto appears at the end of this data sheet.
A port = B4 port
Package drawings, standard packing quantities, thermal data, symbolization, and PCB design
guidelines are available at www.ti.com/sc/package.
H
VIN
†
H
SSOP (QSOP) − DBQ
A port = B3 port
L
description/ordering information
A port = B2 port
L
9
H
H
11
L
L
10
L
12
A port = B1 port
NC − No internal connection
VCC
B5
B6
B7
B8
S0
S1
S2
L
13
L
FUNCTION
S0
L
14
L
S1
L
15
L
INPUTS
S2
16
L
2
Mechanical
D, DB, DBQ, OR PW PACKAGE
(TOP VIEW)
OE
GND
SSOP − DB
FUNCTION TABLE
(each multiplexer/demultiplexer)
SN74CBT3251PWR (DIGITAL_OSD : IC733)
1
SW
Electrical
SCDS019L − MAY 1995 − REVISED JANUARY 2004
GND
PIN
NUMBER
NAME
(I/O)
−40°C to 85°C
40 C 85 C
Core and I/O Power Supply
DDC Package
6-Pin SOT
Top View
Terminal Functions
SOIC − D
VCC
TPS563201 (DIGITAL_DIGITAL SUPPLY : IC741, IC742, IC743, IC744)
Tube
I/O
Tape and reel
Serial Input for single bit data Instructions. IO0 for Dual or Quad
Instructions.
Serial Clock
Hold (pause) serial transfer in single bit or Dual data Instructions. IO3 in
Quad-I/O mode. The signal has an internal pull-up resistor and may be
left unconnected in the host system if not used for Quad Instructions.
I
QFN − RGY
Ground
I/O
SN74CBT3251
/HOLD (IO3)
1-OF-8 FET MULTIPLEXER/DEMULTIPLEXER
TOP-SIDE
MARKING
9
8
7
6
5
4
3
2
VSS
SI (IO0)
SCLK
D 5-Ω Switch Connection Between Two Ports
11 S0
10 S1
13 B7
12 B8
15 B5
14 B6
16
1
RGY PACKAGE
(TOP VIEW)
SI
ORDERABLE
PART NUMBER
5
PACKAGE†
4
I/O
TA
SCLK
Chip Select
Serial Output for single bit data Instructions. IO1 for Dual or Quad
Instructions.
Write Protect in single bit or Dual data Instructions. IO2 in Quad mode.
The signal has an internal pull-up resistor and may be left unconnected
in the host system if not used for Quad Instructions.
ORDERING INFORMATION
6
/WP (IO2)
When output enable (OE) is low, the SN74CBT3251 is enabled. S0, S1, and S2 select one of
the A-input data.
3
I
I/O
The SN74CBT3251 is a 1-of-8 high-speed TTL-compatible FET multiplexer/demultiplexer.
resistance of the switch allows connections to be made with minimal propagation delay.
VSS
/HOLD
/CS
SO (IO1)
Description
NC − No internal connection
/WP
7
SOP8 208mil
I/O
B3
B2
B1
A
NC
OE
2
VCC
D TTL-Compatible Input Levels
SCDS019L − MAY 1995 − RE
1-OF-8 FET MULTIPLEXER/DE
SO
8
B4
1
Pin Name
GND
/CS
VCC
Top View
S2
BY25Q32BSSIG (except : E2)
BY25Q64ASSIG (only E2)
Before Servicing
This Unit
DIGITAL_OSD : IC732
9
Updating
2
POST OFFICE BOX 655303
• DALLAS, TEXAS 75265
42
1
D
STAGES 1 TO 6
Q
D
Q
D
D
CP
CP
OE
1
1OE
QS1
QS2
Figure 2. Logic Symbol
CP
10
12 1Y4
LOGIC DIAGRAM (POSITIVE LOGIC)
2
1A1
Q
D
SCAS414X – NOVEMBER 1992 – REVISED MARCH 2005
9
Block diagram
15
Q
CP
FF7
CP
FF0
www.ti.com
STAGE 7
SN74LVC244A
OCTAL BUFFER/DRIVER
WITH 3-STATE OUTPUTS
11
2OE
18
4
Figure 3. IEC Logic Symbol
1A2
16
1Y1
2A1
1Y2
2A2
19
9
13
7
15
5
17
3
2Y1
2Y2
D
Q
Q
1A4
CP
latch
CP
latch
8
12
1Y3
2A3
2Y3
1Y4
2A4
2Y4
Pin numbers shown are for the DB, DGV, DW, N, NS, PW, and RGY packages.
STR
Absolute Maximum Ratings (1)
over operating free-air temperature range (unless otherwise noted)
OE
MIN
6.5
Voltage range applied to any output in the high-impedance or power-off state (2)
–0.5
6.5
V
VO
Voltage range applied to any output in the high or low state (2) (3)
–0.5
VCC + 0.5
V
Input clamp current
Output clamp current
IO
Continuous output current
VCC
QS2
8 – Stage Shift Register
CP
QP1 QP2 QP3 QP4 QP5 QP6
QS1
QP7
Supply voltage range
VI
Input voltage range (2)
10
V
O
9
VI & lt; 0
–50
VO & lt; 0
mA
mA
mA
FEATURES
Tstg
Storage temperature range
Ptot
Power dissipation
15
OE
3 – Stage Outputs
69
NS package (4)
60
PW package (4)
83
RGY package (5)
°C/W
37
–65
150
°C
500
TA = –40°C to 125°C (6) (7)
mW
•
•
•
Stresses beyond those listed under " absolute maximum ratings " may cause permanent damage to the device. These are stress ratings
only, and functional operation of the device at these or any other conditions beyond those indicated under " recommended operating
conditions " is not implied. Exposure to absolute-maximum-rated conditions for extended periods may affect device reliability.
The input and output negative-voltage ratings may be exceeded if the input and output current ratings are observed.
The value of VCC is provided in the recommended operating conditions table.
The package thermal impedance is calculated in accordance with JESD 51-7.
The package thermal impedance is calculated in accordance with JESD 51-5.
For the DW package: above 70°C the value of Ptot derates linearly with 8 mW/K.
For the DB, DGV, N, NS, and PW packages: above 60°C the value of Ptot derates linearly with 5.5 mW/K.
•
(2)
(3)
(4)
(5)
(6)
(7)
78
N package (4)
•
•
(1)
58
GQN/ZQN package (4)
•
•
•
8 – Bit Storage Register
92
Repair Information
STR
70
DW package (4)
1
mA
±50
DB package (4)
Package thermal impedance
V
–50
DGV package (4)
θJA
V
±100
Continuous current through VCC or GND
Figure 5. Logic Diagram
UNIT
•
D
www.ti.com
QP0
6.5
–0.5
IOK
3
MAX
–0.5
IIK
2
DESCRIPTION/ORDERING INFORMATION
1A3
D
14
Operates From 1.65 V to 3.6 V
Inputs Accept Voltages to 5.5 V
Specified From –40°C to 85°C and –40°C to
125°C
Max tpd of 5.9 ns at 3.3 V
Typical VOLP (Output Ground Bounce) & lt; 0.8 V
at VCC = 3.3 V, TA = 25°C
Typical VOHV (Output VOH Undershoot) & gt; 2 V
at VCC = 3.3 V, TA = 25°C
Supports Mixed-Mode Signal Operation on All
Ports (5-V Input/Output Voltage With
3.3-V VCC)
Ioff Supports Partial-Power-Down Mode
Operation
Latch-Up Performance Exceeds 250 mA Per
JESD 17
ESD Protection Exceeds JESD 22
– 2000-V Human-Body Model (A114-A)
– 200-V Machine Model (A115-A)
– 1000-V Charged-Device Model (C101)
6
This octal buffer/line driver is operational at 1.5-V to
3.6-V VCC, but is designed specifically for 1.65-V to
3.6-V VCC operation.
latch
Mechanical
11
ORDERING INFORMATION
STAGE 0
12
11
11
10
12
QP7
MC74HC4094A
Figure 1. Pin Assignment
13
9
QP6
9
14 1Y3
13 2A2
13
8
7
8
QS1
GND
14
16 1Y2
15 2A3
14
QP5
5
6
QP4
18 1Y1
17 2A4
QS2
19 2OE
10
3
4
7
20
QP3
7
1
7
2
QP7
1A1
2Y4
1A2
2Y3
1A3
2Y2
1A4
2Y1
11
RGY PACKAGE
(TOP VIEW)
6
6
11
QP2
D
12
6
QP3
2
10
QP6
13
12
9
5
14
QP1
8
5
QP2
15
QP5
7
13
16
4
6
QP0
17
QP1
5
QP4
18
14
4
4
3
3
QP0
CP
VCC
2OE
1Y1
2A4
1Y2
2A3
1Y3
2A2
1Y4
2A1
OE
19
15
20
2
2
D
1
10
1OE
1A1
2Y4
1A2
2Y3
1A3
2Y2
1A4
2Y1
GND
QS2
DB, DGV, DW, N, NS, OR PW PACKAGE
(TOP VIEW)
VCC
SCAS414X – NOVEMBER 1992 – REVISED MARCH 2005
16
Electrical
1
SN74LVC244A
OCTAL BUFFER/DRIVER
WITH 3-STATE OUTPUTS
9
STR
1OE
QS1
EN3
SN74LVC244APWR (DIGITAL_OSD : IC734)
SRG8
3
(DIGITAL_PLD : IC772)
C1/
(DIGITAL_DSP : IC783)
4
2 D
(DIGITAL_LEGO : IC812)
2
1D
3
5
(DIGITAL_HDMI_TX : IC722)
STR
VCC
CP
Before Servicing
This Unit
MC74HC4094ADR2G (DIGITAL_MCU : IC752, IC753)
Logic Diagram
C2
15
GND
1
2A1
3
3
QP1
5
QP2
6
QP3
7
QP4
14
QP5
13
QP6
12
Figure 4. Functional Diagram
http://onsemi.com
2
43
QP7
11
Updating
QP0
4
SBAS495 – JUNE 2010
www.ti.com
PIN CONFIGURATIONS
PT PACKAGE
MPIO_A0
39
38
NO.
RXIN0
40
XTI
41
42
GNDRX
AGND
43
XTO
FILT
44
VCC
AGNDAD
VCCAD
46
37
1
NPCM/INT1
47
VCOM
VINR
ERROR/INT0
VINL
45
48
PIN
22
23
36
VDDRX
2
35
RXIN1
3
34
RST
MPIO_A1
4
33
5
32
26
RXIN2
MPIO_A2
24
25
RXIN3
6
31
30
RXIN5/ABCKIO
MPIO_C1
8
29
27
RXIN4/ASCKIO
7
RXIN6/ALRCKIO
PCM9211
MPIO_C2
9
28
MPIO_C3
10
27
11
26
MS/ADR1
MPIO_B1
12
25
29
MODE
MPIO_B0
28
RXIN7/ADIN0
MC/SCL
23
31
24
PIN FUNCTIONS
PIN
PIN Functions
1
NO.
I/O
5-V
TOLERANT
O
No
PIN
NPCM/INT1
NAME
I/O
MPIO_A0
DESCRIPTION
DIR Non-PCM detection output / Interrupt1 output
39
Multipurpose I/O, Group A (1)
(1)
Multipurpose I/O, Group A
DIR Error detection(1)output / Interrupt0 output
Multipurpose I/O, Group A
DIR Non-PCM detection output / Interrupt1 output
Multipurpose I/O, Group A (1)
Multipurpose Group Group A(1)
Multipurpose I/O, I/O, C (1)
Multipurpose I/O, I/O, C (1)
Multipurpose Group Group A(1)
(1)
Multipurpose I/O,
Multipurpose Group Group A(1)
I/O, C
Multipurpose I/O, Group C (1)
Multipurpose Group Group A(1)
Multipurpose I/O, I/O, B (1)
Multipurpose I/O, I/O, B (1)
Multipurpose Group Group C(1)
(1)
Multipurpose I/O,
Multipurpose Group Group C(1)
I/O, B
Multipurpose I/O, Group B (1)
Multipurpose I/O, Group C(1)
Multipurpose output 0
Multipurpose I/O, Group C(1)
Multipurpose I/O, Group B(1)
Multipurpose I/O, Group B(1) Submit Documentation Feedback
Product Folder Link(s): PCM9211
Multipurpose I/O, Group B(1)
Multipurpose I/O, Group B(1)
Multipurpose output 0
Multipurpose output 1
Main output port, serial digital audio data output
Main output port, LR clock output
Main output port, Bit clock output
Main output port, System clock output
Ground, for digital
40
41
42
43
44
45
46
47
48
7
(1) Schmitt trigger input
(2) Schmitt trigger input
(3) Open-drain configuration in I2C mode
(4) Onboard pull-down resistor (50 k Ω , typical)
(5) CMOS Schmitt trigger input
44
Updating
O 5-V No
I/O
Yes
TOLERANT
4
MPIO_A1
ERROR/INT0 O I/O No Yes
5
MPIO_A2
I/O
Yes
NPCM/INT1
O I/O No Yes
6
MPIO_A3
MPIO_A0
I/O I/O Yes Yes
7
MPIO_C0
8
MPIO_C1
MPIO_A1
I/O I/O Yes Yes
9
MPIO_C2
MPIO_A2
I/O I/O Yes Yes
10
MPIO_C3
I/O
Yes
MPIO_A3
I/O I/O Yes Yes
11
MPIO_B0
12
MPIO_B1
MPIO_C0
I/O I/O Yes Yes
13
MPIO_B2
MPIO_C1
I/O I/O Yes Yes
14
MPIO_B3
I/O
Yes
MPIO_C2
I/O O Yes No
15
MPO0
MPIO_C3
I/O
Yes
(1) Schmitt trigger input
MPIO_B0
I/O
Yes
Copyright © 2010, Texas Instruments Incorporated
MPIO_B1
I/O
Yes
MPIO_B2
I/O
Yes
MPIO_B3
I/O
Yes
MPO0
O
No
MPO1
O
No
DOUT
O
No
LRCK
O
No
BCK
O
No
SCKO
O
No
DGND
–
–
2
3
DESCRIPTION
DIR Error detection output / Interrupt0 output
Repair Information
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
NAME
ERROR/INT0
NO.
Mechanical
32
33
34
35
36
37
38
MDI/SDA
22
DVDD
21
MDO/ADR0
SCKO
20
DGND
19
BCK
18
LRCK
17
DOUT
MPO0
16
MPO1
MPIO_B2
15
14
MPIO_B3
13
30
I/O
Electrical
MPIO_A3
MPIO_C0
DESCRIPTION
5-V
TOLERANT
DVDD
–
–
Power supply, 3.3 V (typ.), for digital
Software control I/F, SPI data output / I2C slave address setMDO/ADR0 I/O
Yes
ting0(2)
MDI/SDA
I/O
Yes
Software control I/F, SPI data input / I2C data input/output(2) (3)
MC/SCL
I
Yes
Software control I/F, SPI clock input / I2C clock input(2)
Software control I/F, SPI chip select / I2C slave address setMS/ADR1
I
Yes
ting1(2)
Control mode setting, (see the Serial Control Mode section, ConMODE
I
No
trol Mode Pin Setting)
RXIN7/ADIN0 I
Yes
Biphase signal, input 7 / AUXIN0, serial audio data input(2)
RXIN6/ALI
Yes
Biphase signal, input 6 / AUXIN0, LR clock input(2)
RCKI0
RXIN5/
I
Yes
Biphase signal, input 5 / AUXIN0, bit clock input(2)
ABCKI0
RXIN4/
I
Yes
Biphase signal, input 4 / AUXIN0, system clock input(2)
ASCKI0
RXIN3
I
Yes
Biphase signal, input 3(2)
RXIN2
I
Yes
Biphase signal, input 2(2)
RST
I
Yes
Reset Input, active low(2) (4)
RXIN1
I
Yes
Biphase signal, input 1, built-in coaxial amplifier
VDDRX
–
–
Power supply, 3.3 V (typ.), for RXIN0 and RXIN1.
RXIN0
I
Yes
Biphase signal, input 0, built-in coaxial amplifier
GNDRX
Ground, for RXIN
Oscillation circuit input for crystal resonator or external XTI clock
XTI
I
No
source input(5)
XTO
O
No
Oscillation circuit output for crystal resonator
AGND
–
–
Ground, for PLL analog
VCC
–
–
Power supply, 3.3 V (typ.), for PLL analog
External PLL loop filter connection terminal; must connect recomFILT
O
No
mended filter
ADC common voltage output; must connect external decoupling
VCOM
O
No
capacitor
AGNDAD
–
–
Ground, for ADC analog
VCCAD
–
–
Power supply, 5.0 V (typ.), for ADC analog
VINL
I
No
ADC analog voltage input, left channel
VINR
I
No
ADC analog voltage input, right channel
NAME
Before Servicing
This Unit
LQFP-48
PCM9211PTR (DIGITAL_DIR : IC761) VIEW)
(TOP
SBAS495 – JUNE 2010
www.ti.com
FILT
AUTO
RXIN1
RXIN 2
RXIN2
RXIN 3
RXIN3
RXIN 4/ASCKI 0
RXIN4
RXIN 5/ABCKI 0
RXIN5
RXIN 6/ALRCKI 0
RXIN7
132
1
RXIN7
RXIN6
RXIN 7/ADIN0
DIR
RXIN0
RXIN 1
133
176
AUXIN 0
RXIN 0
Before Servicing
This Unit
ADSP21487KSWZ2B (DIGITAL_DSP : IC781)
BLOCK DIAGRAM
PCM9211PTR BLOCK DIAGRAM
SCKO
DIR
ADC
PLL
AUXIN0
DOUT
BCK
MAIN
OUTPUT
SCKO/ BCK/LRCK
PIN 1
LRCK
PORT
DOUT
AUXIN1
Lock :DIR
AUXIN2
Unlock:ADC
Clock/ Data
Recovery
AUTO
GND PAD
(PIN 177)
DIR
MPIO_ A0
RXIN8
MPIO_ A1
RXIN9
MPIO_ A
MPIO_ A2
SELECTOR
MPIO_ A3
ADC
Lock Detection
DIT
AUXIN0
RXIN10
at BOTTOM
AUXIN1
RXIN11
RECOUT 0
DITOUT
RECOUT 1
AUXIN2
RECOUT0
MPO0/1
RECOUT1
DITOUT
SELECTOR
MPO 0
MPO 1
Electrical
ADC
VINL
ADC Mode
Control
ADC
VINR
TOP VIEW
(PINS DOWN)
44
VCOM
45
Com. Supply
89
88
AUTO
MPIO _C0
SELECTOR
MPIO_B1
ADC
MPIO_ C
MPIO _C2
MPIO_B0
DIR
ADC Standalone
MPIO _C1
AUXOUT
AUXIN1
MPIO _C3
MPIO _B
AUXIN 2
AUXIN0
SELECTOR
ADC Clock
(SCK /BCK/LRCK)
Divider
XTI
XTO
OSC
XMCKO
(To MPIO _A & MPO0/1 )
XMCKO
Divider
MDO /ADR 0
Divider
EXTRA DIR FUNCTIONS
REGISTER
2
SPI/I C
INTERFACE
MS/ADR 1
Function
Control
DIR CS
( 48-bit)
DIR
PC and PD
DIR
fS Calculator
DIT CS
( 48-bit)
DIR Interrupt
All Port
fS Calculator
ERROR /INT0
NPCM /INT1
ERROR DETECTION
Non-PCM DETECTION
fS Calculator
GPIO/GPO
Data
SBCK /SLRCK
( to MPIO_A )
Selector
MC /SCL
MDI /SDA
Secondary BCK / LRCK
MPIO_ A
Flags
DTS-CD/LD Detection
MPIO_ B
Validity Flag
MODE
POWER SUPPLY
Reset
and Mode
Set
ADC
ANALOG
VCCAD
AGNDAD
DIR
ANALOG
VCC
AGND
MPO0
Channel Status Data
DIR
ANALOG
VDDRX
MPIO_ C
User Data
RST
GNDRX
BFRAME Detection
ALL
DVDD
MPO1
Interrupt System
DGND
9
Product Folder Link(s): PCM9211
Pin Name
VDD_EXT
DPI_P08
DPI_P07
VDD_INT
DPI_P09
DPI_P10
DPI_P11
DPI_P12
DPI_P13
DPI_P14
DAI_P03
NC
VDD_EXT
NC
NC
NC
NC
VDD_INT
NC
NC
VDD_INT
NC
NC
VDD_INT
NC
WDTRSTO
NC
VDD_EXT
DAI_P07
DAI_P13
DAI_P19
DAI_P01
DAI_P02
VDD_INT
NC
NC
NC
NC
NC
VDD_EXT
VDD_INT
DAI_P06
DAI_P05
DAI_P09
Pin No.
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
Pin Name
DAI_P10
VDD_INT
VDD_EXT
DAI_P20
VDD_INT
DAI_P08
DAI_P14
DAI_P04
DAI_P18
DAI_P17
DAI_P16
DAI_P12
DAI_P15
VDD_INT
DAI_P11
VDD_EXT
VDD_INT
BOOT_CFG2
VDD_INT
AMI_ACK
GND
THD_M
THD_P
VDD_THD
VDD_INT
VDD_INT
MS1
VDD_INT
WDT_CLKO
WDT_CLKIN
VDD_EXT
ADDR23
ADDR22
ADDR21
VDD_INT
ADDR20
ADDR19
VDD_EXT
ADDR16
ADDR15
VDD_INT
ADDR14
AMI_WR
AMI_RD
Pin No.
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
Pin Name
VDD_INT
FLAG0
FLAG1
FLAG2
NC
FLAG3
NC
NC
VDD_EXT
NC
VDD_INT
TRST
NC
EMU
DATA0
DATA1
DATA2
DATA3
TDO
DATA4
VDD_EXT
DATA5
DATA6
VDD_INT
DATA7
TDI
SDCLK
VDD_EXT
DATA8
DATA9
DATA10
TCK
DATA11
DATA12
DATA14
DATA13
VDD_INT
DATA15
SDWE
SDRAS
RESET
TMS
SDCAS
VDD_INT
GND
Pin No.
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177*
* at BOTTOM
Repair Information
Submit Documentation Feedback
Copyright © 2010, Texas Instruments Incorporated
Pin No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
Mechanical
Pin Name
SDDQM
MS0
SDCKE
VDD_INT
CLK_CFG1
ADDR0
BOOT_CFG0
VDD_EXT
ADDR1
ADDR2
ADDR3
ADDR4
ADDR5
BOOT_CFG1
GND
ADDR6
ADDR7
NC
NC
ADDR8
ADDR9
CLK_CFG0
VDD_INT
CLKIN
XTAL
ADDR10
SDA10
VDD_EXT
VDD_INT
ADDR11
ADDR12
ADDR17
ADDR13
VDD_INT
ADDR18
RESETOUT/RUNRSTIN
VDD_INT
DPI_P01
DPI_P02
DPI_P03
VDD_INT
DPI_P05
DPI_P04
DPI_P06
MPIO_B2
MPIO_B3
AUXIN1
Updating
45
A3V64S40GTP-60 (DIGITAL_DSPPINIC784)
: CONFIGURATION
(TOP VIEW)
Top View
/CS
1
8
SO
2
7
SOP8 150/208mil
/WP
3
6
SCLK
VSS
4
5
SI
VCC
NC
I/O
/CS
I
SO (IO1)
I/O
/WP (IO2)
I
VSS
I/O
SCLK
I
VCC
Chip Select
Serial Output for single bit data Instructions. IO1 for Dual Instructions.
Write Protect in single bit
Ground
SI (IO0)
NC
Description
Serial Input for single bit data Instructions. IO0 for Dual Instructions.
Serial Clock
CLK
CKE
/CS
/RAS
/CAS
/WE
DQ0-15
No Connection
Core and I/O Power Supply
Block diagram
: Master Clock
: Clock Enable
: Chip Select
: Row Address Strobe
: Column Address Strobe
: Write Enable
: Data I/O
Vss
DQ15
VssQ
DQ14
DQ13
VddQ
DQ12
DQ11
VssQ
DQ10
DQ9
VddQ
DQ8
Vss
NC
UDQM
CLK
CKE
NC
A11
A9
A8
A7
A6
A5
A4
Vss
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
U,LDQM
A0-11
BA0,1
Vdd
VddQ
Vss
VssQ
: Output Disable / Write Mask
: Address Input
: Bank Address
: Power Supply
: Power Supply for Output
: Ground
: Ground for Output
A3V64S40GTP
64M Single Data Rate Synchronous DRAM
DQ0-15
Page 2/39
Revision 1.0
4096 x 256 x 16
4096 x 256 x 16
Dec., 2012
4096 x 256 x 16
4096 x 256 x 16
A
3
V
64
S
4
0G TP - 60
Speed
75: 133MHz@CL=3
70: 143MHz@CL=3
60: 166MHz@CL=3
TP: TSOP II
Die Version
0G: Version 0G
I/O
Configuration
4: x16
Classification
S: SDR
Density
64: 64Mb
Interface
V: LVTTL
Product Line
3: DRAM
Updating
Package Type
46
Zentel Memory
Revision 1.0
Repair Information
U,LDQM
A0-11
Type Designation Code
Mechanical
BLOCK DIAGRAM
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
Electrical
Vdd
DQ0
VddQ
DQ1
DQ2
VssQ
DQ3
DQ4
VddQ
DQ5
DQ6
VssQ
DQ7
Vdd
LDQM
/WE
/CAS
/RAS
/CS
BA0
BA1
A10(AP)
A0
A1
A2
A3
Vdd
Terminal Functions
Pin Name
Before Servicing
This Unit
BY25D16ASSIG (DIGITAL_DSP : IC782)
Page 3/39
Dec., 2012
AK4458VN
AKD4458
40 +105 C (Exposed pad is connected to ground)
40 +85 C (Exposed pad is open)
48-pin QFN (0.5mm pitch)
Evaluation Board for AK4458
No. Pin Name
CAD0_I2C
CSN
15
DIF
Pin Configurations
16
I/O Function
I Chip Address 0 Pin in I2C Bus serial control mode
I Chip Select Pin in 3-wire serial control mode
I
PS
I
CAD0_SPI
I
Pin Function
SMUTE
PD State
Hi-Z
Hi-z
Hi-Z
Hi-Z
Hi-Z
100k Ω
Pull down
47 VDD18
100k Ω
Pull down
48 PDN
Hi-Z
Hi-Z
Hi-Z
I
Hi-Z
Hi-Z
Hi-Z
Hi-Z
Hi-Z
Hi-Z
Hi-Z
Hi-Z
Hi-Z
Hi-Z
Hi-Z
Hi-Z
Hi-Z
－
－
Hi-Z
Hi-Z
Hi-Z
Hi-Z
Hi-Z
Hi-Z
Hi-Z
Hi-Z
Hi-Z
Hi-Z
Hi-Z
Hi-Z
Hi-Z
－
－
(Note 4)
Hi-Z
Note 2. All input pins except internal pull-up/down pins should not be left floating.
Note 3. PCM mode and DSD mode are controlled by registers. Daisy Chain mode is controlled by both
registers and pins.
Note 4. This pin outputs DVSS when the LDOE pin = " H " and Hi-z when the LDOE pin = " L " .
100k Ω
Pull down
Hi-Z
Updating
CAD1
DCHAIN
SDA
13 CDTI
TDM0
SCL
14 CCLK
TDM1
12
Note 1. The exposed pad at back face of the package must be open or connected to the ground of the board.
Function
External Master Clock Input Pin
Audio Serial Data Clock Pin in PCM mode
014011794-E-00
2015/01
-7DSD Clock Pin in DSD mode
Input Channel Clock Pin in PCM mode
Audio Serial Data Input in DSD mode
Audio Serial Data Input in PCM mode
Audio Serial Data Input in DSD mode
Audio Serial Data Input in PCM mode
Audio Serial Data Input in DSD mode
Audio Serial Data Input in PCM mode
Audio Serial Data Input in DSD mode
Audio Serial Data Output in Daisy Chain mode
Audio Serial Data Input in PCM mode
Audio Serial Data Input in DSD mode
Audio Serial Data Output in Daisy Chain mode
Audio Serial Data Input in DSD mode
Audio Serial Data Input in DSD mode
Audio Serial Data Input in DSD mode
Zero Input Detect in I2C Bus or 3-wire serial control mode
Soft Mute Pin in Parallel control mode.
I When this pin is changed to " H " , soft mute cycle is initiated. When it is returning to " L " , the
output mute is released.
I Chip Address 0 Pin in I C Bus or 3-wire serial control mode
I Daisy Chain Mode select pin in Parallel control mode.
I/O Control Data Pin in I2C Bus serial control mode
I Control Data Input Pin in 3-wire serial control mode
I TDM Mode select pin in Parallel control mode.
I Control Data Clock Pin in I2C Bus serial control mode
I Control Data Clock Pin in 3-wire serial control mode
I TDM Mode select pin in Parallel control mode.
Hi-Z
Repair Information
11
I/O
I
I
I
I
I
I
I
I
I
I
I
O
I
I
O
I
I
I
O
(I2C pin = " H " ) Control Mode Select Pin " L " : I2C Bus serial control mode, " H " : Parallel control
mode.
(I2C pin = " L " ) Chip Address 0 Pin in 3-wire serial control mode
Control Mode Select Pin " L " : 3-wire serial control mode
" H " : I2C Bus serial control mode or Parallel control mode.
Lch Positive Analog Output 1 Pin
Lch Negative Analog Output 1 Pin
Negative Voltage Reference Input Pin, AVSS
Positive Voltage Reference Input Pin, AVDD
Rch Negative Analog Output 1 Pin
Rch Positive Analog Output 1 Pin
Lch Positive Analog Output 2 Pin
Lch Negative Analog Output 2 Pin
Negative Voltage Reference Input Pin, AVSS
Positive Voltage Reference Input Pin, AVDD
Rch Negative Analog Output 2 Pin
Rch Positive Analog Output 2 Pin
Analog Ground Pin
Analog Power Supply Pin, 3.0V-5.5V
Lch Positive Analog Output 3 Pin
Lch Negative Analog Output 3 Pin
Positive Voltage Reference Input Pin, AVDD
Negative Voltage Reference Input Pin, AVSS
Rch Negative Analog Output 3 Pin
Rch Positive Analog Output 3Pin
Lch Positive Analog Output 4 Pin
Lch Negative Analog Output 4 Pin
Positive Voltage Reference Input Pin, AVDD
Negative Voltage Reference Input Pin, AVSS
Rch Negative Analog Output 4 Pin
Rch Positive Analog Output 4 Pin
Internal LDO Enable Pin. " L " : Disable, " H " : Enable
Digital Power Supply Pin, 3.0V-3.6V
Digital Ground Pin
LDO Output Pin (LDOE pin = " H " ) This pin should be connected to DVSS with 1.0µF.
1.8V Power Input Pin (LDOE pin = " L " )
Power-Down & Reset Pin
When this pin is " L " , the AK4458 is powered-down and the control registers are reset to default
state.
Mechanical
No. Pin Name
1 MCLK
BICK
2
DCLK
LRCK
3
DSDL1
SDTI1
4
DSDR1
SDTI2
5
DSDL2
SDTI3
6 DSDR2
TDMO1
SDTI4
7 DSDL3
TDMO2
8 DSDR3
9 DSDL4
10 DSDR4
DZF
I
O
O
I
I
O
O
O
O
I
I
O
O
O
O
I
I
O
O
O
O
I
I
O
O
I
O
I
AOUTL1P
AOUTL1N
VREFL1
VREFH1
AOUTR1N
AOUTR1P
AOUTL2P
AOUTL2N
VREFL2
VREFH2
AOUTR2N
AOUTR2P
AVSS
AVDD
AOUTL3P
AOUTL3N
VREFH3
VREFL3
AOUTR3N
AOUTR3P
AOUTL4P
AOUTL4N
VREFH4
VREFL4
AOUTR4N
AOUTR4P
LDOE
TVDD
DVSS
Hi-Z
Audio Data Format Select in Parallel control mode. " L " : 32-bit MSB, " H " : 32-bit I2S
Electrical
17 I2C
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
PD State
Before Servicing
This Unit
AK4458VN (DIGITAL_MAIN DAC : IC791)
Hi-Z
Hi-Z
47
[AK4458]
LDOE
TVDD
VDD18
DVSS
PDN
AVDD
BICK/DCLK
DATT
Soft Mute
LRCK/DSDL1
SDTI2/DSDL2
SDTI3/DSDR2/TDMO1
SDTI4/DSDL3/TDMO2
AVSS
Bias
LDO
SDTI1/DSDR1
BD82065FVJ-E2 (DIGITAL_NETWORK : IC814)
4. Block Diagram and Functions
8X
Interpolator
SCF
DATT
Soft Mute
DSD Filter
AOUTL1P
AOUTL1N
PCM
Data
Interface
De-empha
sis
Before Servicing
This Unit
FUNCTIONAL BLOCK DIAGRAM
Modulator
Vref
VREFH1
VREFL1
Noise
Rejection
Filter
SCF
BD82061FVJ
AOUTR1P
Block diagram
AOUTR1N
DATT
Soft Mute
8X
Interpolator
SCF
AOUTL2P
DATT
Soft Mute
Modulator
Vref
Electrical
AOUTL2N
DSD
Data
Interface
DSD Filter
BD82065FVJ
VREFH2
VREFL2
Noise
Rejection
Filter
DSDR3
SCF
DSDL4
DSDR4
AOUTR2P
AOUTR2N
DATT
Soft Mute
8X
Interpolator
AOUTL3P
AOUTL3N
DATT
Soft Mute
DSD Filter
DZF/SMUTE
SCF
Modulator
Vref
SCF
Mechanical
CAD1/DCHAIN
VREFH3
VREFL3
Noise
Rejection
Filter
AOUTR3P
AOUTR3N
DATT
Soft Mute
8X
Interpolator
SCF
AOUTL4P
AOUTL4N
DATT
Soft Mute
DSD Filter
Modulator
Vref
VREFH4
VREFL4
Noise
Rejection
Filter
SCF
TSZ02201-0E3E0H300350-1-1
2013.03.11 Rev.001
AOUTR4P
Repair Information
AOUTR4N
I2C
CAD0_I2C/CSN/DIF
Control
Register
SCL/CCLK/TDM1
Clock
Divider
SDA/CDTI/TDM0
PS/CAD0_SPI
MCLK
Figure 1. Block Diagram
014011794-E-00
-5-
2015/01
Updating
48
TSZ02201-0E3E0H300350-1-1
2013.03.11 Rev.001
NJM41050V (DIGITAL_ANALOG : IC881)
17
32
SW1
SW2
V+
VIN1
0.1µF
CLAMP
6.75MHz
LPF
VIN2
1
No. Symbol
Function
No. Symbol
Analog reference potential
Address selection
Ach input2
Bch input2
Ach input1
Bch input1
Cch input
Dch input
Ech input
Fch input
Gch input1
Hch input1
Cch input2
Dch input2
External mute control
Digital reference potential
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
NJU72750A (DIGITAL_ANALOG : IC821)
DATA
CLOCK
VDDOUT
AREF
OutH
OutG
OutF
OutE
OutD
OutC
OutB
OutA
AREF
VAREF
V+
No. Symbol
V+
InA1
InB1
InA2
InB2
InA3
InB3
InA4
InB4
InA5
InB5
InA6
InB6
InA7
InB7
REF
Function
Power supply(+)
Ach input1
Bch input1
Ach input2
Bch input2
Ach input3
Bch input3
Ach input4
Bch input4
Ach input5
Bch input5
Ach input6
Bch input6
Ach input7
Bch input7
BIAS reference potential
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
DATA
CLOCK
NC
NC
OutB3
OutA3
REF_B
OutB2
OutA2
REF_A
OutB1
OutA1
NC
ADR0
ADR1
V-
ASC
CLAMP
MUTE
16
No. Symbol
SREFV
GND
68k
1µF
SSIGV
68k
0.1µF
Function
IC control data input
IC control clock input
Bch output3
Ach output3
Bch reference potential
Bch output2
Ach output2
Ach reference potential
Bch output1
Ach output1
Address selection pin 0
Address selection pin 1
Power supply(-)
Updating
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
0.1µF
17
1
VSAG
CLAMP
VIN3
IC control data input
IC control clock input
Digital power supply output
Analog reference potential
Hch output
Gch output
Fch output
Ech output
Dch output
Cch output
Bch output
Ach output
Analog reference potential
Power supply(-)
Analog reference potential
Power supply(+)
75
Repair Information
32
Function
VOUT 47µF 75
+
Mechanical
AREF
ADR
InA2
InB2
InA1
InB1
InC
InD
InE
InF
InG1
InH1
InG2
InH2
MUTE
REF
0.1µF
75 DRV
Electrical
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
16
6dB
Before Servicing
This Unit
NJU72343 (DIGITAL_ANALOG : IC822)
49
AK5358BET(DIGITAL_DIR : IC764)
0
VC
CONTROL (C)
DRAIN (D)
INTERNAL
SUPPLY
1
ZC
-
SHUNT REGULATOR/
ERROR AMPLIFIER
+
5.8 V
4.8 V
-
-
INTERNAL UV
COMPARATOR
5.8 V
+
IFB
+
SOFT START
KPS(UPPER)
+
VI (LIMIT)
CURRENT
LIMIT
ADJUST
EXTERNAL CURRENT
LIMIT (X)
VBG + VT
STOP LOGIC
FREQUENCY (F)
STOP
DCMAX
SOFT
START
OSCILLATOR
WITH JITTER
66k/132k
SOURCE (S)
CONTROLLED
TURN-ON
GATE DRIVER
AK5358BET Pin Function
DMAX
CLOCK
S
F REDUCTION
Q
R
LEADING
EDGE
BLANKING
F REDUCTION
KPS(UPPER)
KPS(LOWER)
SOFT START
IFB
PWM
IPS(UPPER)
IPS(LOWER)
OFF
PI-4511-012810
Figure 3.
Electrical
OVP OV/
UV
DCMAX
CURRENT LIMIT
COMPARATOR
HYSTERETIC
THERMAL
SHUTDOWN
1V
LINE
SENSE
+
SHUTDOWN/
AUTO-RESTART
VOLTAGE
MONITOR (V)
V
KPS(LOWER)
÷16
ON/OFF
Before Servicing
This Unit
TOP268VG (SMPS : IC601)
SOURCE (S)
Functional Block Diagram.
Pin Functional Description
NO CONNECTION (NC) Pin:
Internally not connected, floating potential pin.
Mechanical
DRAIN (D) Pin:
High-voltage power MOSFET DRAIN pin. The internal start-up
bias current is drawn from this pin through a switched highvoltage current source. Internal current limit sense point for
drain current.
EXTERNAL CURRENT LIMIT (X) Pin:
Input pin for external current limit adjustment remote-ON/OFF
and device reset. A connection to SOURCE pin disables all
functions on this pin. This pin should not be left floating.
Exposed Pad (On Bottom)
Internally Connected to
SOURCE Pin
VOLTAGE MONITOR (V) Pin:
Input for OV, UV, line feed-forward with DC reduction, output
MAX
overvoltage protection (OVP), remote-ON/OFF. A connection to
the SOURCE pin disables all functions on this pin. This pin should
not be left floating.
12 S
X2
11 S
C3
10 S
F4
9S
8S
D6
7S
PI-5568-061011
Figure 4.
Pin Configuration (Top View).
Updating
SOURCE (S) Pin:
Output MOSFET source connection for high-voltage power return.
Primary-side control circuit common and reference point.
K Package
(eSOP-12B)
V1
FREQUENCY (F) Pin :
Input pin for selecting switching frequency 132 kHz if connected
to SOURCE pin and 66 kHz if connected to CONTROL pin. This
pin should not be left floating.
Repair Information
CONTROL (C) Pin:
Error amplifier and feedback current input pin for duty cycle
control. Internal shunt regulator connection to provide internal
bias current during normal operation. It is also used as the
connection point for the supply bypass and auto-restart/
compensation capacitor.
3
50
FLD (018BT021GINK) (FRONT : FL101)
T7
ANODE CONNECTION
q
8G
9G
10G
11G
12G
13G
14G
15G
16G
17G(AD3)
18G(AD4)
1-1
1-1
1-1
1-1
1-1
1-1
1-1
1-1
1-1
1-1
S9
-
2-1
2-1
2-1
2-1
2-1
2-1
2-1
2-1
2-1
2-1
2-1
2-1
2-1
2-1
2-1
2-1
3d
-
3-1
3-1
3-1
3-1
3-1
3-1
3-1
3-1
3-1
3-1
3-1
3-1
3-1
3-1
3-1
3-1
2d
-
4-1
4-1
4-1
4-1
4-1
4-1
4-1
4-1
4-1
4-1
4-1
4-1
4-1
4-1
4-1
4-1
3e
-
5-1
5-1
5-1
5-1
5-1
5-1
5-1
5-1
5-1
5-1
5-1
5-1
5-1
5-1
5-1
5-1
2e
-
1-2
1-2
1-2
1-2
1-2
1-2
1-2
1-2
1-2
1-2
1-2
1-2
1-2
1-2
1-2
1-2
3c
-
2-2
2-2
2-2
2-2
2-2
2-2
2-2
2-2
2-2
2-2
2-2
2-2
2-2
2-2
2-2
2-2
2c
-
D7
3-2
3-2
3-2
3-2
3-2
3-2
3-2
3-2
3-2
3-2
3-2
3-2
3-2
3-2
3-2
3-2
3g
-
D8
4-2
4-2
4-2
4-2
4-2
4-2
4-2
4-2
4-2
4-2
4-2
4-2
4-2
4-2
4-2
4-2
2g
-
D9
5-2
5-2
5-2
5-2
5-2
5-2
5-2
5-2
5-2
5-2
5-2
5-2
5-2
5-2
5-2
5-2
3f
-
D10
1-3
1-3
1-3
1-3
1-3
1-3
1-3
1-3
1-3
1-3
1-3
1-3
1-3
1-3
1-3
1-3
2f
-
D11
2-3
2-3
2-3
2-3
2-3
2-3
2-3
2-3
2-3
2-3
2-3
2-3
2-3
2-3
2-3
2-3
3b
-
D12
3-3
3-3
3-3
3-3
3-3
3-3
3-3
3-3
3-3
3-3
3-3
3-3
3-3
3-3
3-3
3-3
2b
-
D13
4-3
4-3
4-3
4-3
4-3
4-3
4-3
4-3
4-3
4-3
4-3
4-3
4-3
4-3
4-3
4-3
3a
-
D14
5-3
5-3
5-3
5-3
5-3
5-3
5-3
5-3
5-3
5-3
5-3
5-3
5-3
5-3
5-3
5-3
2a
-
D15
1-4
1-4
1-4
1-4
1-4
1-4
1-4
1-4
1-4
1-4
1-4
1-4
1-4
1-4
1-4
1-4
Dp
D16
2-4
2-4
2-4
2-4
2-4
2-4
2-4
2-4
2-4
2-4
2-4
2-4
2-4
2-4
2-4
2-4
D17
3-4
3-4
3-4
3-4
3-4
3-4
3-4
3-4
3-4
3-4
3-4
3-4
3-4
3-4
3-4
3-4
1d
-
D18
4-4
4-4
4-4
4-4
4-4
4-4
4-4
4-4
4-4
4-4
4-4
4-4
4-4
4-4
4-4
4-4
1e
-
D19
5-4
5-4
5-4
5-4
5-4
5-4
5-4
5-4
5-4
5-4
5-4
5-4
5-4
5-4
5-4
5-4
1c
-
D20
1-5
1-5
1-5
1-5
1-5
1-5
1-5
1-5
1-5
1-5
1-5
1-5
1-5
1-5
1-5
1-5
1g
-
D21
2-5
2-5
2-5
2-5
2-5
2-5
2-5
2-5
2-5
2-5
2-5
2-5
2-5
2-5
2-5
2-5
1f
-
D22
3-5
3-5
3-5
3-5
3-5
3-5
3-5
3-5
3-5
3-5
3-5
3-5
3-5
3-5
3-5
3-5
1b
-
D23
4-5
4-5
4-5
4-5
4-5
4-5
4-5
4-5
4-5
4-5
4-5
4-5
4-5
4-5
4-5
4-5
1a
D24
5-5
5-5
5-5
5-5
5-5
5-5
5-5
5-5
5-5
5-5
5-5
5-5
5-5
5-5
5-5
5-5
S1
D25
1-6
1-6
1-6
1-6
1-6
1-6
1-6
1-6
1-6
1-6
1-6
1-6
1-6
1-6
1-6
1-6
S2
D26
2-6
2-6
2-6
2-6
2-6
2-6
2-6
2-6
2-6
2-6
2-6
2-6
2-6
2-6
2-6
2-6
S3
D27
3-6
3-6
3-6
3-6
3-6
3-6
3-6
3-6
3-6
3-6
3-6
3-6
3-6
3-6
3-6
3-6
S4
D28
4-6
4-6
4-6
4-6
4-6
4-6
4-6
4-6
4-6
4-6
4-6
4-6
4-6
4-6
4-6
4-6
S5
D29
5-6
5-6
5-6
5-6
5-6
5-6
5-6
5-6
5-6
5-6
5-6
5-6
5-6
5-6
5-6
5-6
S6
D30
1-7
1-7
1-7
1-7
1-7
1-7
1-7
1-7
1-7
1-7
1-7
1-7
1-7
1-7
1-7
1-7
S7
D31
2-7
2-7
2-7
2-7
2-7
2-7
2-7
2-7
2-7
2-7
2-7
2-7
2-7
2-7
2-7
2-7
S8
D32
3-7
3-7
3-7
3-7
3-7
3-7
3-7
3-7
3-7
3-7
3-7
3-7
3-7
3-7
3-7
3-7
D33
4-7
4-7
4-7
4-7
4-7
4-7
4-7
4-7
4-7
4-7
4-7
4-7
4-7
4-7
4-7
4-7
D34
5-7
5-7
5-7
5-7
5-7
5-7
5-7
5-7
5-7
5-7
5-7
5-7
5-7
5-7
5-7
5-7
AD1
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
AD2
CONNECTION PIN NO.
F2
57
NP
56
NP
55
NP
54
LGND
53
PGND
52
VH
51
7G
1-1
D6
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
Mechanical
CONNECTION PIN NO.
VDD
50
OSC
49
48
RESET
47
CS
46
CP
45
DA
44
TSA
43
TSB
42
NX
41
NX
40
NX
39
NX
38
NX
37
NX
36
NX
35
NX
34
NX
33
NX
32
NX
31
NX
30
NX
29
NX
28
NX
27
NX
26
NX
25
NX
24
NX
23
NX
22
NX
21
NX
20
NX
19
NX
18
NX
17
NX
16
NX
15
NX
14
NX
13
NX
12
NX
11
NX
10
NX
9
NX
8
18G
7
17G
6
Q17G
5
Q18G
4
NP
3
NP
2
NP
1
F1
6G
1-1
Electrical
5G
1-1
D5
Repair Information
NOTE
1) F1, F2 ----Filament
2) NP ------No pin
3) DL ------Datum Line
4) NX ------No extend pin
5) LGND ----Logic GND pin
6) PGND ----Power GND pin
7) VH ------High Voltage Supply pin
8) VDD ------Logic Voltage Supply pin
9) CP ----Shift Register Clock
10) DA ----Serial Data Input
11) TSA, B --Test pin
12) CS ------Chip Select Input pin
13) RESET --Reset Input
14) OSC ----Pin for self-oscillation
15) Solder composition is Sn-3Ag-0.5Cu.
16) 17G, 18G ---Grid
17) Q17G, Q18G ---Driver Output Port.
18) Field of vision is a minimum of 21.8°
from the lower side.
4G
1-1
D4
PIN CONNECTION
3G
1-1
D3
17G
2G
1-1
D2
1G 2G 3G 4G 5G 6G 7G 8G 9G 10G 11G 12G 13G 14G 15G 16G
1G
D0
D1
18G
Before Servicing
This Unit
2. FL DISPLAY
Updating
51
FORMAT SHARP
FORMAT: SHARP /DATA CONSTRUCTION 15bits C14 0 C15 0=NOT INVERTED, 1=INVERTED /REMOTE ID: 1
SYSTEM ADDRESS(C1 ～ C5) : ００１１０ , EXTENSION BIT (C12,C13) : １０
FORMAT: SHARP /DATA CONSTRUCTION 15bits C14 0 C15 0=NOT INVERTED, 1=INVERTED /REMOTE ID: 1
SYSTEM ADDRESS (C1 ～ C5) : ０１０００ , EXTENSION BIT (C12,C13) : １１
Data (C6 ～ C11)
０００００１
１００００１
０１０００１
１１０００１
００１００１
１０１００１
０１１００１
１１１００１
０００１０１
１００１０１
０１０１０１
１１０１０１
００１１０１
１０１１０１
０１１１０１
１１１１０１
Key Name
POWER
FL LEVEL UP
PHONO
CD
TUNER
FL LEVEL DOWN
CBL/SAT
TV AUDIO
Blu-ray
FR LEVEL UP
AUX
GAME
MEDIA PLAYER
Key Name
ENTER
POWER ON
POWER OFF
DVD
STANDARD (DOLBY/DTS SURR.)
SW LEVEL DOWN
DSP SIMULATION
SB/SBL LEVEL UP
SB/SBL LEVEL DOWN
SW LEVEL UP
FRONT SPEAKER
SP-A ,FRONT
SP-B ,FRONT
No.
Data (C6 ～ C11)
RCSHP0230016
RCSHP0230017
RCSHP0230018
RCSHP0230019
RCSHP0230020
RCSHP0230021
RCSHP0230022
RCSHP0230023
RCSHP0230024
RCSHP0230025
RCSHP0230026
RCSHP0230027
RCSHP0230028
RCSHP0230029
RCSHP0230030
RCSHP0230031
００００１０
１０００１０
０１００１０
１１００１０
００１０１０
１０１０１０
０１１０１０
１１１０１０
０００１１０
１００１１０
０１０１１０
１１０１１０
００１１１０
１０１１１０
０１１１１０
１１１１１０
No.
RCSHP0230048
RCSHP0230049
RCSHP0230050
RCSHP0230051
RCSHP0230052
RCSHP0230053
RCSHP0230054
RCSHP0230055
RCSHP0230056
RCSHP0230057
RCSHP0230058
RCSHP0230059
RCSHP0230060
RCSHP0230061
RCSHP0230062
RCSHP0230063
Data (C6 ～ C11)
００００１１
１０００１１
０１００１１
１１００１１
００１０１１
１０１０１１
０１１０１１
１１１０１１
０００１１１
１００１１１
０１０１１１
１１０１１１
００１１１１
１０１１１１
０１１１１１
１１１１１１
Key Name
FR LEVEL DOWN
SR LEVEL UP
SR LEVEL DOWN
VIDEO SELECT
INPUT MODE ANALOG
CURSOR RIGHT
STATUS
INFO
Data (C6 ～ C11)
０００００１
１００００１
０１０００１
１１０００１
００１００１
１０１００１
０１１００１
１１１００１
０００１０１
１００１０１
０１０１０１
１１０１０１
００１１０１
１０１１０１
０１１１０１
１１１１０１
Key Name
ALL BASS DOWN
SURROUND BACK
MASTER VOL. PRESET1 (0dB)
MASTER VOL. PRESET2 (-20dB)
MASTER VOL. PRESET3 (-40dB)
ZONE2 VOL. P1 (0dB)
ZONE2 VOL. P2 (-20dB)
ZONE2 VOL. P3 (-40dB)
ZONE2 CBL/SAT
ZONE3 VOL. PRESET1 (0dB)
ZONE2 VOL UP
ZONE2 VOL DOWN
ZONE2 PHONO
Key Name
SETUP MENU
ZONE3 VOL. PRESET2 (0dB)
CURSOR UP
CURSOR DOWN
MULTI CH STEREO
Subwoofer Option Menu
No.
Data (C6 ～ C11)
RCSHP0C20016
RCSHP0C20017
RCSHP0C20018
RCSHP0C20019
RCSHP0C20020
RCSHP0C20021
RCSHP0C20022
RCSHP0C20023
RCSHP0C20024
RCSHP0C20025
RCSHP0C20026
RCSHP0C20027
RCSHP0C20028
RCSHP0C20029
RCSHP0C20030
RCSHP0C20031
００００１０
１０００１０
０１００１０
１１００１０
００１０１０
１０１０１０
０１１０１０
１１１０１０
０００１１０
１００１１０
０１０１１０
１１０１１０
００１１１０
１０１１１０
０１１１１０
１１１１１０
No.
RCSHP0C20048
RCSHP0C20049
RCSHP0C20050
RCSHP0C20051
RCSHP0C20052
RCSHP0C20053
RCSHP0C20054
RCSHP0C20055
RCSHP0C20056
RCSHP0C20057
RCSHP0C20058
RCSHP0C20059
RCSHP0C20060
RCSHP0C20061
RCSHP0C20062
RCSHP0C20063
Data (C6 ～ C11)
００００１１
１０００１１
０１００１１
１１００１１
００１０１１
１０１０１１
０１１０１１
１１１０１１
０００１１１
１００１１１
０１０１１１
１１０１１１
００１１１１
１０１１１１
０１１１１１
１１１１１１
Data (C6 ～ C11)
００００１１
１０００１１
０１００１１
１１００１１
００１０１１
１０１０１１
０１１０１１
１１１０１１
０００１１１
１００１１１
０１０１１１
１１０１１１
００１１１１
１０１１１１
０１１１１１
１１１１１１
Key Name
CURSOR LEFT
MUTING
MASTER VOLUME UP
MASTER VOLUME DOWN
SL LEVEL UP
SL LEVEL DOWN
CENTER LEVEL UP
CENTER LEVEL DOWN
SBR LEVEL UP
SBR LEVEL DOWN
TONE CONTROL OFF
TONE CONTROL ON
No.
RCSHP0C30000
RCSHP0C30001
RCSHP0C30002
RCSHP0C30003
RCSHP0C30004
RCSHP0C30005
RCSHP0C30006
Data (C6 ～ C11)
００００００
１０００００
０１００００
１１００００
００１０００
１０１０００
０１１０００
Key Name
1
2
3
4
5
6
No.
RCSHP0C30016
RCSHP0C30017
RCSHP0C30018
RCSHP0C30019
RCSHP0C30020
RCSHP0C30021
RCSHP0C30022
Data (C6 ～ C11)
００００１０
１０００１０
０１００１０
１１００１０
００１０１０
１０１０１０
０１１０１０
RCSHP0C30007
１１１０００
7
RCSHP0C30023
１１１０１０
RCSHP0C30008
０００１００
8
RCSHP0C30024
０００１１０
RCSHP0C30009
9
RCSHP0C30025
１００１１０
０１０１００
0
RCSHP0C30026
０１０１１０
RCSHP0C30011
RCSHP0C30012
RCSHP0C30013
RCSHP0C30014
RCSHP0C30015
Key Name
１００１００
RCSHP0C30010
１１０１００
００１１００
１０１１００
０１１１００
１１１１００
TUNER MEMORY
TUNER SHIFT
RT ※ EU only
RCSHP0C30027
RCSHP0C30028
RCSHP0C30029
RCSHP0C30030
RCSHP0C30031
１１０１１０
００１１１０
１０１１１０
０１１１１０
１１１１１０
Key Name
DIRECT FREQ. SEARCH (FM/AM)
PTY ※ EU only
TUNER PRESET DOWN
TUNER PRESET UP
TUNER BAND FM/AM
TUNER BAND FM/DAB (EU only)
TUNER TUNING MODE (FM/AM)
TUNER TUNING UP/
STATION UP (DAB) (EU only)
TUNER TUNING DOWN/
STATION DOWN (DAB) (EU only)
DIMMER
FORMAT: SHARP /DATA CONSTRUCTION 15bits C14 0 C15 0=NOT INVERTED, 1=INVERTED /REMOTE ID: 1
SYSTEM ADDRESS (C1 ～ C5) : ０１０００ , EXTENSION BIT (C12,C13) : １０
ZONE2 CD
ZONE2 TUNER
ZONE2 Blu-ray
ZONE2 AUX
ZONE2 GAME
No.
RCSHP0210000
RCSHP0210001
RCSHP0210002
RCSHP0210003
RCSHP0210004
RCSHP0210005
RCSHP0210006
RCSHP0210007
RCSHP0210008
RCSHP0210009
RCSHP0210010
RCSHP0210011
RCSHP0210012
RCSHP0210013
RCSHP0210014
RCSHP0210015
No.
RCSHP0210032
RCSHP0210033
RCSHP0210034
RCSHP0210035
RCSHP0210036
RCSHP0210037
RCSHP0210038
RCSHP0210039
RCSHP0210040
RCSHP0210041
RCSHP0210042
RCSHP0210043
RCSHP0210044
RCSHP0210045
RCSHP0210046
RCSHP0210047
ZONE2 PRESET UP
ZONE2 PRESET DOWN
ZONE2 MEDIA PLAYER
ZONE2 TV AUDIO
STEREO
DIRECT
ZONE3 VOL. PRESET2 (0dB)
Key Name
INPUT MODE
ALL TREBLE UP
ALL TREBLE DOWN
ZONE2 DVD
ALL BASS UP
52
Data (C6 ～ C11)
００００００
１０００００
０１００００
１１００００
００１０００
１０１０００
０１１０００
１１１０００
０００１００
１００１００
０１０１００
１１０１００
００１１００
１０１１００
０１１１００
１１１１００
Data (C6 ～ C11)
０００００１
１００００１
０１０００１
１１０００１
００１００１
１０１００１
０１１００１
１１１００１
０００１０１
１００１０１
０１０１０１
１１０１０１
００１１０１
１０１１０１
０１１１０１
１１１１０１
Key Name
ZONE3 TUNER
ZONE3 PHONO
ZONE3 CD
ZONE3 DVD
ZONE3 Blu-ray
Key Name
ZONE3 VOLUME DOWN
ZONE3 VOLUME UP
PURE DIRECT
No.
RCSHP0210016
RCSHP0210017
RCSHP0210018
RCSHP0210019
RCSHP0210020
RCSHP0210021
RCSHP0210022
RCSHP0210023
RCSHP0210024
RCSHP0210025
RCSHP0210026
RCSHP0210027
RCSHP0210028
RCSHP0210029
RCSHP0210030
RCSHP0210031
Data (C6 ～ C11)
００００１０
１０００１０
０１００１０
１１００１０
００１０１０
１０１０１０
０１１０１０
１１１０１０
０００１１０
１００１１０
０１０１１０
１１０１１０
００１１１０
１０１１１０
０１１１１０
１１１１１０
No.
RCSHP0210048
RCSHP0210049
RCSHP0210050
RCSHP0210051
RCSHP0210052
RCSHP0210053
RCSHP0210054
RCSHP0210055
RCSHP0210056
RCSHP0210057
RCSHP0210058
RCSHP0210059
RCSHP0210060
RCSHP0210061
RCSHP0210062
RCSHP0210063
Data (C6 ～ C11)
００００１１
１０００１１
０１００１１
１１００１１
００１０１１
１０１０１１
０１１０１１
１１１０１１
０００１１１
１００１１１
０１０１１１
１１０１１１
００１１１１
１０１１１１
０１１１１１
１１１１１１
Key Name
ZONE3 TV AUDIO
ZONE3 CBL/SAT
ZONE3 GAME
ZONE3 MEDIA PLAYER
ZONE3 AUX
ZONE2 ON/OFF
Key Name
MAIN ZONE ON
MAIN ZONE OFF
ZONE2 ON
ZONE2 OFF
ZONE3 ON
ZONE3 OFF
Updating
No.
RCSHP0C20032
RCSHP0C20033
RCSHP0C20034
RCSHP0C20035
RCSHP0C20036
RCSHP0C20037
RCSHP0C20038
RCSHP0C20039
RCSHP0C20040
RCSHP0C20041
RCSHP0C20042
RCSHP0C20043
RCSHP0C20044
RCSHP0C20045
RCSHP0C20046
RCSHP0C20047
No.
No.
RCSHP0C10048
RCSHP0C10049
RCSHP0C10050
RCSHP0C10051
RCSHP0C10052
RCSHP0C10053
RCSHP0C10054
RCSHP0C10055
RCSHP0C10056
RCSHP0C10057
RCSHP0C10058
RCSHP0C10059
RCSHP0C10060
RCSHP0C10061
RCSHP0C10062
RCSHP0C10063
Repair Information
RCSHP0C20000
RCSHP0C20001
RCSHP0C20002
RCSHP0C20003
RCSHP0C20004
RCSHP0C20005
RCSHP0C20006
RCSHP0C20007
RCSHP0C20008
RCSHP0C20009
RCSHP0C20010
RCSHP0C20011
RCSHP0C20012
RCSHP0C20013
RCSHP0C20014
RCSHP0C20015
Key Name
FORMAT: SHARP /DATA CONSTRUCTION 15bits C14 0 C15 0=NOT INVERTED, 1=INVERTED /REMOTE ID: 1
SYSTEM ADDRESS (C1 ～ C5) : ００１１０ , EXTENSION BIT (C12,C13) : １1
Key Name
FORMAT: SHARP /DATA CONSTRUCTION 15bits C14 0 C15 0=NOT INVERTED, 1=INVERTED /REMOTE ID: 1
SYSTEM ADDRESS (C1 ～ C5) : ００１１０ , EXTENSION BIT (C12,C13) : ０１
Data (C6 ～
C11)
００００００
１０００００
０１００００
１１００００
００１０００
１０１０００
０１１０００
１１１０００
０００１００
１００１００
０１０１００
１１０１００
００１１００
１０１１００
０１１１００
１１１１００
Data (C6 ～ C11)
０００００１
１００００１
０１０００１
１１０００１
００１００１
１０１００１
０１１００１
１１１００１
０００１０１
１００１０１
０１０１０１
１１０１０１
００１１０１
１０１１０１
０１１１０１
１１１１０１
Mechanical
No.
RCSHP0230032
RCSHP0230033
RCSHP0230034
RCSHP0230035
RCSHP0230036
RCSHP0230037
RCSHP0230038
RCSHP0230039
RCSHP0230040
RCSHP0230041
RCSHP0230042
RCSHP0230043
RCSHP0230044
RCSHP0230045
RCSHP0230046
RCSHP0230047
No.
No.
RCSHP0C10032
RCSHP0C10033
RCSHP0C10034
RCSHP0C10035
RCSHP0C10036
RCSHP0C10037
RCSHP0C10038
RCSHP0C10039
RCSHP0C10040
RCSHP0C10041
RCSHP0C10042
RCSHP0C10043
RCSHP0C10044
RCSHP0C10045
RCSHP0C10046
RCSHP0C10047
Electrical
RCSHP0230000
RCSHP0230001
RCSHP0230002
RCSHP0230003
RCSHP0230004
RCSHP0230005
RCSHP0230006
RCSHP0230007
RCSHP0230008
RCSHP0230009
RCSHP0230010
RCSHP0230011
RCSHP0230012
RCSHP0230013
RCSHP0230014
RCSHP0230015
Data (C6 ～
C11)
００００００
１０００００
０１００００
１１００００
００１０００
１０１０００
０１１０００
１１１０００
０００１００
１００１００
０１０１００
１１０１００
００１１００
１０１１００
０１１１００
１１１１００
Before Servicing
This Unit
3. Remote Code Table
Data (C6 ～ C11)
００００００
１０００００
０１００００
１１００００
００１０００
１０１０００
０１１０００
１１１０００
０００１００
１００１００
０１０１００
１１０１００
００１１００
１０１１００
０１１１００
１１１１００
No.
RCSHP0420032
RCSHP0420033
RCSHP0420034
RCSHP0420035
RCSHP0420036
RCSHP0420037
RCSHP0420038
RCSHP0420039
RCSHP0420040
RCSHP0420041
RCSHP0420042
RCSHP0420043
RCSHP0420044
RCSHP0420045
RCSHP0420046
RCSHP0420047
Key Name
Data (C6 ～ C11)
０００００１
１００００１
０１０００１
１１０００１
００１００１
１０１００１
０１１００１
１１１００１
０００１０１
１００１０１
０１０１０１
１１０１０１
００１１０１
１０１１０１
０１１１０１
１１１１０１
No.
RCSHP0420016
RCSHP0420017
RCSHP0420018
RCSHP0420019
RCSHP0420020
RCSHP0420021
RCSHP0420022
RCSHP0420023
RCSHP0420024
RCSHP0420025
RCSHP0420026
RCSHP0420027
RCSHP0420028
RCSHP0420029
RCSHP0420030
RCSHP0420031
No.
RCSHP0420048
RCSHP0420049
RCSHP0420050
RCSHP0420051
RCSHP0420052
RCSHP0420053
RCSHP0420054
RCSHP0420055
RCSHP0420056
RCSHP0420057
RCSHP0420058
RCSHP0420059
RCSHP0420060
RCSHP0420061
RCSHP0420062
RCSHP0420063
ROCK ARENA
JAZZ CLUB
MONO MOVIE
MATRIX
VIDEO GAME
VIRTUAL
DTS NEO:6 CINEMA
DTS NEO:6 MUSIC
DOLBY PL II CINEMA
Key Name
Data (C6 ～ C11)
００００１０
１０００１０
０１００１０
１１００１０
００１０１０
１０１０１０
０１１０１０
１１１０１０
０００１１０
１００１１０
０１０１１０
１１０１１０
００１１１０
１０１１１０
０１１１１０
１１１１１０
Data (C6 ～ C11)
００００１１
１０００１１
０１００１１
１１００１１
００１０１１
１０１０１１
０１１０１１
１１１０１１
０００１１１
１００１１１
０１０１１１
１１０１１１
００１１１１
１０１１１１
０１１１１１
１１１１１１
REMOTE ID SET: 1
Key Name
DOLBY PL II MUSIC
DOLBY PL
1
0
1
0
MultEQ
5
1
6
0
28
*
29
*
30
*
DENON CODE
8
9
10
0
0
1
Data
31 32
33 34
*
*
*
*
7
1
11
0
12
0
13
1
14
1
35
*
36
*
37
*
38
*
17
0
Parity
18 19
0
0
41
*
15 16
0
0
ID (*3)
39 40
*
*
42
*
43
*
20
21
0
*
Parity (*4)
44
45
*
*
Key Name
INPUT MDOE AUTO
47
*
48
*
REMOTE ID SETTING: (default ID 1)
1
2
3
MAIN ZONE
ZONE2
TUNER
HEOS MUSIC
MAIN ZONE
ZONE2
TUNER
HEOS MUSIC
MAIN ZONE
ZONE2 *
TUNER
HEOS MUSIC
MAIN ZONE
ZONE2 *
TUNER
HEOS MUSIC
21
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
GENRE1 (*1)
22
23
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
24
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
25
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
GENRE2 (*2)
26
27
0
0
1
0
0
0
1
1
1
0
0
1
1
0
0
0
1
0
0
1
1
0
0
0
1
0
0
1
1
0
0
0
28
0
0
0
0
0
0
0
1
0
0
0
1
0
0
0
1
6
0
5
DENON CODE
7
1
8
0
9
0
10
1
2
11
0
12
0
13
1
14
1
11
0
12
0
13
1
14
1
3
Parity
0
19
0
20
0
21
0
GENRE1
4
22 23
0
1
24
0
25
1
GENRE2
1
26 27
0
0
28
0
Parity
0
19
0
20
0
21
0
GENRE1
4
22 23
0
1
24
0
25
0
GENRE2
2
26 27
1
0
28
0
15
0
16
0
17
0
18
0
ID (*3)
39
40
0
0
0
0
0
0
0
0
1
0
1
0
1
0
1
0
0
1
0
1
0
1
0
1
1
1
1
1
1
1
1
1
4
3
1
SHARP & K4-1
SHARP & K4-3
SHARP & K4-1
K4-7
K4-2
K4-4
K4-2
K4-8
K4-2
K4-4
K4-2
K4-8
K4-2
K4-4
K4-2
K4-8
53
4
0
5
1
29
1
0
1
1
0
1
0
1
0
1
0
1
0
1
0
1
1
0
1
0
1
0
1
0
0
0
0
1
0
1
0
0
1
0
1
1
0
1
0
1
1
0
1
0
1
0
0
1
0
0
0
1
0
1
1
0
0
0
0
1
0
1
1
0
0
1
0
0
0
1
0
0
1
0
0
6
0
30
0
1
1
0
1
1
0
0
1
1
0
0
1
1
0
0
1
0
0
1
1
1
1
0
1
0
0
0
1
1
0
0
0
1
1
0
0
0
0
0
0
1
1
0
0
1
0
0
0
1
1
1
0
0
1
0
1
0
0
0
1
1
0
1
0
0
1
0
0
0
1
0
1
1
0
5
31
0
0
0
1
1
1
0
0
0
0
1
1
1
1
0
0
0
1
1
1
1
0
0
1
0
0
1
1
1
1
0
0
0
0
0
1
1
1
0
0
1
1
1
0
0
0
1
1
1
0
1
1
0
0
0
1
0
1
1
1
1
1
1
1
1
1
1
0
0
1
1
0
0
0
0
DENON CODE
7
1
8
0
32
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
0
0
0
1
0
0
0
0
0
1
0
0
0
0
0
1
1
0
0
0
0
0
0
0
0
0
0
0
1
0
0
0
0
0
0
1
0
1
1
1
1
1
1
1
1
1
0
0
1
1
0
0
1
0
9
0
Data
33 34
0
0
0
0
0
0
0
0
0
0
0
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
0
1
0
1
0
1
0
1
1
1
0
1
0
1
0
1
0
1
0
1
1
1
1
1
1
1
1
1
1
1
0
0
1
0
0
1
0
1
0
1
0
1
0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
0
0
0
0
1
0
1
0
1
0
1
0
0
0
0
1
0
1
0
1
0
1
0
1
1
0
1
0
0
1
0
1
0
1
1
1
0
0
0
0
0
0
1
0
1
1
1
1
0
0
10
1
2
35
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
0
0
0
0
0
0
1
36
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
37
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
38
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
3
15
0
16
0
17
0
18
0
39
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
ID
40
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
41
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
42
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
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*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
43
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
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*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
parity
44 45
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
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*
*
*
*
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*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
46
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
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*
*
*
*
*
*
*
*
*
*
*
47
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
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*
*
*
*
*
*
*
*
*
*
*
48
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
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*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
Key Name
ALL POWER ON/OFF
ALL POWER ON
ALL POWER OFF
MAIN ZONE ON/OFF
MAIN ZONE ON
MAIN ZONE OFF
KEY1
KEY2
KEY3
KEY4
KEY5
KEY6
KEY7
KEY8
KEY9
KEY0
CURSOR UP
CURSOR DOWN
CURSOR LEFT
CURSOR RIGHT
ENTER
RETURN/BACK
SETUP MENU
MEMORY
UPGRADE ID ON
VIDEO SELECT
QUICK SELECT 1
QUICK SELECT 2
QUICK SELECT 3
QUICK SELECT 4
QUICK SELECT 5
STEREO
DIRECT/STEREO
DIRECT
PURE DIRECT
DIRECT
SOUND MODE toggle (Reverse)
SOUND MODE toggle (Normal)
INPUT MODE SELECT
INPUT MODE:ANALOG
INPUT MODE HDMI
INPUT MODE:AUTO
INPUT MODE DIGITAL
Volume Up
Volume Down
Mute
M.VR PRESET1 (0dB)
M.VR PRESET2 (-20dB)
M.VR PRESET3 (-40dB)
Subwoofer Option Menu
SW LEVEL UP
SW LEVEL DOWN
ALL TREBLE UP
ALL TREBLE DOWN
ALL BASS UP
ALL BASS DOWN
SPEAKER
AUDIO RESTORER SELECT
RESTORER (OFF)
RESTORER (High)
RESTORER (Medium)
RESTORER (Low)
SPEAKER A ON/OFF
SPEAKER B ON/OFF
AUDIO DELAY MODE
AUDIO DELAY UP
AUDIO DELAY DOWN
INFO
FLD STATUS
BALANCE LEFT
BALANCE RIGHT
Front Display (Dimmer)
Internet Radio
CD / PHONO
PHONO
Updating
4
ZONE/DEVICE
5
1
Repair Information
(*4) Parity :
Delimit of each to 8 bits, and add the 3rd byte and the 4th byte and the 5th byte with modulo 2 (exclusive-OR).
3rd byte ( 17 - 24 bit)
4th byte ( 25 - 32 bit)
5th byte ( 33 - 40 bit)
ID No.
2
0
No.
GENRE1 (*1)
22 23 24
*
*
*
46
*
4
0
Mechanical
4
0
3
1
RCKSK0410001
RCKSK0410002
RCKSK0410003
RCKSK0410005
RCKSK0410006
RCKSK0410007
RCKSK0410016
RCKSK0410017
RCKSK0410018
RCKSK0410019
RCKSK0410020
RCKSK0410021
RCKSK0410022
RCKSK0410023
RCKSK0410024
RCKSK0410025
RCKSK0410027
RCKSK0410028
RCKSK0410029
RCKSK0410030
RCKSK0410031
RCKSK0410034
RCKSK0410035
RCKSK0410036
RCKSK0410042
RCKSK0410112
RCKSK0410292
RCKSK0410293
RCKSK0410294
RCKSK0410295
RCKSK0410296
RCKSK0410304
RCKSK0410305
RCKSK0410306
RCKSK0410307
RCKSK0410309
RCKSK0410332
RCKSK0410349
RCKSK0410352
RCKSK0410353
RCKSK0410357
RCKSK0410358
RCKSK0410359
RCKSK0410368
RCKSK0410369
RCKSK0410370
RCKSK0410372
RCKSK0410373
RCKSK0410374
RCKSK0410378
RCKSK0410390
RCKSK0410391
RCKSK0410400
RCKSK0410401
RCKSK0410403
RCKSK0410404
RCKSK0410522
RCKSK0410548
RCKSK0410556
RCKSK0410557
RCKSK0410558
RCKSK0410559
RCKSK0410605
RCKSK0410606
RCKSK0410620
RCKSK0410621
RCKSK0410622
RCKSK0410624
RCKSK0410640
RCKSK0410653
RCKSK0410654
RCKSK0410656
RCKSK0410691
RCKSK0410698
RCKSK0410704
DATA CONSTRUCTION 48bits
2
3
0
1
GENRE2 (*2)
25 26 27
*
*
*
4
REMOTE ID SET: 2-4
FORMAT KASEIKYO
1
0
2
0
Electrical
No.
RCSHP0420000
RCSHP0420001
RCSHP0420002
RCSHP0420003
RCSHP0420004
RCSHP0420005
RCSHP0420006
RCSHP0420007
RCSHP0420008
RCSHP0420009
RCSHP0420010
RCSHP0420011
RCSHP0420012
RCSHP0420013
RCSHP0420014
RCSHP0420015
Before Servicing
This Unit
MAIN ZONE
FORMAT: SHARP /DATA CONSTRUCTION 15bits C14 0 C15 0=NOT INVERTED, 1=INVERTED /REMOTE ID: 1
SYSTEM ADDRESS (C1 ～ C5) : ００１００ , EXTENSION BIT (C12,C13) : ０１
0
1
1
1
0
1
1
0
0
1
1
0
1
0
1
0
1
0
0
1
0
1
1
1
0
0
0
0
1
1
1
1
1
1
0
0
0
1
1
1
1
0
0
0
0
0
0
1
1
0
1
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
RCKSK0410787
1
1
0
0
1
0
0
0
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0410788
RCKSK0410822
RCKSK0410823
RCKSK0410826
RCKSK0410827
RCKSK0410829
RCKSK0410830
RCKSK0410831
RCKSK0410834
RCKSK0410836
RCKSK0410872
RCKSK0410873
RCKSK0410874
RCKSK0410875
0
0
1
0
1
1
0
1
0
0
0
1
0
1
0
1
1
1
1
0
1
1
1
0
0
0
1
1
1
1
1
0
0
1
1
1
0
1
0
0
0
0
0
0
0
1
1
1
1
1
0
0
1
1
1
1
1
1
1
1
1
1
1
1
0
0
0
0
0
0
0
1
1
1
1
1
1
1
0
0
1
1
1
1
0
0
0
0
0
0
0
0
1
1.
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
RCKSK0410945
1
0
0
0
1
1
0
1
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0410946
0
1
0
0
1
1
0
1
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0410949
RCKSK0410950
RCKSK0410951
RCKSK0410956
RCKSK0410957
1
0
1
0
1
0
1
1
0
0
1
1
1
1
1
0
0
0
1
1
1
1
1
1
1
1
1
1
1
1
0
0
0
0
0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
0
1
0
1
0
0
1
1
1
1
*
*
*
*
*
*
*
*
*
*
1
1
0
1
0
0
1
1
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0410972
RCKSK0410973
RCKSK0410975
RCKSK0410976
RCKSK0410977
RCKSK0410978
RCKSK0410979
0
1
1
0
1
0
1
0
0
1
0
0
1
1
1
1
1
0
0
0
0
1
1
1
0
0
0
0
0
0
0
1
1
1
1
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
RCKSK0410983
1
1
1
0
1
0
1
1
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0410992
0
0
0
0
0
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
1
0
0
0
0
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
0
1
0
0
0
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0410995
1
1
0
0
0
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0410996
0
0
1
0
0
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0410997
1
0
1
0
0
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0410998
0
1
1
0
0
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
1
0
2
0
3
1
4
0
5
1
6
0
DENON CODE
7
1
8
0
9
0
10
1
2
11
0
12
0
13
1
14
1
3
15
0
16
0
17
0
Parity
0
18 19
0
0
20
0
21
0
GENRE1
4
22 23
0
1
21
0
GENRE1
4
22 23
0
1
24
0
25
1
GENRE2
3
26 27
1
0
1
0
2
0
3
1
No.
RCKSK0430005
RCKSK0430006
4
0
5
1
29
1
0
6
0
30
0
1
5
31
1
1
DENON CODE
7
1
8
0
32
0
0
9
0
Data
33 34
0
0
0
0
10
1
2
35
0
0
11
0
36
0
0
12
0
37
0
0
13
1
38
0
0
14
1
3
25
0
GENRE2
4
26 27
0
1
39
*
*
15
0
ID
40
*
*
16
0
41
*
*
42
*
*
43
*
*
20
0
parity
44 45
*
*
*
*
46
*
*
47
*
*
24
0
0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
1
0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
0
0
0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
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*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
1
0
1
0
0
1
1
1
0
1
*
*
*
*
*
*
*
*
*
*
1
1
1
1
0
1
1
1
0
1
*
*
*
*
*
*
*
*
*
*
*
RCKSK0430787
1
1
0
0
1
0
0
0
1
1
*
*
*
*
*
*
*
*
*
RCKSK0430788
0
0
1
0
1
0
0
0
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0430836
0
0
1
0
0
0
1
0
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0430945
1
0
0
0
1
1
0
1
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0430946
0
1
0
0
1
1
0
1
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0430950
RCKSK0430951
RCKSK0430956
RCKSK0430957
0
1
0
1
1
1
0
0
1
1
1
1
0
0
1
1
1
1
1
1
1
1
1
1
0
0
0
0
1
1
1
1
1
1
1
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
RCKSK0430970
0
1
0
1
0
0
1
1
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0430971
1
1
0
1
0
0
1
1
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0430972
RCKSK0430973
RCKSK0430975
RCKSK0430976
RCKSK0430977
RCKSK0430978
RCKSK0430979
0
1
1
0
1
0
1
0
0
1
0
0
1
1
1
1
1
0
0
0
0
1
1
1
0
0
0
0
0
0
0
1
1
1
1
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
RCKSK0430983
1
1
1
0
1
0
1
1
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0430992
0
0
0
0
0
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0430993
1
0
0
0
0
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0430994
28
0
REMOTE ID SET: 2-4
4
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
0
0
0
0
0
0
1
0
0
0
0
0
0
0
0
1
0
0
0
0
1
1
1
1
0
0
0
0
0
0
1
1
0
1
0
0
0
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0430995
28
0
1
1
0
0
0
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0430996
0
0
1
0
0
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0430997
Key Name
48
* ZONE2 POWER ON/OFF
* ZONE2 POWER ON
54
1
0
1
0
0
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
RCKSK0430998
0
1
1
0
0
1
1
1
1
1
*
*
*
*
*
*
*
*
*
*
ZONE2 POWER OFF
ZONE2 KEY1
ZONE2 KEY2
ZONE2 KEY3
ZONE2 KEY4
ZONE2 KEY5
ZONE2 KEY6
ZONE2 KEY7
ZONE2 KEY8
ZONE2 KEY9
ZONE2 KEY0
ZONE2 CURSOR UP
ZONE2 CURSOR DOWN
ZONE2 CURSOR LEFT
ZONE2 CURSOR RIGHT
ZONE2 ENTER
ZONE2 RETURN
ZONE2 MEMORY
ZONE2 QUICK SELECT 1
ZONE2 QUICK SELECT 2
ZONE2 QUICK SELECT 3
ZONE2 QUICK SELECT 4
ZONE2 QUICK SELECT 5
ZONE2 VOLUME UP
ZONE2 VOLUME DOWN
ZONE2 VOLUME MUTE
ZONE2 VR PRESET1 (0dB)
ZONE2 VR PRESET2 (-20dB)
ZONE2 VR PRESET3 (-40dB)
ZONE2 Internet Radio
Main Zone Source CALL
ZONE2 CD / PHONO
ZONE2 PHONO
ZONE2 TUNER
ZONE2 CD
ZONE2 HEOS MUSIC
ZONE2 TUNER
ZONE2 HEOS MUSIC
ZONE2 USB
ZONE2 TUNER
ZONE2 DVD
ZONE2 Blu-ray
ZONE2 TV AUDIO
ZONE2 CBL/SAT
ZONE2 GAME
ZONE2 MEDIA PLAYER
ZONE2 DVD/Blu-ray
ZONE2 MEDIA PLAYER
ZONE2 INTERNET RADIO
(Recent Play)
ZONE2 Bluetooth
ZONE2 INPUT SOURCE
SELECT Right
ZONE2 INPUT SOURCE
SELECT Left
ZONE2 SLEEP
ZONE2 PRESET CH UP/ PAGE
Previous
ZONE2 PRESET CH DOWN/
PAGE Next
ZONE2 PAGE Previous
ZONE2 PAGE Next
ZONE2 REPEAT
ZONE2 RANDOM/SHUFFLE
ZONE2 TUNING UP/ STATION
UP (DAB)
ZONE2 TUNING DOWN/
STATION DOWN (DAB)
ZONE2 PRESET CH UP
ZONE2 PRESET CH DOWN
ZONE2 BAND DAB
ZONE2 BAND
ZONE2 BAND FM
ZONE2 BAND AM
ZONE2 TUNING MEMORY
ZONE2 DIRECT FREQ. SEARCH
(FM/AM only)
ZONE2 PLAY/PAUSE
ZONE2 STOP/TUNING MDOE
(FM/AM only)
ZONE2 PAUSE
ZONE2 SKIP MINUS/TUNING
DOWN
STATION DOWN (DAB)
ZONE2 SKIP PLUS/TUNING UP
STATION UP (DAB)
ZONE2 TUNING DOWN
STATION DOWN (DAB)
ZONE2 TUNING UP
STATION UP (DAB)
Updating
17
0
Parity
0
18 19
0
0
1
0
0
0
0
1
1
1
1
0
0
0
1
1
1
1
0
1
1
1
1
1
0
0
0
0
1
1
1
0
1
0
0
0
0
1
0
1
1
1
0
0
0
0
1
1
1
1
RCKSK0430741
REMOTE ID SET: 1
5
1
0
0
1
1
0
0
1
1
0
0
1
0
0
1
1
1
0
0
0
1
1
0
0
0
1
0
0
1
1
0
1
0
0
1
1
1
0
1
1
0
0
1
1
0
1
0
1
RCKSK0430751
ZONE2
4
1
0
1
0
1
0
1
0
1
0
1
1
0
1
0
1
0
0
0
1
0
1
0
0
1
0
0
1
0
1
0
0
0
1
0
1
1
0
0
1
0
1
0
1
1
0
0
1
Repair Information
RCKSK0410993
RCKSK0410994
RCKSK0430007
RCKSK0430016
RCKSK0430017
RCKSK0430018
RCKSK0430019
RCKSK0430020
RCKSK0430021
RCKSK0430022
RCKSK0430023
RCKSK0430024
RCKSK0430025
RCKSK0430027
RCKSK0430028
RCKSK0430029
RCKSK0430030
RCKSK0430031
RCKSK0430034
RCKSK0430036
RCKSK0430292
RCKSK0430293
RCKSK0430294
RCKSK0430295
RCKSK0430296
RCKSK0430368
RCKSK0430369
RCKSK0430370
RCKSK0430372
RCKSK0430373
RCKSK0430374
RCKSK0430691
RCKSK0430692
RCKSK0430698
RCKSK0430704
RCKSK0430705
RCKSK0430706
RCKSK0430711
RCKSK0430715
RCKSK0430716
RCKSK0430718
RCKSK0430719
RCKSK0430720
RCKSK0430721
RCKSK0430722
RCKSK0430723
RCKSK0430725
RCKSK0430726
RCKSK0430732
RCKSK0430735
Mechanical
RCKSK0410970
RCKSK0410971
TUNER
CD
HEOS MUSIC
TUNER
HEOS MUSIC
USB
TUNER
DVD
Blu-ray
TV AUDIO
CBL/SAT
GAME
MEDIA PLAYER
DVD/Blu-ray
MEDIA PLAYER
INTERNET RADIO (Recent Play)
Bluetooth
INPUT SOURCE SELECT
Right
INPUT SOURCE SELECT Left
All Zone Stereo ON
All Zone Stereo OFF
HDMI (CEC)Control ON
HDMI (CEC)Control OFF
HDMI Audio Out Select
HDMI Audio Out TV
HDMI Audio Out AMP
All Zone Stereo ON/OFF
SLEEP MODE
ECO MODE (toggle)
ECO MODE (OFF)
ECO MODE (ON)
ECO MODE (AUTO)
MAIN ZONE PRESET CH UP/
PAGE Previous
MAIN ZONE PRESET CH
DOWN/PAGE Next
OPTION
PAGE Previous
PAGE Next
MAIN ZONE REPEAT
MAIN ZONE RANDOM/SHUFFLE
MAIN ZONE TUNING UP/
STATION UP (DAB)
MAIN ZONE TUNING DOWN
STATION DOWN (DAB)
MAIN ZONE PRESET CH UP
MAIN ZONE PRESET CH DOWN
MAIN ZONE BAND DAB
MAIN ZONE BAND
MAIN ZONE BAND FM
MAIN ZONE BAND AM
MAIN ZONE TUNER MEMORY
MAIN ZONE DIRECT FREQ.
SEARCH (FM/AM)
MAIN ZONE PLAY/PAUSE
MAIN ZONE STOP/TUNING
MODE (FM/AM only)
MAIN ZONE PAUSE
MAIN ZONE SKIP MINUS/
TUNING DOWN
STATION DOWN (DAB)
MAIN ZONE SKIP PLUS/TUNING
UP
STATION UP (DAB)
MAIN ZONE TUNING DOWN
STATION DOWN (DAB)
MAIN ZONE TUNING UP
STATION UP (DAB)
Electrical
1
0
1
1
0
0
1
0
1
0
1
1
0
0
1
1
1
Before Servicing
This Unit
RCKSK0410705
RCKSK0410706
RCKSK0410711
RCKSK0410715
RCKSK0410716
RCKSK0410718
RCKSK0410719
RCKSK0410720
RCKSK0410721
RCKSK0410722
RCKSK0410723
RCKSK0410725
RCKSK0410726
RCKSK0410732
RCKSK0410735
RCKSK0410741
RCKSK0410751
HI-FI Remote Code
REMOTE ID SET: 1
1
0
2
0
4
3
1
4
0
5
1
6
0
5
DENON CODE
7
1
8
0
9
0
10
1
2
11
0
12
0
13
1
14
1
3
15
0
17
0
17
0
16
0
Parity
0
18 19
0
0
Parity
0
18 19
0
0
21
0
21
0
20
0
GENRE1
4
22 23
0
1
GENRE1
4
22 23
0
1
24
0
DRA-800H can receive the following IR codes (KASEIKYO code and SHARP code) which are used for
DENON Hi-Fi Amplifiers.
25
1
GENRE2
1
26 27
0
0
28
0
25
0
GENRE2
2
26 27
1
0
28
0
FORMAT : KASEIKYO
REMOTE ID SET: 2-4
1
0
2
0
4
3
1
4
0
No.
5
1
29
6
0
30
5
DENON CODE
7
1
31
8
0
9
0
10
1
Data
33 34
32
2
35
11
0
12
0
36
13
1
37
14
1
38
3
39
15
0
ID
16
0
40
41
42
43
20
0
parity
44 45
46
47
24
0
48
0
0
0
0
1
0
0
1
0
0
*
*
*
*
*
*
*
*
*
*
1
0
0
0
1
0
0
1
0
0
*
*
*
*
*
*
*
*
*
*
RCKSK0410146
RCKSK0410147
0
1
1
1
0
0
0
0
1
1
0
0
0
0
1
1
0
0
0
0
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
RCKSK0410152
0
0
0
1
1
0
0
1
0
0
*
*
*
*
*
*
*
*
*
*
RCKSK0410153
RCKSK0410154
RCKSK0410155
1
0
1
0
1
1
0
0
0
1
1
1
1
1
1
0
0
0
0
0
0
1
1
1
0
0
0
0
0
0
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
RCKSK0410156
0
0
1
1
1
0
0
1
0
0
*
*
*
*
*
*
*
*
*
*
RCKSK0410160
0
0
0
0
0
1
0
1
0
0
*
*
*
*
*
*
*
*
*
*
1
1
0
0
0
1
0
1
0
0
*
*
*
*
*
*
*
*
*
*
0
1
1
0
1
0
1
0
1
0
1
0
1
0
1
1
1
1
0
1
1
0
0
1
1
0
0
1
1
0
0
0
0
0
1
1
1
0
0
0
0
1
1
1
1
0
0
0
1
1
1
1
1
0
0
0
0
0
0
0
0
1
1
0
0
0
0
0
0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
2
0
4
3
1
4
0
5
1
6
0
5
7
1
8
0
9
0
10
1
2
11
0
12
0
13
1
14
1
11
0
12
0
13
1
14
1
3
15
0
16
0
17
0
15
0
16
0
17
0
18
0
20
0
Parity
0
19
0
20
0
21
0
24
0
RCKSK0710011
RCKSK0710012
RCKSK0710013
RCKSK0710016
RCKSK0710094
RCKSK0710095
2
0
4
3
1
No.
5
1
29
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
1
6
0
30
1
0
0
1
1
1
0
1
1
0
0
1
1
0
0
0
5
31
0
1
1
1
1
0
1
1
1
0
0
0
0
1
1
0
DENON CODE
7
1
8
0
32
1
1
1
1
1
0
0
0
0
1
1
1
1
1
1
0
9
0
Data
33 34
1
0
1
0
1
0
1
0
1
0
0
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
0
10
1
2
35
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
36
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
37
0
0
0
0
0
0
1
1
1
1
1
1
1
1
1
1
38
0
0
0
0
0
0
1
1
1
1
1
1
1
1
1
1
3
21
0
GENRE1
4
22 23
0
1
24
0
39
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
ID
40
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
41
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
42
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
43
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
parity
44 45
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
46
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
47
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
48
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
*
6
0
5
DENON CODE
7
1
8
0
9
0
10
1
2
11
0
12
0
13
1
14
1
3
15
0
16
0
17
0
Parity
0
19
0
18
0
20
0
21
1
GENRE1
7
22 23
1
1
24
0
25
1
GENRE2
1
26 27
0
0
28
0
25
1
GENRE2
7
26 27
1
1
GENRE2
8
26 27
0
0
30
1
0
0
0
1
1
31
0
1
1
0
1
1
32
1
1
1
0
1
1
Data
33 34
0
0
0
0
0
0
1
0
1
0
1
0
35
0
0
0
0
1
1
36
0
0
0
0
0
0
37
0
0
0
0
0
0
38
0
0
0
0
0
0
39
0
0
0
0
0
0
ID
40
0
0
0
0
0
0
41
1
1
1
0
0
0
42
0
0
0
0
0
0
43
0
0
0
0
1
1
parity
44 45
0
0
0
1
0
0
0
1
0
1
0
0
46
0
1
1
1
0
0
47
1
0
0
1
0
0
48
1
1
1
0
1
1
Key Name
MAIN ZONE MUTE (Toggle)
MAIN ZONE VOLUME DOWN
MAIN ZONE VOLUME UP
MAIN ZONE ON/OFF
MAIN ZONE ON
MAIN ZONE OFF
No.
RCSHP0C20000
RCSHP0C20001
RCSHP0C20002
RCSHP0C20003
RCSHP0C20004
RCSHP0C20005
RCSHP0C20006
RCSHP0C20007
RCSHP0C20008
RCSHP0C20009
RCSHP0C20010
RCSHP0C20011
RCSHP0C20012
RCSHP0C20013
RCSHP0C20014
RCSHP0C20015
28
1
Key Name
CURSOR UP
CURSOR DOWN
CURSOR LEFT
CURSOR RIGHT
ENTER
RETURN
PLAY
PAUSE
STOP
SKIP PLUS
SKIP MINUS
REPEAT ONE
REPEAT OFF
RANDOM ON
RANDOM OFF
REPEAT ALL
Data (C6 ～ C11)
Key Name
００００００
１０００００
０１００００
１１００００
００１０００
１０１０００
０１１０００
１１１０００
０００１００
１００１００
０１０１００
MAIN ZONE MUTE(T
oggle)
１１０１００
MAIN ZONE VOLUME DOWN
００１１００
MAIN ZONE VOLUME UP
１０１１００
０１１１００
１１１１００
No.
RCSHP0C20016
RCSHP0C20017
RCSHP0C20018
RCSHP0C20019
RCSHP0C20020
RCSHP0C20021
RCSHP0C20022
RCSHP0C20023
RCSHP0C20024
RCSHP0C20025
RCSHP0C20026
RCSHP0C20027
RCSHP0C20028
RCSHP0C20029
RCSHP0C20030
RCSHP0C20031
Data (C6 ～ C11)
００００１０
１０００１０
０１００１０
１１００１０
００１０１０
１０１０１０
０１１０１０
１１１０１０
０００１１０
１００１１０
０１０１１０
１１０１１０
００１１１０
１０１１１０
０１１１１０
１１１１１０
Key Name
MAIN ZONE ON/OFF
No.
RCSHP0C20032
RCSHP0C20033
RCSHP0C20034
RCSHP0C20035
RCSHP0C20036
RCSHP0C20037
RCSHP0C20038
RCSHP0C20039
RCSHP0C20040
RCSHP0C20041
RCSHP0C20042
RCSHP0C20043
RCSHP0C20044
RCSHP0C20045
RCSHP0C20046
RCSHP0C20047
28
0
25
0
29
1
0
1
0
0
1
Data (C6 ～ C11)
０００００１
１００００１
０１０００１
１１０００１
００１００１
１０１００１
０１１００１
１１１００１
０００１０１
１００１０１
０１０１０１
１１０１０１
００１１０１
１０１１０１
０１１１０１
１１１１０１
No.
RCSHP0C20048
RCSHP0C20049
RCSHP0C20050
RCSHP0C20051
RCSHP0C20052
RCSHP0C20053
RCSHP0C20054
RCSHP0C20055
RCSHP0C20056
RCSHP0C20057
RCSHP0C20058
RCSHP0C20059
RCSHP0C20060
RCSHP0C20061
RCSHP0C20062
RCSHP0C20063
Data (C6 ～ C11)
００００１１
１０００１１
０１００１１
１１００１１
００１０１１
１０１０１１
０１１０１１
１１１０１１
０００１１１
１００１１１
０１０１１１
１１０１１１
００１１１１
１０１１１１
０１１１１１
１１１１１１
Key Name
Key Name
Updating
RCKSK0470027
RCKSK0470028
RCKSK0470029
RCKSK0470030
RCKSK0470031
RCKSK0470034
RCKSK0470773
RCKSK0470774
RCKSK0470775
RCKSK0470776
RCKSK0470777
RCKSK0470778
RCKSK0470779
RCKSK0470780
RCKSK0470781
RCKSK0470785
4
0
5
1
FORMAT: SHARP /DATA CONSTRUCTION 15bits C14 0 C15 0=NOT INVERTED, 1=INVERTED /REMOTE ID: 1
SYSTEM ADDRESS (C1 ～ C5) : ０１０００ , EXTENSION BIT (C12,C13) : ０１
REMOTE ID SET: 2-4
1
0
4
0
Repair Information
1
0
GENRE1
4
22 23
0
1
3
1
No.
REMOTE ID SET: 1
Parity
0
18 19
0
0
4
*Hi-Fi remote codes do not have ID 2-4
Key Name
(FM/AM)TUNING UP
(DAB) STATION UP
(FM/AM) TUNING DOWN
(DAB) STATION DOWN
PRESET CH UP
PRESET CH DOWN
BAND FM/AM
BAND FM/DAB (EU only)
BAND FM
BAND AM
BAND DAB
(FM/AM) TUNING MODE AUTO/
MANUAL
MEMORY
(FM/AM) DIRECT FREQ.
SEARCH
CURSOR UP
CURSOR DOWN
CURSOR LEFT
CURSOR RIGHT
CURSOR ENTER
Numeric 1
Numeric 2
Numeric 3
Numeric 4
Numeric 5
Numeric 6
Numeric 7
Numeric 8
Numeric 9
Numeric 0
RETURN
HEOS MUSIC
DENON CODE
2
0
Mechanical
RCKSK0410163
RCKSK0410170
RCKSK0410171
RCKSK0410173
RCKSK0410174
RCKSK0410175
RCKSK0410176
RCKSK0410177
RCKSK0410178
RCKSK0410179
RCKSK0410180
RCKSK0410181
RCKSK0410182
RCKSK0410183
RCKSK0410184
RCKSK0410185
RCKSK0410241
1
0
Electrical
RCKSK0410144
RCKSK0410145
REMOTE ID SET: 1
Before Servicing
This Unit
ANALOG TUNER/DAB
55
DISASSEMBLY
Flowchart
1. FRONT PANEL ASSY
2. DIGITAL PCB
3. RADIATOR ASSY
4. SMPS PCB
5. POWER TRANS
Before Servicing
This Unit
MECHANICAL
Electrical
EXPLODED VIEW
PACKAGING VIEW
Mechanical
Repair Information
Updating
56
DISASSEMBLY
•
•
•
•
•
Remove each part following the flow below.
Reassemble the removed parts in the reverse order.
Read " SAFETY PRECAUTIONS " before reassembling the removed parts.
If wire bundles are removed or moved during adjustment or part replacement, reshape the wires after completing the work. Failure to shape the wires correctly may cause problems such as noise.
See " EXPLODED VIEW "
TOP COVER
DIGITAL PCB ASSY
See " DISASSEMBLY "
2. DIGITAL PCB ASSY
and " EXPLODED VIEW "
DIGITAL PCB
Ref. No. of EXPLODED VIEW : P 7
LEGO MODULE ASSY
Ref. No. of EXPLODED VIEW : P 8
PHONO PCB
Ref. No. of EXPLODED VIEW : P 11
TUNER PCB or DAB PCB
Ref. No. of EXPLODED VIEW : P 9 or P 10
SMPS PCB
See " DISASSEMBLY "
4. SMPS PCB
and " EXPLODED VIEW "
SMPS PCB
Ref. No. of EXPLODED VIEW : P 13
POWER TRANS
See " DISASSEMBLY "
5. POWER TRANS
and " EXPLODED VIEW "
POWER TRANS
Ref. No. of EXPLODED VIEW : P 14
Electrical
Mechanical
FRONT PANEL ASSY
See " DISASSEMBLY "
1. FRONT PANEL ASSY
and " EXPLODED VIEW "
FRONT PCB
Ref. No. of EXPLODED VIEW : P 1
STANDBY PCB
Ref. No. of EXPLODED VIEW : P 2
PHONE PCB
Ref. No. of EXPLODED VIEW : P 3
USB PCB
Ref. No. of EXPLODED VIEW : P 4
USB CABLE GUIDE PCB
Ref. No. of EXPLODED VIEW : P 12
Before Servicing
This Unit
Flowchart
Repair Information
RADIATOR ASSY
See " DISASSEMBLY "
3. RADIATOR ASSY
and " EXPLODED VIEW "
MAIN PCB
Ref. No. of EXPLODED VIEW : P 5
Updating
57
Explanatory Photos for DISASSEMBLY
Proceeding :
TOP COVER
→
Before Servicing
This Unit
1. FRONT PANEL ASSY
• For the shooting direction of each photos used in this manual, see the photo below.
• A, B, C and D in the photo below indicate the shooting directions of photos.
• The photographs with no shooting direction indicated were taken from the top of the unit.
• Photos of DRA-800H E3 are used in this manual.
FRONT PANEL ASSY
(1) Remove the screws.
The viewpoint of each photograph
(Shooting direction : X) [View from the top]
x5
↓Shooting direction: B↓
↑Shooting direction: D↑
(2) emove the screws. Remove the connector. Remove the FFC.
R
CN102
x2
CN104
Electrical
↓Shooting direction: C↓
View from the bottom
x1
↑Shooting direction: A↑
CN813
Mechanical
FFC
Repair Information
Updating
58
Proceeding :
3. RADIATOR ASSY
TOP COVER
→
DIGITAL PCB
Proceeding :
(1) Remove the screws.
TOP COVER
→
DIGITAL PCB →
RADIATOR ASSY
(1) Remove the screws.
↓Shooting direction: A↓
↓Shooting direction: A↓
x1
x8
x4
x7
(2) emove the screws. Remove the STYLE PIN. Remove the connector.
R
CN104
x2
x4
CN503
CN823
x2
FFC
CN302
CN741
STYLE PIN
x2
Mechanical
STYLE PIN
CN813
Electrical
(2) emove the screws. Remove the FFC. Remove the connector.
R
CN753
Before Servicing
This Unit
2. DIGITAL PCB
x3
Proceeding :
TOP COVER
→
SMPS PCB
See " EXPLODED VIEW " for instructions on removing the SMPS PCB.
5. POWER TRANS
Proceeding :
TOP COVER
→
POWER TRANS
See " EXPLODED VIEW " for instructions on removing the transformer (TRANS).
Repair Information
4. SMPS PCB
Updating
59
EXPLODED VIEW
Before Servicing
This Unit
s Parts List : http://dmedia.soundunited.com/documents/details/25798
Precautions when affixing the BADGE
(1) The BADGE is incredibly fragile, so using the same force
as you would when applying a label is likely to cause deformation.
Once deformed it is very difficult to return it to its
original shape, so take care when handling it.
(2) Make sure the BADGE is not flat before affixing it.
(3) Use tweezers to remove the backing paper from the
double-sided tape and be careful not to touch
the adhesive surface with your fingers.
(4) Place the badge in the badge-shaped recess of the panel.
Caution：Do not touch the adhesive surface with your fingers!!
DRA800H EXPLODED VIEW
M17
M16
M14
M17
S5 x2
(5) To affix, press each circled area indicated below with your thumb
for at least 2 seconds.
z
P15
M14
S3 x2
S6 x3
S6 x1
S3 x6
M16
S2 x4
M15
S3 x1
S9 x3
S13
S7 x1
S4
x1
Electrical
M15
S6 x4
x12
S6 x7
M10
P3
S6 x1
F9
F8
P8
F10
x4
S6 x3
S1 x2
F6
F14
S6 x1
S3 x2
S3 x2
M11
S4 x2
P9
E3 Only
F14
F11
F7
S4 x1
P4
F15
S9 x3
S7 x1
P16
F5
P7
S1 x1
x2
E2 Only
F4
S10
P10
E2 Only
x4
S1 x1
F13
M9
S8 x2
S1 x1
S7 x1
z
F12
F2
S5
S5
x2
z
P14
S4 x5
F12
x5
P6
S7
M8
F3
S1 x2
S7 x1
S11
x3
M9
S1 x1
x1
P5
P2
S13
x1
S7 x1
M12
S7 x1
S12 x7
S1 x1
S4 x12
P3
F9
P11
Repair Information
P13
F1
F12
F10
M6
P1
S4 x2
F6
S1 x1
S2 x4
M7
F8
F7
Mechanical
S5
M13
S7
x1
S1 x2
M1
P12
F11
F5
P4
F1
M3
F2
E3 Only
F12
F12
S5
M2
M12
S1 x2
x5
M4
M5
F4
S7 x4
F3
60
WARNING:
Parts marked with this symbol z have critical characteristics.
Use ONLY replacement parts recommended by the manufacturer.
Updating
S7 x1
F12
PACKAGING VIEW
5-2
5-3
5-4
5-5
5-6
5-7
6-2
6-3
6-4
6-5
Before Servicing
This Unit
s Parts List : http://dmedia.soundunited.com/documents/details/25798
6-1
6
5-1
5
Electrical
7
8
Mechanical
3
Repair Information
1
2
z
4
UK plug Adaptor
11
12
61
Updating
12
TROUBLE SHOOTING
SPECIAL MODE
1. POWER
2. HDMI/DVI
3. AUDIO
4. Network / Bluetooth / USB
5. SMPS
HDMI " Rx/Tx " Failure Detection
1. Prior checking
2. Preparations for checking HDMI Switcher reception/transmission register
3. Starting detecting the point of failure
4. Device implementation location
DIAGNOSTIC MODE
Service Path Check Mode
DIAGNOSTIC PATH DIAGRAM
Mechanical
CLOCK FLOW & WAVE FORM IN DIGITAL
BLOCK
Electrical
Special mode setting button
1. Version Display Mode
2. PANEL / REMOTE LOCK Selection Mode
3-1. Selecting the Mode for Service-related
3-2. Protection History Display Mode
3-3. Operation Info Mode
3-4. TUNER STEP mode (E3 only)
3-5. Remote ID Setup Mode
4. Protection Pass Mode
5. Network Initialization Mode
6. Clearing of Operation Info
7. Log Capture feature
Before Servicing
This Unit
REPAIR INFORMATION
ADJUSTMENT
Repair Information
Updating
62
TROUBLE SHOOTING
1.1. The unit does not power on
1.2. Fuse is blown
The unit does not power on
Blown fuse
Does the power indicator on the front panel flash
in green or white when the power is turned on?
Check for short circuits between the
Check the rectifier diode in the
Check for leaks and short circuits
regulator output terminal and GND
rectifier circuit on the secondary
in the parts on the primary side.
in the power supply stabilization
side, and check for short circuits.
Replace any faulty parts.
circuit. Replace faulty parts if there
Replace any faulty parts.
is a short circuit.
NO
YES
See " 1.2. Fuse is blown "
TO " 5. SMPS "
Replace the fuse after repair.
NO
NO
Is DC 5.2V being supplied from the SMPS PCB
[BN601] to the DIGITAL PCB?
NO
Is DC5.2V output even when the Board in wire
[BN601] supplying power from the SMPS PCB to
the DIGITAL PCB is removed?
YES
YES
YES
NO
Are there any parts not fully connected into the
connectors that connect the PCBs?
NO
TO " 3-2. Protection History
Display Mode "
YES
YES
See " 1.2. Fuse is blown "
Connect the connectors correctly.
NO
0V
3.3V
Check the voltage of [CN753 : 6pin] on the DIGITAL
PCB while the power display is flashing in green or
white.
Check the circuits around the Microprocessor on
the DIGITAL PCB and replace any faulty parts.
0V
≧ 0.6V
Remove the connector [BN502] of the MAIN PCB.
Check the " 3-2. Protection History Display Mode "
63
Updating
Check the voltage of [CN753 : 9pin] on the DIGITAL
PCB while the power display is flashing in green or
white.
Repair Information
Does the power display on the front panel lights
green or white after approximately 8 seconds?
Mechanical
Check for breakages and short circuits in the
circuits and parts between [CN741] on the
DIGITAL PCB and the microprocessor power
supply and replace any faulty parts.
Check the circuits around the Microprocessor
on the DIGITAL PCB and replace any faulty
parts.
Is the fuse functioning properly?
Electrical
YES
Is a fuse blown?
Before Servicing
This Unit
1. POWER
2.1. No picture or sound is output (HDMI to HDMI)
(8) hen using a DENON Blu-ray/DVD player, is the " HDMI " indicator of the fluorescent display lit?
W
P
roceed to YES when using a Blu-ray/DVD player produced by other manufactures.
No picture or sound is output.
NO
Check the connection of the HDMI/DVI cable.
(1) s the HDMI/DVI cable correctly inserted?
I
(9) re a picture and sound output when the
A
resolution of the Blu-ray/DVD player is
changed?
NO
(10) s sound output from the speaker terminal of
I
this unit when the power of the TV is turned
off or the cable connecting the TV to this unit
is removed?
Remove all of these and connect only the HDMI/
DVI cable.
YES
The Blu-ray/DVD player may not support the
HDCP repeater function.
Refer to the manufacturer of the Blu-ray/DVD
player.
NO
NO
(3) s a certified HDMI cable (with the HDMI mark)
I
being used?
the output resolution of the Blu-ray/
DVD player to the resolution supported by
the TV.
NO
(11) re a picture and sound output when a
A
different Blu-ray/DVD player is used?
Use a certified HDMI cable (with the HDMI mark).
YES
YES
The Blu-ray/DVD player is faulty.
(4) s the HDMI/DVI cable shorter than 5m?
I
Replace the HDMI/DVI cable with the one shorter
than 5m (2m is recommended) and check again.
Check the TV.
YES
NO
NO
(12) oes the TV support HDCP?
D
Use an " High speed HDMI cable with Ethernet "
or " High speed cable " that comes with the HDMI
logo.
YES
NO
YES
(6) re a picture and sound output when a
A
different HDMI/DVI cable is used?
YES
(13) Does the TV support 1080P/4K?
The HDMI/DVI cable is faulty.
If the TV does not support 1080P/4K, a picture
cannot be output even if the Blu-ray/DVD player is
set to 1080P/4K.
YES
NO
NO
(14) s the TV input setting set to HDMI?
I
Check the Blu-ray/DVD player.
(7) re the HDMI output settings of the Blu-ray/
A
DVD player correct?
Use a TV that supports HDCP. Computer monitors
cannot be used.
Check the instruction manual of the TV and check
the input setting.
YES
NO
Repair Information
(5) hen the input signal is Deep Color or 4K, are
W
you using a " High speed HDMI cable with
Ethernet " or " High speed cable " that bears the
HDMI logo?
Mechanical
NO
NO
Electrical
YES
YES Set
NO
Check the connection of the HDMI/DVI cable.
YES
(2) s an HDMI/DVI selector, repeater or image
I
quality improvement device being used?
YES
Before Servicing
This Unit
2. HDMI/DVI
Check the instruction manual of the Blu-ray/DVD
player and set the HDMI output correctly.
Updating
YES
Go to next page.
64
Before Servicing
This Unit
YES
(15) re a picture and sound output when a
A
different TV is used?
The TV is faulty.
NO
Check the unit.
NO
Electrical
See " HDMI " Rx/Tx " Failure Detection "
Mechanical
Repair Information
Updating
65
3.1. AUDIO CHECK
No audio output
YES
CHECK 1
INPUT
SURROUND MODE
SOURCE
Audio output OK?
ANALOG 2CH
DIRECT
ANALOG
CHECK 2
INPUT
SURROUND MODE
SOURCE
Audio output OK?
COAX or OPT
-
CHECK 3
INPUT
SURROUND MODE
SOURCE
Audio output OK?
ANALOG 2CH
STEREO
NO
ANALOG
Check the ANALOG AUDIO BLOCK
Before Servicing
This Unit
3. AUDIO
YES
NO
YES
NO
Electrical
Check the DIGITAL AUDIO BLOCK
2ch PCM
Check the ADC BLOCK
YES
INPUT
SURROUND MODE
Audio output OK?
HDMI
-
SOURCE
2ch PCM
NO
Check the HDMI BLOCK
See " Service Path Check Mode "
Mechanical
CHECK 4
Repair Information
Updating
66
3.3. Analog audio
Before Servicing
This Unit
3.2. Power AMP (AMP PCB)
When using the protection pass mode, do not connect speakers to the speaker terminals.
No audio output.
Protection is activated.
No audio output.
YES
YES
Is the power transistor open or short circuited?
2SB1560 / 2SD2390
NO
Is a voltage of ± 12V supplied to DIGITAL PCB
[CN823]?
Replace the power transistor.
NO
YES
YES
YES
Replace the emitter resistor.
Is there an audio signal in DIGITAL PCB [CN823]?
NO
NO
YES
Is the base resistor of the power transistor open?
4.7 Ω
NO
Is the serial data for electronic volume sent to the
[IC822] of DIGITAL PCB?
Replace the base resistor.
NO
Check the CPU.
YES
YES
Reconnect the connectors correctly.
If the malfunctioning channel and function can be identified, check the corresponding signal path.
Replace the trimmer potentiometers.
NO
Mechanical
Is the trimmer potentiometer between the base of
the power transistor open?
1kΩ
Repair the power amplifier.
Electrical
Is the emitter resistor of the power transistor
open?
0.22 Ω
Repair the ± 12V power supply.
YES
Are any other transistors faulty?
Replace the transistor.
Repair Information
NO
YES
Are any other resistors faulty?
Replace the resistor.
NO
Turn on the power and, check that the voltage of each part is correct and that there is an idling current.
Updating
67
4.1. Cannot connect to the network
Check the connection environment
NO
Can the LEGO5V output voltage
(5V) to [Q7402 : FET-SW] be
confirmed?
Insert the LAN cable correctly and then turn on
the power again.
Is the LAN cable correctly inserted?
YES
NO
NO
Is NET5V_POWER [IC751 : 52pin
uCOM] " Hi " ?
The circuit of NET5V_POWER
between [IC751-Q7402] are
faulty.
Before Servicing
This Unit
4. Network / Bluetooth / USB
YES
NO
Are the network settings of this unit correct?
The circuit around [Q7402 :
FET-SW] is faulty.
Set the IP address, etc. correctly.
When the static IP address is used, check that no
other devices have the same IP address and that
the subnet mask settings are correct.
Can the D3.3V output voltage
(3.3V) to [IC741 : DC-DC Conv.]
be confirmed?
YES
NO
Is MAIN_POWER [IC741 : 5pin]
" Hi " ?
Check D5.2V between [CN741IC741].
YES
NO
YES
Connect the peripheral devices correctly.
The circuit around [IC741 : DCDC.Conv.] is faulty.
YES
NO
Are the router settings correct?
Check the instruction manual of the router and
configure the settings correctly.
Check that there are no connection restrictions by
MAC addresses, etc.
Can the NET3.3V output voltage
(3.3V) to [Q7404 : FET-SW] be
confirmed?
NO
Is NET3V3_POWER [IC751 :
111pin uCOM] " Hi " ?
The circuit of NET3V3_POWER
between [IC751-Q7404] are
faulty.
YES
YES
Checking the unit
The circuit around [Q7404 :
FET-SW] is faulty.
NO
Can the voltage (5.2V) be confirmed between
[CN741 : 1pin]?
TO " 5. SMPS "
NO
Are the versions of the HEOS Version displayed in
Version Check Mode?
YES
The Network Module software is faulty.
Repair Information
YES
NO
Mechanical
Are peripheral devices such as the router and hub
connected to this unit correctly?
NO
Electrical
YES
Check the setting
YES
68
Updating
The circuit of Network Module is faulty.
4.3. Cannot recognize the connected USB device
Check the Bluetooth device being used
Check the USB device being used
NO
Is the Bluetooth device compatible with the A2DP
profile?
YES
Use a device that is A2DP profile compatible.
Is a USB hub being used?
YES
Do not use a USB hub.
Before Servicing
This Unit
4.2. Cannot establish a Bluetooth connection
NO
NO
NO
Enable the Bluetooth function and try connecting
again.
Supports mass storage class and MTP-compatible
devices formatted to FAT16, FAT32 or NTFS.
Is the USB device supported by this unit?
YES
YES
Checking the unit
Checking the unit
Electrical
Is the Bluetooth function enabled on the
Bluetooth device?
NO
Is the antenna cable inserted correctly into
Network Module?
NO
Connect the antenna cable correctly.
Are [CN813] of the DIGITAL PCB and [BN104] of
the USB PCB correctly connected?
Connect the connectors correctly.
YES
In the same way as for Network connection troubleshooting, check the Network Module power supply
and HEOS Version is displayed correctly.
Can the voltage of the USB PCB (5.2V) be
confirmed?
[JK101 : 1pin]
NO
The circuit around [IC814] of the DIGITAL PCB is
faulty.
Mechanical
YES
YES
Repair Information
The USB signal circuit between Network Module and [JK101] of the USB PCB are faulty.
Updating
69
R7864
C7449
R7543
MCU+5V
(B SIDE)
Updating
Pb
70
-12V
R7490
R7283
R7345
R7343
R7516
R7364
IC723
D7403
R7491
R7492
R7493
Q7222
C7352
C7297
R7274
R7273
R7271
C7990
C7512
R7531
D7404
L7305
C7318
R7442
C7173
R7514
Q7411
R7569
D8208
D8207
D7229
Q7211
CN753
1.HI-B_RLY
2.H/P_RLY
3.FRONT_A_RL
4.FRONT_B_RL
5.DGND
6.DC_PROT
7.DGND
8.CURRENT_DET
9.ASO_DET
10.THERMALDET_A
11.THERMALDET_B
C7901
CN753
C7921
IC794
4
C8234
C8254
D8202
R7975
R7976
R7977
R7972
C7913 C7923
C7911
C7918
R7822
25
C7953
C7963
C7951C7961
C7920
C7943
C7931
C7973
C8233
20
C7933
C7941
C7971
C8255
C8253
R8240
C7986
C8229
C8227
R8244
30
10
40
C7893
C7841
R7834
R7858 R7861
R7857
R7841
C7842
C7867
C7868
C7843
C7844
D_RST
C7989
C7985
C7869
C7840
C7894
C7839
C7864
C7838
C7837
C7896
R7833
R7832
R7831
R7829
R7830
J_TCK1
R8252
R8251
R8229
R8231
R8232
50
10
C7603
R7611
R7613
C7659
R7752
R7753
R7750
R7722
R7725
60
RN811
L8102
4
C7653
C7654
R7608
37
R7662
R7637
IC762
C7626 R7633
C7660
C7998
C7662
C8245
R7787
R7789
R7786
R7785
4
14
FSDIR1
64FSDIR1
70
R8131 R8132
R7738
R7751
256FSDIR1
R7749
R7726
R7719 R7731
R7737 R7740
R7742R7743
R7723 R7724
IC773
C7781
C7782
X7701
R7791
R7607
DR_DOUT
DR_DIN
DR_CK
DR_CE
R7609
R7610
R7612
C7656
L7701
R7790
55
C7518
R7354
R7355
C7519
17
17
32
L8204
L8203
C8247
R7736
R7132
R7133
R7134
L7107
C7469
9
10
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
J_TDI1
C7975
R7988
R7987
R7989 C8228
R7990
R8243
132
RN782 RN781
30
R7784
40
3
C7
51
R7
3
10
8
R7360
R7359
R7334
C8111
C8110
48
C7627
C8244
IC763
72
R7226
R7225
R7246
R7245
DATADIR1
80
R7602
R7601
8
RN761
R8207
D8201
C7910
R7979
R7980
R7981 R7978
R7984
R7985
R7986
C7904
36
C7926
J_TDO1
R7739
R7744
1
30
X7
29
R7
3
37
C7238
C7239
R7223
73
10
8
788_HINT
R8287
R8313
R8309
C8203
R8208
12
J_TMS
PLD_WRITE
R8260
R8264
R8262
R8263
R8316
4
R8238
C8289 4
4
C8118
C8117
D8101
D8104
R8306
R8294
R8293
R8222
10
4
R7746
R7747
+5V_4
14
R9506
R9507
R7625
C7618
R7626
R7627
R7629
R8266
R8267
C7988
C8265
JK951
R8224
R8303
C8302
R8301
C8301
R8304
C8303
R8302
R8214
R8216
C8218
R8213
C8217
R8215
R8220
R8218
C8220
R8217
C8219
R8219
C8215
C8216
R7103
R7108
CN755
D9002
C9001
D9001
L9001
R9006
R9005
R9004
JK823
R8226
C8284
R8268
C8266
R8223
CK_2
DA_2
C7113 R7107
R7104
R7585
R7102
R7106
R7105
R7623 JK762
R7628
R7624
C7617
R7622
C7619
Q8205 D9501
R9502
R9501
C9501
R8265
R8314
R8307
R8311
C8211
8
R9508
Q7101
Q9002 Q9001
R8181
L8104
D8102
2
16
Q7201
C7114
R7111 R7117
R7112R7114
R7116R7113
R7115R7118
TH801 Q7102
D8103
L8103
R8259
R8310 R8308 R8305
C8290
R8239
R8289
J_TCK
R9007
R7782
J_TDO
R8317
R7143R7144
C7153
X7101
R7258
C7274
D7231
C7273
R7259R7253
R7260R7256
R7257
C7275
R7254
D7230
R7216R7213
R7215R7218
C7201
R7201 R7207
R7202 R7204
R7206 R7203
R7205 R7208
P_DA
C7276
D7225
D7226
788_RST
C7271
C7211
R7211R7217
R7212R7214
8
10
D7221
D7222
RN721
RN722
RN723
X7201
R7140
R7157 C7115
R7158 R7121 R7127
R7122 R7124
R7126 R7123
R7125 R7128
C8121
R8183
R8184
R8188
R8185
R8187
J_TDI
R7
24
7
R7131
R7156
R7155
R7151
R7153
R7152
R7150
R7139
R7745
9
10
C8205
C8204
R8271
L7567
C7938
R7621
89
10
A
B
C
D
C7468
R7704 E
F
G
H
R7720
J
K
L
R7712
M
R7729
N
R7732
P
R
T
R7714R7705
30
0
35
C7
R7326
R7328
R7327
A_CK
R7307
R7308
R7309
R7306
C7459
C7458
C7457
6
R8312 R8210
L7551
L7564
L7558
L7557
L7553
C7907
C7909
R7910
R7908
R7971
R7906
R7905
R7907 C7903
R7819
R7820
C7908
L7560
L7566
L7527
L7525
L7526
L7524
L7523
L7528
L7522
DO_F
DI_-/FR
X7801
2
C8101
RN784 R7806
R7805
R8175
10
R8139 R8140
20
R7357
R7358
R7361
R7319
R7320
R7321
R7322
1
CEC1V1
C7403
C7402
D8209
C7288
R7255
L7554
C7994
R7238
C
C72 7287
C72 69
70
R
R 72
R727265 64
21
D7232
C7993
1.-12V
2.RTN_GND
3.+12V
4.DA+5V
5 AGND
6.FL
7.AGND
8.FR
9.MUTE_B+
CN823
L7520
DO_S
Q7401
IC722
X7501
73
R7312
R7314
D7237
D7236
OSD_MIOSD_MO
R7313
C7506
C7405
C7407
D7235
D7234 R7310
R7311
OSD_CLK
OSD_CS
AP_CK
C7466 Q7404
AP_DA
R7457
C7467
AP_CS
R7456
R7454
2
C7456
R7444
L7403
R8295
C7289
36
52
1
C72
C72
63
C
C72 7264
65
59
C71
R7816
DI_-/SW
DI_S/SL
C7775
Q7414
R7474
144
IC796
37
C
C72 7266
67
C7187
68
C71
R71
C71
42
C71 56
57
L7502 C7526 CN781
L7503
R7835
R7838
R7837
CN782
R7351
R7350
4
C72
C72
C71
C8282
L7204
C72 C72
45 46
58
C7881
R7848
R7836
R7853
R7854 R7840
R7852
R7851
R7850
R7847
R7849
C7845
C7847
R7856
R7863
R7862
Q7417
R7445
4 C7934
C8206
R7423
Q7221
Q8207 C8304 Q8206
D3.3V
R7422
C7279
C7285
C71
R7846
Q7801
L7421
L7425
L7424
Q7413
R7352
R7353
C7974
R7427
IC732
L7303
L7304
C7906
C8214
R8221
R8211
R7413
R7269
C7280
C7313
L7202
L7203
L7209
C7435
R7302
C7321
R7303
C7325
R7929 R7903
R7919 R7904
C7914
L7201
C7282
C7677
C7426
C7425
C7316
C7278
L7109
C7249
C7189
48
61
60
C8281
47
C7195
C7196
C71
C71
51
Q7212
4
C7972
C7436
R7342
IC793 4 R7969
R7959
C7954
R7417
R7523
R7974
R7973
Q7419
R7412
R7527
C72
L7108
C72
42
CN751
27.B/P_IRIN_DE
26.DGND
25.MCU_3V3
24.MCU+5V
23.CPU_POWER
22.FL_DATA L7504
21.FL_CLK C7525
20.FL_CE
L7505
19.FL_RST
L7506
18.RC_IN
17.GRN_LED L7507
16.RED_LED L7508
15.KEY_1
L7509
14.KEY_2
L7510
13.KEY_3
12.VSEL_B L7511
11.VSEL_A
10.H/P_DET L7512
L7513
9.TRE_B
8.TRE_A
L7514
7.BAS_B
L7515
6.BAS_A
L7516
5.BAL_B
4.POWER_KEYL7517
3.BAL_A
L7518
2.ISEL_B
1.ISEL_A
L7519
T787
R7855
DAFS1
DADATAF1
DA64FS1
DA256FS1
R7478
R7468
R7469
C7475
C7474
R7426
L7422
MN864788_ROM ADV7623_ROM
Q7410
Q7416 C7479
R7479
C7433 C7434
C7429
C7427
C7428
IC742
D7671
C7412
R7524
C7634
C7422
R7525
R7356 R7526
C7510
C
C72 7244
C72 83
C 43
C72 7242
41
C71
R7159
R7160
R7845
T786
T785
R7597
C7902
C7661
C8306
C7413
IC734
R7275
41
R7149
R7346
R7280
C73
C73 10
11
C7194
C7193
AVDD11TX
RN712 RN711
17 C
C71 7163
C71
16
62
C71
19
C71
C71
T784
9
C7319
40
R7109
C71
R7561
R7499
R7566
R7563
R7562
R7565
R7564
R7568
R7567
5
C
C73 7306
08
39
C7295
C7176
R7596
C7592
R7595
R7600
R7589
R7590
R7593
R7592
R7591
CN823
C7676
R7671
Q8209 Q8208
C7423
C7514
C7312
L7301
C71
C7177
R7599
C7593
R7598
Q7593
Q7594
109
IC792
C7658
R7649
R7648
C7657
R7674
R7673
R7672 C7675
R7477
R7584 R7583
R7927
R7926
R7928
R7918
R7916
R7917
Q7412
R7277
07
C7192
C73
R7301
RN714
C7301
C7181
C
C737302
03
22
C7182
C
C737304
05
91
C71
C 66
75
C 71
C 7137 38
C 7136
C 71
C 71 70
C 71 35
C 71 68
C 71 34
C 71 33
C 71 32
C717131 72
29
C71
C7759
R7780
R7779
R7588
C7591
R7594
C7511
R7466
C7473
R7467
L7415
L7414
L7412
R7428
C7424
5
23 34
R7 72
R
C8307
C8207
R8269
R7433
R7432
R7551
C
C737337
36
C71
PVDD33
C71
IC772
R8276
R7546
R7547 R7548
R7558
R7559
C7513
R7560
R7530
R7533
R7544
R7545
R7536
R7541
R7540
R7542
C7501
Q7502
Q7409
R7465
Q7503
D7502
C7991
C7674
R7949 R7982
R7939 R7983
4
C7438
C7527
34
C7183
C7184
C7178
AVDD33TX
C7924
IC795
R7631
C7447
R7579
C73
C7315
L7302
C7190
C7179
C7180
C7130
L7104
C8116
R8180
R8179
L7105
R7281
R7278
R7348
R7349
C73 C73
C73 33 27
C73 32
C73 31
30
C7714
IC815
R8274
L7434
L7413
R7416
C7416
C7415
C7414
L7411
C7655
D7605
R7480
C7515
1
R7948
R7947
R7946
R7344
C7516
C7314
R7333
R7606
C7608
R7603
R7604
R7605
R8277
C8275
R8281
L7432
R7437
L7431
R7410
R7961
R7635
R7634
R7481
R7532
C7340 R R73
73 32
31
L7307
L7308 C7338
C7716
R7617
C7609
R8275
C8269
R8273
Q7422
Q7424
C7482
Q7420
2
R7279
R7282
C7717
C7719
C7710
R8178
R7614
C8257
C8288
R8228
C7484
R7487
R7486
D7402
D7401
C7441
C7439
C7440
L7529
R7643
R7642
4 R7630 C7620
R7577
R7578
C7522
R7576
IC811
R7962
IC760
R7363
R7362
R7501
R7951
4
Q7418
D7501
C7341
C7342
C7648
C8223
R8233
C8224
R8234
C7411
R7912
R7272 R7270
R7365
R7366
R7511
R7512
R7513
C7721
R7716
R7717
L7306
C7328
R7509
R7510
Q7402
C7502
C7503
R7504
C7504
R8142
R8141
R8186
R8150
R8148
R8146
R8144
C7507
C7508
C8109
IC813
R8143
R8157
R8154
R8151
R7508
R7502
R7503
C8107
R8001
R8101
C7464
C7465
C7802
C7889
R8149
R8147
R8145
R8159
C7517
R7859
R7652
R7654
C7645
R8158
R7517
C7855
C7854
R8155
R8153
R8152
R7520
R7519
R7518
C7852
C7853
C7831
C7880
C7848
C7849
C7883
C7835
R8156
R8160
C8258
R7660
IC765
C7630
R7639
R7638
C7448
C7463
R7453
C7927
R7934
R7933
C7651
C7709
R7659
C7485
C7813
C7900
C7812
C7877
C7811
C7895
C7872
C7820
C7819
C7898
C7818
C7873
R7818
C7899
C7817
C7874
C7816
C7875
C7815
C7814
C7876
R7943
R7944
C7678
+1.1V
R7534
R7539
R7538
R7537
R7535
R7821
R7964
R7963
C7672
R8162
C7625
R8254 R8315
R7489
R7488
+12V
DA+5V
C7997
R7954
RN788
RN791
R7953
R7682
R7683
C7857
R7913 R7923
R7924
R7914
C7671
C7856
2
6
C8226
C7715
2
2
6
R7436
20
11
8
5
10
2
6
36
C8225
27
21
2
6
2
10
20
11
19
19
19
19
19
C7681
R8166
11
R8167
1
R8163
C7155
R7148
R7154
C7718
R7952
C7964
R7967
R7968
R7966 R7921
R7958
R7957
R7956 R7922
8
R8164
R8165
R7911
R7937
R7936
R7938
5
MCU_3V3
C7353
C7916
C7624
2
3
CN821
1.TUNER-L
2.TUNER-R
3.VCC
4.TUNER_SCLK
5.TUNER_SDIO
6.TUNER_CE
7.TUNER_RST
8.TUNER_INT
9.CHGND
10.CHGND
11.-7.5V
12.-7.5V
13.PHONO-R
14.AGND
15.PHONO-L
5
JK101
CN821
JK101
1 2 3 4
R8209
C8201
C8202
IC821
R7656
R7655
C7937
C8235
C8236
R8270
R7147
D7238
R7261
R7244
C7294
C7317
C7277
C7284
C7326
C7462
C7460
C7451
C7461
+1.8V
+5V
C7476
R7443
C7520
R7570
J1105
CUP13026Z-4
MP
BN104
1.VBUS
2.USBD+
3.USBD4.DGND
5.DGND
L8201
BN104
Pb
Repair Information
R7915
DI_SB/SR
C7944
R8237
8
IC812
R7941
C8291
C8308
5
T801
R7942
8
Q7402
R7452
R7451
C7707
R7135
C7637
5
787_HINT
48
C8106
C8103
C7702
R8161
IC733
37
R8105
R7713
R7708
C7174 AVDD33RX
R7931
R7932
8
R8028
R8027
C7703
176
R8102
C7704
C7713
133
R8104
C7706
DI_F/FL
IC766
R8253 R8246
5
5
R8212
C7629
8
R8026
R7721
R7718
DI_CSW/C
C7639
5
R8176
C7720
C7708
IC753
Q7121
8
C7643
D7602 R7647
5
C7810
C7882
R7814
R7815
19
C7809
C7884
6 10
C8102
C8105
C8104
2
R7804
R7809
6
C7778
C7777
C7711
4
C7801
R7748
R7138
R7137
R7136
C7999
C7928
C8278
C7636 R7645
16
L7102
C7615
R8245
D8211D8210
31
R7802
R8108
R8004
R7727
L7103
10
C7652
C72
C7888
R8005
RN771
C7705
Q7122
DI_LRCK
R7641
IC825
C8305
24
C72 25
C72 26
C72 7227 28
C 72C72
C 29
40
C727230
C
C7823
C7865
R7803
R7810
C7887
C7803
C7890
C7806
C7807
C7886
C7808
C7885
C7866
R7730
R7734
R7733
Q7111
C8261
24
R8288 R8279
C8286
Mechanical
IC752
12
+5V
20
13
C7628
R8236
8
Q7112
26
DA_DA1
DA_CK1
DA_MS1
R8278
R8225
21
C72 22
C72 23
C72
R7826
R7825
R7824
R7823
C7822
C7897
C7821
C7871
R8111
R8110
DO_LRCK
5
C7915
RN787
R7828
C7830
C7829
C7827
C7878
C7826
R7827
C7824
C7863
C7833
R8113
R8112
DSP_ROM
C7930
20
R7955
C7892
C7834
C7779
C7832
R8009
C7712
DI_MCK
C7638
6
(A SIDE)
CN751
DO_C
C8277
L7
R8008
R8007
C7701
L7801
DSP_EMULATOR
C7612
C8268
IC823
JK821
C8283
55
C72
54
C72
C7606
DO_BCK
IC791
22
C7917
C7879
C7862
C7828
C7995 C7800
C7996 C7891
C7992 C7825
T802
7
88
C7936
C7635
15
R73 7316 17
R R73 18
R73 29
C73
C7912
C7644
R7902
C7935
R7901
C7614
C8285
58
C72725756
C 72
C
IC784
R8015
R8013
R8012
R8011
5
R7817
D_FLG0
C8280
24
C7962
C7929
R8118
R8117
C7846
11
C7776
R8291
C73
C7922
C7919
R8128
R8017
R8126
R8016
R8123
R8121
CN783
D7601
23
C73
R7925
C7925
R8169
R8171
R7842
R7839
C7605
IC764
C73
R7935
R8014
Pb
4
7
45
D7603
R8272
04
R73 7305 40
R R73 41
R73
R7945
R8010
10
R7807
R7811
43
C7932
BAR CODE LABEL
R7844
R7843
5
RN783
C73
C7952
C8113
IC783
D7604
44
C73
R7965
C7870
C7836
C7851
C7850
MP_CUP13029Z_A
IC782
RN785 RN786
C7663
86
R7661
MCU_E20/EMULATOR
R7812
R7813
C7861 C7860
R7619
R7618
45
R7653
11
BK814
C73
R7676
R7675
R8173
DSP_DEBUG
36
IC824
48
C73 7347
C 7335
R 7346
C
R7681
C7601
FCT2
R7801
R7646
C8267
C72
C7604
C7478
L7802
C7805
C7859 C7858
25
C8279
92
C7610
CN811
RN790 RN789
R8286 R8290
4
C72
R7636
R8023
R8021
R8019
ICT FCT1 RP
R8003
C8115
R7663
X7601
C8274
91
R7632
Q7595
MI
Q7415
R8174
R8002
C7804
R8103
C8112
R7860
R8177
49
C73
C7623
R7475
CN813
IC814
IC761
2 JK822
C72
C7622
C7613
C7611
CN752
SMT
C7477
R7476
T805
RN762
C8263
C8273
62
C72 7261 60
C 72 59
C C72
C7642
C7641
C7640
Q7596
Q7404
CN813
C8259
27
C71
C7942
USB test point
Electrical
C7528
AI
R8107
R8106
IC781
OUT
Before Servicing
This Unit
ET751
C7529
VERSION
R8006
R8109
C7602
D8204
D8206
R8255
R8280
26
R7644
VERSION OPTION
E3
E2
R7581 OPEN 18k
R7582 3.3k OPEN
R8114
R8182
R8257
Q8204
5
64
C7633
C8276
DRA800H
C8108
D8205
C8262
28
C7680
C7679
DI_BCK
R8170
R8168
R8116
R8172
R8115
T804
Q8203
Q8210
2
C71
R7640
C7632
BK811
R7735
IC951
C8264
R8261
3
15
CEC_PW2
CEC_PW R7581
T771
J_TMS1
R8256
D8203
C7616
C71
C7650
C7646
C8270
N3V3_PW R7582
T775
T774
T773
T803
C9502
R9504
R9505
C9503
C7987
1
11
Q7421
108
BK812
Q8202
Q8211
R9503
20
C7446
C7445
C7444
R7549
R7553
R7552
R8125
R8124
R8122
R8120
R8119
C8120
Q8201
Q8212
JK761
C71
C7647
Q7403
BK813
C9504
20
C71 7186 21
C 71
C 23
C717124 25
C 71 85
C 71
C
R7650 R7651
C7649
CPU_PW
R8130
R8134
R8137
R8138
R8135
R8133
R8136
R8025
R8024
R8022
R8129
R8020
R8018
R8127
C8119
JK811
20 11
R8227
73
Q7701
2
3
11
DA_PW
R7715
PLD_ERR
T807
1
18
C71
C7673
R7528
R7529
T772
7
67
C71 7150
C 714948
C 71 71
C 71
C 7147
C 44 46
C71 71 45
C 71 65
C 71 7143
C C 69
C71
R8235
C8287
IC751
R7783
8
1
8
C7594
CN812
IC771
7
1
5
-7.5V
R7515
T806
T808
8
Q7423
R7522
C7509
R7521
1
5
CN756
Q7301
5
JK901
16
D1.1V
R7505
C7354
R7506 IC751
5
3
DA_Z_MUTE1
R8248
R7575
C7521
R7574
R7778
R7777
R7776
PLD_EMULATOR
12
C8221
C7481
L7451
N5V_PW
C7505
R7711
R7707
R7703
R7710
R7702
R7706
R7701
R7709
R7781
DA3V3
24
L7404
C7722
DGND
9
C7293
CN771
13
R8247
IC746
IC701
C7780
44
L7433
C7471
7
10
VDD33
R7101
HPD_1
5
IC743
5
C7296
AVDD11RX
+5V_1
8
C7442
CN721
A_RST
JK701
5
R7573
7
R7324
R7323
A_DA
+5V_2 HPD_2
1
IC743
C7420
C7421
C7419
Q7501
5
VDD11
E
5
R7434
R7435
C7443
R7571
R7572
R7470
R7471
R7473
CN731
A
D
15
C7417
RN713 RN715RN716
JK711
25
R7411
IC744
C7335
HPD_3
35
IC741
L7443
IC731
+5V_3
8
C7309
JK721
2
5
L7208
C7154
45
D3.3V
HAINT
VDD33IO
P_CK 787_RST R7145
R7146
55
C7432
DV_PW
L7106
5
+7.5V
R8249
D1.8V
C7455
C7450
R7441
72
R7431
C7188
C Q7202
2
65
L7423
R7446
R7262
R7263
HPD_4
4
R8258
IC721
37
IC741
R7219
R7220
B
15
IC742
C7430
C7406
JK731
25
C7408
C7453
C7452
C7454
C7281
DA_1 CK_1
1
I2S0
+5V_5 HPD_5
35
R7424
C7404
L7441
L7442
A
E
7
I2S1
72
R7414
L7402
C7480
R7415
C7418
L7401
R7449
R7448
R7447
JK741
41
CN741
C7401
37
R7425
L7210
R7228
R7227
D
75
R7222
R7224
DA_OUT2
54
L7207
36
C7431
36
C7290
CK_OUT2
HPD_OUT
DA_3 CK_3
C1052
FS
I2S3
I2S2
R7229
R7230
R7231
C
MP_CUP13029Z_A
5
MCK
64FS
RN725
16
3
R
R7 7237
23
6
CN741
6.MAIN_POWER
5.DGND
4.DGND
3.M_RESET
2.D5.2V
1.D5.2V
C7272
216
R
R 72
R 72 3
R 72 32 3
R7 726768
26
6
R7483
D7233
DA_4 CK_4
5
RN724
B
16
D7227
ARC
D7228
CK_5
DA_5
1
D7224
D7223
A
1
DA_OUTCK_OUT
5
+5V_OUT
7
JK751
10
9
14
4
CN741
DRA-800H DIGITAL
3
IN
2
CEC
8
24
R7
1
25 49
R7 72 50
R 72 52
R 72
R
D5V_PW
C7437
DIGITAL test point
C8292
C7631
C7621
IC822
C8222
32
(A SIDE)
C8238
C7905
C8237
L8205
R8241
ET801
11
R7243
L7206
+1.1V
R7484
C7483
R7485
Operation waveform for each part
A
DC 5V is not output.
*OPTION
C6028
OPEN
C60140.047uF(1608)
ZD 619
C6020
0.1uF(1608)
D 6010 OPEN
Z6.8V
R6020
R6021
OPEN
OPEN(1608)
OPEN(0.2W )
C6010
R6018
5.6K(0.2W )
22K/F(1608)
56(0.2W )
R6019
5600uF/6.3V(NX A)
C6019
R6016
5600uF/6.3V(NX A)
C6018
**OPTION
8
7
R6017
3.3K(0.2W )
100/50V
OPEN
10
9
OPEN(1608)
0
OUT
VDD
GND
IC604
CVIPST 8448NR_A
3
CD
NC
5
OPEN(1608)
2
C6025
L6001
4
0.047uF(1608)
R6026
BK603
CMD 1A629
BRACK ET
C6031
OPEN
6.8K/F
OPEN
R6022
1
1
400V/2200pF
2
R6023
REF
ANODE
C6024
C6030
15N(1608)
2
IC602
EL817B
CATHODE
4
Z39V
3
3
R6015
J6001
1
C6008
50V/10UF(NX A)
ZD 620
12
6.8(0.2W )
S
22K(1608)
S
11
C6029
YES
Check the damaged parts.
11
C6023
C6012
10
D 6013
RBQ30T 65A
IC603 KIA2431AP
0.1uF(1608)
9
1
V
*OPTION
8
2
X
C6013
R6006
S
S
7
12
6
UF4004
C6017
3
Z27V
1K(1608)
D
G
13
5
47/25V(NX A)
S
Z7.5V
3
F
C
IC601
CVIT OP268VG
S
S
C6015 4.7uF(1608)
C6011
ZD 611
1KV/1000pF (SMD )
P6KE150AT
D 6012
1N4007 10(1608)
R6011
R6012
4
D
14
4
D 6008
Z12V
6
Q6002
2N7002KA
1M(1608)
C6009 0V/0.22uF
5
OPEN
OPEN
330K
C6007 50V/0.1uF
C6006
C6005
R6004
YES
Are any parts damaged?
T 6001
VLT 9Z132ZW
2
ZD 618
1N4007
*OPTION
3
1
ZD 601
ZD 621
NO
2
R6013
R6031
R6032
Repair the short circuited area
on the PCB.
OPEN
1
D 6007
1M(2125)
YES
C6027
OPEN
*OPTION
1M(2125)
R6033
1M(2125)
250V/0.01uF
R6034
C6026
1KV/47pF
Replace the damaged part.
NO
Are there any short circuits
caused by the soldering on the
PCB?
JUMPER
C6003
R6014
Is [D6001/ D6002 / D6003 /
D6004] damaged?
J6003
JUMPER
Z39V Z39V Z39V
R6009
R6008
D 6006 1N4007
J6002
R6010
D 6005 1N4007
YES
Electrical
E3,K:100UF/200V
E1C,E2 :100UF/400V
D 6004 1N4007
Is the fuse [F6001] functioning
properly?
*OPTION
ZD 610 ZD 609 ZD 608
C6004
D 6003 1N4007
200V/100uF
CX 602
D 6002 1N4007
2.2M(0.2W ) 2.2M(0.2W )
250V/0.01uF
D 6001 1N4007
NO
YES
C
1M(0.2W )
C6002
270K
Replace the [IC601 : TOP268VG
and D6001/ D6002 / D6003 /
D6004].
OPEN
YES
Is [IC601 : TOP268VG] damaged?
B
Primary drain
After primary side rectification
After secondary rectifications
(Caution: High voltage, electric shock) (Caution: High voltage, electric shock)
Before Servicing
This Unit
5. SMPS
0.047uF(1608)
Replace the damaged part.
SMPS unit
(Unloaded)
A
B
C
Mechanical
Set
A
B
C
Repair Information
Updating
71
HDMI " Rx/Tx " Failure Detection
Before Servicing
This Unit
1. Prior checking
Check item(1.). : Checking the HDMI connector
Checking the condition of the HDMI pin (rear/front).
There are deformed pins.
OK
Electrical
Replace the HDMI connector.
NG
Check for deformed pins.
Mechanical
None of the pins are deformed.
Check by following the flow chart for " 3. Starting detecting the point of failure " .
NOTE :
After checking troubleshooting " 2. HDMI/DVI " , check " 3. Starting detecting the point of failure " .
Repair Information
Updating
72
2-3. Device configuration method
2-1. Necessary devices
PC settings : Execute the serial communication program, Termite.exe.
1) Check the product settings.
2-a) Player with an HDMI terminal
2-b) TV with an HDMI terminal (* NOTE : Do not use a computer monitor.)
3) Windows PC
4) Serial communication software " Termite.exe "
(Download the software from http://www.compuphase.com/software_termite.htm and install
it.)
5) HDMI cable
6) RS-232C Straight cable
7) 8U-210100S WRITING KIT
8) oscilloscope
After executing Termite.exe, click [Settings].
Electrical
2-2. Device Connection Method
Connect the TV and the AVR to the player using an HDMI cable and connect the AVR to the PC through
an RS-232C cable as shown in Figure 1.
2-a)
5)
1)
7)
6)
5)
PC
↑Top side is contacts of
flexible card cable.
Using the 7P FFC(Straight).
● is 1PIN side.
Port Configuration
Port: Select COM port of PC
Baud rate: 19200bps
Data bits: 8
Stop bits: 1
Parity: none
Flow control: none
Forward: (none)
S702
CNVSS
S707
S701
RESET
EPM
S708
S706
5V
CE
HIGH
DSPBOOT LOW
S706-709 : No Preference
3.3V
S709
3)
4P FFC Cable
This side is contacts of
flexible card cable.
S702 : 3.3V
Transmitted text
Select Append CR-LF
Check the Local Echo check box.
Mechanical
Figure 2. Screen After Executing Termite.exe
The serial port setup screen will be displayed.
Configure the settings as shown in Figure 3 and click the " OK " button.
RS-232C Cable
WRITING KIT
2-b)
Before Servicing
This Unit
2. Preparations for checking HDMI Switcher reception/transmission register
Repair Information
Figure 1 Device Connection Method (DRA-800H)
Figure 3. Serial Port Setup Screen
Updating
73
When the settings are correct, the following message will be displayed in the window of Termite.
[00]Start Sub CPU Log Mode
****
(**** is a version of Sub CPU.)
Display changes.
Method for sending commands
Enter the command in the transmission command entry section, click the [Send] button and send the
command.
Electrical
Figure 7. Display of Termite When AVR is Set
The setup is now complete.
Before Servicing
This Unit
Click the [click to connect] button to start communication.
After a connection is established successfully, the display of the button name will change as shown in
Figure 4.
Figure 4. Change of the Display of the Communication Start Button Name
Mechanical
TV settings : Switch to the HDMI input in the AVR connection.
Player settings : Turn the unit power on and configure it to play disks.
AVR settings :
While the power is On, hold down buttons " ZONE2 SOURCE " and " PRESET CH + " for at
least 3 seconds.
(Continue to press and hold the buttons until all segments of the FLD volume illuminate.)
※ When the power is turned on after initialization, " Setup Assistant " will be displayed.
After exiting " Setup Assistant " execute the above.
1. Input a command in the
transmission command input.
2.Click on the transmission button.
Figure 8. Method for Sending Termite Commands
Figure 6-1. AVR settings (DRA-800H)
for Volume 7 segment
All the
indicator Lights
Repair Information
Press
Figure 6. FLD Display When Set
Updating
74
Check item(3.1.).
Check the power supply status and communication status with the CPU of each device.
Start in HDMI Diagnostics mode and follow the procedures below.
Display when an Error is not detected.
Start in HDMI Diagnostics mode
Cancel the mode, and proceed to check item (3.2.).
1 Auto Test
While the power is on, hold down buttons " TUNER PRESET CH - " and " ZONE2 SOURCE " for at least 3
seconds.
Canceling the selected mode
Press the power button to exit off the power.
Before Servicing
This Unit
3. Starting detecting the point of failure
HDMI DIAGNOSTICS
" HDMI DIAGNOSTICS " is displayed.
Electrical
When the mode has switched, start Hardware Check.
HardwareCheck...
Display when an Error is detected.
Err:
H1-XX
Alternating display.
Check the Error Code table items.
Error Code table
Check item No.
Check item (3-1.1.)
Check item (3-2.1.)
Check item (3-3.1.)
Check item (3-5.1.)
Check item (3-6.1.)
Check item (3-4.1.)
Description
Communication Error with HDMI Rx/Tx [IC721 : MN864788]
Communication Error with HDMI SW [IC701 : MN864787]
Communication Error with OSD
[IC731 : ADV7623]
Communication Error with DSP
[IC781 : ADSP21487KSWZ2B82]
Communication Error with DIR
[IC761 : PCM9211]
Communication Error with OSD ROM [IC732 : BY25Q32BSSIG/BY25Q64ASSIG]
Repair Information
Error Code
H1-01
H1-02
H1-07
H1-08
H1-12
H1-15
Mechanical
Contact support
Updating
75
Check item(3.3). : Check operation of the HDMI output terminal.
NO
HDMI OUT
Go to check item (3-9.1.).
(OSD [ADV7623] failure detection
procedure)
When the HDMI input terminal of this device is connected to the player correctly, is sound heard from
the speaker?
※ When checking, turn the AV amplifier on and off after checking the connection terminal with the
player. (To set the same conditions during verification of operation)
Check that sound is heard from the input terminal of the HDMI4, 5.
Use any of 2ch PCM for the playback audio format.
Is the " DIG " indicator illuminated on the FLD?
When the " DIG " indicator is illuminated, the digital audio block is faulty.
If the " DIG " indicator is not illuminated, go to
check item (3-7.1.).
(HDMI Rx/Tx IC [MN864788] failure detection
procedure)
YES
NO
Check item(3.4). : Check operation of the HDMI output terminal.
HDMI IN1
HDMI OUT1
YES
NO
Go to check item (3-8.1.).
(HDMI SW [MN864787] failure detection procedure)
When the player is connected to the HDMI input terminals
in order, are the images on the player displayed on the TV in
both cases?
YES
Go to check item (3-10.1.).
(Between HDMI Tx [MN864788] &
OSD [ADV7623] failure detection
procedure)
YES
Mechanical
Check that sound is heard from the input terminal of the HDMI1, 2, 3.
Electrical
NO
When the " SETUP " button on a remote control is pressed, is
" MENU " displayed on TV which is connected to the HDMI output terminal on the AVR?
Before Servicing
This Unit
Check item(3.2.). : Check operation of the HDMI input terminal.
There is no problem with Rx, Tx, and GUI of HDMI as well as IC of SW.
Repair Information
Updating
76
Before Servicing
This Unit
3-1. Error Code H1-01 failure detection procedure
Checking device. (HDMI Rx/Tx)
Check the power supply voltage. (HDMI Rx/Tx)
Checking the reset waveform. (HDMI Rx/Tx)
Check item(3-1.1.). Check the power supply voltage. :
Does the power supply voltage of the HDMI Rx/Tx [IC721] indicate the correct voltage (1.1V, 3.3V)?
The test points are as follows.
Check item(3-1.3.). Checking the reset waveform :
Check the waveform.
When the power is turned on, is the TP [788_RST] waveform correct (as shown in the figure)?
788_RST
IC721
IC721
38pin
Electrical
Examples of confirmation waveform
Voltage scale：1.0V/div
Time scale：20ms/div
112pin
NO
1.1V
3.3V
NO
Check item(3-1.2.). Check the power supply voltage. :
Check the power components [IC741/IC744/Q7417] and the pattern
on the substrate.
If there is no problem, remove the HDMI Rx/Tx [IC721] from the
substrate and measure the voltage at the test point of check item
(3-1.1.).
Is the voltage correct (1.1V or 3.3V)?
Replace with a new device.
NO
Repair Information
YES
YES
Mechanical
YES
Check the reset circuit between
CPU [IC751] and HDMI Rx/Tx
[IC721].
If there is no problem, the HDMI
Rx/Tx [IC721] is faulty.
Replace with a new device.
Recheck from check item (3.1.).
If it does not work, replace the
PCB.
The power supply circuit is
faulty.
Replace the PCB.
Recheck from check item (3.1.).
If it does not work, replace the PCB.
Updating
Go to next page.
77
Before Servicing
This Unit
Check the I2C communication line. (HDMI Rx/Tx)
YES
Check item(3-1.4.). Check the I2C communication line :
Check the CPU.
Is the " I2C " waveform of the TP HDMI Rx/Tx [IC721] correct (like
the one shown in the diagram) when the power is turned on?
NO
P_DA
P_CK
YES
*The diagram shows an example.
(Signal patterns vary depending on the timing.)
Points for checking waveforms
- Crest value (3.3V normally)
- Signal change
- SCL frequency (400kHz normally )
Voltage scale：1.0V/div
Time scale：10us/div
Electrical
IC701
Check item(3-1.5.). Check the I2C communication line :
Check HDMI Rx/Tx [IC721], CPU[IC751]
patterns as well as soldering.
If there is no problem, go to the next
step.
Mechanical
HDMI Rx/Tx [IC721] is faulty.
Replace with a new IC.
YES
Recheck from check item (3.1.).
If it does not work, replace the PCB.
Repair Information
NO
Check the HDMI Rx/Tx.
Remove the damping resistor
[R7229/R7231] of [IC721].
Is the " I2C " waveform correct?
YES
HDMI Rx/Tx [IC721] is
faulty. Replace with a
new device.
Check the HDMI SW.
Remove the damping resistor
[R7147/R7149] of [IC701].
Is the " I2C " waveform correct?
YES
HDMI SW [IC701] is
faulty. Replace with a
new device.
NO
CPU [IC751] is faulty.
Replace with a new
device.
Updating
Recheck from check item (3.1.).
If it does not work, replace the PCB.
78
Before Servicing
This Unit
3-2. Error Code H1-02 failure detection procedure
Checking device. (HDMI SW)
Checking the reset waveform. (HDMI SW)
Check item(3-2.1.). Checking the reset waveform :
Check the waveform.
When the power is turned on, is the TP " 787_RST " waveform correct (as shown in the figure)?
Electrical
Examples of confirmation waveform
Voltage scale：1.0V/div
Time scale：20ms/div
787_RST
IC701
NO
Check the reset circuit between
CPU [IC751] and HDMI SW [IC701].
If there is no problem, the HDMI
SW [IC701] is faulty.
Replace with a new device.
Mechanical
YES
Check item(3-2.2.). Checking the HDMI SW :
Remove the [R7147/R7149].
Is the waveform of " I2C " the correct waveform?
YES
NO
Repair Information
HDMI SW [IC701] is faulty.
Replace with a new device.
Recheck from check item (3.1.).
If it does not work, replace the PCB.
Updating
79
Before Servicing
This Unit
3-3. Error Code H1-07 failure detection procedure
Checking device. (OSD)
Check the power supply voltage.
Checking the reset waveform.
Check item(3-3.1.). Check the power supply volt- NO
age. :
Does the power supply voltage of the OSD [IC731]
indicate the appropriate voltage (1.8V, 3.3V)?
The test points are as follows.
Examples of confirmation waveform
Voltage scale：1.0V/div
Time scale：20ms/div
IC731
A_RST
Electrical
6pin
IC731
93pin
Check item(3-3.3.). Checking the reset :
Check the CPU.
When the power is turned on, is the TP " A_RST " waveform correct (as
shown in the figure)?
Check item(3-3.2.). Check the power supply voltage. :
Check the power supply components [IC742/
IC741/Q7410] on the substrate and peripheral
pattern.
If there is no problem, remove the OSD [IC731]
from the substrate and measure the voltage at
the test point of check item (3-3.1.).
Is the voltage correct (1.8V or 3.3V)?
1.8V
3.3V
YES
YES
NO
NO
Check the reset circuit between CPU [IC751] and HDMI OSD [IC731].
If there is no problem, the HDMI OSD [IC731] is faulty.
Replace with a new device.
The power supply circuit is faulty.
Replace the PCB.
Recheck from check item (3.1.).
If it does not work, replace the PCB.
Repair Information
Recheck from check item (3.1.).
If it does not work, replace the PCB.
HDMI OSD [IC731] is faulty.
Replace with a new device.
Mechanical
YES
Updating
Go to next page.
80
Before Servicing
This Unit
Check the I2C communication line.
YES
Check item(3-3.4.). Check the I2C communication line :
Check the CPU.
Is the " I2C " waveform of the HDMI OSD [IC731] correct (like the one
shown in the diagram) when the power is turned on?
IC731
A_CK
A_DA
Electrical
*The diagram shows an example.
Signal patterns vary depending on the
(
timing.)
Points for checking waveforms
- Crest value (3.3V normally)
- Signal change
- SCL frequency (400kHz normally)
Voltage scale：1.0V/div
Time scale：10us/div
NO
Mechanical
YES
Check item(3-3.5.). Check the I2C communication line :
Check HDMI OSD [IC731], CPU [IC751] patterns as well as soldering.
If there is no problem, go to the next step.
NO
CPU [IC751] is faulty.
Replace with a new device.
Repair Information
Check the HDMI Rx.
Remove the damping resistor [R7323/R7324]
of [IC731].
Is the " I2C " waveform correct?
YES
OSD [IC731] is faulty.
Replace with a new device.
Recheck from check item (3.1.).
If it does not work, replace the PCB.
Updating
81
Before Servicing
This Unit
3-4. Error Code H1-15 failure detection procedure
Checking device. [IC732 : BY25Q32BSSIG(E3)/BY25Q64ASSIG(E2)]
Check item(3-4.1.).
Write to the OSD ROM.
NO
Recheck from check item (3.1.).
Does Error Code H1-15 continue?
YES
Electrical
Check item(3-4.2.).
Replace [IC732] with a new device.
NO
Recheck from check item (3.1.).
Does Error Code H1-15 continue?
YES
Go to check item (3-3.1.).
Recheck from check item (3.2.).
Mechanical
Repair Information
Updating
82
Before Servicing
This Unit
3-5. Error Code H1-08 failure detection procedure
Checking device. [IC781 : ADSP21487KSWZ2B82]
Check the power supply voltage.
Checking the reset waveform.
Check item(3-5.1.). Check the power supply volt- NO
age. :
Does the power supply voltage of the DSP [IC781]
indicate the appropriate voltage (1.1V, 3.3V)?
The test points are as follows.
Check item(3-5.3.). Checking the reset :
Check the CPU.
Is the waveform of the TP near the DSP [IC781] correct (like the one
shown in the diagram) when the power is turned on?
Examples of confirmation waveform
Voltage scale：1.0V/div
Time scale：20ms/div
D_RST
IC781
IC781
Electrical
C7868 C7605
Check item(3-5.2.). Check the power supply voltage. :
Check the power supply components [IC741/
IC743/Q7415] on the substrate and peripheral
pattern.
If there is no problem, remove the DSP [IC781]
from the substrate and measure the voltage at
the test point of check item (3-5.1.).
Is the voltage correct (1.1V or 3.3V)?
1.1V
3.3V
YES
NO
YES
NO
Check the reset circuit between CPU [IC751] and DSP [IC781].
If there is no problem, the DSP [IC781] is faulty.
Replace with a new device.
The power supply circuit is faulty.
Replace the PCB.
Recheck from check item (3.1.).
If it does not work, replace the PCB.
Repair Information
DSP [IC781] is faulty.
Replace with a new device.
Mechanical
YES
Recheck from check item (3.1.).
If it does not work, replace the PCB.
Updating
Go to next page.
83
Before Servicing
This Unit
Check the SPI communication line.
YES
Check item(3-5.4.). Check the SPI communication line :
Check the CPU.
Is the " SPI " waveform of the TP near the DSP [IC781] correct (like
the one shown in the diagram) when the power is turned on?
Electrical
IC781
CN782:3pin DSP_CLK
CN782:4pin DSP_MOSI
CN782:6pin DSP_ICS
CN782:5pin DSP_MISO
*The diagram shows an example.
Signal patterns vary depending on the
(
timing.)
Points for checking waveforms
- Crest value (3.3V normally)
- Signal change
- CLOCK frequency (about 6MHz)
Voltage scale：2.0V/div
Time scale：2us/div
NO
Mechanical
YES
Check item(3-5.5.). Check the SPI communication line :
Check DSP [IC781], CPU [IC751] patterns as well as soldering.
If there is no problem, go to the next step.
Repair Information
DSP [IC781] is faulty.
Replace with a new device.
Updating
Recheck from check item (3.1.).
If it does not work, replace the PCB.
84
Before Servicing
This Unit
3-6. Error Code H1-12 failure detection procedure
Checking device. [IC761 : PCM9211]
Check the power supply voltage.
Checking the reset waveform.
Check item(3-6.1.). Check the power supply voltage. :
Does the power supply voltage of the DIR [IC761]
indicate the appropriate voltage (3.3V)?
The test points are as follows.
NO
Check item(3-6.3.). Checking the reset :
Check the CPU.
When the power is turned on, is the DIR [IC761 : 34pin] waveform
correct (as shown in the figure)?
Examples of confirmation waveform
Voltage scale：1.0V/div
Time scale：20ms/div
Electrical
Check item(3-6.2.). Check the power supply voltage. :
Check the power supply components [IC741/
Q7415] on the substrate and peripheral pattern.
If there is no problem, remove the DIR [IC761]
from the substrate and measure the voltage at
the test point of check item (3-6.1.).
Is the power supply voltage correct (3.3V)?
IC761
C7602 IC761
34pin
YES
YES
NO
YES
NO
Check the reset circuit between CPU [IC751] and DIR [IC761].
If there is no problem, the DIR [IC761] is faulty.
Replace with a new device.
The power supply circuit is faulty.
Replace the PCB.
Recheck from check item (3.1.).
If it does not work, replace the PCB.
Repair Information
DIR [IC761] is faulty.
Replace with a new device.
Mechanical
3.3V
Recheck from check item (3.1.).
If it does not work, replace the PCB.
Updating
Go to next page.
85
Before Servicing
This Unit
Check the communication line.
YES
Check item(3-6.4.). Check the communication line :
Check the CPU.
Is the waveform of the TP near the DIR [IC761] correct (like the one
shown in the diagram) when the power is turned on?
*The diagram shows an example.
Signal patterns vary depending on the
(
timing.)
Points for checking waveforms
- Crest value (3.3V normally)
- Signal change
- CLOCK frequency (about 2MHz)
Voltage scale：2.0V/div
Time scale：2us/div
NO
Mechanical
YES
DR_CK
DR_DIN
DR_CE
DR_DOUT
Electrical
IC761
Check item(3-6.5.). Check the communication line :
Check DIR [IC761], CPU[IC751] patterns as well as soldering.
If there is no problem, go to the next step.
Repair Information
DIR [IC761] is faulty.
Replace with a new device.
Updating
Recheck from check item (3.1.).
If it does not work, replace the PCB.
86
Checking operation between the HDMI (Rx/Tx) device and the player
Check item(3-7.2.). Checking the DDC status register :
Send the following command from Termite.exe.
I
b n order to check, connect the player to the HDMI terminal and configure the player as AVR source.
Check the sound output while turning on the player.
Case of HDMI IN4
Send the command " i 0003 0054 0001 " .
Case of HDMI IN5
Send the command " i 0003 0024 0001 " .
i 0003 0054 0001
Electrical
Checking the +5V/DDC status register (HDMI Rx/Tx)
Example
Move to the branch destination according to the value returned.
Check item(3-7.1.). Checking the 5V status register :
Send the following command from Termite.exe.
Example
Send the command " i 0006 00FF 0001 " .
Move to the branch destination according to the value returned.
i 0006 00FF 0001
Go to check item (3-7.3.).
" 00 or 04 "
(Detection of DDC is not OK.)
HDMI IN4 " 22 or 20 " HDMI IN5 " 11 or 10 "
(Detection of 5V is OK)
Go to check item (3-7.4.).
Go to check item (3-7.5.).
Repair Information
" 22 "
(Detection of DDC is OK)
Mechanical
HDMI IN 4, 5 " 00 "
(Detection of 5V is not OK.)
Before Servicing
This Unit
3-7. HDMI Rx [MN864788] failure detection procedure
Updating
87
When the results of check item (3-7.2.) are " 00 or 04 "
(Detection of DDC is not OK.)
Check the +5V voltage. (HDMI Rx/Tx)
Check the DDC line. (HDMI Rx/Tx)
Check item(3-7.3.). Check the +5V voltage.
Does " +5V " at the following test point indicate 5 V? [JK731/JK741]
Check item(3-7.4.). Check the DDC line :
Are waveforms of " DDCSCK " and " DDCSDA " observed at the test point near the HDMI input terminal?
JK741
HDMI 5
JK731
HDMI 4
+5V
+5V
[MEDIA PLAYER]
JK741
HDMI 5
[GAME]
[MEDIA PLAYER]
JK731
HDMI 4
5V
5V
YES
NO
HDMI Rx/Tx [IC721] is faulty.
Replace with a new device.
NO
Check for a short circuit in the DDC line.
If there is no problem, the HDMI Rx/Tx [IC721] is
faulty.
Replace with a new device.
Mechanical
Check for a short circuit in the 5 V line and the 5
V Switch IC [IC733].
If there is no problem, the HDMI Rx/Tx [IC721] or
the 5 V Switch IC [IC733] is faulty
Replace with a new device.
This diagram shows an example of the DDC communication waveform.
-The high level voltage is 5V.
-The frequency of the DDC CLK is 100 KHz or less.
Check at each test point.
Voltage scale：2.0V/div
Time scale：40us/div
Electrical
HDMI Rx/Tx [IC721] is faulty.
Replace with a new device.
less than 100KHz
[GAME]
DDCSCK
DDCSDA
YES
Before Servicing
This Unit
When the results of check item (3-7.1.) are " 00 "
(Detection of 5V is not OK)
Recheck from check item (3.2.).
If it does not work, replace the PCB.
Recheck from check item (3.2.).
If it does not work, replace the PCB.
Repair Information
Updating
88
Checking the TMDS status register
3.3V
Check item(3-7.5.). Checking register of the TMDS CLK detection status
register :
Send the following command from Termite.exe.
Before Servicing
This Unit
When the results of check item (3-7.2.) are " 22 "
(Detection of DDC is OK.)
TMDS
TMDS Signal
Example
Example of waveform in check ① Example of waveform in check ②
Voltage scale：1.0V/div
Voltage scale：1.0V/div
Time scale：20ms/div
Time scale：1s/div
HDMI Rx/Tx
Send the command " i 0006 00FF 0001 " .
Electrical
Check item(3-7.6.). Checking the TMDS input waveform. :
Check the TMDS waveform at the following test point.
Is the waveform like the sample?
i 0006 00FF 0001
When the following value is returned, go to Yes.
HDMI IN4 " 22 " HDMI IN5 " 11 "
HDMI IN4
80/81/83/84/86/87/89/90pin
When the following value is returned, go to No.
HDMI IN4 " 20 " HDMI IN5 " 10 "
NO
HDMI IN5
93/94/96/97/99/100/102/103pin
IC721
YES
YES
3.3V
HDMI Rx/Tx [IC721] is faulty.
Replace with a new device.
IC721
129/131/132/133/134/135/136pin
YES
NO
HDMI Rx/Tx [IC721] is faulty.
Replace with a new device.
Updating
The digital audio block is faulty.
Check the digital audio device.
Check " AUDIO " in troubleshooting.
If it does not work, replace the PCB.
Recheck from check item (3.2.).
If it does not work, replace the PCB.
Check for a short circuit in the pattern of the
TMDS line of the HDMI Rx/Tx [IC721] from the
HDMI input terminal.
If there is no problem, the HDMI Rx/Tx [IC721] is
faulty.
Replace with a new device.
Repair Information
The diagram shows an example of the waveform of pin 129. (I2S0 Data)
Waveform check points
- Crest value (3.3V normally)
- Signal change
Check the waveform of each pin.
Voltage scale：1.0V/div
Time scale：20ms/div
NO
Mechanical
Check item(3-7.7.). Checking the audio signal output :
Check the audio signal waveform at the following test point.
Is the waveform like the sample?
89
Checking operation between the HDMI (HDMI SW) device and the player
HDMI IN1-3
Check item(3-8.2.). Checking the DDC status register :
Send the following command from Termite.exe.
Checking the +5V/DDC status register (HDMI SW)
Check item(3-8.1.). Checking the 5V status register :
Send the following command from Termite.exe.
i 002B 0084 0001
Electrical
Case of HDMI IN1
Send the command " i 002B 0084 0001 " .
Case of HDMI IN2
Send the command " i 002B 0054 0001 " .
Case of HDMI IN3
Send the command " i 002B 0054 0001 " .
Move to the branch destination according to the value returned.
I
b n order to check, connect the player to the HDMI terminal and configure the player as AVR source.
Check the sound output while turning on the player.
Example
Example
Send the command " i 002E 00FF 0001 " .
Move to the branch destination according to the value returned.
i 002E 0040 0001
Go to check item (3-8.3.).
" 00 or 04 "
(Detection of DDC is not OK.)
HDMI IN1 " 44 or 40 " HDMI IN2 " 22 or 20 " HDMI IN3 " 11 or 10 "
(Detection of 5V is OK)
Go to check item (3-8.4.).
Go to check item (3-8.5.).
Repair Information
" 22 "
(Detection of DDC is OK)
Mechanical
HDMI IN1/In2/In3 " 00 "
(Detection of 5V is not OK.)
Before Servicing
This Unit
3-8. HDMI SW [MN864787] failure detection procedure
Updating
90
When the results of check item (3-8.2.) are " 00 or 04 "
(Detection of DDC is not OK.)
Check the +5V voltage. (HDMI SW)
Check the DDC line. (HDMI SW)
Check item(3-8.3.). Check the +5V voltage :
Does " +5V " at the following test point indicate 5 V? [JK701/JK711/JK721]
Check item(3-8.4.). Check the DDC Line HPD line :
Are waveforms of " DDCSCK " and " DDCSDA " observed at the test point near the HDMI input terminal
[JK701/JK711/JK721]?
JK721
HDMI 3
JK711
HDMI 2
+5V
+5V
[Blu-ray]
[DVD]
less than 100KHz
JK701
HDMI 1
JK721
HDMI 3
[CBL/SAT]
+5V
[Blu-ray]
JK711
HDMI 2
[DVD]
5V
JK701
HDMI 1
[CBL/SAT]
5V
Check for a short circuit in the 5 V line and the 5
V Switch IC [IC733].
If there is no problem, the HDMI SW [IC701] is
faulty.
Replace with a new device.
HDMI SW [IC701] is faulty.
Replace with a new device.
Recheck from check item (3.2.).
If it does not work, replace the PCB.
NO
Check for a short circuit in the DDC line.
If there is no problem, the HDMI SW [IC701] is
faulty.
Replace with a new device.
Mechanical
HDMI SW [IC701] is faulty.
Replace with a new device.
YES
NO
This diagram shows an example of the DDC communication waveform.
-The high level voltage is 5V.
-The frequency of the DDC CLK is 100 KHz or less.
Check at each test point.
Voltage scale：2.0V/div
Time scale：40us/div
Electrical
DDCSCK
DDCSDA
YES
Before Servicing
This Unit
When the results of check item (3-8.1.) are " 00 "
(Detection of 5V is not OK)
Recheck from check item (3.2.).
If it does not work, replace the PCB.
Repair Information
Updating
91
Checking the TMDS status register (HDMI SW)
3.3V
Check item(3-8.5.). Checking register of the TMDS CLK detection status
register :
Send the following command from Termite.exe.
TMDS
TMDS Signal
Example
Example of waveform in check ① Example of waveform in check ②
Voltage scale：1.0V/div
Voltage scale：1.0V/div
Time scale：20ms/div
Time scale：1s/div
HDMI Rx/Tx
Send the command " i 002E 00FF 0001 " .
Electrical
Check item(3-8.6.). Checking the TMDS input waveform. :
Check the TMDS waveform at the following test point.
Is the waveform like the sample?
i 002E 00FF 0001
When the following value is returned, go to Yes.
HDMI IN1 " 44 " HDMI IN2 " 22 " HDMI IN3 " 11 "
When the following value is returned, go to No.
HDMI IN1 " 00 " HDMI IN2 " 00 " HDMI IN3 " 00 "
Before Servicing
This Unit
When the results of check item (3-8.2.) are " 22 "
(Detection of DDC is OK.)
HDMI IN3
137/138/140/141/143/144/146/1
47pin
NO
YES
HDMI IN2
124/125/127/128/130/131/133/1
34pin
IC701
Checking the TMDS status register (HDMI SW - & gt; HDMI Rx/Tx)
HDMI IN1
83/84/86/87/89/90/92/93pin
Example
Send the command " i 0006 00FF 0001 " .
YES
i 0006 00FF 0001
When the following value is returned, go to Yes.
" CC or 44 "
When the following value is returned, go to No.
" other "
3.3V
Example of waveform in check ①
Voltage scale：1.0V/div
Time scale：20ms/div
55/56/58/59/61/62/64/65pin
TMDS
IC721
HDMI Rx/Tx [IC721] is faulty.
Replace with a new device.
NO
HDMI SW [IC701] is faulty.
Replace with a new device.
Recheck from check item (3.2.).
If it does not work, replace the PCB.
92
Updating
YES
Example of waveform in check ②
Voltage scale：1.0V/div
Time scale：1s/div
Check for a short circuit in the pattern of the
TMDS line of the HDMI SW [IC701] from the HDMI
input terminal.
If there is no problem, the HDMI SW [IC701] is
faulty.
Replace with a new device.
Repair Information
YES
Check item(3-8.8.). Checking the TMDS input waveform. :
Check the TMDS waveform at the following test point.
Is the waveform like the sample?
HDMI SW [IC701] is faulty.
Replace with a new device.
TMDS Signal
NO
Mechanical
Check item(3-8.7.). Checking register of the TMDS CLK detection status
register :
Send the following command from Termite.exe.
Checking the TMDS status register (OSD - & gt; HDMI Rx/Tx)
3.3V
Check item(3-9.1.). Check the TMDS CLK detection status of the
register.
Send the following command from Termite.exe.
Example
HDMI SW [IC721]
Send the command " i 0006 00FF 0001 " .
TMDS
42/43/45/46/48/49/51/52pin
NO
IC721
Electrical
When the following value is returned, go to No.
" other "
Example of waveform in check ①
Voltage scale：1.0V/div
Time scale：20ms/div
i 0006 00FF 0001
When the following value is returned, go to Yes.
" C8 "
TMDS Signal
Check item(3-9.2.). Checking the TMDS input waveform. :
Check the TMDS waveform at the following test point.
Is the waveform like the sample?
Before Servicing
This Unit
3-9. OSD [ADV7623] failure detection procedure
Example of waveform in check ②
Voltage scale：1.0V/div
Time scale：1s/div
YES
HDMI Rx/Tx [IC721] is faulty.
Replace with a new device.
NO
OSD [IC731] is faulty.
Replace with a new device.
Recheck from check item (3.3.).
If it does not work, replace the PCB.
Mechanical
Check the connection between the HDMI OUT terminal and the TV.
Go to check item (3-9.3.).
YES
Repair Information
Updating
93
Before Servicing
This Unit
Check the connection between the HDMI OUT terminal and the TV.
Connect the HDMI OUT terminal and the TV, and then turn on the TV and check the following items.
Checking the HPD/RXSENSE status register. (HDMI Tx - & gt; Monitor)
Check item(3-9.3.). Check the HPD and RXSENSE register value of
the HDMI TX device.：
Send the following command from Termite.exe.
Example
Send the command " i 0000 0040 0001 " .
i 0000 0040 0001
Move to the branch destination according to the value returned.
Electrical
" 03 "
(Detection of HPD is OK / Detection of RXSENSE is OK )
Go to check item (3-9.4.).
" 01 "
(Detection of HPD is OK / Detection of RXSENSE is not OK )
Mechanical
Go to check item (3-9.7.).
" 02 "
(Detection of HPD is not OK / Detection of RXSENSE is OK )
Go to check item (3-9.8.).
" 00 "
(Detection of HPD is not OK / Detection of RXSENSE is not OK )
Repair Information
Go to check item (3-9.9.).
Updating
94
Before Servicing
This Unit
When the results of check item (3-9.3.) are " 03 "
(Detection of HPD is OK / Detection of RXSENSE is OK )
Example
Checking the EDID register. (Monitor)
m_1
Check item(3-9.4.). Check the Monitor EDID :
① Unplug the AC cord. Plug the AC cord into a power outlet.
② Send the transmission command " m_1 " from Termit.exe.
Are the first eight bytes of the returned value " 00FFFFFFFFFFFF00 " ?
Check item(3-9.5.). Checking the TMDS :
Check the TMDS waveform at the following test
point.
JK751
NO
Check item(3-9.6.). Check communication with
the monitor :
Are waveforms of " DDCSCK " and " DDCSDA "
observed at the test point near the HDMI output
terminal [JK751]?
less than 100KHz
Electrical
YES
The first eight bytes are normally
" 00FFFFFFFFFFFF00 " .
*If the AVR and the TV are not connected via HDMI, the correct register
value cannot be verified.
5V
5V
HDMI OUT
[MONITOR]
D2+
D2D1+
D1D0+
D0CK+
CK-
This diagram shows an example of the DDC communication waveform.
-The high level voltage is 5V.
-The frequency of the DDC CLK is 100 KHz or less.
Check at each test point.
Voltage scale：2.0V/div
Time scale：40us/div
[MONITOR]
DDCSCK
DDCSDA
NO
Check for a short circuit in the TMDS line.
If there is no problem, the HDMI Rx/Tx
(IC721) is faulty.
Replace with a new device.
HDMI Rx/Tx [IC721] is faulty.
Replace with a new device.
YES
Repair Information
YES
Mechanical
JK751
HDMI OUT
NO
HDMI Rx/Tx [IC721] is faulty.
Replace with a new device.
HDMI Rx/Tx [IC721] is faulty.
Replace with a new device.
Updating
Recheck from check item (3.3.).
If it does not work, replace the PCB.
95
When the results of check item (3-9.3.) are " 02 "
(Detection of HPD is not OK / Detection of RXSENSE is OK )
Check the RXSENSE. (Monitor)
Check the HPD. (Monitor)
Check item(3-9.7.). Checking the RXSENSE :
Does the test point of RXSENSE close to the HDMI output terminal
[JK751] indicate the 3.3 V?
Check item(3-9.8.). Checking the HPD :
Does the voltage of HPD test point close to the HDMI output terminal
[JK751] indicate " Hi " (3-5 V)?
JK751
JK751
HDMI OUT
HDMI OUT
[MONITOR]
Electrical
D2+
D2D1+
D1D0+
D0CK+
CK-
[MONITOR]
HPD
NO
YES
Check for a short circuit in the TMDS line.
If there is no problem, the HDMI Rx/Tx [IC721] is faulty.
Replace with a new device.
NO
Check for a short circuit in the HPD line.
If there is no problem, the HDMI Rx/Tx [IC721] is faulty.
Replace with a new device.
HDMI Rx/Tx [IC721] is faulty.
Replace with a new device.
Recheck from check item (3.3.).
If it does not work, replace the PCB.
Recheck from check item (3.3.).
If it does not work, replace the PCB.
Repair Information
HDMI Rx/Tx [IC721] is faulty.
Replace with a new device.
Mechanical
YES
Before Servicing
This Unit
When the results of check item (3-9.3.) are " 01 "
(Detection of HPD is OK / Detection of RXSENSE is not OK )
Updating
96
Before Servicing
This Unit
When the results of check item (3-9.3.) are " 00 "
(Detection of HPD is not OK / Detection of RXSENSE is not OK )
Check the RXSENSE/HPD. (Monitor)
Check item(3-9.9.). Checking the HPD and RXSENSE. :
Does the test point of RXSENSE close to the HDMI output terminal
[JK751] indicate the 3.3 V?
Does the voltage of HPD test point close to the HDMI output terminal
[JK751] indicate " Hi " (3-5 V)?
JK751
HDMI OUT
D2+
D2D1+
D1D0+
D0CK+
CK-
Electrical
[MONITOR]
HPD
NO
Mechanical
YES
Check for a short circuit in the TMDS/HPD line.
If there is no problem, the HDMI Rx/Tx [IC721] is faulty.
Replace with a new device.
HDMI Rx/Tx [IC721] is faulty.
Replace with a new device.
Repair Information
Recheck from check item (3.3.).
If it does not work, replace the PCB.
Updating
97
HDMI IN1
Before Servicing
This Unit
3-10. Fault detection procedure between HDMI Rx/Tx [MN864788] & OSD [ADV7623].
HDMI OUT
Electrical
※ n order to check, connect the player to the HDMI terminal and configure the player and TV as AVR
I
source.
Check the sound output while turning on the player and TV.
Checking the TMDS status register (Rx/Tx - & gt; OSD)
3.3V
Check item(3-10.1.). Check the TMDS CLK detection status of the
register.
Send the following command from Termite.exe.
Example
i 00B2 006A 0001
IC731
23/24/26/27/29/30/32/33 pin
TMDS
When the following value is returned, go to No.
" 00 "
Mechanical
Example of waveform in check ①
Voltage scale：1.0V/div
Time scale：20ms/div
Send the command " i 00B2 006A 0001 " .
When the following value is returned, go to Yes.
" 11 "
TMDS Signal
Check item(3-10.2.). Checking the TMDS input waveform. :
Check the TMDS waveform at the following test point.
Is the waveform like the sample?
YES
YES
HDMI Rx/Tx [IC721] is faulty.
Replace with a new device.
NO
OSD [IC731] is faulty.
Replace with a new device.
Recheck from check item (3.4.).
If it does not work, replace the PCB.
Repair Information
Example of waveform in check ②
Voltage scale：1.0V/div
Time scale：1s/div
Updating
98
MCU+5V
Pb
R7864
C7449
R7516
R7269
R7364
-12V
D7403
R7490
R7491
C7352
IC723
C7297
R7531
D7404
R7492
R7493
R7274
R7273
R7271
Q7411
C7990
C7512
R7485
L7305
C7318
R7442
37
C7173
C
C72 7266
67
59
52
R7255
D7232
C71
R7147,R7149
D7229
1.HI-B_RLY
2.H/P_RLY
3.FRONT_A_RL
4.FRONT_B_RL
5.DGND
6.DC_PROT
7.DGND
8.CURRENT_DET
9.ASO_DET
10.THERMALDET_A
11.THERMALDET_B
CN753
1.-12V
2.RTN_GND
3.+12V
4.DA+5V
5 AGND
6.FL
7.AGND
8.FR
9.MUTE_B+
CN823
C7993
C7901
CN753
Q7211
R7569
R7819
R7820
R7621
IC794
C8254
R7975
R7976
R7977
R7822
C7920
25
C7953
R7981
C7963
C7951 C7961
C8233
10
Q7404
C7926
36
C7943
C7931
C7973
R7358
R7361
R7357
AP_CS
A
B
C
D
C7468
R7704 E
F
G
H
R7720
J
K
L
R7712
M
R7729
N
R7732
P
R
T
C7467
J_TDO1
R7739
R7744
C7933
C7941
R7990
C8253
R8240
30
50
R73
30
1
40
C7459
X7
29
C7986
C7868
C7843
C7844
10
D_RST
40
51
R73
8
10
C73
R7784
C7893
C7841
R7834
R7858 R7861
R7857
R7841
C7842
C7867
C7989
C7985
C7869
C7840
C7894
C7839
C7864
C7838
C7837
C7896
R7833
R7832
R7831
R7829
R7830
J_TCK1
J_TDI1
C8227
C8229
R8244
C7975
R7988
R7987
R7989 C8228
R8243
C7971
132
RN782 RN781
20
30
C73
R7326
R7328
R7327
A_CK
R7307
R7308
R7309
R7306
C7457
C7458
30
R8252
R8251
R8229
R8231
R8232
50
C7656
10
60
RN811
L8102
4
R7607
C7603
R7611
R7613
C7659
DR_DIN
DR_CK
DR_CE
R7609
R7610
R7612
DR_DOUT
R7752
R7753
R7750
R7722
R7725
C7653
C7654
R7608
37
R7662
C7660
C7998
R7637
IC762
C7626 R7633
C7662
C8245
37
R7360
R7359
R7334
55
R7787
R7789
R7786
R7785
R7726
R7749
FSDIR1
64FSDIR1
C8111
C8110
C7627
70
R8131 R8132
R7738
R7751
256FSDIR1
48
IC763
C8244
4
14
R7719 R7731
R7737 R7740
R7742 R7743
R7723 R7724
IC773
C7781
C7782
C7518
X7701
R7791
17
17
32
L8204
L8203
C8247
R7736
C7519
L7701
R7790
C7238
C7239
R7223
R7354
R7355
R7132
R7133
R7134
L7107
C7469
9
10
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
R7714 R7705
AP_CK
AP_DA
R8140
20
R7319
R7320
R7321
R7322
73
R7312
R7314
D7237
D7236
R7310
R7311
CEC1V1
6
72
R7226
R7225
R7246
R7245
DATADIR1
8
RN761
R7602
R7601
80
R8207
D8201
C7910
R7979
R7980
R7978
R7984
R7985
R7986
C7904
C7908
4
D8202
C8234
C7921
R7972
C7913 C7923
C7911
C7918
89
IC722
X7501
C7506
R8139
10
D7234
D7235
OSD_MI OSD_MO
R7313
OSD_CLK
OSD_CS
C7405
C7407
1
73
8
10
788_HINT
R8287
R8313
R8309
C8203
R8208
12
C8290
R8239
R8238
C8289
R8310
R8289
R8222
5
10
J_TMS
R8260
R8264
R8262
R8263
R8316
R8317
J_TCK
R9007
R8185
R8187
PLD_WRITE
J_TDI
R7782
4
4
4
R8308
47
C8118
C8117
D8101
D8104
R8259
R8306
R8294
R8293
R8311
C8211
4
L8104
D8102
Q9002
R8181
8
R9508
Q8205
R8224
14
R9506
R9507
R7625
C7618
R7626
R7627
JK951
R8219
R8214
R8216
C8218
R8213
C8217
R8215
R8220
R8218
C8220
R8217
C8219
C8215
C8216
R9006
R9005
R9004
R7585
R7102
R7106
R7105
R8223
JK823
CK_2
DA_2
D9002
C9001
D9001
L9001
R7103
R7108
CN755
C7113 R7107
R7104
+5V_4
R7623 JK762
R7629
R7624
C7617
R7622
C7619
C7988
C8265
C8301
R8304
C8303
R8302
R8303
C8302
R8301
Q9001
Q7101
R7746
R7747
R7628
D9501
R9502
R9501
C9501
R8265
R8266
R8267
2
16
Q7201
C7114
R7111 R7117
R7112 R7114
R7116 R7113
R7115 R7118
TH801 Q7102
D8103
L8103
R8314
R8307
R8305
C7274
C7273 D7231
R7259 R7253
R7260 R7256
C7275 R7257
R7254
D7230
R7143 R7144
C7153
X7101
P_DA
C7276
D7225
D7226
788_RST
R7258
C7271
C7211
R7211 R7217
R7212 R7214
R7216 R7213
R7215 R7218
C7201
R7201 R7207
R7202 R7204
R7206 R7203
R7205 R7208
8
10
D7221
D7222
RN721
RN722
RN723
X7201
R7140
R7157 C7115
R7158 R7121 R7127
R7122 R7124
R7126 R7123
R7125 R7128
C8121
R8183
R8184
J_TDO
R8188
R72
R7131
R7156
R7155
R7151
R7153
R7152
R7150
R7139
R7745
9
10
C8205
C8204
R8271
L7567
C7938
C7907
C7909
R7910
R7908
R7971
R7906
R7905
R7907 C7903
R7816
R7805
X7801
2
C8101
RN784 R7806
R8175
C7466
R7457
R7456
R7454
2
R7444
C7403
C7402
R8312 R8210
L7551
L7564
L7558
L7557
L7553
L7554
L7527
L7525
L7526
L7524
L7523
L7528
L7522
DO_F
DI_-/FR
DI_S/SL
DO_S
DI_-/SW
ADV7623_ROM
144
C7456
C7677
L7560
L7566
R7835
L7502 C7526
L7503
R7838
R7840
CN781
CN782
C7775
Q7401
R7474
Q7414
Q7417
R7445
L7403
D8209
C7288
68
C72
63
C
C72 7264
65
C71
R71
C71
42
C71 56
57
1
R7238
C
C72 7287
C72 69
70
R
R 72
R727265 64
21
C71
C7881
R7848
R7836
R7837
R7853
R7854
R7852
R7851
R7850
R7847
R7849
C7845
C7847
R7856
R7863
R7862
C7994
C8206
C7289
36
58
L7520
R7846
Q7801
DAFS1
DA64FS1
DA256FS1
DADATAF1
R7351
R7350
R7352
R7353
L7421
L7425
L7424
Q7413
4
C72
C72
C7187
C72
C72 C72
45 46
C71
R7855
109
R7478
R7468
R7469
C7475
C7474
MN864788_ROM
Q7410
Q7416 C7479
R7479
C7433 C7434
C7429
C7427
C7428
IC796
L7204
C7285
61
60
27.B/P_IRIN_DE
26.DGND
25.MCU_3V3
24.MCU+5V
23.CPU_POWER
L7504
22.FL_DATA
21.FL_CLK
C7525
20.FL_CE
L7505
19.FL_RST
L7506
18.RC_IN
17.GRN_LED L7507
16.RED_LED L7508
15.KEY_1
L7509
14.KEY_2
L7510
13.KEY_3
L7511
12.VSEL_B
11.VSEL_A
10.H/P_DET
L7512
L7513
9.TRE_B
8.TRE_A
L7514
7.BAS_B
L7515
6.BAS_A
L7516
5.BAL_B
4.POWER_KEY L7517
3.BAL_A
L7518
2.ISEL_B
1.ISEL_A
L7519
CN751
T787
R7597
C7511
R7544
R7545
R7530
R7466
C7473
R7467
L7415
L7414
L7412
R7426
L7422
R8295
R7423
C7279
R7427
Q7222
L7202
C7280
C7313
L7201
C7249
C7195
C7196
62
C71
C71
51
R7845
T786
T785
C8282
Q8206
D3.3V
R7422
IC732
C7435
Q7221
48
42
T784
R7600
R7593
R7592
R7591
R7589
R7590
R7546
R7547 R7548
R7558
R7559
C7513
R7560
R7536
R7541
R7540
R7542
C7501
R7533
Q7502
Q7409
R7465
Q7503
D7502
IC742
D7671
C7426
C7425
IC732
L7303
L7304
C7906
R8226
C8284
R8268
C8266
C8214
R8221
R8211
R7413
R7514
4 C7934
C7436
R7283
47
C72
C72
C71
R7159
R7160
C7295
R7499
R7566
R7563
R7562
R7565
R7564
R7568
R7567
R7561
C7592
R7595
R7596
C7593
R7598
Q7593
Q7594
L7434
L7413
R7428
C7424
C7974
R7417
C7316
C7278
C
C72 7244
C72 83
C 43
C72 7242
41
L7108
C8306
C7412
R7345
R7343
R7929 R7903
R7919 R7904
C7914
R7477
R7302
C7321
R7303
C7325
C7319
41
C7282
C7972
C7422
R7523
L7203
L7209
C7675
Q7419
R7412
R7527
R7342
4
R7480
IC734
R7275
L7109
C7661
Q8208
C7413
R7524
C
C73 7306
08
C7194
C7193
AVDD11TX
63 C
71
RN712 RN711
16
C71
17 C
C71 71
19
C71
C71
C7189
R7346
R7280
C73
C73 10
11
40
R7109
C71
C7177
C7176
R7588
R7599
C7591
R7594
Q7422
L7432
R7437
L7431
R7416
C7416
C7415
C7414
L7411
35
R727234
R
C8307
C7423
R7525
R7356 R7526
C7510
C7312
L7301
39
R7779
C7759
R7780
R8276
Q7212
R7959
C7954
C8207
R8269
R7433
R7432
R7543
07
C71
R8274
R7149
4 R7969
4
C7438
C7514
C73
R7301
22
RN714
C7301
91
C7181
C
C737302
03
C71
C71
C 66
75
C 71
C 7137 38
C 7136
C 71
C 71 70
C 71 35
C 71 68
C 71 34
C 71 33
C71 717232
C71 31
29
C7182
C
C737304
05
C71
PVDD33
C71
R8277
C8275
R8281
D8208
D8207
R7974
R7973
Q7412
R7277
C7902
R7344
C
C737337
36
C7183
C7184
C7178
IC772
R8275
C8269
R8273
R8270
C7676
R7671
Q8207 C8304
C7447
R7551
34
C7192
R7281
R7278
R7348
R7349
C73 C73
C73 33 27
C73 32
C73 31
30
C7315
L7302
C8116
R8180
R8179
C7179
C7180
C7130
L7104
C7190
IC815
C7714
C7314
R7333
R7606
C7608
R7603
R7604
R7605
C8288
R8228
Q7424
C7482
Q7420
C8281
C7674
R7949 R7982
R7939 R7983
R7481
C7527
C73
C7340 R R73
73 32
31
L7307
L7308 C7338
C7716
R7617
C7609
AVDD33TX
R7279
R7282
C7717
C7719
C7710
R8178
R7614
C8257
L7105
9
R7363
R7362
R7579
5
R7643
R7642
4 R7630 C7620
R7631
R7577
R7578
C7522
R7576
C7515
CN823
Q7418
C7516
1
IC792
C7658
R7649
R7648
C7657
R7674
R7673
R7672
Q8209
C7448
R7532
C7341
C7342
C7648
C7484
R7487
R7486
D7402
D7401
C7441
C7439
C7440
2
R7272 R7270
IC811
R7584 R7583
R7511
R7512
R7513
R8186
R7716
R7717
C7721
R7652
R7654
C7645
C8223
R8233
C8224
R8234
R7410
2
6
C7411
3
OUT
L8201
R8209
C8201
CN821
R7656
R7655
C8255
C7937
C8235
C8236
11
DIGITAL (B SIDE)
R7147
D7238
C7294
L7206
C7317
C7277
C7284
C7326
C7462
C7460
C7451
C7461
+1.8V
+5V
C7476
R7443
C7520
R7570
Updating
99
R7501
R7927
R7926
R7928
R7918
R7916
R7917
C7485
R7915
R7365
R7366
R7509
R7510
D7501
C7507
C7508
Q7402
C7502
C7503
R7504
C7504
C8109
IC813
R8142
R8141
R7508
R7502
R7503
C8107
R8001
R8101
C7464
C7465
C7802
C7889
L7306
C7328
R7517
C7855
C7854
R7859
C7651
R8157
R8154
R8151
R7520
R7519
R7518
C7852
C7853
C7831
C7880
C7848
C7849
C7883
C7835
R8143
R8159
C7517
C7927
R7934
R7933
C7678
R8158
R7534
C7463
R7453
C7813
C7900
C7812
C7877
C7811
C7895
C7872
C7820
C7819
C7898
C7818
C7873
R7818
C7899
C7817
C7874
C7816
C7875
C7815
C7814
C7876
R7943
R7944
R8149
R8147
R8145
R8150
R8148
R8146
R8144
C7655
D7605
R8315
R7489
R7488
MCU_3V3
R7539
R7538
R7537
R7535
R7821
R7964
R7963
R7682
R7683
C7672
R8155
R8153
R8152
R7659
2
CN821
1.TUNER-L
2.TUNER-R
3.VCC
4.TUNER_SCLK
5.TUNER_SDIO
6.TUNER_CE
7.TUNER_RST
8.TUNER_INT
9.CHGND
10.CHGND
11.-7.5V
12.-7.5V
13.PHONO-R
14.AGND
15.PHONO-L
Repair Information
+12V
DA+5V
C7997
R7954
R7953
RN788
RN791
R7913 R7923
R7924
R7914
C7671
C7681
C7857
2
6
C8226
C7715
2
36
C8225
20
11
8
5
10
2
6
20
11
19
19
19
19
19
R7436
27
21
2
6
2
10
10
6
C7856
R8156
R8160
C7155
R7148
R7154
R8162
11
R8166
1
R8167
C8258
8
+1.1V
R7912
IC793
5
C7709
C7991
C7924
8
R8163
R7911
IC760
R7635
R7634
5
C7718
R7952
C7964
R7967
R7968
R7966 R7921
R7958
R7957
R7956 R7922
8
C7353
C7916
IC795
5
R8164
R8165
48
R8161
37
R7452
R7451
C7702
DI_CSW/C
R7948
R7947
R7946
8
C7810
C7882
R7814
R7815
IC733
R7961
4
5
C8106
C8103
IC812
R7713
R7708
176
R8028
R8027
C7703
133
R8105
C7704
C7713
R7135
R7962
8
787_HINT
R7951
R7937
R7936
R7938
5
R8102
C7706
C7944
8
R8212
R7942
5
R8104
R7718
R7941
C7634
16
R8026
R7721
12
C7809
C7884
R8176
C7707
DI_SB/SR
R7660
IC765
31
C7778
C7777
C8102
C8105
C8104
C7720
C7708
IC733
C7999
R7931
R7932
C72
R7804
R7809
T801
DI_F/FL
IC766
R7639
R7638
C7630
27
28
C72 72C72
C 29
40
C727230
C
C7801
C7711
IC753
C7174 AVDD33RX
C7625
R8254
25
C72 26
C72
C7823
C7865
R7802
R7748
R7138
R7137
R7136
Q7121
C7928
C7624
8
L7102
C7615
C8291
C8308
24
C7888
R8108
R8004
R7727
Q7122
C7637
5
C7643
10
C7629
R8237
C72
R7826
R7825
R7824
R7823
C7822
C7897
C7821
C7871
R7803
R7810
C7887
C7803
C7890
C7806
C7807
C7886
C7808
C7885
C7866
R8005
RN771
C7705
L7103
20
C7639
5
21
C72 22
C72 23
C72
C7915
RN787
R7828
C7830
C7829
C7827
C7878
C7826
R7827
C7824
C7863
C7833
R7730
R7734
R7733
Q7111
DI_LRCK
5
R7955
IC752
26
C7930
20
C7919
C7892
C7834
C7779
C7832
R8111
R8110
DSP_ROM
C7652
C8278
C7636 R7645
D8211 D8210
3
Mechanical
+5V
L7529
D7602 R7647
R8253 R8246
16
Q7112
CN751
C8261
24
R7641
L7
C7917
C7879
C7862
C7828
C7995 C7800
C7996 C7891
C7992 C7825
R8113
R8112
DI_MCK
13
22
C7962
C7929
R8009
C7712
L7801
DSP_EMULATOR
C7612
R8245
55
R8008
R8007
C7701
7
88
DA_DA1
DA_CK1
DA_MS1
R8288 R8279
IC825
C8305
86
C7606
DO_LRCK
IC791
C73
C7912
C7925
T802
5
R7817
DO_C
C7628
15
R73 7316 17
R R73 18
R73 29
C73
C7922
C7644
DO_BCK
C7638
R8236
C8286
54
C72
IC784
R8015
R8013
R8012
R8011
C7846
11
R7902
C7935
R7901
C7614
24
R7935
R8118
R8117
CN783
IC781
C7936
C7635
C73
R7925
C7870
C7836
C7851
C7850
R8128
R8017
R8126
R8016
R8123
R8121
R7807
R7811
D7601
23
C73
R7945
R8169
R8171
R7842
R7839
C7605
R8278
R8225
C72
R7653
R8014
Pb
4
7
45
D_FLG0
C8280
C8277
04
R73 7305 40
R R73 41
R73
C7932
R8010
10
RN783
43
C73
C7952
C8113
BAR CODE LABEL
R7844
R7843
5
RN785 RN786
C7776
44
C7942
R8173
IC783
R7812
R7813
C7861 C7860
D7603
C73
R7661
MP_CUP13029Z_A
IC782
RN790 RN789
X7601
45
C73
R7676
R7675
C7601
MCU_E20/EMULATOR
D7604
R8291
48
C73 7347
C 7335
R 7346
C
R7681
11
BK814
36
R7619
R7618
IC764
C8268
IC823
JK821
C8283
58
C72725756
C 72
C
C7604
FCT2
R7801
R7646
R8272
C72
C7610
FCT1 RP
DSP_DEBUG
25
C8279
92
R7636
ICT
C7805
C8115
R7663
IC824
C8285
C72
R7632
R8023
R8021
R8019
CN811
C7804
R8177
IC761
49
C73
C7623
CN752
MI
R8003
C7859 C7858
IC761
R8290
C8267
91
C7622
C7613
C7611
Q7595
SMT
Q7415
IC781
IC814
R8286
4
62
C72 7261 60
C 72 59
C C72
C7642
C7641
C7640
Q7596
19
C7528
AI
2
ET751
C7529
VERSION
C7478
L7802
R8174
R8002
R8103
C8112
R7860
C8263
C8274
C72
R7644
VERSION OPTION
E3
E2
R7581 OPEN 18k
R7582 3.3k OPEN
R8114
R8182
R8280
2 JK822
64
C7633
DRA800H
Q7415
CN813
RN762
C8259
C8273
C71
R7640
C7632
C8276
R7475
C7602
D8204
D8206
R8255
27
C71
R7965
C8270
R7582
MP_CUP13029Z_A
Electrical
Q7421
R7581
R8107
R8106
T805
R8257
Q8204
5
26
C7680
C7679
DI_BCK
C7477
R7476
R8256
D8203
C7663
1
15
CEC_PW2
CEC_PW
N3V3_PW
C8108
D8205
C8262
2
11
C7446
C7445
C7444
BK811
R8006
R8109
T804
Q8203
Q8210
C8264
R8261
20
R8227
108
T771
J_TMS1
IC951
28
C7650
C7646
73
R7549
R7553
R7552
R8170
R8168
R8116
R8172
R8115
C7616
C71
R7650 R7651
C7649
Q7403
R7735
T803
C9502
R9504
R9505
C9503
C7987
C71
C7647
C8287
IC751
BK812
Q8202
Q8211
R9503
20
C71 7186 21
C 71
C 23
C717124 25
C 71 85
C 71
C
C7673
R7528
R7529
T775
T774
T773
R8125
R8124
R8122
R8120
R8119
C8120
Q8201
Q8212
JK761
20 11
C7594
CN812
BK813
C9504
18
C71
R8235
CPU_PW
R8130
R8134
R8137
R8138
R8135
R8133
R8136
R8025
R8024
R8022
R8129
R8020
R8018
R8127
C8119
JK811
3
11
DA_PW
Q7701
2
8
CN756
IC751
T807
1
1
5
-7.5V
R7515
R7715
PLD_ERR
7
8
Q7423
R7522
C7509
R7521
R7324,R7323
T772
1
5
D1.1V
R7575
C7521
R7574
Q7301
IC771
7
R7783
8
67
C71 7150
C 714948
C 71 71
C 71
C 7147
C 44 46
C71 71 45
C 71 65
C 71 7143
C C 69
C71
C8221
C7481
L7451
N5V_PW
C7354
T806
T808
DA_Z_MUTE1
R8247
IC746
7
R7505
R7506
5
JK901
12
Q7410
5
C7505
3
16
L7433
C7471
CN721
R7778
R7777
R7776
PLD_EMULATOR
24
R7573
7
10
R7711
R7707
R7703
R7710
R7702
R7706
R7701
R7709
DA3V3
44
R8248
Q7501
5
C7296
5
DGND
13
Q7417 Q7413
R7470
R7471
R7473
CN731
A_RST
R7781
CN771
5
C7442
C7335
C7722
2
9
C7293
4
8
C7432
DV_PW
IC701
C7780
5
C7420
C7421
C7419
C7455
C7450
R7441
R7324
R7323
A_DA
D
5
IC743
R7571
R7572
RN713 RN715 RN716
VDD33
R7101
HPD_1
15
D3.3V
IC731
AVDD11RX
+5V_1
25
IC743
IC744
IC701
JK701
1
L7404
A
HPD_2
35
R7434
R7435
C7443
L7443
IC731
C7154
+5V_2
8
L7208
E
2
5
C7309
VDD33IO
JK711
45
R7411
IC744
L7106
HPD_3
55
D1.8V
HAINT
VDD11
+5V_3
65
C7417
R7446
R7262
R7263
Q7202
JK721
6
C7188
C
P_CK 787_RST R7145
R7146
4
R7219
R7220
B
5
IC741
C7453
C7452
C7454
C7281
HPD_4
JK701
R8258
IC721
JK731
E
1
6
I2S0
HPD_5
JK711
1
I2S1
+5V_5
15
+7.5V
R8249
L7441
L7442
72
R7431
C7406
R7449
R7448
R7447
R7228
R7227
A
25
IC741
L7210
JK741
D
75
R7222
R7224
DA_OUT2
JK721
DA_1 CK_1
7
IC721
R7229,R7231
35
C7408
CK_OUT2
HPD_OUT
C
41
L7423
IC742
C7430
C7401
A
54
L7401
R7229
R7230
R7231
JK731
3
FS
I2S3
I2S2
RN725
37
R7414
+5V_OUT
16
MCK
64FS
C7480
R7415
C7418
C7404
ARC
72
R7424
C7272
37
R7425
D7233
6
L7207
36
C7431
RN724
B
21
C7290
36
L7402
48
R
R72 7237
36
R7483
D7228
9
R
R 72
R 72 33
R 72 32
R72726768
66
CN741
6.MAIN_POWER
5.DGND
4.DGND
3.M_RESET
2.D5.2V
1.D5.2V
D7227
10
4
14
CN741
DRA-800H DIGITAL
5
D7224
D7223
JK741
DA_3 CK_3
7
JK751
DA_4 CK_4
1
JK751
DA_5 CK_5
1
DA_OUT CK_OUT
3
IN
2
CEC
R72
51
R72724950
R 72 52
R 72
R
D5V_PW
C7437
DIGITAL (A SIDE)
Before Servicing
This Unit
4. Device implementation location
C8292
C7631
C8202
C7621
IC821
IC822
C8222
32
C8238
C7905
C8237
L8205
R8241
ET801
R7261
R7244
R7243
+1.1V
R7484
C7483
CLOCK FLOW & WAVE FORM IN DIGITAL BLOCK
DRA-800H DIGITAL AUDIO BLOCK
OPT2(CD)
DIRBCK
DIR_DIN
DIR_DOUT
DIR_RST
APLD_DATA
APLD_CS
SPDIF_OUT
TVDD:DA3.3V
DACPCMCSW_SW
DIRAUXDATA
AUDIO PLD
5M570ZF256C5N
SPDIF_OUT
MCLK_I2S_0
LEGO
SCLK_I2S_0
VREF:DA+5V
TX+ /-
Z2DACBCK
Z2DACDATA
SDOUT_I2S_0
PLDADCDATA
SDOUT_I2S_2
IPOD AUTH.
23671011050AS
(MFI337S3959)
D OW NMIX
DNMIX_DACMCK
DNMIX_DACBCK
D AC
PCM5100A
DINMIX_DACLCK
CSLOCK
RXMCK/DSDMCK
CSREFN
HDMI OUT
VD:DA3V3
TXBCK
VCC:DA3.3V
VCCINT:PLD1.8V
TXLRCK
TXI2S0
DSP1INCSW /C
DSP1INMCK
DSP1INBCK
DSP1INF/FL
DSP1IN-/FR
DSP1INLRCK
Mechanical
TMDS
TMDS
DSP1OUTCSW1
TMDS
OUT1
DSP1OUTF
DSP1OUTS
OUT0
P0TX
P1TX
HDMI IN5
(MEDIA Player)
JITTER RED UCER
CS210010-CZZR
OPEN
CSCKOUT
RXBCK/DSDSCK
DSP1OUTLRCK
P0_RX
CSCKIN
RXLRCK/DSD5
2CH_DOWNMIX
DSP1OUTBCK
IN0
RXI2S3/DSD4/SPDIF
DSP1IN-/SW
TMDS
P3_RX
P1_RX
RXI2S2/DSD3
DSP1IN-/SR
IN1
DVDD:3.3V
CPVDD:3.3V
AVDD:3.3V
RXI2S1/DSD2
TMDS
HDMI IN4
(GAME)
* DRA-800H: NO USED SIGNAL
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
CH3:DIRDATA
(DATADIR1)
DSP
ADSP21487KSW Z-2B
DSP_MOSI
(From / To MCU)
CH3:DATA
IN3
TMDS
CVDD, DVDD:+ 1V8H
PVDD:+ 1V8H
TXAVDD:+1V8H
TXPVDD:+ 1V8H
TXPLVDD:+ 1V8H
DVDDIO:DV3V3
TVDD:DV3V3
CH2:64fs
CH2:DIRBCK
(64FSDIR1)
TMDS
RXI2S0/DSD1
DSP1IN-/SL
IN0
RXD
P2_RX
HDMI TX(MN864788)
TMDS
HDMI IN3
(BLU-RAY)
ADV7623
CH1:DIRLRCK
(FSDIR1)
IN1
DINMIX_DACDATA
IN2
TMDS
HDMI RX(MN864787)
OUT0
TMDS
DNMIX_L
DNMIX_R
VD:DA+5V
VA:DA+5V
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
TMDS
Electrical
PLDADCBCK
PLDADCMCK
LRCK_I2S_2
SDIN_I2S_2
ADINL
ADINR
ADC(MAIN)
AK5358
PLDADCLRCK
SDOUT_I2S_1
SCLK_I2S_2
HDMI IN2
(DVD)
Z2_NET_R
DVDD:3.3V
CPVDD:3.3V
AVDD:3.3V
SCLK_I2S_1
LRCK_I2S_1
SDIN_I2S_1
RJ-45 with Transform er
HDMI IN1
(CBL/SAT)
Z2_NET_L
DAC(Z2)
PCM5100A
Z2DACLCK
SDIN_I2S_0
MODULE
(Within BT)
RX+ /-
NETW ORK
Z2DACMCK
LRCK_I2S_0
NETWORKED MEDIA
USBD+
CH1:fs
DAC_SW
DACPCMF_FR
DACPCMCSW_C
DIRAUXLRCK
5V0:LEGO5V
IN2
DAC_R
D AC
AK4458VN
HDMISPDIF
USBDUSB
DAC_CLK
DACPCMF_FL
DIRAUXBCK
ANT2
ETHERNET
DAC_DATA
DACLRCK
ANT1
(3)-(8)
(2) DIR output
DSPIN/OUT I2S
DAC_L
DAC_MS
DACBCK
DIRPPCM
DIR1PERR
DIRAUXMCLK
GAIN:-6dB
DAC_RST
DACMCK
VCC:DA3.3V
VCCAD:DA+5V
HDMISPDIF
PLDERR
DIRSBCK
ADC+ DIR
PCM9211PTR
COAX.1
DAC_MUTE
APLD_CLK
MPIO_B0
DIRXMCK
DIRSLRCK
OPT.2
CH1:SPDIF
CH1:COAX.1
(RXIN0)
VOLUME_MUTE
MPIO_B1
OPT.1
COAX1(CBL/SAT)
MVOL_MUTE
DIRLRCK
DIRDATA
MPIO_B3
MPIO_B2
DIR_CLK
ANALOG AUDIO BLOCK
(From /To MCU)
DIR_CE
OPT1(TV)
LEGO ADC R
DIRMCK
(From MCU)
OPEN
LEGO ADC L
(3)
(From / To MCU)
LEGO ADC_L
D IGTAL IN
(2)
LEGO ADC_R
(1)
(1)DIRIN SPDIF
(1) DIR input
Before Servicing
This Unit
WAVE FORM
DSP_MISO
DSP_CLK
DSP_RST
DSP_CS
DSP_FLAG0
VDDINT:DA1.1V
VDDEXT:DA3V3
18.75MH z
SERIAL FLASH
16M
BY25D16ASSIG
SDRAM
64M/200MH z
A3V64S40GTP-60
R7602
R7601
C7660
C7998
37
R7662
C7659
C7603
R7611
R7613
R7608
4
C8227
C8229
R8244
C7975
R7988
R7987
R7989 C8228
R8243
R8240
D8201
C8233
24
DI_SB/SR
C7938
C7907
R7822
DO_BCK
11
DO_C
DI_MCK
89
1.HI-B_RLY
2.H/P_RLY
3.FRONT_A_RL
4.FRONT_B_RL
5.DGND
6.DC_PROT
7.DGND
8.CURRENT_DET
9.ASO_DET
10.THERMALDET_A
11.THERMALDET_B
5
25
L7567
L7564
L7558
L7566
L7551
DO_LRCK
L7560
L7557
L7553
L7554
13
DI_F/FL
R8241
ET801
1
C7926
D8202
C8234
4
C7909
R7906
R7905
R7907 C7903
R7929 R7903
R7919 R7904
C7914
IC791
36
R7972
L8205
DA_DA1
DA_CK1
DA_MS1
C7916
C7918
C8261
R7621
DI_LRCK
DA64FS1
DAFS1
C7920
R7981
R7902
C7935
R7901
C8238
C8236
C8237
C8254
IC794
132
C8247
R8252
R8251
R8229
R8231
R8232
L8204
L8203
C7905
4
C7901
C8282
DA256FS1
R7990
C7973
C7908
R7975
R7976
R7977
C7953
C7913 C7923
C7911
IC796
4
C7910
R7979
R7980
R7978
R7984
R7985
R7986
C7904
C7906
CN753
C7993
DR_DOUT
10
C7971
C7933
C7943
C7963
R7959
C7954
R7910
R7908
R7971
C7941
C7931
C7951 C7961
C7921
4 R7969
DI_CSW/C
100
RXIN0
C8235
CN753
9
1.-12V
2.RTN_GND
3.+12V
4.DA+5V
5 AGND
6.FL
7.AGND
8.FR
9.MUTE_B+
5
36
Detail B
C7937
C8253
C7974
C8281
1
C7859 C7858
25
DR_DIN
DR_CK
DR_CE
R7609
R7610
R7612
C8244
C8245
R7637
IC762
10
C7986
32
C8255
C7972
4 C7934
R7974
R7973
IC793
C7902
CN823
2
C7999
48
4
IC763
C7627
C7626 R7633
C7656
36
C7926
25
C7920
C7918
R7621
L7527
L7525
L7526
L7524
L7523
10
R7607
R8313
R8309
12
C8290
R8239
R8310
10
R8314
R8307
R8308
4
R8289
R8311
C8211
R8305
R8306
R8294
R8293
4
R8238
C8289
4
R8287
8
C7989
C7985
C7869
C7840
C7894
C7839
C7864
C7838
C7837
C7896
R7833
R7832
R7831
R7829
R7830
17
C7677
132
R7822
89
IC795
IC792
R7927
R7926
R7928
R7918
R7916
R7917
L7520
R7816
R7819
R7820
DO_F
DI_-/FR
DO_S
DI_-/SW
DI_S/SL
CN781
L7502 C7526
L7528
L7522
20
27.B/P_IRIN_DE
26.DGND
25.MCU_3V3
24.MCU+5V
23.CPU_POWER
L7504
22.FL_DATA
21.FL_CLK
C7525
20.FL_CE
L7505
19.FL_RST
L7506
18.RC_IN
17.GRN_LED L7507
16.RED_LED L7508
15.KEY_1
L7509
14.KEY_2
L7510
13.KEY_3
L7511
12.VSEL_B
11.VSEL_A
10.H/P_DET
L7512
L7513
9.TRE_B
8.TRE_A
L7514
7.BAS_B
L7515
6.BAS_A
L7516
5.BAL_B
4.POWER_KEY L7517
3.BAL_A
L7518
2.ISEL_B
1.ISEL_A
L7519
T787
T786
T785
T784
CN751
R7845
C7653
C7654
37
C7660
C7998
R7602
R7601
RN761
48
R7662
C7603
R7611
R7613
R7608
4
R7607
DR_DOUT
C7659
C8111
C8110
C7893
C7841
R7834
R7858 R7861
R7857
DR_DIN
DR_CK
DR_CE
R7609
R7610
R7612
RN811
L8102
D_RST
C7868
C7843
C7844
RN782 RN781
R7805
X7801
RN784 R7806
CN782
R7835
R7840
R7836
R7838
R7837
R7853
R7854
R7852
R7851
L7503
C7881
R7850
R7847
R7849
R7848
C7845
R7846
Q7801
26
RN761
JK823
C8301
R8304
C8303
R8302
R8303
C8302
R8301
R8223
R8214
R8213
R8216
C8218
C8217
R8215
R8220
R8218
R8219
R8217
R8226
C8284
R8268
C8266
R8224
R8266
R8267
C8220
C8215
C8216
C8219
JK951
C7988
C8265
D9501
R9502
R9501
C9501
R8265
Q8205
8
R9508
R8260
R8264
R8262
R8259
R8316
R8317
R8263
R7625
C7618
R7626
R7627
R9506
R9507
14
R7623 JK762
R7629
R7624
C7617
R7622
C7619
R7628
L8104
D8102
R8181
D8103
L8103
C8118
C8117
D8101
80
70
60
50
40
30
20
10
2
C8101
R8175
Q7401
C7775
Q7414
C7847
R7856
R7863
R7862
DADATAF1
DAFS1
R7474
R7499
R7566
R7563
R7562
R7565
R7564
R7561
R7568
R7567
R7596
C7592
R7595
R7841
C7842
C7867
64FSDIR1
R8131 R8132
R7738
R7751
R7752
R7753
R7750
R7736
J_TCK1
J_TDI1
J_TDO1
R7739
R7744
R7456
R7454
DA256FS1
DA64FS1
R7855
R7597
R7589
R7590
R7593
R7592
R7591
109
R7600
Q7593
Q7594
R7599
C7593
R7598
C7591
R7594
R7588
R7530
D8104
R7746
R7747
J_TMS
J_TDO
PLD_WRITE
J_TDI
Q9002
J_TCK
R9007
R7745
R7782
DATADIR1
FSDIR1
R7719 R7731
R7737 R7740
R7742 R7743
R7723 R7724
R7749
R7726
X7701
R7722
R7725
256FSDIR1
IC773
C7781
C7782
R7791
L7701
R7790
R7784
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
A
B
C
D
C7468
R7704 E
F
G
H
R7720
J
K
L
R7712
M
R7729
N
R7732
P
R
T
R7714 R7705
C7467
Q7404
C7466
R7457
2
144
AP_CS
40
30
20
R8140
10
R8139
R7358
R7361
AP_CK
AP_DA
35
C7
1
35
0
C7
R7326
R7328
R7327
X7501
C7506
R7544
R7545
C7511
R7533
C7676
R7671
C7674
R7949 R7982
R7939 R7983
C7994
CN823
L9001
R7103
R7108
CN755
D9002
C9001
D9001
R7585
R9006
R9005
R9004
Q9001
Q7101
TH801 Q7102
R8188
R7787
R7789
R7786
R7785
C7518
R7354
R7355
C7519
55
R7132
R7133
R7134
L7107
C7469
9
10
0
1
8
R7
33
10
R7312
R7314
73
R7319
R7320
R7321
R7322
IC722
OSD_MI OSD_MO
R7313
OSD_CLK
OSD_CS
ADV7623_ROM
MN864788_ROM
Q7409
R7466
A_CK
R7307
R7308
R7309
R7306
D7237
D7236
D7235
R7310
R7311
D7234
R7351
R7350
R7352
R7353
Q7413
C7474
Q7410
Q7502
D7502
R7465
C7405
C7407
R7444
C7456
R7445
L7425
L7424
Q7417
R7478
Q7416 C7479
R7479
R7468
R7469
C7475
C7433 C7434
L7414
L7415
C7473
R7467
C7429
C7427
C7428
X7
30
R7
32
9
C7457
C7459
C7458
CEC1V1
1
C7403
C7402
L7403
L7421
R7426
R7357
2
R7546
R7547 R7548
R7558
R7559
C7513
R7560
10
L7422
R8185
R8187
R7140
R7157 C7115
R7158 R7121 R7127
R7122 R7124
R7126 R7123
R7125 R7128
9
10
4
14
R7360
R7359
R7334
37
C7238
C7239
R7223
6
R7102
R7106
R7105
C7113 R7107
R7104
CK_2
DA_2
2
16
R7139
C8121
R8183
R8184
Q7201
R7131
R7156
R7155
R7151
R7153
R7152
R7150
10
8
788_HINT
73
72
C7114
R7111 R7117
R7112 R7114
R7116 R7113
R7115 R7118
+5V_4
R7143 R7144
C7153
X7101
C7211
R7211 R7217
R7212 R7214
R7216 R7213
R7215 R7218
C7201
R7201 R7207
R7202 R7204
R7206 R7203
R7205 R7208
C7271
24
7
P_DA
C7274
C7273 D7231
R7259 R7253
R7260 R7256
C7275 R7257
R7254
D7230
C7276
788_RST
R7258
8
10
D7225
D7226
D7221
D7222
RN721
RN722
RN723
X7201
R7
R7226
R7225
R7246
R7245
20
C7501
11
R7536
R7541
R7540
R7542
8
Q7422
2
Q7424
6
2
2
Q7503
2
5
6
6
R7437
6
20
36
L7431
2
10
11
L7434
27
5
23 4
R7 23
R7
C7482
21
10
19
Q7420
11
6
19
C7441
C7439
C7440
R7912
C8258
1
19
C7484
R7487
R7486
D7402
D7401
C7924
8
L7529
R7911
C7991
IC760
5
19
R7428
C7662
C7675
8
19
IC742
C7661
C7658
R7649
R7648
C7657
R7674
R7673
R7672
5
C8261
R7948
R7947
R7946
R7961
R7962
R7951
R7952
C7964
R7967
R7968
R7966 R7921
R7958
R7957
R7956 R7922
C7916
DI_LRCK
DSP_ROM
7
24
8
19
C7424
176
L7801
CN751
13
DA_DA1
DA_CK1
DA_MS1
C8115
C8222
32
IC822
48
133
R7817
DSP_EMULATOR
R7931
R7932
IC821
R7656
R7655
5
48
DO_C
DI_CSW/C
11
37
DO_LRCK
DO_BCK
RN785 RN786
B
R7942
IC791
8
DI_SB/SR
88
R7937
R7936
R7938
R8177
C7621
D7671
5
2
L7412
C7631
8
6
R7416
C7416
C7415
C7414
L7411
4
R7660
IC765
R7635
R7634
R7659
C7928
C7630
17
C7655
D7605
C7930
IC814
R7663
X7601
37
IC766
R7639
R7638
R7642
4 R7630 C7620
R7631
C7634
5
DI_F/FL
45
R7839
D7601
R8222
R8207
16
12
R7902
C7935
R7901
DI_MCK
5
8
CN783
C7652
C7615
C7936
C8306
D7603
R8209
C8201
R7643
C7625
R7941
C7846
4
C7624
C7629
8
R7842
10
R7844
R7843
C7639
C7628
C7612
C7605
D_FLG0
RN783
7
R7641
C7637
C7614
5
IC782
5
C7635
C7638
D7603
D7601
X7601
C7944
R7812
R7813
RN762
C8205
C8204
C8203
R8208
C8292
5
3
L7413
C8206
R8295
R8271
R8312 R8210
16
1
L7432
4
R7410
L8201
Q8206
Q8208
Q8209
DADATAF1
Updating
C7411
Q8207 C8304
R8315
DA_Z_MUTE1
R7436
C8308
R8254
C8291
D7602 R7647
R7663
C7776
R7807
R7811
R7646
D7602 R7647
R7619
R7618
IC761
12
C7437
5
6
C7861 C7860
C7804
C7805
C8279
16
C8207
R8269
DATADIR1
FSDIR1
64FSDIR1
D7604
CN821
24
R8003
R8002
R8103
D8204
D8206
R8255
C7602
12
C8305
C8214
R8221
R8211
15
36
RN790 RN789
BK814
IC783
Pb
4
11
C7859 C7858
25
IC764
R7646
D7604
C8278
C7636 R7645
20
BAR CODE LABEL
5
C8307
C8277
20 11
MP_CUP13029Z_A
11
R8253 R8246
R8245
11
MCU_E20/EMULATOR
Q7595
8
CN752
Q7596
R8288 R8279
C8280
R7619
R7618
IC761
R7801
DSP_DEBUG
FCT2
2
D8211 D8210
R8237
5
FCT1 RP
R8278
R8291
IC825
R8236
8
ICT
C8268
IC823
5
ET751
C7529
C7528
MI
R8290
C8279
DA_Z_MUTE1
Q7421
SMT
C8286
R8225
C8285
R8272
IC824
R8280
R8286
12
CEC_PW2
Q7423
AI
C8267
JK821
C8283
16
C7481
L7451
VERSION
4
C8274
9
IC746
VERSION OPTION
E3
E2
R7581 OPEN 18k
R7582 3.3k OPEN
DRA800H
24
C7471
R7582
Q8204
C8263
44
L7433
R7581
5
DA_PW
C7594
CEC_PW
N3V3_PW
108
IC781
CN811
DI_BCK
R7528
R7529
C8115
C8112
R7860
CN813
R8174
C7478
L7802
Q7415
R7475
BK811
73
R8107
R8106
C7477
R7476
Q7403
R7549
R7553
R7552
R8177
8
D1.1V
CN812
T804
T805
R8114
R8006
R8109
C8108
CPU_PW
IC814
5
CN756
R7575
C7521
R7574
C7446
C7445
C7444
C7442
7
IC751
C8273
C8264
R8261
A
1
IC743
5
R7506
N5V_PW
72
R7431
C7420
C7421
C7419
R7505
R7715
PLD_ERR
RN762
R8182
5
R7571
R7572
R7573
R7434
R7435
C7443
10
R7515
R7522
C7509
R7521
R7735
T803
15
D3.3V
C7417
7
T772
D8204
D8206
R8255
C7602
R8170
R8168
R8116
R8172
R8115
T771
J_TMS1
2 JK822
C8202
D8205
R8125
R8124
R8122
R8120
R8119
T775
T774
T773
C8259
R8257
R8256
D8203
25
IC741
5
CN721
C7354
IC771
Q8203
Q8210
Q8202
Q8211
C7663
C8262
5
D8209
35
R7414
R7415
C7418
R7411
R7470
R7471
R7473
Q7501
C7505
37
L7423
CN731
Q8201
Q8212
C8120
45
D1.8V
C7432
C7430
DV_PW
Q7301
5
C7404
C7480
R7424
R7425
C7431
C7455
C7450
R7441
C8119
BK813
R8130
R8134
R8137
R8138
R8135
R8133
R8136
R8025
R8024
R8022
R8129
R8020
R8018
R8127
2
C9502
R9504
R9505
C9503
C7987
IC951
55
R7446
C7296
15
C7408
T807
JK811
65
IC744
25
C7453
C7452
C7454
C7406
72
L7402
A_RST
R7324
R7323
A_DA
R7781
5
R7711
R7707
R7703
R7710
R7702
R7706
R7701
R7709
35
C7335
L7443
2
C7616
R9503
13
C7722
AVDD11RX
41
37
R7449
R7448
R7447
L7441
L7442
7
8
JK761
C9504
75
IC731
36
C7401
L7401
5
R7783
Q7701
54
36
R7483
PLD_EMULATOR
T806
T808
R7778
R7777
R7776
L7404
CN741
6.MAIN_POWER
5.DGND
4.DGND
3.M_RESET
2.D5.2V
1.D5.2V
CN771
1
7
JK901
BK812
IC701
RN713 RN715 RN716
L7207
3
13
VDD33
1
2
DA3V3
DGND
8
R7
R7 23
23 7
6
HAINT
2
5
R7
R7 23
R7 23 3
R7 26 2
R7 26 8
26 7
6
R7222
R7224
4
C7780
R8258
14
4
C7290
L7210
R7101
HPD_1
+5V_1
C7293
D5V_PW
CH4:DACMCK
(DA256FS1)
VDD33IO
HPD_2
D
VDD11
C7309
CH4:256fs
A
6
R7262
R7263
L7208
CN741
CH2:DACBCK
(DA64FS1)
CH3:DACPCMF
(DADATAF1)
C7154
21
L7106
R7219
R7220
JK701
+5V_2
E
CN821
1.TUNER-L
2.TUNER-R
3.VCC
4.TUNER_SCLK
5.TUNER_SDIO
6.TUNER_CE
7.TUNER_RST
8.TUNER_INT
9.CHGND
10.CHGND
11.-7.5V
12.-7.5V
13.PHONO-R
14.AGND
15.PHONO-L
3
1
C7188
I2S1
JK711
HPD_3
7
FS
I2S3
I2S2
I2S0
IC721
CH2:64fs
C
Q7202
+5V_3
7
B
C7281
E
D
JK721
P_CK 787_RST R7145
R7146
3
9
8
24
CH1:DACLRCK
(DAFS1)
HPD_4
HPD_5
A
R7228
R7227
10
R7
MCK
64FS
DA_OUT2
R7229
R7230
R7231
C7272
C
JK731
+5V_5
16
RN724
JK741
CK_OUT2
HPD_OUT
RN725
D7233
1
1
ARC
D7228
OUT
3
1
2
D7227
1
25 9
R7 24 0
R7 25 2
R7 25
R7
CH1:fs
CH3:DATA
MP_CUP13029Z_A
1
DA_1 CK_1
9
D7224
D7223
B
A
+5V_OUT
JK751
CEC
DA_3 CK_3
DA_4 CK_4
3
DA_5 CK_5
DA_OUT CK_OUT
Repair Information
(2)DIROUT I2S
(3) DAC input
(9)DACIN I2S
Detail A
DRA-800H DIGITAL
IN
SPECIAL MODE
While holding down buttons " A " , " B " and " C " simultaneously, press the power button to turn on the power.
b No. 1 - 4, 6 - 8 :
While the power is on, hold down buttons " A " , " B " , and " C " for at least 3 seconds .
b No. 5, 9, 10 :
No.
Mode
Button A Button B Button C
Descriptions
1
Version Display Mode
(MCU / DSP Error Display)
SPEAKER
STATUS
-
Displays the version of firmware such as the MCU or DSP. Errors that have occurred are displayed.
(See 1. Version Display Mode)
2
PANEL / REMOTE LOCK Selection
Mode
ZONE2
SOURCE
TUNER
PRESET CH +
-
Activates the unit in PANEL/REMOTE LOCK selection mode to enable PANEL LOCK and Remote Lock On/Off to be set.
(See 2. PANEL / REMOTE LOCK Selection Mode)
3
Selecting the Mode for Service-related
ZONE2
SOURCE
SPEAKER
STATUS
3-1 Check the Video/Audio path Mode
↑
↑
↑
This is a special mode for service confirmation used during repair work to simplify the confirmation work for the Audio channel /
video channel. (See Service Path Check Mode)
3-2 Protection history display mode
↑
↑
↑
Displays the latest occurred protection history. (See 3-2. Protection History Display Mode)
3-3 Operation Info Mode
↑
↑
↑
Displays the accumulated operating time of the unit, the number of times the power was switched on, and the number of occurrences of each protection. (See 3-3. Operation Info Mode)
TUNER STEP Mode
(E3 model only)
↑
↑
↑
Enables the FM/AM tuner reception frequency step to be changed.
(See 3-4. TUNER STEP mode (E3 only))
3-5 Remote ID Setup Mode
↑
↑
↑
Before Servicing
This Unit
Special mode setting button
If there are multiple DENON AV receivers in the same area, this mode prevents other AV receivers from being operated concurrently
with this device. (See 3-5. Remote ID Setup Mode)
Enables the power to be turned on when protection detection is disabled.
(See 4. Protection Pass Mode)
TUNER
PRESET CH +
ZONE2
SOURCE
STATUS
5
Network Initialization Mode
TUNER
PRESET CH +
ZONE2
ON/OFF
-
Network module backup data is initialized.
(See 5. Network Initialization Mode)
6
User Initialization Mode
TUNER
PRESET CH -
TUNER
PRESET CH +
-
Initialize the backup data for the MCU and network module. (Settings for the Installer are not initialized.)
7
Factory Initialization Mode
TUNER
PRESET CH -
SPEAKER
-
Initialize the backup data only for MCU.
(Settings for the Installer are initialized) (Network function settings are not initialized.) (See Initializing this Unit)
8
Clearing of Operation Info
TUNER
PRESET CH +
STATUS
-
Clear the accumulated operating time of the unit, the number of times the power was switched on, and the number of occurrences
of each protection. (See 6. Clearing of Operation Info)
9
HDMI Diagnostics Mode
TUNER
PRESET CH -
ZONE2
SOURCE
10
Log Capture feature
TUNER
PRESET CH +
ZONE2
SOURCE
This mode is used to identify and solve the cause when there is a connectivity issue with this unit and an HDMI device.
For details on the operating methods and diagnosis procedures, see the HDMI Diagnostics and Troubleshooting guide issued on SDI.
STATUS
Acquires the Network Module log. As the Network Module reboots, the log is deleted. Make sure to obtain the log before turning off
the unit’s power. (See 7. Log Capture feature)
" , the unit has entered the developer’s special mode. In this case, the RS-232C communication is not available.
NOT : f the volume indicator displays "
I
To release this special mode, press and hold the " ZONE2 SOURCE " and " TUNER PRESET CH + " buttons for 3 seconds or more while the power is ON. When the volume indicator returns to the normal
display, the RS-232C communication is available.
Repair Information
Protection Pass Mode
Mechanical
4
Electrical
3-4
A selection mode for entering service-related modes.
Service-related modes : No. 3-1 - No. 3-5 (See 3-1. Selecting the Mode for Service-related)
All the indicator Lights
101
Updating
ZONE2
TUNER
STATUS
SOURCE PRESET CH +
TUNER
SPEAKER
X ZONE2
ON/OFF
PRESET CH -
1.1. Actions
Q1 HEOS Version :
Version information is displayed when the device is started in this mode.
HEOS Version
" Press " STATUS " button.
1.2. Starting up
While holding down buttons " SPEAKER " and " STATUS " simultaneously, press the power button to
turn on the power.
then press the " STATUS " button to display the information in section 1.3 on the display.
b The version list is also displayed on GUI while the version is displayed on the display.
*.***.***
Q2 HEOS Build :
" Press " STATUS " button.
Error information(See " 1.4. Error display " ) → q Model destination information → w Serial Number
→ e Firmware Package → r MCU → t MCU 1st Boot Loader → y DSP → u Audio PLD
→ i GUI SFLASH → o PIMGI → Q0 Hybrid GUI → Q1 HEOS Version → Q2 HEOS Build
→ Q3 HEOS Module → Q4 HEOS Configuration → Q5 HEOS Locale → Q6 Restore Version
→ Q7 Ether Mac Address → Q8 WiFi Mac Address → Q9 BT Mac Address
******
Q3 HEOS Module :
q Model destination information :
\\\
@ ：Model name (800H)
\ ：Region (E3, E2,E1C, JP)
w Serial Number :
DSP
***
A.PLD :********
:****
r MCU :
M:*************
HEOS Config
GUI
" Press " STATUS " button.
:@@$\****
@ : Model code
$ : Brand code (Non=0, De=1, Mz=2, Mc=3)
\ : Region code (E3=1, E2=2, E1C=5, JP=4, ALL=0)
* : version
o PIMG :
PIMG
Production
Q5 HEOS Locale :
" Press " STATUS " button.
*Ether MAC
" Press " STATUS " button.
******-******
Q8 Wi-Fi MAC Address :
*Wi-Fi MAC
" Press " STATUS " button.
******-******
Q9 Bluetooth MAC Address :
*BT MAC Address
" Press " STATUS " button.
******-******
**_**
Q0 Hybrid GUI :
:********
Updating
HIMG
Development
HEOS Locale
:********
t MCU 1st Boot Loader :
Main FBL :**.**
Q7 Ether MAC Address :
Repair Information
Package
Q4 HEOS Config :
i GUI SFLASH :
e Firmware Package :
************
u Audio PLD :
SN%%%***********
%：SKU code
" Press " STATUS " button.
:**.**
" Press " STATUS " button.
Mechanical
DRA-@@@@@
HEOS Module
y DSP ROM :
RSTR
Electrical
HEOS Build
1.3. Display Order
Q6 Restore Version :
Before Servicing
This Unit
1. Version Display Mode
102
See the table below for descriptions of the displayed errors and countermeasures for these.
If multiple errors occur, only one item is displayed.
The priority order is w, e, r, q.
Condition
States
Display
The model name, brand name and region information written in the firmware are compared
to the region settings in the PCB. This error is displayed if the information does not match.
FIRM ERROR
– – – – –
M:*************
Main FBL :**.**
DSP
:**.**
A.PLD :********
PIMG :********
This error is displayed if there is no response from the DIR.
DIR ERROR 01
Boot error 1 (After reset the DSP, DSP_Flag0 port is " Low " )
DSP ERROR 01
Boot error 2 (After reset the DSP, DSP initialization is not completed)
DSP ERROR 02
(Unused)
DSP ERROR 03
Command error 1 (After sending the command to the DSP, DSP_Flag0 port is " Low " .)
DSP ERROR 04
Command error 2 (After sending the command to the DSP, MCU received " COMMAND ERROR " .)
DSP ERROR 05
Command error 3 (After sending the command to the DSP, MCU did not receive " COMMAND
SUCCESS " .)
DSP ERROR 06
IDL error 1 (Before receiving IDL, " COMMAND BYTE " is not cleared.)
DSP ERROR 07
IDL error 2 (MCU received " IDL SERIOUS ERROR " .)
DSP ERROR 08
SPI communication error
DSP ERROR 09
Error occurred in BACKUP. it is an error of the check sum.
BACKUP ERROR
e
DSP Error
r
BACKUP Error
• heck the DIR [IC761, DIGITAL PCB] and surrounding circuits.
C
• heck the DSP [IC781, DIGITAL PCB] and surrounding cirC
cuits.
Repair Information
w
DIR Error
PIMG Error indication
• heck the circuits around the Logic [IC722] and SFROM
C
[IC723]. If there appear to be no problems, [IC722] or [IC723]
is faulty.
Mechanical
" ▲ " is not displayed if firmware information is correct.
• heck the resistor for setting the region [R7581, R7582, DIGIC
TAL PCB].
• rite the firmware for the correct region.
W
Electrical
q
Firm Check
Error
TROUBLE SHOOTING
Before Servicing
This Unit
1.4. Error display
Updating
103
Before Servicing
This Unit
1.5. Version Display in the Setup Menu
Follow the steps below to display the firmware information.
(1) Press the " SETUP " button on the remote control.
(2) Select " General - Information - Firmware " .
The version information is displayed as a 16-digit number as shown in the screenshot below.
General/Firmware
Version
XXXX-XXXX-XXXX-XXXX
Electrical
GUI Image
Mechanical
This 16-digit number comprises a part of the version number of each device and module.
Numerics and version numbers correspond as shown below.
The 6th digit from the right for MCU
The 5th digit from the right for MCU
The 2nd digit from the right for MCU
The 1st digit from the right for MCU
X
X
X
X
1
X
X
X
X
.
X
X
X
X
3
X X X 1 5 X X 3 4 Version
3 4 0 0 - 5 1 4 3 - 7 0 3 1 - 7 0 6 3
The 1st digit from the right for DSP
4
The 1st digit from the right for A.PLD
3
The 1st digit from the right for GUI
X X X 1 7
6 7 . 1 3 X
Repair Information
MCU
DSP
A.PLD
GUI
HEOS
The 2nd digit from the right for HEOS
The 3rd digit from the right for HEOS
The 4th digit from the right for HEOS
The 5th digit from the right for HEOS
The 6th digit from the right for HEOS
104
Updating
b The firmware version numbers and this 16-digit version information are written in the Service Information.
b Replace as follows for the 5th to 7th digits of HEOS version.
X.XXX.X → X.XXX.00X
X.XXX.XX → X.XXX.0XX
X.XXX.XXX → X.XXX.XXX
2.1. Actions
Switch the PANEL LOCK and REMOTE LOCK modes between on and off.
• PANEL LOCK Mode (with Volume)
Disables reception from all keys and encoders on the front panel except the power button (including
the volume).
• PANEL LOCK Mode (without Volume)
Disables reception from all keys and encoders on the front panel except the power button and
volume encoder.
• PANEL LOCK mode is turned off
While holding down buttons " ZONE2 SOURCE " and " TUNER PRESET CH + " simultaneously, press the
power button to turn on the power.
Select the desired mode using the " TUNER PRESET +/- " button, then press the " STATUS " button to
confirm.
Electrical
2.2. Starting up
Before Servicing
This Unit
2. PANEL / REMOTE LOCK Selection Mode
2.3. Displaying and Selecting Each Mode
The information shown on the display switches each time the " TUNER PRESET +/- " button is pressed.
Press the " STATUS " button to set the currently displayed mode and restart the device.
The setting with " * " is selected for each mode.
Mechanical
q
FP/VOL LOCK*On
The buttons on the unit and the master volume knob does not function.
w
On
Repair Information
FP LOCK
The buttons on the unit does not function.
e
FP LOCK
Off
The PANEL LOCK mode is turned off.
r
RC LOCK
On
Updating
The device cannot be operated by the remote control.
t
RC LOCK
*Off
The REMOTE LOCK mode is turned off.
105
3-1.1. Actions
e
Select diagnostic mode (service path check mode), protection history display mode, 232C standby clear
mode, Operation Info mode, TUNER STEP mode or Remote ID Setup Mode.
4.OP INFO
Operation Info for the unit can be checked.
3-1.2. Starting up
While holding down buttons " ZONE2 SOURCE " , " SPEAKER " and " STATUS " simultaneously, press the
power button to turn on the power.
Select the desired mode using the " TUNER PRESET +/- " button, then press the " STATUS " button to
confirm.
Before Servicing
This Unit
3-1. Selecting the Mode for Service-related
r E3 model only
5.TUNER FRQ SET
3-1.3. Displaying and Selecting Each Mode
The information shown on the display switches each time the " TUNER PRESET + " button is pressed.
Press the " STATUS " button to set the currently displayed mode and restart the device.
t
q
6.REMOTE ID
1.SERVICE CHECK
Electrical
Enables the reception frequency STEP of the ANALOG TUNER to be changed.
This function is for operating only the desired AV receiver.
Service Path Check Mode：See " DIAGNOSTIC MODE "
The Video and Audio paths can be checked.
This function is convenient for confirming problem paths in the product and checking the
paths after repairing.
3-1.4. Canceling the selected mode
w
2.PROTECTION
Mechanical
Press the power button to turn off the power.
The protection history can be checked.
Repair Information
Updating
106
3-2.1. Actions
(3) DC (if the last protection is DC)
This mode enables the unit to record and display the event when the THERMAL, ASO or DC protection is
activated.
If protections have been activated multiple times, the latest protection operation is recorded.
3-2.2. Starting up
PRT:DC
Cause : C output of the power amplifier is abnormal.
D
If the power is turned on in the abnormal state, protection is activated after around 6 seconds and the
power is turned off.
While holding down buttons " ZONE2 SOURCE " , " SPEAKER " and " STATUS " simultaneously, press the
power button to turn on the power.
Select the " 2. PROTECTION " using the " TUNER PRESET +/- " button, then press the " STATUS " button
then to confirm.
(4)
THERMAL (if the last protection is THERMAL(A) or THERMAL(B))
3-2.3. Protection information and displays
Cause : Abnormal heat sink temperature.
If the power is turned on in the abnormal state, protection is activated after around 6 seconds and the
power is turned off.
Before Servicing
This Unit
3-2. Protection History Display Mode
PRT:THERMAL A
• Press the " STATUS " button in Protection History Display Mode.
• The protection history can be checked.
(5) Case of CURRENT (when the last protection incident is CURRENT protection)
(1) If no protections has occurred.
Electrical
PRT:THERMAL B
:CURRENT
(2) ASO (if the last protection is ASO)
PRT:ASO
Caution : hese protections may also be activated due to other factors such as disconnection of
T
connectors or operations around the MCU.
After viewing the above protection history, press the " STATUS " button to return to the normal display.
Cause short circuit occurred between the speaker terminals, or speakers with an impedance outside
A
the rating were connected.
Note : hort circuits in speaker terminals or speakers can be identified.
S
If the power is turned on in the abnormal state, protection is activated after around 6 seconds and the
power is turned off.
Mechanical
Cause : An over current flowed in power amp.
If the power is turned on in the abnormal state, protection is activated after around 90 seconds and the
power is turned off.
NO PROTECT
Repair Information
Updating
107
Before Servicing
This Unit
3-2.4. Clearing the Protection History
There are two ways to clear the protection history.
(1)
Activate Protection History Display Mode. Press the " STATUS " button to display the protection
history.
PRT:DC
Press and hold the " SPEAKER " button for 3 seconds.
PRT:CLEAR
Electrical
The above is displayed and protection history is cleared.
NO PROTECT
(2) Initialize this unit. (See " POST-SERVICE PRECAUTIONS " )
Use the method in 3-2.4. (1) if you do not want to erase your settings from this unit.
b
Mechanical
Warning Displays by POWER LED
If the power is turned Off while a protection is being detected, the POWER LED flashes in red to warn
you depending on the protection status as follows.
(1) ASO/DC protection: Flashes at 0.5-second intervals (0.25 seconds lit, 0.25 seconds unlit)
(2) THERMAL(A/B) protection: Flashes at 2-second intervals (1 seconds lit, 1 seconds unlit)
(3) CURRENT protection: Flashes at 4-second intervals (2 seconds lit, 2 seconds unlit)
Repair Information
Updating
108
3-3.1. Actions
(3) DC / ASO Protection count
This mode enables the unit to display the accumulated operating time, power On count and each
protection count.
DC:___/ASO:___
" STATUS "
3-3.2. Starting up
While holding down buttons " ZONE2 SOURCE " , " SPEAKER " and " STATUS " simultaneously, press the
power button to turn on the power.
Select the " 4. OP INFO " using the " TUNER PRESET +/- " button, then press the " STATUS " button then
to confirm.
(4) Thermal Protection (A/B) count
THM A:___/B:___
" STATUS "
(5) Current Protection count
Press the " STATUS " button after starting up this device in Operation Info mode.
The following information is displayed in the following order.
Current:___
(1) Accumulated operating time
" STATUS "
" STATUS "
______H
(Returns to normal display)
↑ Time display
Mechanical
(2) Power On time
P.On Time______
" STATUS "
Electrical
3-3.3. Operations
OP Time
Before Servicing
This Unit
3-3. Operation Info Mode
↑ Time display
Repair Information
Updating
109
3-5. Remote ID Setup Mode
3-4.1. Actions
3-5.1. Actions
This is a special mode that enables the reception frequency STEP of the FM/AM TUNER to be changed.
This function allows only the desired AV receiver to be operated if multiple DENON AV receivers are
used in the same room.
3-4.2. Starting up
3-5.2. Starting up
While holding down buttons " ZONE2 SOURCE " , " SPEAKER " and " STATUS " simultaneously, press the
power button to turn on the power.
Select the " 5. TUNER FRQ SET " using the " TUNER PRESET +/- " button, then press the " STATUS "
button then to confirm.
While holding down buttons " ZONE2 SOURCE " , " SPEAKER " and " STATUS " simultaneously, press the
power button to turn on the power.
Select the " 6. REMOTE ID " using the " TUNER PRESET +/- " button, then press the " STATUS " button
then to confirm.
3-4.3. Displays
(1) When Remote ID Setup mode is activated, the following message is displayed.
REMOTE ID ?
(1) AM9 kHz / FM50 kHz is selected
& lt;
AM9/FM50
" TUNER PRESET + "
Electrical
3-5.3. Operations
Start up this unit in TUNER STEP mode, select the desired option using the " TUNER PRESET +/- "
button, then enter using the " STATUS " button.
The following information is displayed in the following order.
Before Servicing
This Unit
3-4. TUNER STEP mode (E3 only)
(2) Press the desired " QUICK SELECT 1 - 4 " button.
& gt;
Button
" TUNER PRESET - "
Display
QUICK SELECT 2
(3) Press the power button to turn off the power.
(4) Press the power button to turn on the power.
REMOTE ID 3
QUICK SELECT 4
" STATUS "
REMOTE ID 2
QUICK SELECT 3
& lt; AM10/FM200 & gt;
REMOTE ID 1
REMOTE ID 4
O
b nly " QUICK SELECT 1 - 4 " and the POWER button on the unit can be used in Remote ID Setup
Mode.
T
b he remote ID of the remote control supplied with this unit cannot be changed.
NOTE :
If the ID of the unit and remote control do not match, " AVAMPz " appears on the display of the unit
when the remote control is used
(z : own remote control ID).
Repair Information
(3) Press the power button to turn off the power.
(4) Press the power button to turn on the power.
Mechanical
QUICK SELECT 1
(2) AM10 kHz / FM200 kHz is selected
Updating
110
5. Network Initialization Mode
4.1. Actions
5.1. Actions
• This mode allows the power to be turned on without activating protections.
• This mode functions in the same way as normal power-on, except that protections are not activated.
• When using the protection pass mode, do not connect speakers to the speaker terminals.
4.2. Operations
While holding down buttons " TUNER PRESET CH + " , " ZONE2 SOURCE " and " STATUS "
simultaneously, press the power button to turn on the power.
The device returns to the normal display message after the following is displayed.
Protection Pass
This is displayed for 5 seconds before returning to the normal display.
5.2. Operations
When the power is on and the input source is HEOS Music, press and hold the " TUNER PRESET CH + "
and " ZONE2 ON/OFF " buttons for more than 3 seconds.
Electrical
The following items are initialized.
(1) Network setup
(2) Friendly Name
(3) Auto Update setting
(4) Allow Update setting
(5) Time Zone setting
(6) Queue list
(7) Internet Radio recently played station
(8) Quick Select playback station
(9) AirPlay Password
(10) Bluetooth Pairing History
Before Servicing
This Unit
4. Protection Pass Mode
Initializing Display
Network Reset...
Completed
This is displayed for 5 seconds before returning to the normal display.
Mechanical
Complete Display
Repair Information
Updating
111
7. Log Capture feature
6.1. Actions
7.1. Actions
• Displays the accumulated operating time of the unit, the number of times the power was switched
on, and the number of occurrences of each protection.
• Acquires the Network Module log.
• The log is deleted when the Network Module is deleted.
If an error occurs, it is acquired without turning off the power of this unit.
•
The log can be copied to a writable USB flash drive.
It can also be sent to a server if this unit is connected to the Internet.
•
The log is stored in the root folder of the USB flash drive with the name " logs- & lt; friendlyname & gt; & lt; number & gt; .tar.gz " .
& lt; friendlyname & gt; indicates the friendly name and & lt; number & gt; indicates the sequence number.
Previous logs on the USB flash drive are not overwritten. The log is encrypted.
6.2. Operations
Remove all input/output terminals and the AC plug.
Connect the AC plug again and place the product in standby mode.
While holding down buttons " TUNER PRESET CH + " and " STATUS " simultaneously, press the power
button to turn on the power.
While the power is On, hold down buttons " TUNER PRESET CH + " , " ZONE2 SOURCE " and " STATUS "
for at least 3 seconds.
7.2.1. the USB flash drive is connected after starting the unit
If
Electrical
7.2. Starting up
PRODUCT MODE
When " PRODUCT MODE " appears on the display, release the button and press the button " power " to
place the product in standby mode.
Before Servicing
This Unit
6. Clearing of Operation Info
(1)
The log is written to the USB flash drive and " Storing Logs... " is displayed.
The log is also sent to the server.
Storing Logs...
USB SUCCESS
(3)
When saving of the log package fails, " USB FAILED " appears in the display for 5 seconds, regardless
of whether the upload to the server was successful.
Mechanical
(2)
When a log package is saved to a USB flash drive, " USB SUCCESS " appears in the display for 5
seconds, regardless of whether the upload to the server was successful.
USB FAILED
(1)
The log is sent to the server and the display shows " Storing Logs... " for 5 seconds.
Storing Logs...
(2)
When the log package is uploaded, the ticket numbers " XXXXX " and " Push ENTER " are displayed
until the " Enter " or " Back " button of RC is pressed.
XXXXX Push ENTER
(3) the log package upload fails, " FAILED " is displayed for 5 seconds.
If
Repair Information
7.2.2.
When the USB flash drive is not connected after startup, and this
unit is connected to the Internet.
FAILED
Updating
112
DIAGNOSTIC MODE
Before Servicing
This Unit
Service Path Check Mode
1.1. Actions
This function is convenient for confirming problem paths in the product and checking the paths after repairing.
The video system and audio system operation paths can be checked.
The backup data is not rewritten.
1.2. Starting up
While holding down buttons " ZONE2 SOURCE " , " SPEAKER " and " STATUS " simultaneously, press the power button to turn on the power.
Select the " 1. SERVICE CHECK " using the " TUNER PRESET +/- " button, then press the " STATUS " button then to confirm.
The " TUNED " , " STEREO " and " RDS " segments are lit in this mode.
Electrical
1.3. Canceling diagnostic mode
Press the power button to turn off the power.
1.4. Selecting items to check
Press the q button to switch between video items and audio items.
Press the w or e button to select the previous or next item.
Actions
e
NEXT
QUICK SELECT 2
q
Audio ⇔ Video
SLEEP
Remote control unit
w
PREVIOUS
CURSOR 0
e
NEXT
CURSOR 1
1.5. Audio system confirmation items
See the block diagram fig.AXXth.
Paths to be confirmed
1 Analog
3
DIGITAL
(MAIN)
DIGITAL
(ZONE2)
fig.A02a A02:DIGITAL
fig.A02b
fig.A03a A03:DIGITAL-Z2
fig.A03b
fig.A04a A05:HDMI
fig.A04b
What to confirm
• Analog input ⇒ Speaker output (Left/Right A)
(b The input source can be switched to any source except CBL/SAT.)
• Digital input ⇒ Speaker output (Left/Right A)
• Digital input ⇒ Pre OUT output (Subwoofer)
(b The input source can be switched to any source except CBL/SAT.)
• Digital(PCM) input ⇒ Pre OUT output (ZONE2 L/R)
(b Only HEOS Music can be set as the input source.)
• HDMI input ⇒ Speaker output (Left/Right A)
(b The input source can be switched to any source except CBL/SAT.)
113
Updating
4 HDMI
A01:ANALOG PASS
Settings
Input Source : CBL/SAT
Input Mode : Analog (fixed)
Sound mode : DIRECT
MAIN ZONE : On
ZONE2 : Off
Input Source : CBL/SAT
Input Mode : DIGITAL (fixed)
Sound mode : STEREO
MAIN ZONE : On
ZONE2 : Off
Input Source : HEOS Music
Input Mode : Auto
Sound mode : STEREO
Z2 Source : HEOS Music
MAIN ZONE : On
ZONE2 : On
Input Source : CBL/SAT
Input Mode : HDMI (fixed)
Sound mode : STEREO
MAIN ZONE : On
ZONE2 : Off
Repair Information
2
fig.A01
Display
Mechanical
Button
The unit
w
PREVIOUS
QUICK SELECT 1
q
Audio ⇔ Video
SPEAKER
5
Analog AD
(MAIN ZONE)
6 Analog ZONE2
8 ZONE2 Downmix
fig.A05a A06:AD
fig.A05b
fig.A06
fig.A07
A07:ANALOG-Z2
A12:SPEAKER-B
fig.A08a A22:Z2 Downmix
fig.A08b
Settings
What to confirm
• Analog input ⇒ Speaker output (Front L/R, Center, Surround L/R)
• Analog input ⇒ SW(20Hz)
(b The input source can be switched to any source except CBL/SAT.)
(b Volume 60 is the value when Absolute settings are used. The value is -20 when Relative settings are used)
• Analog input ⇒ Pre OUT output (ZONE2 L/R)
(b Source for ZONE2 does not change even when Source for the main zone is changed.)
(b The input source for ZONE2 can be switched to any source except CBL or SAT.)
(b Volume 60 is the value when Absolute settings are used. The value is -20 when Relative settings are used)
• Analog input ⇒ Speaker output (Left/Right B)
(b The input source can be switched to any source except CBL/SAT.)
• Analog input ⇒ Pre OUT output (ZONE2 L/R)
(b The input source can be switched to any source except CBL/SAT.)
(Leave the ZONE2 Source as Source.)
(b Volume 60 is the value when Absolute settings are used. The value is -20 when Relative settings are used)
Mechanical
Input Source : CBL/SAT
Input Mode : Analog (fixed)
Sound mode : STEREO
Vol 60(-20dB)
MAIN ZONE : On
ZONE2 : Off
Input Source : CBL/SAT
Input Mode : Auto
Sound mode : STEREO
Z2 Source : CBL/SAT(select a setting other than Source)
Vol 60(-20dB)
MAIN ZONE : On
ZONE2 : On
Input Source : CBL/SAT
Input Mode : Analog (fixed)
Sound mode : DIRECT
Speaker Select : B
MAIN ZONE : On
ZONE2 : Off
Input Source : CBL/SAT
Input Mode : Auto
ZONE2 Source : Source
ZONE2 Vol : 60
MAIN ZONE : On
ZONE2 : On
Electrical
7 Speaker B
Display
Before Servicing
This Unit
Paths to be confirmed
Repair Information
Updating
114
See the block diagram fig.VXXth.
Paths to be confirmed
1 HDMI pass
2 HDMI CEC
HDMI Audio
4
(Audio : TV)
5 GUI
fig.V02
V03:HDMI PASS
V04:HDMI CEC
fig.A04a V05:H.AUDIO-Amp
fig.A04b
fig.V03
fig.V04
V06:H.AUDIO-TV
V07:GUI MENU ON
Settings
What to confirm
Input Source : CBL/SAT
MAIN ZONE : On
ZONE2 : Off
• HDMI input ⇒ HDMI output (MAIN)
(b The input source can be switched to any source except CBL/SAT.)
Input Source : CBL/SAT
HDMI Control : On
MAIN ZONE : On
ZONE2 : Off
• heck that the stereo receiver enters standby when the TV is set to Standby via HDMI OUT.
C
(b The input source can be switched to any source except CBL/SAT.)
• The ARC path can also be checked (check this using the TV input source).
Input Source : CBL/SAT
HDMI Control : Off
HDMI Audio : Stereo Receiver (if checking the audio
output from Stereo Receiver)
• HDMI input (PCM) ⇒ Speaker output
(b The input source can be switched to any source except CBL/SAT.)
HDMI Audio : TV (if checking the audio output from TV) • HDMI input (PCM) ⇒ HDMI output (audio output from connected TV)
(b The input source can be switched to any source except CBL/SAT.)
• GUI display ⇒ HDMI output.
(b The input source can be switched to any source except CBL/SAT.)
Mechanical
Input Source : CBL/SAT
Setup Menu : On
MAIN ZONE : On
ZONE2 : Off
Electrical
HDMI Audio
3 (Audio : Stereo
Receiver)
fig.V01
Display
Before Servicing
This Unit
1.6. Confirmation items for the video system
Repair Information
Updating
115
Before Servicing
This Unit
DIAGNOSTIC PATH DIAGRAM
fig.A01
DRA-800H ANALOG AUDIO BLOCK
* LOGIC CONTROL H IGH LEVEL INPUT VOLTAGE(MIN: + 2.5V / MAX: V+ )
VCC:D AB+ 3.3V
SELECT IC
NJU72750V
DAB
P-AMP
+
DAC_FL
D A01
SPK OUT
SPEAKER A RELAY
MAIN_L
-
FRONT A_L
VCC:D A+ 5V
MAIN_R
TUNER
FM/AM
+
DAC_FR
D A02
32.768kH z
-
E3:BUFFER AMP
E2:GAIN AMP(+ 12.6dB)
FRONT A_R
SPEAKER B RELAY
OUTA1
PH ONO
InA/B2
OUTA2
CBL/SAT
InA/B3
OUTA3
+
-
DAC_SW
InA/B6
InA/B7
H/P L
GND
H /P R
OUTB1
OUTB2
OUTB3
* LOGIC CONTROL H IGH LEVEL INPUT VOLTAGE(MIN: + 2.5V / MAX: V+ )
-7.0dB
LEGO_ADC_L
V+ :+ 7.5V
V-:-7.5V
H/P-AMP
OPEN
ATT.
PRE OUT
ATT.
MUTE
DAC_FL
D A02
DAC_SW
D A03
SW 1
D A01
DAC_FR
Repair Information
GND
LEGO_ADC_R
FRONT B_R
H/P OUT
0
0
-
OPEN
InA/B5
+
OPEN
InA/B4
CD
7in3out Matrix-Switch
D A03
FRONT B_L
Mechanical
InA/B1
AUDIO IN
TO D IGITAL
AUD IO BLOCK
Electrical
VOLUME IC
NJU72343V
V+ :+ 7.5V
V-:-7.5V
SW 2
-8.5dB
AD INL
AD INR
ATT.
ATT.
ZONE2_NET_LR
D NMIX_LR
116
ZONE2_LCH
MUTE
ZONE2_RCH
Updating
MUTE
DIR_RST
APLD_DATA
APLD_CS
HDMISPDIF
DACPCMCSW_SW
AUDIO PLD
5M570ZF256C5N
MCLK_I2S_0
LEGO
USBD-
SCLK_I2S_0
TX+ /-
Z2DACBCK
DAC(Z2)
PCM5100A
Z2DACLCK
Z2DACDATA
SDIN_I2S_0
SDOUT_I2S_0
MODULE
(Within BT)
RX+ /-
LRCK_I2S_1
SDIN_I2S_1
PLDADCDATA
PLDADCBCK
VD:DA+5V
DNMIX_DACMCK
DNMIX_DACBCK
CSLOCK
CSREFN
VD:DA3V3
TXBCK
VCC:DA3.3V
VCCINT:PLD1.8V
TXLRCK
TXI2S0
TMDS
TMDS
DSP1INMCK
DSP1INBCK
OUT1
DSP1INF/FL
DSP1IN-/FR
P1TX
DSP1OUTCSW1
OUT0
DSP1OUTF
DSP1OUTS
P0TX
TMDS
TMDS
JITTER RED UCER
CS210010-CZZR
OPEN
CSCKOUT
RXMCK/DSDMCK
DSP1OUTLRCK
P0_RX
CSCKIN
RXBCK/DSDSCK
2CH_DOWNMIX
DSP1OUTBCK
IN0
RXI2S3/DSD4/SPDIF
DSP1IN-/SR
* DRA-800H: NO USED SIGNAL
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
DSP_MOSI
DSP_MISO
DSP_CLK
DSP_RST
DSP_CS
DSP_FLAG0
VDDINT:DA1.1V
VDDEXT:DA3V3
18.75MH z
SDRAM
64M/200MH z
A3V64S40GTP-60
117
SERIAL FLASH
16M
BY25D16ASSIG
DVDD:3.3V
CPVDD:3.3V
AVDD:3.3V
Updating
DSP
ADSP21487KSW Z-2B
(From / To MCU)
CVDD, DVDD:+ 1V8H
PVDD:+ 1V8H
TXAVDD:+1V8H
TXPVDD:+ 1V8H
TXPLVDD:+ 1V8H
DVDDIO:DV3V3
TVDD:DV3V3
P1_RX
RXI2S2/DSD3
RXLRCK/DSD5
DSP1INCSW /C
TMDS
IN1
P3_RX
D AC
PCM5100A
RXI2S1/DSD2
DSP1IN-/SW
TMDS
IN3
RXI2S0/DSD1
DSP1IN-/SL
TMDS
P2_RX
HDMI TX(MN864788)
ADV7623
RXD
IN2
DSP1INLRCK
HDMI IN5
(MEDIA Player)
TMDS
D OW NMIX
Repair Information
HDMI IN4
(GAME)
IN0
HDMI RX(MN864787)
OUT0
DINMIX_DACDATA
HDMI OUT
IPOD AUTH.
23671011050AS
(MFI337S3959)
DINMIX_DACLCK
TMDS
DNMIX_L
DNMIX_R
VA:DA+5V
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
HDMI IN3
(BLU-RAY)
ADINL
ADINR
Mechanical
PLDADCMCK
LRCK_I2S_2
SDIN_I2S_2
SDOUT_I2S_2
HDMI IN2
(DVD)
DVDD:3.3V
CPVDD:3.3V
AVDD:3.3V
ADC(MAIN)
AK5358
PLDADCLRCK
SDOUT_I2S_1
RJ-45 with Transform er
IN1
Z2_NET_L
Z2_NET_R
SCLK_I2S_1
SCLK_I2S_2
TMDS
VREF:DA+5V
NETW ORK
Z2DACMCK
LRCK_I2S_0
NETWORKED MEDIA
USBD+
IN2
TVDD:DA3.3V
HDMISPDIF
SPDIF_OUT
TMDS
DAC_SW
Electrical
DACPCMCSW_C
DIRAUXDATA
5V0:LEGO5V
HDMI IN1
(CBL/SAT)
DAC_R
D AC
AK4458VN
DACPCMF_FR
DIRAUXLRCK
ANT2
USB
DAC_CLK
DACPCMF_FL
DIRAUXBCK
ANT1
ETHERNET
DAC_DATA
DACLRCK
VCC:DA3.3V
VCCAD:DA+5V
DAC_L
DAC_MS
DACBCK
DIRPPCM
DIR1PERR
DIRAUXMCLK
GAIN:-6dB
DAC_RST
DACMCK
DIRSBCK
ADC+ DIR
PCM9211PTR
COAX.1
PLDERR
DAC_MUTE
MPIO_B0
DIRXMCK
DIRSLRCK
OPT.2
SPDIF_OUT
APLD_CLK
MPIO_B1
OPT.1
COAX1(CBL/SAT)
VOLUME_MUTE
(From MCU)
DIR_DOUT
MVOL_MUTE
DIRLRCK
DIRDATA
MPIO_B3
MPIO_B2
DIR_DIN
(From / To MCU)
(From /To MCU)
OPT2(CD)
DIRBCK
DIR_CLK
ANALOG AUDIO BLOCK
DIRMCK
DIR_CE
OPT1(TV)
LEGO ADC L
LEGO ADC R
LEGO ADC_R
OPEN
D IGTAL IN
LEGO ADC_L
DRA-800H DIGITAL AUDIO BLOCK
Before Servicing
This Unit
fig.A02a
Before Servicing
This Unit
fig.A02b
DRA-800H ANALOG AUDIO BLOCK
* LOGIC CONTROL H IGH LEVEL INPUT VOLTAGE(MIN: + 2.5V / MAX: V+ )
VCC:D AB+ 3.3V
SELECT IC
NJU72750V
DAB
P-AMP
+
DAC_FL
D A01
SPK OUT
SPEAKER A RELAY
MAIN_L
-
FRONT A_L
VCC:D A+ 5V
MAIN_R
TUNER
FM/AM
+
DAC_FR
D A02
32.768kH z
-
E3:BUFFER AMP
E2:GAIN AMP(+ 12.6dB)
FRONT A_R
SPEAKER B RELAY
OUTA1
PH ONO
InA/B2
OUTA2
CBL/SAT
InA/B3
OUTA3
+
-
DAC_SW
InA/B6
InA/B7
H/P L
GND
H /P R
OUTB1
OUTB2
OUTB3
* LOGIC CONTROL H IGH LEVEL INPUT VOLTAGE(MIN: + 2.5V / MAX: V+ )
-7.0dB
LEGO_ADC_L
V+ :+ 7.5V
V-:-7.5V
H/P-AMP
OPEN
ATT.
PRE OUT
ATT.
MUTE
DAC_FL
D A02
DAC_SW
D A03
SW 1
D A01
DAC_FR
Repair Information
GND
LEGO_ADC_R
FRONT B_R
H/P OUT
0
0
-
OPEN
InA/B5
+
OPEN
InA/B4
CD
7in3out Matrix-Switch
D A03
FRONT B_L
Mechanical
InA/B1
AUDIO IN
TO D IGITAL
AUD IO BLOCK
Electrical
VOLUME IC
NJU72343V
V+ :+ 7.5V
V-:-7.5V
SW 2
-8.5dB
AD INL
AD INR
ATT.
ATT.
ZONE2_NET_LR
D NMIX_LR
118
ZONE2_LCH
MUTE
ZONE2_RCH
Updating
MUTE
DIR_RST
APLD_DATA
APLD_CS
HDMISPDIF
DACPCMCSW_SW
AUDIO PLD
5M570ZF256C5N
MCLK_I2S_0
LEGO
USBD-
SCLK_I2S_0
TX+ /-
Z2DACBCK
DAC(Z2)
PCM5100A
Z2DACLCK
Z2DACDATA
SDIN_I2S_0
SDOUT_I2S_0
MODULE
(Within BT)
RX+ /-
LRCK_I2S_1
SDIN_I2S_1
PLDADCDATA
PLDADCBCK
VD:DA+5V
DNMIX_DACMCK
DNMIX_DACBCK
CSLOCK
CSREFN
VD:DA3V3
TXBCK
VCC:DA3.3V
VCCINT:PLD1.8V
TXLRCK
TXI2S0
TMDS
TMDS
DSP1INMCK
DSP1INBCK
OUT1
DSP1INF/FL
DSP1IN-/FR
P1TX
DSP1OUTCSW1
OUT0
DSP1OUTF
DSP1OUTS
P0TX
TMDS
TMDS
JITTER RED UCER
CS210010-CZZR
OPEN
CSCKOUT
RXMCK/DSDMCK
DSP1OUTLRCK
P0_RX
CSCKIN
RXBCK/DSDSCK
2CH_DOWNMIX
DSP1OUTBCK
IN0
RXI2S3/DSD4/SPDIF
DSP1IN-/SR
* DRA-800H: NO USED SIGNAL
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
DSP_MOSI
DSP_MISO
DSP_CLK
DSP_RST
DSP_CS
DSP_FLAG0
VDDINT:DA1.1V
VDDEXT:DA3V3
18.75MH z
SDRAM
64M/200MH z
A3V64S40GTP-60
119
SERIAL FLASH
16M
BY25D16ASSIG
DVDD:3.3V
CPVDD:3.3V
AVDD:3.3V
Updating
DSP
ADSP21487KSW Z-2B
(From / To MCU)
CVDD, DVDD:+ 1V8H
PVDD:+ 1V8H
TXAVDD:+1V8H
TXPVDD:+ 1V8H
TXPLVDD:+ 1V8H
DVDDIO:DV3V3
TVDD:DV3V3
P1_RX
RXI2S2/DSD3
RXLRCK/DSD5
DSP1INCSW /C
TMDS
IN1
P3_RX
D AC
PCM5100A
RXI2S1/DSD2
DSP1IN-/SW
TMDS
IN3
RXI2S0/DSD1
DSP1IN-/SL
TMDS
P2_RX
HDMI TX(MN864788)
ADV7623
RXD
IN2
DSP1INLRCK
HDMI IN5
(MEDIA Player)
TMDS
D OW NMIX
Repair Information
HDMI IN4
(GAME)
IN0
HDMI RX(MN864787)
OUT0
DINMIX_DACDATA
HDMI OUT
IPOD AUTH.
23671011050AS
(MFI337S3959)
DINMIX_DACLCK
TMDS
DNMIX_L
DNMIX_R
VA:DA+5V
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
HDMI IN3
(BLU-RAY)
ADINL
ADINR
Mechanical
PLDADCMCK
LRCK_I2S_2
SDIN_I2S_2
SDOUT_I2S_2
HDMI IN2
(DVD)
DVDD:3.3V
CPVDD:3.3V
AVDD:3.3V
ADC(MAIN)
AK5358
PLDADCLRCK
SDOUT_I2S_1
RJ-45 with Transform er
IN1
Z2_NET_L
Z2_NET_R
SCLK_I2S_1
SCLK_I2S_2
TMDS
VREF:DA+5V
NETW ORK
Z2DACMCK
LRCK_I2S_0
NETWORKED MEDIA
USBD+
IN2
TVDD:DA3.3V
HDMISPDIF
SPDIF_OUT
TMDS
DAC_SW
Electrical
DACPCMCSW_C
DIRAUXDATA
5V0:LEGO5V
HDMI IN1
(CBL/SAT)
DAC_R
D AC
AK4458VN
DACPCMF_FR
DIRAUXLRCK
ANT2
USB
DAC_CLK
DACPCMF_FL
DIRAUXBCK
ANT1
ETHERNET
DAC_DATA
DACLRCK
VCC:DA3.3V
VCCAD:DA+5V
DAC_L
DAC_MS
DACBCK
DIRPPCM
DIR1PERR
DIRAUXMCLK
GAIN:-6dB
DAC_RST
DACMCK
DIRSBCK
ADC+ DIR
PCM9211PTR
COAX.1
PLDERR
DAC_MUTE
MPIO_B0
DIRXMCK
DIRSLRCK
OPT.2
SPDIF_OUT
APLD_CLK
MPIO_B1
OPT.1
COAX1(CBL/SAT)
VOLUME_MUTE
(From MCU)
DIR_DOUT
MVOL_MUTE
DIRLRCK
DIRDATA
MPIO_B3
MPIO_B2
DIR_DIN
(From / To MCU)
(From /To MCU)
OPT2(CD)
DIRBCK
DIR_CLK
ANALOG AUDIO BLOCK
DIRMCK
DIR_CE
OPT1(TV)
LEGO ADC L
LEGO ADC R
LEGO ADC_R
OPEN
D IGTAL IN
LEGO ADC_L
DRA-800H DIGITAL AUDIO BLOCK
Before Servicing
This Unit
fig.A03a
Before Servicing
This Unit
fig.A03b
DRA-800H ANALOG AUDIO BLOCK
* LOGIC CONTROL H IGH LEVEL INPUT VOLTAGE(MIN: + 2.5V / MAX: V+ )
VCC:D AB+ 3.3V
SELECT IC
NJU72750V
DAB
P-AMP
+
DAC_FL
D A01
SPK OUT
SPEAKER A RELAY
MAIN_L
-
FRONT A_L
VCC:D A+ 5V
MAIN_R
TUNER
FM/AM
+
DAC_FR
D A02
32.768kH z
-
E3:BUFFER AMP
E2:GAIN AMP(+ 12.6dB)
FRONT A_R
SPEAKER B RELAY
OUTA1
PH ONO
InA/B2
OUTA2
CBL/SAT
InA/B3
OUTA3
+
-
DAC_SW
InA/B6
InA/B7
H/P L
GND
H /P R
OUTB1
OUTB2
OUTB3
* LOGIC CONTROL H IGH LEVEL INPUT VOLTAGE(MIN: + 2.5V / MAX: V+ )
-7.0dB
LEGO_ADC_L
V+ :+ 7.5V
V-:-7.5V
H/P-AMP
OPEN
ATT.
PRE OUT
ATT.
MUTE
DAC_FL
D A02
DAC_SW
D A03
SW 1
D A01
DAC_FR
Repair Information
GND
LEGO_ADC_R
FRONT B_R
H/P OUT
0
0
-
OPEN
InA/B5
+
OPEN
InA/B4
CD
7in3out Matrix-Switch
D A03
FRONT B_L
Mechanical
InA/B1
AUDIO IN
TO D IGITAL
AUD IO BLOCK
Electrical
VOLUME IC
NJU72343V
V+ :+ 7.5V
V-:-7.5V
SW 2
-8.5dB
AD INL
AD INR
ATT.
ATT.
ZONE2_NET_LR
D NMIX_LR
120
ZONE2_LCH
MUTE
ZONE2_RCH
Updating
MUTE
DIR_RST
APLD_DATA
APLD_CS
HDMISPDIF
DACPCMCSW_SW
AUDIO PLD
5M570ZF256C5N
MCLK_I2S_0
LEGO
USBD-
SCLK_I2S_0
TX+ /-
Z2DACBCK
DAC(Z2)
PCM5100A
Z2DACLCK
Z2DACDATA
SDIN_I2S_0
SDOUT_I2S_0
MODULE
(Within BT)
RX+ /-
LRCK_I2S_1
SDIN_I2S_1
PLDADCDATA
PLDADCBCK
VD:DA+5V
DNMIX_DACMCK
DNMIX_DACBCK
CSLOCK
CSREFN
VD:DA3V3
TXBCK
VCC:DA3.3V
VCCINT:PLD1.8V
TXLRCK
TXI2S0
TMDS
TMDS
DSP1INMCK
DSP1INBCK
OUT1
DSP1INF/FL
DSP1IN-/FR
P1TX
DSP1OUTCSW1
OUT0
DSP1OUTF
DSP1OUTS
P0TX
TMDS
TMDS
JITTER RED UCER
CS210010-CZZR
OPEN
CSCKOUT
RXMCK/DSDMCK
DSP1OUTLRCK
P0_RX
CSCKIN
RXBCK/DSDSCK
2CH_DOWNMIX
DSP1OUTBCK
IN0
RXI2S3/DSD4/SPDIF
DSP1IN-/SR
* DRA-800H: NO USED SIGNAL
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
DSP_MOSI
DSP_MISO
DSP_CLK
DSP_RST
DSP_CS
DSP_FLAG0
VDDINT:DA1.1V
VDDEXT:DA3V3
18.75MH z
SDRAM
64M/200MH z
A3V64S40GTP-60
121
SERIAL FLASH
16M
BY25D16ASSIG
DVDD:3.3V
CPVDD:3.3V
AVDD:3.3V
Updating
DSP
ADSP21487KSW Z-2B
(From / To MCU)
CVDD, DVDD:+ 1V8H
PVDD:+ 1V8H
TXAVDD:+1V8H
TXPVDD:+ 1V8H
TXPLVDD:+ 1V8H
DVDDIO:DV3V3
TVDD:DV3V3
P1_RX
RXI2S2/DSD3
RXLRCK/DSD5
DSP1INCSW /C
TMDS
IN1
P3_RX
D AC
PCM5100A
RXI2S1/DSD2
DSP1IN-/SW
TMDS
IN3
RXI2S0/DSD1
DSP1IN-/SL
TMDS
P2_RX
HDMI TX(MN864788)
ADV7623
RXD
IN2
DSP1INLRCK
HDMI IN5
(MEDIA Player)
TMDS
D OW NMIX
Repair Information
HDMI IN4
(GAME)
IN0
HDMI RX(MN864787)
OUT0
DINMIX_DACDATA
HDMI OUT
IPOD AUTH.
23671011050AS
(MFI337S3959)
DINMIX_DACLCK
TMDS
DNMIX_L
DNMIX_R
VA:DA+5V
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
HDMI IN3
(BLU-RAY)
ADINL
ADINR
Mechanical
PLDADCMCK
LRCK_I2S_2
SDIN_I2S_2
SDOUT_I2S_2
HDMI IN2
(DVD)
DVDD:3.3V
CPVDD:3.3V
AVDD:3.3V
ADC(MAIN)
AK5358
PLDADCLRCK
SDOUT_I2S_1
RJ-45 with Transform er
IN1
Z2_NET_L
Z2_NET_R
SCLK_I2S_1
SCLK_I2S_2
TMDS
VREF:DA+5V
NETW ORK
Z2DACMCK
LRCK_I2S_0
NETWORKED MEDIA
USBD+
IN2
TVDD:DA3.3V
HDMISPDIF
SPDIF_OUT
TMDS
DAC_SW
Electrical
DACPCMCSW_C
DIRAUXDATA
5V0:LEGO5V
HDMI IN1
(CBL/SAT)
DAC_R
D AC
AK4458VN
DACPCMF_FR
DIRAUXLRCK
ANT2
USB
DAC_CLK
DACPCMF_FL
DIRAUXBCK
ANT1
ETHERNET
DAC_DATA
DACLRCK
VCC:DA3.3V
VCCAD:DA+5V
DAC_L
DAC_MS
DACBCK
DIRPPCM
DIR1PERR
DIRAUXMCLK
GAIN:-6dB
DAC_RST
DACMCK
DIRSBCK
ADC+ DIR
PCM9211PTR
COAX.1
PLDERR
DAC_MUTE
MPIO_B0
DIRXMCK
DIRSLRCK
OPT.2
SPDIF_OUT
APLD_CLK
MPIO_B1
OPT.1
COAX1(CBL/SAT)
VOLUME_MUTE
(From MCU)
DIR_DOUT
MVOL_MUTE
DIRLRCK
DIRDATA
MPIO_B3
MPIO_B2
DIR_DIN
(From / To MCU)
(From /To MCU)
OPT2(CD)
DIRBCK
DIR_CLK
ANALOG AUDIO BLOCK
DIRMCK
DIR_CE
OPT1(TV)
LEGO ADC L
LEGO ADC R
LEGO ADC_R
OPEN
D IGTAL IN
LEGO ADC_L
DRA-800H DIGITAL AUDIO BLOCK
Before Servicing
This Unit
fig.A04a
Before Servicing
This Unit
fig.A04b
DRA-800H ANALOG AUDIO BLOCK
* LOGIC CONTROL H IGH LEVEL INPUT VOLTAGE(MIN: + 2.5V / MAX: V+ )
VCC:D AB+ 3.3V
SELECT IC
NJU72750V
DAB
P-AMP
+
DAC_FL
D A01
SPK OUT
SPEAKER A RELAY
MAIN_L
-
FRONT A_L
VCC:D A+ 5V
MAIN_R
TUNER
FM/AM
+
DAC_FR
D A02
32.768kH z
-
E3:BUFFER AMP
E2:GAIN AMP(+ 12.6dB)
FRONT A_R
SPEAKER B RELAY
OUTA1
PH ONO
InA/B2
OUTA2
CBL/SAT
InA/B3
OUTA3
+
-
DAC_SW
InA/B6
InA/B7
H/P L
GND
H /P R
OUTB1
OUTB2
OUTB3
* LOGIC CONTROL H IGH LEVEL INPUT VOLTAGE(MIN: + 2.5V / MAX: V+ )
-7.0dB
LEGO_ADC_L
V+ :+ 7.5V
V-:-7.5V
H/P-AMP
OPEN
ATT.
PRE OUT
ATT.
MUTE
DAC_FL
D A02
DAC_SW
D A03
SW 1
D A01
DAC_FR
Repair Information
GND
LEGO_ADC_R
FRONT B_R
H/P OUT
0
0
-
OPEN
InA/B5
+
OPEN
InA/B4
CD
7in3out Matrix-Switch
D A03
FRONT B_L
Mechanical
InA/B1
AUDIO IN
TO D IGITAL
AUD IO BLOCK
Electrical
VOLUME IC
NJU72343V
V+ :+ 7.5V
V-:-7.5V
SW 2
-8.5dB
AD INL
AD INR
ATT.
ATT.
ZONE2_NET_LR
D NMIX_LR
122
ZONE2_LCH
MUTE
ZONE2_RCH
Updating
MUTE
Before Servicing
This Unit
fig.A05a
DRA-800H ANALOG AUDIO BLOCK
* LOGIC CONTROL H IGH LEVEL INPUT VOLTAGE(MIN: + 2.5V / MAX: V+ )
VCC:D AB+ 3.3V
SELECT IC
NJU72750V
DAB
P-AMP
+
DAC_FL
D A01
SPK OUT
SPEAKER A RELAY
MAIN_L
-
FRONT A_L
VCC:D A+ 5V
MAIN_R
TUNER
FM/AM
+
DAC_FR
D A02
32.768kH z
-
E3:BUFFER AMP
E2:GAIN AMP(+ 12.6dB)
FRONT A_R
SPEAKER B RELAY
OUTA1
PH ONO
InA/B2
OUTA2
CBL/SAT
InA/B3
OUTA3
+
-
DAC_SW
InA/B6
InA/B7
H/P L
GND
H /P R
OUTB1
OUTB2
OUTB3
* LOGIC CONTROL H IGH LEVEL INPUT VOLTAGE(MIN: + 2.5V / MAX: V+ )
-7.0dB
LEGO_ADC_L
V+ :+ 7.5V
V-:-7.5V
H/P-AMP
OPEN
ATT.
PRE OUT
ATT.
MUTE
DAC_FL
D A02
DAC_SW
D A03
SW 1
D A01
DAC_FR
Repair Information
GND
LEGO_ADC_R
FRONT B_R
H/P OUT
0
0
-
OPEN
InA/B5
+
OPEN
InA/B4
CD
7in3out Matrix-Switch
D A03
FRONT B_L
Mechanical
InA/B1
AUDIO IN
TO D IGITAL
AUD IO BLOCK
Electrical
VOLUME IC
NJU72343V
V+ :+ 7.5V
V-:-7.5V
SW 2
-8.5dB
AD INL
AD INR
ATT.
ATT.
ZONE2_NET_LR
D NMIX_LR
123
ZONE2_LCH
MUTE
ZONE2_RCH
Updating
MUTE
DIR_RST
APLD_DATA
APLD_CS
HDMISPDIF
DACPCMCSW_SW
AUDIO PLD
5M570ZF256C5N
MCLK_I2S_0
LEGO
USBD-
SCLK_I2S_0
TX+ /-
Z2DACBCK
DAC(Z2)
PCM5100A
Z2DACLCK
Z2DACDATA
SDIN_I2S_0
SDOUT_I2S_0
MODULE
(Within BT)
RX+ /-
LRCK_I2S_1
SDIN_I2S_1
PLDADCDATA
PLDADCBCK
VD:DA+5V
DNMIX_DACMCK
DNMIX_DACBCK
CSLOCK
CSREFN
VD:DA3V3
TXBCK
VCC:DA3.3V
VCCINT:PLD1.8V
TXLRCK
TXI2S0
TMDS
TMDS
DSP1INMCK
DSP1INBCK
OUT1
DSP1INF/FL
DSP1IN-/FR
P1TX
DSP1OUTCSW1
OUT0
DSP1OUTF
DSP1OUTS
P0TX
TMDS
TMDS
JITTER RED UCER
CS210010-CZZR
OPEN
CSCKOUT
RXMCK/DSDMCK
DSP1OUTLRCK
P0_RX
CSCKIN
RXBCK/DSDSCK
2CH_DOWNMIX
DSP1OUTBCK
IN0
RXI2S3/DSD4/SPDIF
DSP1IN-/SR
* DRA-800H: NO USED SIGNAL
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
DSP_MOSI
DSP_MISO
DSP_CLK
DSP_RST
DSP_CS
DSP_FLAG0
VDDINT:DA1.1V
VDDEXT:DA3V3
18.75MH z
SDRAM
64M/200MH z
A3V64S40GTP-60
124
SERIAL FLASH
16M
BY25D16ASSIG
DVDD:3.3V
CPVDD:3.3V
AVDD:3.3V
Updating
DSP
ADSP21487KSW Z-2B
(From / To MCU)
CVDD, DVDD:+ 1V8H
PVDD:+ 1V8H
TXAVDD:+1V8H
TXPVDD:+ 1V8H
TXPLVDD:+ 1V8H
DVDDIO:DV3V3
TVDD:DV3V3
P1_RX
RXI2S2/DSD3
RXLRCK/DSD5
DSP1INCSW /C
TMDS
IN1
P3_RX
D AC
PCM5100A
RXI2S1/DSD2
DSP1IN-/SW
TMDS
IN3
RXI2S0/DSD1
DSP1IN-/SL
TMDS
P2_RX
HDMI TX(MN864788)
ADV7623
RXD
IN2
DSP1INLRCK
HDMI IN5
(MEDIA Player)
TMDS
D OW NMIX
Repair Information
HDMI IN4
(GAME)
IN0
HDMI RX(MN864787)
OUT0
DINMIX_DACDATA
HDMI OUT
IPOD AUTH.
23671011050AS
(MFI337S3959)
DINMIX_DACLCK
TMDS
DNMIX_L
DNMIX_R
VA:DA+5V
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
HDMI IN3
(BLU-RAY)
ADINL
ADINR
Mechanical
PLDADCMCK
LRCK_I2S_2
SDIN_I2S_2
SDOUT_I2S_2
HDMI IN2
(DVD)
DVDD:3.3V
CPVDD:3.3V
AVDD:3.3V
ADC(MAIN)
AK5358
PLDADCLRCK
SDOUT_I2S_1
RJ-45 with Transform er
IN1
Z2_NET_L
Z2_NET_R
SCLK_I2S_1
SCLK_I2S_2
TMDS
VREF:DA+5V
NETW ORK
Z2DACMCK
LRCK_I2S_0
NETWORKED MEDIA
USBD+
IN2
TVDD:DA3.3V
HDMISPDIF
SPDIF_OUT
TMDS
DAC_SW
Electrical
DACPCMCSW_C
DIRAUXDATA
5V0:LEGO5V
HDMI IN1
(CBL/SAT)
DAC_R
D AC
AK4458VN
DACPCMF_FR
DIRAUXLRCK
ANT2
USB
DAC_CLK
DACPCMF_FL
DIRAUXBCK
ANT1
ETHERNET
DAC_DATA
DACLRCK
VCC:DA3.3V
VCCAD:DA+5V
DAC_L
DAC_MS
DACBCK
DIRPPCM
DIR1PERR
DIRAUXMCLK
GAIN:-6dB
DAC_RST
DACMCK
DIRSBCK
ADC+ DIR
PCM9211PTR
COAX.1
PLDERR
DAC_MUTE
MPIO_B0
DIRXMCK
DIRSLRCK
OPT.2
SPDIF_OUT
APLD_CLK
MPIO_B1
OPT.1
COAX1(CBL/SAT)
VOLUME_MUTE
(From MCU)
DIR_DOUT
MVOL_MUTE
DIRLRCK
DIRDATA
MPIO_B3
MPIO_B2
DIR_DIN
(From / To MCU)
(From /To MCU)
OPT2(CD)
DIRBCK
DIR_CLK
ANALOG AUDIO BLOCK
DIRMCK
DIR_CE
OPT1(TV)
LEGO ADC L
LEGO ADC R
LEGO ADC_R
OPEN
D IGTAL IN
LEGO ADC_L
DRA-800H DIGITAL AUDIO BLOCK
Before Servicing
This Unit
fig.A05b
Before Servicing
This Unit
fig.A06
DRA-800H ANALOG AUDIO BLOCK
* LOGIC CONTROL H IGH LEVEL INPUT VOLTAGE(MIN: + 2.5V / MAX: V+ )
VCC:D AB+ 3.3V
SELECT IC
NJU72750V
DAB
P-AMP
+
DAC_FL
D A01
SPK OUT
SPEAKER A RELAY
MAIN_L
-
FRONT A_L
VCC:D A+ 5V
MAIN_R
TUNER
FM/AM
+
DAC_FR
D A02
32.768kH z
-
E3:BUFFER AMP
E2:GAIN AMP(+ 12.6dB)
FRONT A_R
SPEAKER B RELAY
OUTA1
PH ONO
InA/B2
OUTA2
CBL/SAT
InA/B3
OUTA3
+
-
DAC_SW
InA/B6
InA/B7
H/P L
GND
H /P R
OUTB1
OUTB2
OUTB3
* LOGIC CONTROL H IGH LEVEL INPUT VOLTAGE(MIN: + 2.5V / MAX: V+ )
-7.0dB
LEGO_ADC_L
V+ :+ 7.5V
V-:-7.5V
H/P-AMP
OPEN
ATT.
PRE OUT
ATT.
MUTE
DAC_FL
D A02
DAC_SW
D A03
SW 1
D A01
DAC_FR
Repair Information
GND
LEGO_ADC_R
FRONT B_R
H/P OUT
0
0
-
OPEN
InA/B5
+
OPEN
InA/B4
CD
7in3out Matrix-Switch
D A03
FRONT B_L
Mechanical
InA/B1
AUDIO IN
TO D IGITAL
AUD IO BLOCK
Electrical
VOLUME IC
NJU72343V
V+ :+ 7.5V
V-:-7.5V
SW 2
-8.5dB
AD INL
AD INR
ATT.
ATT.
ZONE2_NET_LR
D NMIX_LR
125
ZONE2_LCH
MUTE
ZONE2_RCH
Updating
MUTE
Before Servicing
This Unit
fig.A07
DRA-800H ANALOG AUDIO BLOCK
* LOGIC CONTROL H IGH LEVEL INPUT VOLTAGE(MIN: + 2.5V / MAX: V+ )
VCC:D AB+ 3.3V
SELECT IC
NJU72750V
DAB
P-AMP
+
DAC_FL
D A01
SPK OUT
SPEAKER A RELAY
MAIN_L
-
FRONT A_L
VCC:D A+ 5V
MAIN_R
TUNER
FM/AM
+
DAC_FR
D A02
32.768kH z
-
E3:BUFFER AMP
E2:GAIN AMP(+ 12.6dB)
FRONT A_R
SPEAKER B RELAY
OUTA1
PH ONO
InA/B2
OUTA2
CBL/SAT
InA/B3
OUTA3
+
-
DAC_SW
InA/B6
InA/B7
H/P L
GND
H /P R
OUTB1
OUTB2
OUTB3
* LOGIC CONTROL H IGH LEVEL INPUT VOLTAGE(MIN: + 2.5V / MAX: V+ )
-7.0dB
LEGO_ADC_L
V+ :+ 7.5V
V-:-7.5V
H/P-AMP
OPEN
ATT.
PRE OUT
ATT.
MUTE
DAC_FL
D A02
DAC_SW
D A03
SW 1
D A01
DAC_FR
Repair Information
GND
LEGO_ADC_R
FRONT B_R
H/P OUT
0
0
-
OPEN
InA/B5
+
OPEN
InA/B4
CD
7in3out Matrix-Switch
D A03
FRONT B_L
Mechanical
InA/B1
AUDIO IN
TO D IGITAL
AUD IO BLOCK
Electrical
VOLUME IC
NJU72343V
V+ :+ 7.5V
V-:-7.5V
SW 2
-8.5dB
AD INL
AD INR
ATT.
ATT.
ZONE2_NET_LR
D NMIX_LR
126
ZONE2_LCH
MUTE
ZONE2_RCH
Updating
MUTE
Before Servicing
This Unit
fig.A08a
DRA-800H ANALOG AUDIO BLOCK
* LOGIC CONTROL H IGH LEVEL INPUT VOLTAGE(MIN: + 2.5V / MAX: V+ )
VCC:D AB+ 3.3V
SELECT IC
NJU72750V
DAB
P-AMP
+
DAC_FL
D A01
SPK OUT
SPEAKER A RELAY
MAIN_L
-
FRONT A_L
VCC:D A+ 5V
MAIN_R
TUNER
FM/AM
+
DAC_FR
D A02
32.768kH z
-
E3:BUFFER AMP
E2:GAIN AMP(+ 12.6dB)
FRONT A_R
SPEAKER B RELAY
OUTA1
PH ONO
InA/B2
OUTA2
CBL/SAT
InA/B3
OUTA3
+
-
DAC_SW
InA/B6
InA/B7
H/P L
GND
H /P R
OUTB1
OUTB2
OUTB3
* LOGIC CONTROL H IGH LEVEL INPUT VOLTAGE(MIN: + 2.5V / MAX: V+ )
-7.0dB
LEGO_ADC_L
V+ :+ 7.5V
V-:-7.5V
H/P-AMP
OPEN
ATT.
PRE OUT
ATT.
MUTE
DAC_FL
D A02
DAC_SW
D A03
SW 1
D A01
DAC_FR
Repair Information
GND
LEGO_ADC_R
FRONT B_R
H/P OUT
0
0
-
OPEN
InA/B5
+
OPEN
InA/B4
CD
7in3out Matrix-Switch
D A03
FRONT B_L
Mechanical
InA/B1
AUDIO IN
TO D IGITAL
AUD IO BLOCK
Electrical
VOLUME IC
NJU72343V
V+ :+ 7.5V
V-:-7.5V
SW 2
-8.5dB
AD INL
AD INR
ATT.
ATT.
ZONE2_NET_LR
D NMIX_LR
127
ZONE2_LCH
MUTE
ZONE2_RCH
Updating
MUTE
DIR_RST
APLD_DATA
APLD_CS
HDMISPDIF
DACPCMCSW_SW
AUDIO PLD
5M570ZF256C5N
MCLK_I2S_0
LEGO
USBD-
SCLK_I2S_0
TX+ /-
Z2DACBCK
DAC(Z2)
PCM5100A
Z2DACLCK
Z2DACDATA
SDIN_I2S_0
SDOUT_I2S_0
MODULE
(Within BT)
RX+ /-
LRCK_I2S_1
SDIN_I2S_1
PLDADCDATA
PLDADCBCK
VD:DA+5V
DNMIX_DACMCK
DNMIX_DACBCK
CSLOCK
CSREFN
VD:DA3V3
TXBCK
VCC:DA3.3V
VCCINT:PLD1.8V
TXLRCK
TXI2S0
TMDS
TMDS
DSP1INMCK
DSP1INBCK
OUT1
DSP1INF/FL
DSP1IN-/FR
P1TX
DSP1OUTCSW1
OUT0
DSP1OUTF
DSP1OUTS
P0TX
TMDS
TMDS
JITTER RED UCER
CS210010-CZZR
OPEN
CSCKOUT
RXMCK/DSDMCK
DSP1OUTLRCK
P0_RX
CSCKIN
RXBCK/DSDSCK
2CH_DOWNMIX
DSP1OUTBCK
IN0
RXI2S3/DSD4/SPDIF
DSP1IN-/SR
* DRA-800H: NO USED SIGNAL
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
DSP_MOSI
DSP_MISO
DSP_CLK
DSP_RST
DSP_CS
DSP_FLAG0
VDDINT:DA1.1V
VDDEXT:DA3V3
18.75MH z
SDRAM
64M/200MH z
A3V64S40GTP-60
128
SERIAL FLASH
16M
BY25D16ASSIG
DVDD:3.3V
CPVDD:3.3V
AVDD:3.3V
Updating
DSP
ADSP21487KSW Z-2B
(From / To MCU)
CVDD, DVDD:+ 1V8H
PVDD:+ 1V8H
TXAVDD:+1V8H
TXPVDD:+ 1V8H
TXPLVDD:+ 1V8H
DVDDIO:DV3V3
TVDD:DV3V3
P1_RX
RXI2S2/DSD3
RXLRCK/DSD5
DSP1INCSW /C
TMDS
IN1
P3_RX
D AC
PCM5100A
RXI2S1/DSD2
DSP1IN-/SW
TMDS
IN3
RXI2S0/DSD1
DSP1IN-/SL
TMDS
P2_RX
HDMI TX(MN864788)
ADV7623
RXD
IN2
DSP1INLRCK
HDMI IN5
(MEDIA Player)
TMDS
D OW NMIX
Repair Information
HDMI IN4
(GAME)
IN0
HDMI RX(MN864787)
OUT0
DINMIX_DACDATA
HDMI OUT
IPOD AUTH.
23671011050AS
(MFI337S3959)
DINMIX_DACLCK
TMDS
DNMIX_L
DNMIX_R
VA:DA+5V
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
HDMI IN3
(BLU-RAY)
ADINL
ADINR
Mechanical
PLDADCMCK
LRCK_I2S_2
SDIN_I2S_2
SDOUT_I2S_2
HDMI IN2
(DVD)
DVDD:3.3V
CPVDD:3.3V
AVDD:3.3V
ADC(MAIN)
AK5358
PLDADCLRCK
SDOUT_I2S_1
RJ-45 with Transform er
IN1
Z2_NET_L
Z2_NET_R
SCLK_I2S_1
SCLK_I2S_2
TMDS
VREF:DA+5V
NETW ORK
Z2DACMCK
LRCK_I2S_0
NETWORKED MEDIA
USBD+
IN2
TVDD:DA3.3V
HDMISPDIF
SPDIF_OUT
TMDS
DAC_SW
Electrical
DACPCMCSW_C
DIRAUXDATA
5V0:LEGO5V
HDMI IN1
(CBL/SAT)
DAC_R
D AC
AK4458VN
DACPCMF_FR
DIRAUXLRCK
ANT2
USB
DAC_CLK
DACPCMF_FL
DIRAUXBCK
ANT1
ETHERNET
DAC_DATA
DACLRCK
VCC:DA3.3V
VCCAD:DA+5V
DAC_L
DAC_MS
DACBCK
DIRPPCM
DIR1PERR
DIRAUXMCLK
GAIN:-6dB
DAC_RST
DACMCK
DIRSBCK
ADC+ DIR
PCM9211PTR
COAX.1
PLDERR
DAC_MUTE
MPIO_B0
DIRXMCK
DIRSLRCK
OPT.2
SPDIF_OUT
APLD_CLK
MPIO_B1
OPT.1
COAX1(CBL/SAT)
VOLUME_MUTE
(From MCU)
DIR_DOUT
MVOL_MUTE
DIRLRCK
DIRDATA
MPIO_B3
MPIO_B2
DIR_DIN
(From / To MCU)
(From /To MCU)
OPT2(CD)
DIRBCK
DIR_CLK
ANALOG AUDIO BLOCK
DIRMCK
DIR_CE
OPT1(TV)
LEGO ADC L
LEGO ADC R
LEGO ADC_R
OPEN
D IGTAL IN
LEGO ADC_L
DRA-800H DIGITAL AUDIO BLOCK
Before Servicing
This Unit
fig.A08b
Before Servicing
This Unit
fig.V01
DRA-800H VIDEO BLOCK
RXA
28.6363MH z
OSD Block
P2 RX
HDMI IN1
(CBL/SAT)
AD V7623
TRANSCEIVER
Electrical
27.000MH z
HDMI RX(MN864787)
CVDD, DVDD:+ 1V8H
PVDD:+ 1V8H
TXAVDD:+1V8H
TXPVDD:+ 1V8H
TXPLVDD:+ 1V8H
DVDDIO:DV3V3
TVDD:DV3V3
TXPORT0
P1 RX
HDMI IN2
(DVD)
S.FLASH
P0 RX
HDMI IN3
(Blu-ray)
32M/64M
VCC:CEC3V3
LEGO
LEGO_RGB D ATA(24bit)
VCC:MCU_3V3
MAIN
P0 TX
P2 RX
HDMI IN4
(GAME)
P0 RX
P1 TX
P0 RX
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
S.FLASH
32M
VCC:CEC3V3
MONITOR OUT
Repair Information
HDMI IN5
(MEDIA PLAYER)
CEC
H DMI OUT
SUB
P1 RX
P1 RX
IC751
CPU
27.000MH z
HDMI TX(MN864788)
P3 RX
Mechanical
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
Updating
129
Before Servicing
This Unit
fig.V02
DRA-800H VIDEO BLOCK
RXA
28.6363MH z
OSD Block
P2 RX
HDMI IN1
(CBL/SAT)
AD V7623
TRANSCEIVER
Electrical
27.000MH z
HDMI RX(MN864787)
CVDD, DVDD:+ 1V8H
PVDD:+ 1V8H
TXAVDD:+1V8H
TXPVDD:+ 1V8H
TXPLVDD:+ 1V8H
DVDDIO:DV3V3
TVDD:DV3V3
TXPORT0
P1 RX
HDMI IN2
(DVD)
S.FLASH
P0 RX
HDMI IN3
(Blu-ray)
32M/64M
VCC:CEC3V3
LEGO
LEGO_RGB D ATA(24bit)
VCC:MCU_3V3
MAIN
P0 TX
P2 RX
HDMI IN4
(GAME)
P0 RX
P1 TX
P0 RX
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
S.FLASH
32M
VCC:CEC3V3
MONITOR OUT
Repair Information
HDMI IN5
(MEDIA PLAYER)
CEC
H DMI OUT
SUB
P1 RX
P1 RX
IC751
CPU
27.000MH z
HDMI TX(MN864788)
P3 RX
Mechanical
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
Updating
130
DIR_RST
APLD_DATA
APLD_CS
HDMISPDIF
DACPCMCSW_SW
AUDIO PLD
5M570ZF256C5N
MCLK_I2S_0
LEGO
USBD-
SCLK_I2S_0
TX+ /-
Z2DACBCK
DAC(Z2)
PCM5100A
Z2DACLCK
Z2DACDATA
SDIN_I2S_0
SDOUT_I2S_0
MODULE
(Within BT)
RX+ /-
LRCK_I2S_1
SDIN_I2S_1
PLDADCDATA
PLDADCBCK
VD:DA+5V
DNMIX_DACMCK
DNMIX_DACBCK
CSLOCK
CSREFN
VD:DA3V3
TXBCK
VCC:DA3.3V
VCCINT:PLD1.8V
TXLRCK
TXI2S0
TMDS
TMDS
DSP1INMCK
DSP1INBCK
OUT1
DSP1INF/FL
DSP1IN-/FR
P1TX
DSP1OUTCSW1
OUT0
DSP1OUTF
DSP1OUTS
P0TX
TMDS
TMDS
JITTER RED UCER
CS210010-CZZR
OPEN
CSCKOUT
RXMCK/DSDMCK
DSP1OUTLRCK
P0_RX
CSCKIN
RXBCK/DSDSCK
2CH_DOWNMIX
DSP1OUTBCK
IN0
RXI2S3/DSD4/SPDIF
DSP1IN-/SR
* DRA-800H: NO USED SIGNAL
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
DSP_MOSI
DSP_MISO
DSP_CLK
DSP_RST
DSP_CS
DSP_FLAG0
VDDINT:DA1.1V
VDDEXT:DA3V3
18.75MH z
SDRAM
64M/200MH z
A3V64S40GTP-60
131
SERIAL FLASH
16M
BY25D16ASSIG
DVDD:3.3V
CPVDD:3.3V
AVDD:3.3V
Updating
DSP
ADSP21487KSW Z-2B
(From / To MCU)
CVDD, DVDD:+ 1V8H
PVDD:+ 1V8H
TXAVDD:+1V8H
TXPVDD:+ 1V8H
TXPLVDD:+ 1V8H
DVDDIO:DV3V3
TVDD:DV3V3
P1_RX
RXI2S2/DSD3
RXLRCK/DSD5
DSP1INCSW /C
TMDS
IN1
P3_RX
D AC
PCM5100A
RXI2S1/DSD2
DSP1IN-/SW
TMDS
IN3
RXI2S0/DSD1
DSP1IN-/SL
TMDS
P2_RX
HDMI TX(MN864788)
ADV7623
RXD
IN2
DSP1INLRCK
HDMI IN5
(MEDIA Player)
TMDS
D OW NMIX
Repair Information
HDMI IN4
(GAME)
IN0
HDMI RX(MN864787)
OUT0
DINMIX_DACDATA
HDMI OUT
IPOD AUTH.
23671011050AS
(MFI337S3959)
DINMIX_DACLCK
TMDS
DNMIX_L
DNMIX_R
VA:DA+5V
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
HDMI IN3
(BLU-RAY)
ADINL
ADINR
Mechanical
PLDADCMCK
LRCK_I2S_2
SDIN_I2S_2
SDOUT_I2S_2
HDMI IN2
(DVD)
DVDD:3.3V
CPVDD:3.3V
AVDD:3.3V
ADC(MAIN)
AK5358
PLDADCLRCK
SDOUT_I2S_1
RJ-45 with Transform er
IN1
Z2_NET_L
Z2_NET_R
SCLK_I2S_1
SCLK_I2S_2
TMDS
VREF:DA+5V
NETW ORK
Z2DACMCK
LRCK_I2S_0
NETWORKED MEDIA
USBD+
IN2
TVDD:DA3.3V
HDMISPDIF
SPDIF_OUT
TMDS
DAC_SW
Electrical
DACPCMCSW_C
DIRAUXDATA
5V0:LEGO5V
HDMI IN1
(CBL/SAT)
DAC_R
D AC
AK4458VN
DACPCMF_FR
DIRAUXLRCK
ANT2
USB
DAC_CLK
DACPCMF_FL
DIRAUXBCK
ANT1
ETHERNET
DAC_DATA
DACLRCK
VCC:DA3.3V
VCCAD:DA+5V
DAC_L
DAC_MS
DACBCK
DIRPPCM
DIR1PERR
DIRAUXMCLK
GAIN:-6dB
DAC_RST
DACMCK
DIRSBCK
ADC+ DIR
PCM9211PTR
COAX.1
PLDERR
DAC_MUTE
MPIO_B0
DIRXMCK
DIRSLRCK
OPT.2
SPDIF_OUT
APLD_CLK
MPIO_B1
OPT.1
COAX1(CBL/SAT)
VOLUME_MUTE
(From MCU)
DIR_DOUT
MVOL_MUTE
DIRLRCK
DIRDATA
MPIO_B3
MPIO_B2
DIR_DIN
(From / To MCU)
(From /To MCU)
OPT2(CD)
DIRBCK
DIR_CLK
ANALOG AUDIO BLOCK
DIRMCK
DIR_CE
OPT1(TV)
LEGO ADC L
LEGO ADC R
LEGO ADC_R
OPEN
D IGTAL IN
LEGO ADC_L
DRA-800H DIGITAL AUDIO BLOCK
Before Servicing
This Unit
fig.V03
Before Servicing
This Unit
fig.V04
DRA-800H VIDEO BLOCK
RXA
28.6363MH z
OSD Block
P2 RX
HDMI IN1
(CBL/SAT)
AD V7623
TRANSCEIVER
Electrical
27.000MH z
HDMI RX(MN864787)
CVDD, DVDD:+ 1V8H
PVDD:+ 1V8H
TXAVDD:+1V8H
TXPVDD:+ 1V8H
TXPLVDD:+ 1V8H
DVDDIO:DV3V3
TVDD:DV3V3
TXPORT0
P1 RX
HDMI IN2
(DVD)
S.FLASH
P0 RX
HDMI IN3
(Blu-ray)
32M/64M
VCC:CEC3V3
LEGO
LEGO_RGB D ATA(24bit)
VCC:MCU_3V3
MAIN
P0 TX
P2 RX
HDMI IN4
(GAME)
P0 RX
P1 TX
P0 RX
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
S.FLASH
32M
VCC:CEC3V3
MONITOR OUT
Repair Information
HDMI IN5
(MEDIA PLAYER)
CEC
H DMI OUT
SUB
P1 RX
P1 RX
IC751
CPU
27.000MH z
HDMI TX(MN864788)
P3 RX
Mechanical
VDD11: CEC1V1
VDD33:CEC3V3
AVDD11:CEC1V1
AVDD33:CEC3V3
AVDDH33:CEC3V3
PVDD33:CEC3V3
Updating
132
ADJUSTMENT
Before Servicing
This Unit
Adjusting Idling Current
NOTE： Adjusting the idling current when " ECO Mode " is set may damage the Power AMP.
1. Preparation
(1) Prepare a DC voltmeter.
(2)
Place the unit under normal usage conditions, away from highly ventilated areas such as next to an
air conditioning machine or electric fan.
The set requires an ambient temperature of 15℃ to 30℃ and standard humidity.
(3) Settings of This Unit
• POWER (Power source switch)
STANDBY
• SPEAKER (Speaker terminal)
No load
(Do not connect equipment such as speakers or dummy resistors.)
AMP UNIT
B
B
2SB1560
Q5106
~
E
E
~
KTC3964
2SD2390
E
CN510
E
B
E
E
B
B
B
B
B
E
B
E
E
B
KTC3964
CN520
E
VR560
VR520
VR510
F Rch
F Lch
BN505
FL
FR
E
2SD2390
+
B
Mechanical
Repair Information
B
E
2SB1560
(7) E3 model
Check whether the voltage is within the range " 4.0mV ±1mV DC " 10 minutes after adjustment.
E2 model
Check whether the voltage is within the range " 8.0mV ±2mV DC " 10 minutes after adjustment.
DC Voltmeter
1.HP_LCH
2.AGND
3.HP_RCH
(1)
Make sure that " ECO Mode " is off.
• Press the " SETUP " button on the remote control to display the GUI menu.
• ress the cursor button to select " General " → " ECO " → " Mode " → " Off " .
P
(2)
Remove the top cover and turn VR510 (ALL Channel) of the MAIN PCB counterclockwise(c) as far as
possible.
(3)
Connect the DC Voltmeter to the test points.
FRONT-Lch
: CN510
: VR510
FRONT-Rch
: CN520
: VR520
(4)
Connect the power cord to an outlet. Next, press the power button to turn on the power.
(5) Set this unit as follows.
MASTER VOLUME
: " --- " (c min.) : turn counterclockwise to the lowest position.
SPEAKER (Speaker terminal)
: No load
(Do not connect equipment such as speakers or dummy resistors.)
MODE
: DIRECT
FUNCTION
: TUNER
(6) E3 model
Turn VR510 clockwise (x) and adjust the voltage of the test point to " 4.0mV ± 0.5mV DC " within 2
minutes.
E2 model
Turn VR510 clockwise (x) and adjust the voltage of the test point to " 8.0mV ± 0.5mV DC " within 2
minutes.
Electrical
2. Adjustment Procedure
(8) Adjust the variable resistance of each channel using the same method.
Updating
133
PROCEDURE AFTER REPLACING THE PCB.
PROCEDURE AFTER REPLACING THE U-COM, ETC.
Before Servicing
This Unit
UPDATING
FIRMWARE UPDATE PROCEDURE
Electrical
1. Items necessary for update
2. Update preparation with a USB flash drive
3. Update method when the DIGITAL PCB or network module is replaced (Using a USB flash drive)
4. Update Method for Service Region Settings
5. Normal Firmware Update Method from USB Flash Drive
6. Normal Firmware Update Method from OTA
7. About the error codes
Mechanical
Repair Information
Updating
134
PROCEDURE AFTER REPLACING THE U-COM, ETC.
The procedure after replacing the printed circuit boards is as follows.
(1) Change the resistor for setting the region.
The procedure after replacing the MCU (microprocessor), flash ROM, etc. is as follows.
Implement the update method when the DIGITAL PCB or network module is replaced.
DIGITAL PCB
R7581
R7582
OPEN
3.3K
18K
OPEN
Model Area
DRA800H (E3)
DRA800H (E2)
PCB Name Ref. No.
R8226
C8284
R8268
C8266
R8214
R8213
R8216
C8218
R8223
R8219
R8220
R8218
C8217
R8215
R8217
JK823
R8303
C8302
R8301
C8301
R8304
C8303
R8302
R8224
R8266
R8267
C8220
C8215
C8216
C8219
JK951
C7988
C8265
D9501
R9502
R9501
C9501
R8265
Q8205
R8313
R8309
4
12
C8247
R8252
R8251
R8229
R8231
R8232
C8229
R8240
D8201
D8202
L7567
L7551
L7564
L7557
L7553
L7554
C8282
ET801
1
5
11
CN753
C7993
L7566
CN753
9
R8244
C7975
R7988
R7987
R7989 C8228
R8243
R7990
C7973
C7910
R7979
R7980
R7978
C7907
C7909
R8241
C7938
R7910
R7908
R7971
R7906
R7905
R7907 C7903
R7929 R7903
R7919 R7904
C7914
C7901
C8281
5
C8234
IC794
C7902
CN823
1
L8205
C8237
C8254
4
C7905
4
C7994
2
C7999
C8238
C8236
1.HI-B_RLY
2.H/P_RLY
3.FRONT_A_RL
4.FRONT_B_RL
5.DGND
6.DC_PROT
7.DGND
8.CURRENT_DET
9.ASO_DET
10.THERMALDET_A
11.THERMALDET_B
10
1.-12V
2.RTN_GND
3.+12V
4.DA+5V
5 AGND
6.FL
7.AGND
8.FR
9.MUTE_B+
20
C8235
L8204
L8203
R7972
R7959
C7954
C7908
R7975
R7976
R7977
4 R7969
C8233
IC796
4
R7981
C7904
C7963
C7951 C7961
C7953
C7921
C7906
C7913 C7923
C7911
C7918
R7621
L7527
L7525
L7526
L7524
IC792
R7927
R7926
R7928
R7918
R7916
R7917
C8253
C7972
C7974
IC793
C7937
C8255
4 C7934
R7984
R7985
R7986
C7941
C7933
C7931
C7943
36
C7926
25
C7920
R7822
89
L7523
R7912
C8258
C7971
132
C7924
L7520
R7816
R7819
R7820
DO_F
L7528
L7522
DO_S
DI_-/SW
DI_-/FR
DI_S/SL
CN781
L7502 C7526
R7911
C7991
32
C7677
C7675
C8227
10
C7986
C8245
R7637
IC762
10
C7656
C7989
C7985
C7869
C7840
C7894
C7839
C7864
C7838
C7837
C7896
R7833
R7832
R7831
R7829
R7830
C8244
IC763
C7627
C7626 R7633
C7653
C7654
37
C7660
C7998
R7662
C7603
R7611
R7613
C7659
R7608
4
R7607
DR_DOUT
C7893
C7841
R7834
R7858 R7861
R7857
RN782 RN781
R7805
X7801
RN784 R7806
CN782
R7835
R7840
R7836
R7838
R7837
R7851
R7852
L7503
C7881
R7853
R7854
T786
T787
T784
CN751
T785
17
L7558
8
R7602
R7601
RN761
48
C8111
C8110
D_RST
R7841
C7842
C7867
C7868
C7843
C7844
DR_DIN
DR_CK
DR_CE
R7609
R7610
R7612
RN811
L8102
50
40
30
20
10
2
C8101
R8175
R7850
R7847
R7849
R7848
C7845
R7846
R7845
10
R8314
R8307
R8308
R8310
C8290
R8239
R8289
R8311
C8211
R8305
R8306
R8293
R8294
4
4
R8238
C8289
4
R8287
8
R9508
R8260
R8264
R8262
R8259
R8316
R8263
R7625
C7618
R7626
R7627
R9506
R9507
14
R7623 JK762
R8317
80
70
60
R7752
R7753
R7750
R7736
J_TCK1
J_TDI1
J_TDO1
Q7401
C7775
Q7414
C7847
R7856
R7863
R7862
Q7801
R7855
26
DSP_ROM
27.B/P_IRIN_DE
26.DGND
25.MCU_3V3
24.MCU+5V
23.CPU_POWER
L7504
22.FL_DATA
21.FL_CLK
C7525
20.FL_CE
L7505
19.FL_RST
L7506
18.RC_IN
17.GRN_LED L7507
16.RED_LED L7508
15.KEY_1
L7509
14.KEY_2
L7510
13.KEY_3
L7511
12.VSEL_B
11.VSEL_A
10.H/P_DET
L7512
L7513
9.TRE_B
8.TRE_A
L7514
7.BAS_B
L7515
6.BAS_A
L7516
5.BAL_B
4.POWER_KEY L7517
3.BAL_A
L7518
2.ISEL_B
1.ISEL_A
L7519
R7499
R7566
R7563
R7562
R7565
R7564
R7561
R7568
R7567
R7596
C7592
R7595
R7629
R7624
C7617
R7622
C7619
R7628
L8104
D8102
R8181
D8103
L8103
C8118
C8117
D8101
D8104
R7746
R7747
J_TMS
J_TDO
PLD_WRITE
J_TDI
R7738
R7751
R8131 R8132
64FSDIR1
DATADIR1
FSDIR1
R7726
R7749
256FSDIR1
R7722
R7725
R7739
R7744
R7712
R7729
R7732
DA64FS1
DA256FS1
DAFS1
DADATAF1
R7474
R7597
R7589
R7590
R7593
R7592
R7591
R7600
Q7593
Q7594
R7599
R7588
C7593
R7598
C7591
R7594
109
R7544
R7545
R7530
R7533
C7511
C7501
R7536
R7541
R7540
R7542
C8261
CN823
L9001
R7103
R7108
CN755
D9002
C9001
D9001
Q9001
Q9002
J_TCK
R9007
R7745
R7782
C7113 R7107
R7104
R7585
R7102
R7106
R7105
Q7101
TH801 Q7102
R8188
R7719 R7731
R7737 R7740
R7742 R7743
R7723 R7724
IC773
C7781
C7782
X7701
R7791
L7701
R7790
R7784
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
F
G
H
J
K
L
M
N
P
R
T
A
B
C
D
Q7404
C7466
R7457
R7454
R7456
2
144
R7704 E
R7714 R7705
C7467
R8140
10
R8139
R7358
R7361
X7501
AP_CS
30
20
R7357
73
R7319
R7320
R7321
R7322
IC722
C7506
AP_CK
AP_DA
40
0
35
C7
R7326
R7328
R7327
A_CK
R7307
R7308
R7309
R7306
R7312
R7314
D7237
D7236
D7235
R7310
R7311
OSD_MI OSD_MO
R7313
OSD_CLK
OSD_CS
D7234
R7351
R7350
ADV7623_ROM
R7352
R7353
Q7409
MN864788_ROM
Q7413
C7474
Q7410
R7466
C7468
0
33
1
R7
10
8
35
C7
1
30
X7
R7
32
9
C7457
C7458
CEC1V1
C7405
C7407
R7444
C7456
R7445
L7425
L7424
Q7417
R7478
C7433 C7434
Q7416 C7479
R7479
R7468
R7469
C7475
C7473
R7467
L7414
L7415
Q7502
R7465
D7502
Q7503
R7720
R7787
R7789
R7786
R7785
C7518
R7354
R7355
C7519
55
R7132
R7133
R7134
L7107
9
10
C7469
R7360
R7359
R7334
37
C7238
C7239
R7223
6
1
C7403
C7402
L7403
R7426
L7421
L7422
IC742
R7428
C7459
R7546
R7547 R7548
R7558
R7559
C7513
R7560
2
C7424
R8185
R8187
R7140
R7157 C7115
R7158 R7121 R7127
R7122 R7124
R7126 R7123
R7125 R7128
9
10
4
14
10
C7429
C7427
C7428
R9006
R9005
R9004
CK_2
DA_2
2
16
R7139
C8121
R8183
R8184
Q7201
R7131
R7156
R7155
R7151
R7153
R7152
R7150
10
8
788_HINT
73
72
C7114
R7111 R7117
R7112 R7114
R7116 R7113
R7115 R7118
+5V_4
R7143 R7144
C7153
X7101
C7211
R7211 R7217
R7212 R7214
R7216 R7213
R7215 R7218
C7201
R7201 R7207
R7202 R7204
R7206 R7203
R7205 R7208
C7271
24
7
P_DA
788_RST
R7258
C7274
C7273 D7231
R7259 R7253
R7260 R7256
C7275 R7257
R7254
D7230
8
10
D7221
D7222
D7225
D7226
C7276
RN721
RN722
RN723
X7201
R7
R7226
R7225
R7246
R7245
20
Q7422
11
Q7424
8
2
2
R7437
2
6
6
L7431
6
20
36
L7434
2
5
11
C7482
6
5
23 4
R7 23
R7
Q7420
27
19
C7441
C7439
C7440
2
10
CN751
L7529
21
11
R7839
L7801
DI_LRCK
11
10
C7484
R7487
R7486
D7402
D7401
R7817
DSP_EMULATOR
1
6
19
L7412
88
RN785 RN786
C7676
R7671
C7674
R7949 R7982
R7939 R7983
R7974
R7973
8
R7951
R7952
C7964
R7967
R7968
R7966 R7921
R7958
R7957
R7956 R7922
C7916
IC795
5
24
IC822
C7662
8
19
R7416
C7416
C7415
C7414
L7411
176
19
L7413
133
19
L7432
C7661
C7658
R7649
R7648
C7657
R7674
R7673
R7672
5
13
DA_DA1
DA_CK1
DA_MS1
DI_CSW/C
45
R7948
R7947
R7946
R7961
R7962
8
48
DO_C
IC760
5
R7931
R7932
DI_SB/SR
DO_LRCK
R7937
R7936
R7938
R7942
IC791
DI_F/FL
DO_BCK
7
37
19
R7410
R7635
R7634
D7671
8
R7902
C7935
R7901
DI_MCK
5
C7928
C7944
C7846
4
4
R7656
R7655
R7659
5
10
R7844
R7843
CN783
C7930
C8222
32
17
C7634
R7660
IC765
C7655
D7605
C7936
D_FLG0
C7621
R7631
B
SOFTWARE : GUI ROM
IC723
BY25Q32BSSIG
B
SOFTWARE : 4k GUI
IC771
P8
5M570ZF256C5N
B
SOFTWARE : AUDIO PLD
NETWORK MODULE
D
SOFTWARE : Network
Procedure after Replacement
A : he software has been written. The software is not written at the time of replacement.
T
B : he software has been written. The software may need to be rewritten by version updates. Check the
T
version.
C : he software has not been written. The software needs to be written after replacement.
T
See " FIRMWARE UPDATE PROCEDURE " for information on writing the software.
D : he software has been written. Be sure to rewrite with the latest software for your service region.
T
See " 3. Update method when the DIGITAL PCB or network module is replaced (Using a USB flash
drive) " for information on rewriting the software.
IC821
R7643
4 R7630 R7642
C7620
8
7
IC766
R7639
R7638
5
5
C7652
C7615
R7941
R7812
R7813
IC782
C7629
C7625
C7612
C7605
R7807
R7811
R7842
C7628
8
C7614
5
2
C7411
R8222
C8203
R8208
R8207
C7631
16
12
36
X7601
C7776
C7804
C7805
C7624
C7637
D7603
R7663
8
25
C7861 C7860
RN783
R8002
R8103
C7639
5
6
R7436
R8209
C8201
R8271
C8306
BY25Q32BSSIG (E3 only)
BY25Q64ASSIG (E2 only)
Mechanical
C7437
R8295
R8312 R8210
Q8208
Q8209
R8315
C8292
C7630
IC732
Electrical
C8206
C8205
C8204
SOFTWARE : DSP ROM
DIGITAL
L8201
SOFTWARE : Main
B
MODULE
CN821
C8207
R8269
Q8206
15
Pb
C8214
R8221
R8211
4
Q8207 C8304
11
C7859 C7858
RN790 RN789
BK814
IC783
11
BAR CODE LABEL
R8177
C8115
C8112
R7860
IC781
DSP_DEBUG
FCT2
R8254
C8291
20
FCT1 RP
2
5
C8308
C8307
C8278
C7636 R7645
R7641
20 11
ICT
R8253 R8246
R8245
C8277
11
ET751
C7529
C7528
MI
MP_CUP13029Z_A
D8211 D8210
C8305
R8237
8
Q7421
SMT
MCU_E20/EMULATOR
Q7595
8
Q7423
AI
CN752
Q7596
R7619
R7618
IC761
DA_Z_MUTE1
C7481
L7451
R7582
R8288 R8279
C7635
C7638
12
L7433
N3V3_PW
108
IC825
16
CEC_PW2
C8286
R8225
R8236
R8278
R8291
IC764
9
C7594
IC746
73
R7581
R7582
DA_PW
C7471
JK821
C8283
C8285
C8268
IC823
D7602 R7647
R7801
R8003
R8174
C7478
L7802
Q7415
C8267
R8272
C8280
R7646
24
D1.1V
VERSION
R8290
C8279
13
CN756
R7575
C7521
R7574
C7446
C7445
C7444
C7442
DI_BCK
VERSION OPTION
DRA800H
E3
E2
R7581 OPEN 18k
R7582 3.3k OPEN
R8280
R8286
C8263
44
C7420
C7421
C7419
C7477
R7476
BK811
R7581
IC814
5
IC743
N5V_PW
CEC_PW
R8006
R8109
R8107
R8106
R7475
R7528
R7529
R8182
T804
CN813
CN811
Q7403
4
C8274
IC824
D7601
T805
R8114
C8108
R7549
R7553
R7552
RN762
8
R7434
R7435
C7443
7
CN812
CPU_PW
R7522
C7509
R7521
72
C7417
R7431
5
IC751
2 JK822
C8273
C8202
5
R7573
C7354
T803
5
Q7501
R7571
R7572
R7506
R7715
PLD_ERR
5
C8264
R8261
Q8204
D7604
15
D3.3V
R7505
R8170
R8168
R8116
R8172
R8115
R7735
C8259
D8204
D8206
R8255
C7602
25
IC741
CN721
10
R7515
T775
T774
T773
T772
C7663
C8262
R8257
R8256
D8203
R8125
R8124
R8122
R8120
R8119
T771
J_TMS1
2
C9502
R9504
R9505
C9503
C7987
D8209
35
R7414
R7415
C7418
R7411
D5V_PW
R7470
R7471
R7473
7
5
L7423
CN731
5
37
C7430
DV_PW
Q7301
C7505
IC771
C7616
R9503
Q8203
Q8210
Q8202
Q8211
D8205
45
C7455
C7450
R7441
C7432
R7324
R7323
A_DA
C7296
15
D1.8V
C7480
C7404
25
C7408
R7424
R7425
C7431
A_RST
72
IC744
R7446
BK813
R8130
R8134
R8137
R8138
R8135
R8133
R8136
R8025
R8024
R8022
R8129
R8020
R8018
R8127
55
L7443
C7453
C7452
C7454
C7406
Q8201
Q8212
1
5
R7711
R7707
R7703
R7710
R7702
R7706
R7701
R7709
35
C7335
L7441
L7442
L7401
L7402
41
37
CN741
6.MAIN_POWER
5.DGND
4.DGND
3.M_RESET
2.D5.2V
1.D5.2V
R7449
R7448
R7447
R7781
C9504
IC951
65
36
C7401
JK811
C8120
75
54
36
RN713 RN715 RN716
L7207
C7722
AVDD11RX
L7404
R7483
2
C8119
5
R7
R7 23
23 7
6
IC731
8
5
R7
R7 23
R7 23 3
R7 26 2
R7 26 8
26 7
6
L7210
HAINT
T807
8
14
4
R7778
R7777
R7776
C7293
R7222
R7224
R7783
Q7701
IC701
L7208
C7290
T806
T808
7
1
7
JK901
PLD_EMULATOR
5
BK812
VDD11
C7309
CN741
DA3V3
DGND
CN771
5
VDD33IO
VDD33
R8258
R7262
R7263
HPD_2
D
CN821
1.TUNER-L
2.TUNER-R
3.VCC
4.TUNER_SCLK
5.TUNER_SDIO
6.TUNER_CE
7.TUNER_RST
8.TUNER_INT
9.CHGND
10.CHGND
11.-7.5V
12.-7.5V
13.PHONO-R
14.AGND
15.PHONO-L
3
1
B
BY25D16ASSIG
DIGITAL
OUT
JK761
16
3
A
21
6
L7106
R7219
R7220
+5V_2
E
C7154
3
3
1
1
2
1
8
24
I2S1
I2S0
IC721
HPD_3
P_CK 787_RST R7145
R7146
1
Q7202
2
4
C
4
C7780
7
10
9
R7
1
25 9
R7 24 0
R7 25 2
R7 25
R7
C7188
R7101
HPD_1
+5V_1
5
B
C7281
JK701
6
HPD_5
JK711
1
DA_1 CK_1
E
+5V_3
7
+5V_5
A
R7228
R7227
JK721
1
DA_OUT2
R7229
R7230
R7231
C7272
HPD_4
2
RN725
D7233
RN724
MCK
64FS
FS
I2S3
I2S2
D
C
JK731
16
3
CEC
JK741
CK_OUT2
HPD_OUT
DA_3 CK_3
DA_4 CK_4
B
A
ARC
D7228
3
DA_5 CK_5
DA_OUT CK_OUT
+5V_OUT
D7227
R5F5651EDDFB
IC782
DIGITAL
MP_CUP13029Z_A
IC751
L7560
DRA-800H DIGITAL
IN
Remark
DIGITAL
(2) Be sure to replace the software with the latest version.
D7224
D7223
Procedure
after Replacement
DIGITAL
See the PCB below.
JK751
Description
Before Servicing
This Unit
PROCEDURE AFTER REPLACING THE PCB.
Repair Information
Updating
135
FIRMWARE UPDATE PROCEDURE
Items necessary for update are as follows.
Update Type
Via USB
Via OTA
Needed Part for Update
Requirement
Offered / not Offered
X
-
X
X
X
-
-
X
USB flash drive (USB 2.0 : Min 1GB)
• e recommend a USB memory device Formatting FAT16 or FAT 32
W
that has an LED installed.
Internet Connection by Broadband Circuit
Modem
Router
Ethernet cable
(CAT-5 or greater is recommended)
Purchase from D & M Article code
-
-
Download from SDI
" Table 1 " or " Table 2 "
Table 1
Update download file when the DIGITAL PCB or network module is replaced
Model Name
Model Area
Download from SDI
DRA-800H
ALL
Electrical
Standard Service Equipment
Not offered by D & M
Before Servicing
This Unit
1. Items necessary for update
avr_40.prod.update.factory.xxxx.zip
Update download file when the firmware is updated (Two files, " HW component " and " LEGO component " )
Download from SDI
Model Name
Model Area
DRA-800HE3
North America (E3)
Product ID : 000101130100
DPMS_DRA-800HE3_LEGO_xxxx.zip
DRA-800HE2
Europe (E2)
Product ID : 000101130200
DPMS_DRA-800HE2_LEGO_xxxx.zip
For HW component
For LEGO component
heos_40.prod_x.xxx.xx.zip
Mechanical
Table 2
Repair Information
Updating
136
Before Servicing
This Unit
2. Update preparation with a USB flash drive
You can update the firmware by downloading the latest version with USB flash drive.
2.1. Connecting to the USB flash drive
Electrical
(1) Preparation
• Windows PC
• USB flash drive format : Prepare a USB flash drive formatted in FAT16 or FAT32.
bWe recommend a USB flash drive that has an LED installed.
NOTE :
• Use a memory that supports USB2.0.
• Do not run the USB flash drive through a hub.
• Do not connect a computer to the USB port of this unit using a USB cable.
• Do not use an extension cable when connecting the USB flash drive.
• Save the update file on a blank USB flash drive for use.
• a USB flash drive cannot be updated, replace it with a different USB flash drive and perform the
If
update again.
2.2. Unzipping the Downloaded File
Unzip the downloaded file on your computer.
XXXXXXXXXXX
xxxxxxxxxx_xxxxxxxx.zip
Mechanical
Repair Information
copy to USB flash drive
There are folders or files after unzipping.
Copy these folders or files onto the USB flash drive.
The folders or files must be placed in the root directory of the USB flash drive.
Updating
137
3.1. File structure on USB flash drive
(5) USB Update starts automatically.
The Standby LED lights red.
Display during USB update
DIGITAL PCB or network module is replaced onto the USB flash drive in the following structure.
After unzipping the files, store them in the root of the same USB flash drive.
Model Area
ALL
Please wait–––––
↓
Download from SDI
avr_40.prod.update.factory.xxxx.zip
Update–––**% **m
↓
USB flash drive root
+ avr_40.prod.update.factory
+ xxxxxxzz.ota-download
+ heos_40.prod.update.factory
xxxxxx : Model name
zz : Region
Update Completed
It takes a maximum of approximately 25 minutes for update to complete.
b hen update is complete, the folder name on the USB flash drive changes to " avr_40.prod.update.factory.
W
done " . To use the files again, delete the " .done " part.
(7) Execute Firmware Factory Restore.
While holding down buttons " ZONE2 SOURCE " and " SPEAKER " simultaneously, press the power button to turn on the power.
NOTE :
• Remove the LAN cable from this unit when updating.
(Do not connect to a wired or wireless network.)
•
The GUI menu setting details and image quality adjustment setting details are initialized when
Firmware Factory Restore is performed. Therefore, take a note of the setting details beforehand and
reconfigure the settings after update.
• Do not remove the USB flash drive until updating is completed.
• Do not turn off the power until updating is completed.
• It takes a maximum of approximately 25 minutes for update to complete.
Once an update is started, normal operations cannot be performed until it is completed.
Display during Firmware Factory Restore
Restore––**% **m
↓
Completed
It takes approximately 15 minutes for Firmware Factory Restore to complete.
(9) Check that the version is the specified version. See " 1. Version Display Mode "
No Network Connection
I
(10) f necessary, use OTA or the USB flash drive to update the firmware to the newest version.
bWe recommend using the firmware update method using OTA.
See " 5. Normal Firmware Update Method from USB Flash Drive " or " 6. Normal Firmware Update
Method from OTA "
Content of the display is scrolled.
(4) Insert the USB flash drive into the USB port.
Repair Information
(8) Execute Service Region Settings.
See " 4. Update Method for Service Region Settings "
or
Mechanical
Restoring FW...
↓
Press the power button to turn on the power.
Wait for this unit to start up.
Set the input source to HEOS Music.
Check that the display is as shown below.
–TuneIn Internet Radio
Electrical
(6) The unit restarts when update is complete.
3.2. Start the update.
(1)
(2)
(3)
Before Servicing
This Unit
3. Update method when the DIGITAL PCB or network module is replaced (Using a USB flash drive)
Download firmware
in USB flash drive.
Updating
138
Copy the Service Region Settings from the USB flash drive to this unit.
(5) Copy the files created on the USB flash drive.
4.1. Creating a Service Region Settings file
(1) Click [Start button] - [Accessories] - [notepad] on the PC to launch the notepad.
copy to USB flash drive
(2) Enter " TEXT " .
NOTE :
• Remove the LAN cable from this unit when updating.
(Do not connect to a wired or wireless network.)
• We recommend a USB memory device that has an LED installed.
(3) Click " File " , and then click " Save As... " .
Press the power button to turn on the power.
Wait for this unit to start up.
Set the input source to HEOS Music.
Check that the display is as shown below.
–TuneIn Internet Radio
or
No Network Connection
Content of the display is scrolled.
(4)
Enter the file name and click the Save button.
NOTE : Enter the file name in double quotation marks. (The file extension is not required.)
(4) Insert the USB flash drive into the USB port.
File name
" denon-config-locale-set-1 "
" denon-config-locale-set-2 "
" denon-config-locale-set-3 "
" denon-config-locale-set-4 "
" denon-config-locale-set-5 "
" denon-config-locale-set-6 "
" denon-config-locale-set-7 "
Download firmware
in USB flash drive.
(5) Wait for at least 10 seconds before removing the USB flash drive.
(f the USB flash drive has an LED, this LED will be flashing. Remove the USB flash drive when the LED
I
stops flashing.)
Repair Information
Service Region
North America
Europe
Japan
Australia
Korea
China
Israel
Mechanical
(1)
(2)
(3)
Electrical
4.2. Starting Service Region Settings
Before Servicing
This Unit
4. Update Method for Service Region Settings
Updating
139
5.1. File structure on USB flash drive
(1)
(2)
(3)
Copy the normal update files onto the USB flash drive in the following structure.
After unzipping the HW component USB update files for the target model and LEGO USB update files,
store them in the root of the same USB flash drive.
Press the power button to turn on the power.
Wait for this unit to start up.
Set the input source to HEOS Music.
Check that the display is as shown below.
–TuneIn Internet Radio
For HW component
Europe (E2)
DPMS_DRA-800HE2_LEGO_xxxx.zip
Product ID : 000101130200
For LEGO component
(4) Insert the USB flash drive into the USB port.
heos_40.prod_x.xxx.xx.zip
Download firmware
in USB flash drive.
USB flash drive root
+ AVR-xxxxHxx_xxxx.update.auto
+ heos_40.prod.update.x-xxx-xx
Electrical
North America (E3)
DPMS_DRA-800HE3_LEGO_xxxx.zip
Product ID : 000101130100
No Network Connection
Content of the display is scrolled.
Download from SDI
Model Area
or
Before Servicing
This Unit
5. Normal Firmware Update Method from USB Flash Drive
(5) USB Update starts automatically.
The Standby LED lights red.
Display during USB update
Please wait–––––
Update–––**% **m
NOTE :
• Remove the LAN cable from this unit when updating.
(Do not connect to a wired or wireless network.)
• Do not remove the USB flash drive until updating is completed.
• Do not turn off the power until updating is completed.
• It takes a maximum of approximately 25 minutes for update to complete.
Once an update is started, normal operations cannot be performed until it is completed.
The GUI menu settings and image adjustment settings of this unit may be initialized.
Note down the settings before updating, and set them again after updating.
↓
Update Completed
It takes a maximum of approximately 25 minutes for update to complete.
Mechanical
↓
5.2. Start normal update
(6) The unit restarts when update is complete.
Repair Information
(7) After updating the firmware, check the version.
See " 1. Version Display Mode "
Updating
140
6.2. Check and update the firmware
Download the latest firmware from our website and update the firmware.
Check if there is a firmware update available. It is also possible to check approximately how long the
update will take.
(1)
Press the " SETUP " button on the remote control to display the GUI menu.
---Cautions on Firmware Update---
• the update procedure, a proper broadband Internet connection environment and settings are
For
required.
• Do not turn off the power until updating is completed.
• It takes a maximum of approximately 25 minutes for update to complete.
Once an update is started, normal operations cannot be performed until it is completed.
The GUI menu settings and image adjustment settings of this unit may be initialized.
Note down the settings before updating, and set them again after updating.
(2)
Press the cursor button to select " General " → " Firmware " → " Check for Update " .
6.1. Network Connection
(1) System Requirements
• Internet Connection by Broadband Circuit
• Modem
• Router
• Ethernet cable (CAT-5 or greater is recommended)
(2) Setting
(4) OTA Update starts automatically.
The Standby LED lights red.
Display during OTA update
Please wait–––––
↓
Update–––**% **m
Internet
Update Completed
It takes a maximum of approximately 25 minutes for update to complete.
Modem
Computer LAN port / Ethernet connector
(5) The unit restarts when update is complete.
To WAN port
Mechanical
↓
Computer
Router
Electrical
(3) Check update
• f the firmware version is anything other than the latest version, select " Update Now " to update the
I
firmware.
• No update required. Latest version installed. " is displayed when the firmware version is up to
"
date.
Before Servicing
This Unit
6. Normal Firmware Update Method from OTA
(6) After updating the firmware, check the version.
See " 1. Version Display Mode "
To LAN port
Repair Information
To LAN port
Ethernet connector of this Unit
Updating
141
Device ID table
Device ID (YY)
00
01
0B
11
See the table below for details on error codes and solutions when updating the firmware.
Error codes are displayed in 4 digits, YYXX(YY : DeviceID, XX : ErrorCode).
Display
Update–––**% **m
↓
Update ErrorYYXX
Update ErrorYYXX (YY : DeviceID, XX : ErrorCode)
12
↓↑ The display is alternately displayed.
Please check you
13
Content of the display is scrolled.
19
15
Remedies
Error Code
(YYXX)
22
2A
Remedies
(DeviceID/ErrorCode)
000B
2B
" Connection failed. Please check your network, then try again. "
" Update failed. Please check your network, then try again. "
" Upgrade failed. Please check your network, then try again. "
YY01
YY03
YY07
YY01
YY03
YY07
33
" Please unplug and reconnect the power cord, and try again. "
" Incompatible update file found on the USB device. Please check the file. "
" Update file is corrupted. Please check the file. "
" Please contact customer service in your area. "
b Check the power supply and communication lines of each device.
---Checking the Firmware Version After the Update---
Repair Information
Error Code table
Type code (XX)
Description
00
Logical error
01
Error during erasing
02
Error during writing
03
Error during verifying
04
No access for the component
Package mismatched.
05
Product ID, package version un-matched of the package manifest
06
Unpack dis-available of component package file
07
Time out
08
Latest firmware has already installed.
09
Error during download
0A
Error connection
0B
Hardware Error
" Please check your network, unplug and reconnect the power cord, and try again. "
Mechanical
000A
0009
0009
YY00
YY02
YY04
YY00
YY02
YY04
0005
0006
Electrical
Device Name
General
Main CPU
Main FBL (No used)
DSP1 or DSP
DSP2
b Except : DRA-800H/AVR-S650H/S750H/S950H/X1600H/X2600H/X3600H
DSP3
b Except : DRA-800H/AVR-S650H/S750H/S950H/X1600H/X2600H/X3600H
DSP4
b Except : DRA-800H/AVR-S650H/S750H/S950H/X1600H/X2600H/X3600H
Audio PLD
Video PLD
b Except : DRA-800H/AVR-S650H/S750H/S950H/X1600H/X2600H
GUI
PIMG
b ONLY : DRA-800H/AVR-S650H/S750H/S950H/X1600H/X2600H
LEGO
Before Servicing
This Unit
7. About the error codes
After updating the firmware, check the version.
See " 1. Version Display Mode "
Updating
142
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