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CD soundmachine
AZ787/61
CONTENTS
Technical Specification.......................................................................... 1-8
Version Variation....................................................................................... 1
Safety Instruction...................................................................................... 2
Block Diagram........................................................................................... 1
Wiring Diagram..........................................................................................2
Circuit Diagram.......................................................................................1-7
MP3 LINK+USB+POWER+AMP+MAIN+CASSETTE+DISPLAY
BOARD LAYOUT TOP & BOTTOM.................................................. ...1-12
Exploded drawing......................................................................................1
©Copyright 2013 WOOX Innovations Limited.
All rights reserved. No part of this publication may be reproduced, stored in a retrieval system
or transmitted, in any form or by any means, electronic, mechanical, phot ocopying, or otherwise
without the prior permission of WOOX Innovations. Philips and the Philips ’Shield Emblem are
registered trademarks of Koninklijke Philips N.V. and are used by WOOX Innovations Limited
under license from Koninklijke Philips N.V.
Published by WK 1401 Subject to modification
Version 1.0
3140 038 61170
1- 1
TECHNICAL SPECIFICATION
GENERAL DESCRIPTION
Boombox System with PLL Tuner , CD-MP3,USB 4W * 2
,AUDIO IN , Remote Control
LIFETIME : 7 Years
Class
Tuner
I
II
X
III
Page
9
SAFETY requirements
Version
/12/5/61
Supply + Amplifier
Loudspeaker Boxes
Clock
USB
X
5,6
/
/
/
/
X
7
Sa f e t y
X
8
EMC
EN 60065
CD / MP3
EN50020, EN50013
RADIATION / IMMUNITY requirments ( EMC )
CLIMATIC requirements
ALL climates
MODERATE climates
PERFORMANCE CLASSES
: + 5 Dregree
: + N.A
till
till
+ 35 Degree
N.A Degree
POWER SUPPLY
MAINS ( A.C. )
Version
Voltage Selection
Frequency
DC operation / Backup Buffer
Battery type:
220-240 Vac
/12/05/61
NO
6 0/50Hz
R20 (UM1 / D-cell) x 6 (9V normal, 6.3V limit)
POWER CONSUMER
AZ787/12/05/61
Stadby :
& lt; 0.5W
( DEMO mode " OFF " ) , NOM. A, INPUT
Maximum :
/
@ 1/8 Prated , NOM. A, INPUT
& lt; 15W
ECO Power mode :
/
Q and R according to Product Division Rules
Quality
: 0.4 % ( Major )
1.5 % ( Mirror )
Reliability
: 2.0 % ( C 42 )
Tested according to General Test Instruction refer to PHILIPS standary ( UAN -D1591 )
Measured according to PHILIPS standary ( UAN - L1059 ) unless other wise stated
All not mentioned date, please refer to PHILIPS standary ( XUW - 0010 - jun 2001)
Notes:
SH.190 is a only a document to list out key-parameters / specification points. It also describes product specific / unique parameters. For product performance,
not mentioned or specified in this document, such as: Electrical/ Mechanical / safety/Sound/ Quality Performance /reliability requirement. please refer to the
PQR(Performance Quality Reliability) and product sound specification.
This sheet 190 does not cover software specifications. Software is described in the URS documents and in the version matrix owned by Product Management.
Product Management is responsible for maintaining, distributing and updating the version matrix.
In case there are conflicting requirements between the SH.190 (Set specification) and the PQR document, then the SH.190 is the leading requirement / dictates
the valid parameters.
1- 2
TECHNICAL SPECIFICATION
TECHNIAL DESCRIPTION
Total power 8W, matching LOUDSPEAKER of 2 x 8 R. ( Digital Sound Control )
GENERAL PART
OUTPUT stage Protection
LoudSpeaker D.C. Protection
INDICATORS
Standby Mode Indicator
ECO Mode Indiicator
: Yes
: Yes.
Temperature
: YES
Shorcircuit
: Yes
: NO LCD display,NO LED backlight
: NC
ELECTRICAL DATA
DSC : Rock, FLAT , CLASSIC, POP,
DBB
DBB1 DBB2
SIS :
N/A
VAC : N/A
WOOX : N/A
Channel Differencer at -46dB
Hum ( Volume Minimun - )
Residual Noise ( Volume Minium )
Channel Se paration ( at 1 kHz )
Signal / Noise ( weighted )
3
& lt; 0.5
& lt; 1
35
55
INTERCONNECTS
Input Sensitity(±2 dB)rated ouput power at 1 kHz and 10kHz.
Line Output Voltage ( *1 )
Tuner
CD / USB
: FM MODE 75KZH (CD -6dB)
: 0 dB track ( Audio Disc 1, Trk 35 )
CASSETTE
: 1K 0DB: (CD -6dB)
: Nor: 650mV Lim: 450mV ~ 850mV CD 0dB
: NC
N.A
N.A
Line Out ( Left / Right )
Subwoofer Out
Headphone
Digital Coaxial Out
Booster Out
AUDIO IN
AUX IN
OUTPUT POWER ( * 1 )
700mV+/-1dB, RL = 32
N.A
N.A
At THD = 10% (Measured with 20Hz-22KHz filter),
Power output ( RMS )
LOUDSPEAKER ( BOXES )
channel *2
4W*2 +1/-2dB (1*)
Please to package document of Speaker Box Assy
Rated Impedance
: 8 Ohms at SPEAKER driver,
Remarks
( *1 )
Electrical parameters are to be measuremend at specker terminals across 8 Ohm load ( pure resistor )
with rated input signal in AUDIO IN mode; DSC JAZZ mode with DBB OFF
IS off unless specified otherwise
dB
ȝW
MV
dB
dB
1- 3
TECHNICAL SPECIFICATION
AUDIO SIGNAL PROCESSING
Boombox System with PLL Tuner , CD-MP3, 4W/TWO channel Universal Class AB Power Amplifier
1)
DSC ( Digital Sound Control )
Input sinewave 650mV at 1kHz to R/L channel of AUDIO IN socket
Set DSC to JAZZ mode
Adjust volume to obtain 50mW across 8 ohm load at R/L speaker ouput
The 50mW will be used as 0dB reference
Tabel 1a ( Tolerance ± 3dB )
Frequency
DSC Modes with DBB Off VOL=20
ROCK
CLASSIC
POP
100Hz
-3 dB
+3 dB
-2 dB
+4 dB
10 kHz
2)
FLAT
0 dB
0 dB
-3 dB
-3 dB
DBB ( Dynamic Bass Boot )
Play CD testing signal of 1KHZ
Set DSC to JAZZ mode and switch off DBB
Adjust volume level will be as " 18 "
Tabel 2 ( Tolerance ± 3dB )
Frequency
DBB OFF
DBB ON
DBB2 ON
100HZ
0
+4dB
+7dB
10k
0
0
0
Remarks
Reference Sound volume table and sound setting.
1- 4
TECHNICAL SPECIFICATION
TECHNIAL DESCRIPTION
USB
See also SH 190 USB Audio Module (300605)
Measurment are directly done at the coonector on the board
GENERAL PART
Measurement are directly done at the connector on CDC board
D e s cr i p t i o n
Output Resistance
Output Voltage RL = 33 k ohm ( )dB, 1 Khz )
Channel Unba lance
THD + Noise ( 0dB, 1Khz )
Channel Crosstalk ( 100Hz - 16,000 Hz )
( 0 dB, 1 KHz )
Signal to Noise Ratio ( 0dB,1k Hz )
( 100 - 16,000 Hz )
Frequency Response ( +/- 3dB ), reference 1kHz
Description
Remarks :
Specification
& lt; = 1.5 kOhm
830mVrms +/- 1.5dB
& lt; = +/- 3 dB
& lt; = 1
& gt; = 35 dB
& gt; = 40 dB
& gt; = 60dBA ( A - weighted )
& gt; = 55dBA ( A - weighted )
100Hz - 16kHz
Sp e c i f i c a t i o n
1- 5
TECHNICAL SPECIFICATION
TECHNIAL DESCRIPTION
CD + MP3 - Part Specifications
CD mechnism refer to Philips standard specification
GENERAL PART
Measurement are directly done at the connector on CDC board
Description
Extern
Nom
Lim
Unit
& lt; 100
Ohms
±
Vrms
Output Resistance
No
Output Voltage - Unloaded ( 0dB , 1 kHz )
No
Channel Unbalance
No
& lt; ± 2
dB
No
±
dB
Frequency Response
( 125 Hz - 16 kHz )
0 .5
1
3
Signal to Noise Ratio ( Unweighted )
Yes
60
50
dB
Signal to Noise Ratio ( A - weighted )
Yes
65
55
dBA
Crosstalk ( 1kHz )
Yes
/
/
dB
Crosstalk ( 125Hz to 16kHz )
No
36
30
dB
Hum & Noise ( *1 )
No
4 00
500
nW
-
/
/
/
Emphasis
Remark
1- 6
TECHNICAL SPECIFICATION
TECHNIAL DESCRIPTION
TUNER using SI4704-D60
GENERAL PART
WAVE RANGE
FM
87.5 - 108.00 MHz
MW
TOLERANCE
Quartz Precision
(/12/05/61)
TUNING GRID
50K
/
AERIAL
FM
:
MW
:
PIG TAIL ANT
NC
INDICATORS
LCD DISPLAY
ELECTRICAL DATA
A.M
Nom
Limit
Unit
F.M.
:
:
- 3 dB Limiting Point
Nom
17
0
Limit
23.5
-4
Unit
dBf
dB
Amplification Reverse
/
/
dB Amplification Reverse
Distortion ( RF 50mV, M 80% )
/
/
2
3
%
/
/
% Distortion ( RF 1mV, Frq Dev.75 kHz )
dB Stereo - 46 dB Quieting
:
S/N RATIO
:
46
49
dBf
IF
/
/
kHz Crosstalk (RF1mV, Freq Dev.40kHz )
:
25
18
dB
/
IF
Wave Range
MW 603 kHz
MW 1404 kHz
FM 98 MHz
Remarks
Noise Limited Sensitivity 26 dB
Search tuning
sensitivity dBf
IF Rejection
dB
Large Signal
/
MHz
Selectivity
S3 / S9 / 300kHz
dB
/
Nom.
1500uV/M
/
/
/
Lim.
4000uV/M
/
/
/
/
Nom.
1500uV/M
/
/
/
/
Lim.
4000uV/M
/
/
/
/
Nom.
18dBf
22 dBf
/
116 dBf
30
Lim.
22dBf
35 dBf
/
108 dBf
25
1- 7
TECHNICAL SPECIFICATION
TECHNIAL DESCRIPTION
AUDIO IN
AUDIO IN Part
Nom.
Limit
C ondition
SNR unwtd.
6 0dB
50dB
650mV 1KHz input
S NR wt d . dBA
6 2d BA
5 7 d BA
650mV 1KHz input
Crosstalk (different source, 1KHz)
60dB
50dB
650mV input
L, R Channel Separation
36dB
30dB
650mV input
Frequency response (-3dB)
THD (1KHz, 0dB)
100 to 10KHz (overall)
2%
3%
150mV input
650mV 1KHz input
AUX IN Part
SNR unwtd.
/
/
/
SNR wtd. dBA
/
/
/
Crosstalk (different source, 1KHz)
/
/
/
L, R Channel Separation
/
/
/
Frequency response (-3dB)
THD (1KHz, 0dB)
/
/
/
/
/
/
Descr iption
Remarks :
Specification
1- 8
TECHNICAL SPECIFICATION
TECHNIAL DESCRIPTION
Auto-semi stop deck
GENERAL PART
Tape Speed
Speed Control
WOW and Flutter
Fast Wind / Rewind C 60
INDICATIONS
Recording Level
Playback
Display
:
:
:
:
:
:
:
:
:
:
:
:
:
4.76
+-2
0.4 ( JIS)
130
2 Tracks ( Stereo )
Normal Speed : & lt; 39
IEC I
IEC 1
Auto
NC
CM / S
%
%
S
Auto Stop (SEMI )
Auto Reverse
Auto Replay
Cue Review
Recording
dB ( A ) Mixi ng
Monitoring
Remote Controlled
High Speed Dubbing
Noise Reduction System
:
:
:
:
Yes
No
NO
No
NO
No
No
NO
No
No
:
:
:
Typ
0
1
& lt; 3
:
;
:
:
No
No
LCD (TYPE icon showed)
ELECTRICAL DARA
Typ
Bias & Erase System . A.C.
Bias & Erase System . A.C.
RIF - Shift
Erasing Attenuation ( ICE I )
Channel Separation at 1 kHz
Track Separation at 1 kHz
Lim.
/
/
/
/
:
:
Play Signal / Noise ( Unwighted )
Play Signal / Noise ( A-wighted )
24
18
35
250nWb/m
250nWb/m
kHz
kHz
kHz
dB
dB
dB
Channel Differenc at PB
Channel Differenc at Overall
Distortion 250nWb/m
ALC Attack Time
ALC Recovery Time
Crosstalk
Hum & Noise ( *1 )
:
:
38 dB
40 dB
Remark :
( *1 ) Set the output level at min and mearusement at speaker terminal with 8 Ohm load ( pure resistor )
Lim.
4
4
5
/
/
:
35
2
dB
dB
%
mS
S
dB
mV
2- 1
VERSION VARIATION
Type /Versions:
AZ787
/61
Service policy
Board in used:
MP3 LINK+USB+POWER+AMP+MAIN BOARD
CASSETTE BOARD
DISPLAY BOARD
M+C
M+C
M+C
Type /Versions:
Features
Feature diffrence /61
RDS
VOLTAGE SELECTOR
ECO STANDBY - DARK
* TIPS : C -- Component Lever Repair.
M -- Module Lever Repair
-- Used
AZ787
2- 2
SAFTETY INSTRUCTIONS
GB
NL
ESD
WARNING
Alle IC’s en vele andere halfgeleiders zijn
gevoelig voor electrostatische ontladingen
(ESD).
Onzorgvuldig behandelen tijdens reparatie kan
de levensduur drastisch doen verminderen.
Zorg ervoor dat u tijdens reparatie via een
polsband met weerstand verbonden bent met
hetzelfde potentiaal als de massa van het
apparaat.
Houd componenten en hulpmiddelen ook op
ditzelfde potentiaal.
All ICs and many other semi-conductors are
susceptible to electrostatic discharges (ESD).
Careless handling during repair can reduce life
drastically.
When repairing, make sure that you are
connected with the same potential as the mass
of the set via a wrist wrap with resistance.
Keep components and tools also at this
potential.
F
WAARSCHUWING
ATTENTION
I
Tous les IC et beaucoup d’autres
semi-conducteurs sont sensibles aux
décharges statiques (ESD).
Leur longévité pourrait être considérablement
écourtée par le fait qu’aucune précaution n’est
prise à leur manipulation.
Lors de réparations, s’assurer de bien être relié
au même potentiel que la masse de l’appareil et
enfiler le bracelet serti d’une résistance de
sécurité.
Veiller à ce que les composants ainsi que les
outils que l’on utilise soient également à ce
potentiel.
D
AVVERTIMENTO
WARNUNG
Alle ICs und viele andere Halbleiter sind
empfindlich gegenüber elektrostatischen
Entladungen (ESD).
Unsorgfältige Behandlung im Reparaturfall kan
die Lebensdauer drastisch reduzieren.
Veranlassen Sie, dass Sie im Reparaturfall über
ein Pulsarmband mit Widerstand verbunden
sind mit dem gleichen Potential wie die Masse
des Gerätes.
Bauteile und Hilfsmittel auch auf dieses gleiche
Potential halten.
Tutti IC e parecchi semi-conduttori sono
sensibili alle scariche statiche (ESD).
La loro longevità potrebbe essere fortemente
ridatta in caso di non osservazione della più
grande cauzione alla loro manipolazione.
Durante le riparazioni occorre quindi essere
collegato allo stesso potenziale che quello della
massa dell’apparecchio tramite un braccialetto
a resistenza.
Assicurarsi che i componenti e anche gli utensili
con quali si lavora siano anche a questo
potenziale.
GB
Safety regulations require that the set be restored to its original
condition and that parts which are identical with those specified,
be used.
“Pour votre sécurité, ces documents
doivent être utilisés par des spécialistes agréés, seuls habilités à réparer
votre appareil en panne”.
NL
Veiligheidsbepalingen vereisen, dat het apparaat bij reparatie in
zijn oorspronkelijke toestand wordt teruggebracht en dat onderdelen,
identiek aan de gespecificeerde, worden toegepast.
CLASS 1
LASER PRODUCT
3122 110 03420
F
Les normes de sécurité exigent que l’appareil soit remis à l’état
d’origine et que soient utiliséés les piéces de rechange identiques
à celles spécifiées.
GB
Warning !
Invisible laser radiation when open.
Avoid direct exposure to beam.
D
Bei jeder Reparatur sind die geltenden Sicherheitsvorschriften zu
beachten. Der Original zustand des Geräts darf nicht verändert werden;
für Reparaturen sind Original-Ersatzteile zu verwenden.
S
Varning !
Osynlig laserstrålning när apparaten är öppnad och spärren
är urkopplad. Betrakta ej strålen.
SF Varoitus !
I
Le norme di sicurezza esigono che l’apparecchio venga rimesso
nelle condizioni originali e che siano utilizzati i pezzi di ricambio
identici a quelli specificati.
Avatussa laitteessa ja suojalukituksen ohitettaessa olet alttiina
näkymättömälle laserisäteilylle. Älä katso säteeseen!
DK Advarse !
" After servicing and before returning set to customer perform a
leakage current measurement test from all exposed metal parts to
earth ground to assure no shock hazard exist. The leakage current
must not exceed 0.5mA. "
Usynlig laserstråling ved åbning når sikkerhedsafbrydere er
ude af funktion. Undgå udsaettelse for stråling.
Caution: These servicing instructions are for use by qualified service personnel only.
To reduce the risk of electric shock do not perform any servicing other than that contained in the operating instructions unless you are qualified to do so.
3- 1
BLOCK DIAGRAM
3- 2
WIRING DIAGRAM
4- 1
Circuit Diagram (MCU Board)
3V3SD
HOST_EN
NC
10K
*
10K
R1036
R1037
100
100
R1160
R1161
R1159
65
66
GPIOD1/I2CM_DAT
68
67
GPIOD4/I2S_DO
GPIOD2/I2S_SCLK
GPIOD3/I2S_REFCLK
69
GPIOD5/I2S_DI
GPIOE0/DOCD_DATO
71
72
GPIOE2/DOCD_CLK
70
73
GPIOE3/SD_MS_WP
GPIOE1/DOCD_DATI
GPIOD7/SPIDF
74
GPIOE4/SDD0
GPIOD6/I2S_WCLK
77
76
75
GPIOE5/SDD1
80
78
GPIOE7/SDD3
GPIOE6/SDD2
81
79
GPIOF1/SD//MS_CLK
GPIOF0/SDCMD/MSBS
83
A_MUTE
R1035
100
10K
100
R1156
R1158
R1047
84
82
GND_PAD
85
VDD_PAD
POWER_DET
R1034
TU_ON
PWR-STBY
*
R1157
R1144
AUX_DET
10K
R1
1M
TU_REST
M33V_PAD
87
86
GPIOG4/USI_CLK
NC
10K
R1027
R1028
NC
R1056
100
R1152
LCD_CS
RDS_INT
R1150
GPIOG5/DATA0
88
89
R1151
100
100
100
GPIOG7/DATA2
90
92
91
GPIOH0/DATA3
GPIOG6/DATA1
93
GPIOH1/DATA4
R1149
100
R1120
R1148
R1145
94
95
GPIOH3/DATA6
GPIOH2/DATA5
96
GPIOH4/DATA7
NC
LCD_W/R
10K
R1121
100
100K
100K
97
GPIOH5/LCDAO
GPIOF3/SD_MS_DET
XGPIOC2/URTX 62
C1009
C1028
C1011
55
113
VDD_PAD
VDD_CODE
54
M33V_PAD
DP
C1102
3V3SD_IC
ALI M5673
BCL
119
0
V15R
48
V08R
47
FMO
V15L
46
122 AVD33_1
V08L
45
VREF_16
120 VERF16
R1170
REMOTE2
XSLEGP
3V3SD
EN2
3k
C1103
0.1UF
C1022
100P
121
SEV_3V3
XSPINDEL
1U
91
90
89
88
86
69
68
C1029
C1032
C1033
C1034
C1035
C1040
C1036
680P
C1126
680P
680P
680P
680P
100p
680P
CD_5V8
C1123
1U
C1122
1U
LINEOUR
AVSS33_AUD
470UF
C1037
680P
DAC_R
AVDD33_AUD
DAC_L
RA_ROUT
RA_LOUT
38
BCAPOR
37
35
36
BCAPIR
LINEOUTL
34
BCAPOL
BCAPIL
33
31
32
AVDD18_1
AVSS33_CKG
28
AVSS18_1
XTALO
27
29
XTALI
26
30
AVDD33_CKG
25
AVDD18_LDO
AVDD33_LDO
AVSS33_LDO
22
24
AVSS33_3
23
VTP
VTB
21
19
20
AVDD33_3
18
COSP
COSN
MPXOUT3
15
MPXOUT1
13
17
TELP
12
16
AVSS33_2
11
MPXOUT2
V12
10
14
HAVC
MA
7
MB
MD
6
4
MC
3
5
LDO
1
R1213
3k9
AUD_3V3
LINE_R
C1119
823
823
LINE_L
R1174
R1173
TU_VCC
R1185
R1183
0
R1172
10K
Q1010
C1120
220U
16.9344
IN4001
R1146
C1111
0.1UF
Y1001
D1009
ZD1
*
C1118
RF_1V8
820
0
M33V_CKG
100U
V18
M33V_LDO
0.1UF
C1115
C1108
C1113
C1106
FB
C1109
0.1UF
C1110
0.1UF
0.1UF
10UF
0.1UF
C1105
L1001
3V3SD
C1104
NC
0.1UF
47UF
R1218
0
12K
0.1UF
C1114
R1219
CON2
C1047
10UF
C1107
15R
FB
SEV_3V3
C1112
1U
HAVC
SEV_3V3
MAPUH
MDPUH
MBPUH
TNI
MCPUH
LDO
TPI
C8550
HOST
10K
CD_3V3
22k
B562
CD_5V8
5
4
L1002
C1144
0.1UF
FB 1K
C0N1004
C1145
470UF
R1206
R1204
R1205
R1202
1
2
3
4
5
6
SOP8
C1025
0.1UF
R1054
R1199
1
220
R1211
CS#
VCC
IC1004
8
R1048
2
D0
3
WP#
4
GND
1
VINFC
MUTE
28
2
TRB_1
BIAS
27
3
F_DI
REG02
VINTK
R1055
100K
26
HOLD
7
CLK
6
F_CLK
D1
5
F_DO
R1049
4K7
10UF
TU_ON
D2
IN4148
D1
GD25Q80
100K
Q1008
8050
IN4148
0.1UF
0.047UF
C1139
VREF_16
HAVC
L1006
VCC
C0N1003
33k
R1207
R1186
3V3SD
CD_3V3
MDPUH
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
JUMP
TNI
C1141
100UF
MAPUH
Q1011
24K
R1197
C1031
C8550
0.1UF
C1131
R1194
0
XFOCUS
TRB_1
XSLEGP
20K
R1187
C1140
0
0.047UF
R1195
0.01UF
MUTE34
VREF_16
C1135
0.1UF
VREF_16
R1191
R1188
C1136
10UF
0
XTRACK
39K
18k
4
VINSL+
VCC1
25
5
VREF_16
MBPUH
REG01
TRB_2
24
C1132
0.47UF
VREF_16
MCPUH
R1208
R1189
6
FWD
VINSD
TPI
R1196
12K
4.7
LD
R1124
330k
REV
GND
VCC1
VCTL
21
82K
9
VOTR-
VCC2
20
10
VOTR+
GND
19
SL+
11
VOSL+
VOSD-
18
SL-
FOCUS-
CD_5V8
CD_5V8
SPINC1133
12
VOSL-
VOSD+
17
SPIN+
FOCUS-
13
VOFC-
VOTK-
16
TRACK-
FOCUS+
14
VOFC+
VOTK+
15
TRACK+
TRACKTRACK+
XSPINDEL
22
8
1K
R1193
CD_5V8
MDI
FOCUS+
330K
R1192
23
7
R1209
3K9
R1190
REGO1
33k
100
I2C_SCL
220
R1200
F_CS
2.2UF
C1142
C1143
0.1UF
3V3SD
1K
C1146
10K
FB 1K
L1004
C1147
470U
3V3
R1198
10K
R1203
10K
SPIN+
SPINSL+
SLLIMIT
C1010
56
ZD1010
HOST_EN
104
Q1005
9014
TU_VCC
R1201
47K
680
C28
30p
560 1/6
Q1009
9014
C0N1002
MOTOR
Q1007
8550
C1117
30p
D1008
IN4148
DM
L1003
R1184
C1116
FB 1K
DP
3
2
1
IC1001
SCA4720
0.1UF
C1137
220U
C1138
470UF
C1134
0.1UF
CD_5V8
C1050
0.1UF
LD
Q1004
C1021
NC
NC
C103
C1124
110
1U
39
R1171
C1002
C1125
40
FMINR
9
LINEINR
128 MDI
FB
L104
27k
VREF
41
AVDD33_2
MICIN
TO MAIN PCB CON1004
FB
DAC_L
SPIN+
R1177
42
127 TRO
MDI
FMINL
126 FOO
XTRACK
L103
10K
1k5
43
125 GPWM
XFOCUS
L102
R1043
R1175
44
LINEINL
TP2
14
MICBIAS
124 AVSS33_1
8
123 DMO
LCD_VCC
LCD_DATA
LCD_CS
LCD_W/R
TP1
EN1
KEY2
KEY1
BTN_ADIN3
22k
R1178
49
1
R107
KEY2
R1210
VREF
R1180
10K
682
1k5
R1176
DAC_L
2U2
C1044
DM
50
BTN_ADIN2
330
SPIN-
DP
51
SFGP
3k
R1169
CD_3V3
IR
SFGN
BTN_ADIN1
2
2
3
4
5
6
7
8
9
10
11
12
13
AVDD_D33
117
118
1
116
1
R106
KEY1
C1128
LINE_L
10K
R1042
3k
R1168
CON1001
0.1UF
R1182
V18_CORE
52
IC1002
115 VDD_CORE
C1127
53
DM
114 GND_CORE
0.1UF
DAC_R
F_DO
220
R1154
V18_CORE
0.1UF
0.1UF
DAC_R
R1179
10K
682
F_DI
58
GND_CODE
2U2
330
C1046
56
GND_PAD
LINE_R
57
112
C1129
R1181
3V3SD
F_CS
59
VDD_PAD
10K
10K
10K
F_CLK
60
GND_PAD
C1013
C1012
0.1UF
10UF
XGPIOB7/SFDI
R1041
R1046
XGPIOC1/SFSCK 61
XGPIOC0/SFCSB
XGPIOB6/SFDO
M33V_PAD
0.1UF
TX
0.1UF
1
R1039
R1040
RX
XGPIOC3/URRX 63
C1049
0.1UF
0.1UF
I2C_SCL
100
R1163
XGPIOD0/I2CM 64
GPIOJ2
3V3SD
C1018
10UF
10K
I2C_SDA
100
GPIOJ1
C1101
R1017
C1016
C1015
R1038
R1162
10K
67
109 GPIOJ0/I2S_DAT
0.1UF
C1014
0.1UF
68
110
V18_CORE
1
69
OPEN
R1157
10UF
R1009
C0N1011
R1144
4.7
MUTE34
DOOR
86
OPEN
AZ783
24C02
111
R1166
DOOR
100K
10K
4
R1157
IC1003
110
R1167
3V3SD
1
R1030
3
VSS
10K
C1042
100P
C1043
100P
220
M33V_LDO
R1015
A2
SDA
10K
R1031
2
SCL
0R
R1044
1
A1
C1121
L1008
FB 1K
A0
MP
5
107 GPIOI6
RF_1V8
VDD
6
108 GPIOI7/I2S_CLK
FB 1K
FB
8
7
HOST_EN
HOST
10K
R1008
88
C1024
0.1UF
106 GPIOI5
R1212
C1007
0.1UF
89
105 GPIOI4PWM2
LIMIT
M33V_CKG
FB 1K
90
GPIOF2/SD_MS_PWR
105
99
104 GPIOI3_PWM1
4.7
R1165
LCD_DATA
BCL
1k
C1019
10UF
R1014
98
Q1003
9014
103 GPIOI2/IRC
PRSTB
R1006
103
4.7
R1164
REMOTE2
91
92
97
GPIOH6/LCDCSJ
R1007
C1006
0.1UF
GPIOH7/LCDRDJ 100
1
Q1002
9014
1k
47k
GPIOI1/PWM0 102
R1005
Q1006
8550
M33V_PAD
GPIOI0/LCDWRJ
R1013
101
98
IN4148
R1147
EN2
EN1
BAND SELECT
1
R1052
R1050
R1004
R1003
1
220U
D1005
100K
C1003
0.1UF
C1023
100
D1004
IN4148
*
R1053
R1022
D1007
IN4148
1
PLAY
D1003
V18_CORE
10K
AUD_3V3
R1011
D1002
R1023
R1025
R1020
10K
R1024
1
IN4148
V18
10k
0.1uf
SYNC
R1002
*
L1005
NC
10k
C1030
GPIOG3/USI_DI
Q1001
8050
22K
100K
IN4148
R1001
*
2
1
R1057
R1019
SEV_3V3
GPIOG2/USI_DO
R1010
10
R1045
10K
C1001
0.1UF
3V3SD
R1051
IN4148
R1018
C1027
220U
CD_5V8
C1048
10UF
3V3SD_IC
1
10K
CD_3V3
D1001
4K7
10K
R1012
FB 120R
R1021
IN4148
1k
D1006
R1059
3V3SD
L1007
100
I2C_SDA
4- 2
Circuit Diagram (AUDIO Board)
8K2
22K
R38
NC
RA_LOUT
C34
R510
C002
152
8K2
R512
RA_ROUT
12K
R506
TAPE+
PLAY
GND
10
11
R564
NC
R524
*
GND
12
1uF
C524
RIN3
LIN3
1uF
0.1uF
C507
C506
120K
1uF
C508
0.1uF
1k
2700pF
2700pF
LIN3
LIN4
LOUD_L
RIN1
RIN2
RIN3
RIN4
LOUT_R
ROUT
RIN
TREB_R
AGND
TREB_L
LIN2
LIN1
LIN
LOUT
BIN_L
BOUT_L
BIN_R
BOUT_R
OUT_R
OUT_L
1uF
120K
4.7K
R515
4.7K
R516
C526
R541
0.12uF
0.12uF
0.12uF
0.12uF
1k
C527
C518
C517
C519
1k
1k
R527
R528
FB 1K
1
*
LIN3
C509
3
*
C511
R_CH
I2C_SDA
R505
SYNC
9
CN12
L_CH
GND
2
TAPE+
8
TO AMP BORD
NC
I2C_SCL
6
7
3
RINB
GND
R412
R OUT
DATA
C520
C805
100U/10V
1uF
C803
104
C522
10k
1uF
R807
C521
4K7
C804
100U/10V
L511
1uF
R526
C501
100
4558_VCC
100
47
R521
R808
L OUT
5
CLK
REF
*
OUT_R
18k
R504
GND
4
R889
OUT_L
1U
100
GND
3
8K2
C806
100
R501
NC
REC-R IN
2
R809
2
AUX_R
1U
22k
1uF
C502
18k
GND
R411
R565
REC-L IN
1
R502
NC
OUT_L
47p
TO TAPE PCB
4K7
47p
10k
C523
47uF
C809
22p
100K
R801
R566
1
8
C552
R530
R802
R803
CN302
AUX_L
DGND
VCC
272
R805
7
TO MP3 LINK PCB
D4558
C534
6
C801
R503
7314_VCC
IC501
PT7314
IC801
5
CN3
1
2
3
1uF
12K
R514
1K
4
VEE
R561
1U
C551
100K
GND
C529
VDD
1U
C533
R529
272
OUT_R
C510
C808
R542
1uF
C514
1K
C515
R513
R560
1U
*
C505
C528
1U
22p
C802
R888
104
NC
R523
22k
47uF
152
C807
R806
10k
C540
22K
R509
C001
R804
10
8K2
R21
C29
8K2
R511
C512
GND
DAC_L
DAC_R
*
RIN3
R563
R525
*
*
SYNC
PLAY
R524
0R
R525
R564
0R
POWER_DET
AZ787
R563
C509
TO MP3 LINK PCB
7314_VCC
C511
1uF
R524
100
R312
OPEN
47
R332
4558_VCC
CON1
R564
ZD305
C309
AUX_DET
C511
OPEN
0.1U
102
C303
C509
AUX_DET
C599
6V
S7806
C304
3
0.1U
100u
OPEN
EC307
R525
GND
100u
R563
AZ783
POWER_DET
EC306
1
L301
TAPE_9V
100UH
HP_GND
7
C307
0.1U
HP_LO
8
D303
Q301
R389
680R
Q305
L414
Q308
8550
8050
C413
GND
47K
10UF/25V
R309
0.1U
D304
IN4148
0
R325
104
104
EC304
3V3
10U
ZD301
68K
R304
1K
R382
IN4148
R306
68K
3K3
IN4148
D302
NC
R303
R305
Q302
8050
9V1
ZD304
R388
D301
22K
+9V
10K
1N4148
ZD302
C306
R611
EC308
10u
D380
IN4148
EC302
Q309
8050
5v1
10u
0.1U
R609
2K2
Q304
8050
D305
EC309
560R
10R
22K
102
220U/10V
220P
5
220/10
12K
220P
6
VREF_B
C613
PWR-STBY
VSS
R610
FB 1K
4
8050
C612
L415
R302
R310
680
8
7
IN_B
C610
IN4148
C604
VDD
OUT_B
12K
D3
GND
GND
C603
FB 1K
IN_A
VREF_A
100/10
10
+9V
A_MUTE
IN4148
OUT_A
2
L412
C609
9
STBY
D306
R607
7
MUTE
3
R602
HP_LI
C611
1
AGND
4
22K
2U2
2
R608
C601
AGND
Q601
ETK4800
R605
68K
68K
47K
C606
100P
100P
2U2
C605
C602
R604
47K
R612
IC601
R603
HP_RI
1
R606
D602
CN301
3V3SD
IN4148
TO AMP PCB
EC305
R308
C888
22UH
220/10
C608
10K
47K
8550
1K
22K
LCD_VCC
R601
R301
Q303
R381
220/10
100UF/16V
C607
EC380
HP_DET
D601
47K
470UF/16V
R380
10K
R326
R307
3K3
B772
EC1001
EC1000
IN4148
C301
HP_RO
13
1K
IN4001
HP_RO
12
8
9V
0.1U
3300UF/25V
C999
R335
HP_GND
11
0.1U
HP_GND
10
6
EC310
100u
HP_LO
9
5
0.1U
GND
HP_DET
6
3
100u
4
5
L411
EC312
8V2
IC301
P_KEY
2
100
R312A
0
EC501
220U
47UH
CD_5V8
4- 3
Circuit Diagram (AMP Board )
TO MAIN PCB
CN205
R211
+9V
ST
47K
R212
470
47K
R213
GND
10
D202
Q204
R209
1K
47UF/25V
C208
R210
10K
4148
8050
Q202
8050
GND
GND
9
8
+9V
7
STBY
6
MUTE
5
HP_LI
4
AGND
D101
L101
IN5817
3
JUMP
AGND
+9V
+9V
V+
2
HP_RI
12
OUT2+
IN2
R215
10
Q201
8050
EC204
OUT2-
MUTE
SGND
R207
1K
1U*
R216
6K8
14
MAYLAR
104
1/4W
TO Speaker
CN204
1
2
R_OUT+
JUMP
L-OUTL_OUT+
R205
1K
R208
10K
R217
6K8
6
C210
9
R206
22K
102
PGND
R204
47K
C207
102
15
+9V
D201
EC201
104
13
TDA7266SA
CN102
TO MAIN BROD
1/4W
102
474
C202
2
102
10U
EC205
2
OUT1-
ST-BY
MAYLAR
104
102
7
C209
C211
C206
102
ST
R202
1K
1
R214
10
1
R-OUT
OUT1+
IN1
C212
R203
47K
4
C213
474
C201
C214
R201
1K
IC101
VCC2
VCC1
3
C101
100P
L-OUT
3
C203
104
C204
EC202
100U/25V
C104
D103
IN4001
4700U/25V
EC101
IN58167
104
D102
CN1
100U/25V
1
V-
2
8
1
3
R-OUT-
4
0.01U
0.01U
C1
C2
R741
100
100
R761
470K
SW710
100
Q703
R742
8050
C10
0.1U
SW712
1K
C742
0.1U
4
R765
R2
C8
GND
100U
0.01U
C712
EN701
0.01U
2K2
C711
R753
2K
1
GND
5
GND
PROGRAM
R764
680
SW711
R763
470
SW705
10K
R769
10K
R768
TUNING DOWN
SW706
TUNING UP
1K
PRESET DOWN
R762
390
PRESET UP
MODE
SW704
R757
10K
R750
STOP
R751
100
R703
R715
10K
DSC
SW703
DBB
SW702
1000P
C713
NC
R770
680
LED702
RS701
SW709
R771
NC
R756
BACKLIGHT
REMOTE SENSOR
PLAY/PAUSE
SW708
SOURCE
SW707
NC
R760
1000P
C714
COM00
COM01
COM02
COM03
SEG00
SEG01
SEG02
SEG03
SEG04
SEG05
SEG06
SEG07
SEG08
SEG09
SEG10
SEG11
SEG12
SEG13
SEG14
SEG15
SEG16
SEG17
SEG18
SEG19
SEG20
SEG21
SEG22
SEG23
SEG24
470
10
R709
100
R755
R702
SEG08 48
SEG09 47
SEG10 46
SEG11 45
SEG12 44
SEG13 43
SEG14 42
SEG15 41
SEG16 40
SEG17 39
SEG18 38
SEG19 37
SEG20 36
SEG21 35
SEG22 34
SEG23 33
SEG25
SEG26
SEG27
SEG28
SEG29
SEG30
SEG31
390
R773
1 SEG07
2 SEG06
3 SEG05
4 SEG04
5 SEG03
6 SEG02
7 SEG01
8 SEG00
9 CS
10 RD
11 WR
12 DATA
13 VSS
14 OSCO
15 OSCI
16 VLCD
SEG24 32
SEG25 31
SEG26 30
SEG27 29
SEG28 28
SEG29 27
SEG30 26
SEG31 25
R754
12K
10K
R743
10K
R737
10K
R738
10K
GND
R739
0.1U
0.01U
C1000
C3
13
R700
18K
17 VDD
18 IRQ
19 BZ
20 BZ
21 COM00
22 COM01
23 COM02
24 COM03
IC701
ET8861
4- 4
Circuit Diagram (LCD+KEY Display Board)
LCD701
R752
NC
R758
2K
VOLUEM CONTROL
ENCODER
3
2
C710
47U
C715
0.1U
R749
0
C709
1000P
2
1
GND
BCL
3
CD_3V3
6
IR
7
EN1
EN2
8
9
KEY1
KEY2
11
10
12
LCD_VCC
LCD_CS
LCD_DATA
14
LCD_W/R
TO MAIN PCB
CON901
4- 5
Circuit Diagram(MP3 LINK Board)
TO MAIN PCB
CN502
R5004
7
6
2
3
4
5
1
R5003
FB 1K
AUX_L
15K
L507
FB 1K
1
2
AUX_R
100P
10K
10K
100P
R5005
R5006
C504
FB 1K
L512
C503
3
FB 1K
MP3_LIN
L508
GND
L513
JA501
15K
L506
C5007
FB 1K
102
TO MAIN PCB
SW501
102
C5008
CON501
POWER
P_KEY
POWER_DET
GND
AUX_DET
GND
HP_DET
HP_GND
L504
FB 1K
HP_LO
HP_LO
L503
HP_GND
HP_GND
7
6
2
3
4
5
1
C5002
C5001
102
102
HP_RO
HP_RO
JA502
PHONE
FB 1K
L505
FB 1K
1
2
3
4
5
6
7
8
9
10
11
12
13
4- 6
Circuit Diagram (POWER Board )
CY903
NC
T901
L901
R909
10R 1206
C913
1nF/50V 1206
1mH
L902
10/1W
R913
R903
2.2M 1206
3
4
EC902
DB901
DB107S
10uF/400V
1M 1206
EC901
1
R912
10uF/400V
4.7K 1206
1
10
1
D908
SB560
5uH DR6*8
C911
R904
2.2M 1206
EC903
NC
3
8
470uF16V
R906
R910
10K 1206
V+
V-
1
2
5
1N4148
C908
1uF/25V 0805
1K 0805
1M 1206
Q902
MMBT3904
TO AMP Board
2
AUX
BAS
R905
220R 0805
R902A
2.7R 1206
C907
10nF/50V 0805
R902
2.7R 1206
100pF/2KV
220R 0805
3
R908
1
Q901
PBU3150BF
NC
C2472PX2
D906
IN4148
C909
330pF/50V 0603
CS
COL
2
4
C910
IC901
GND
VDD
R901
470R 0805
6
1uF/25V 0805
5
C905
2.2nF/50V 0805
IN4148
R907
12R 1206
C906
EE-19
D905
N
C12
R911
470uF16V
CN902
2
D907
EC904
100nF/50V 0805
F901
C914
L
4- 7
Circuit Diagram (PAPE Board)
CN207
100
R206
1
470U
C209
7
R215
C207
502
R203
330K
3K3
R201
L
5
6
PLAY
C204
RIN
4
220U
SW2
7
LIN
NF/L
3
NF/R
HFF/R
HFF/L
8
ALCL
9
LOUT
10
ROUT
11
ALCR
VCC
12
2
RFLF
HEAD-A
13
ALC
14
2K2
IC201
HEAD1-A
1
R211
18R
R216
VCC
R251
IN4148
D201
R
C251
C220
104
100
ZD201
7V5
R219
R223
330K
220
MOTOR1
R220
18R
C214
22U
SW1
470K
104
GND
D7312
C221
502
R208
470K
R221
3K3
C226
473
C218
220U
R207
470
R222
18R
C219
182
C217
22u
SYNC
PLAY
11
C213
C210
103P
472P
472P
C208
104
TAPE+
GND
12
C203
473
TAPE+
9
2K2
R OUT
8
R204
L OUT
6
R202
470
GND
5
220
4
22u
R210
18R
R209
GND
104
10
C201
C206
REC-R IN
3
CE10
182
47U
C212
C202
REC-L IN
2
GND
5- 1
MP3 LINK+USB+POWER+AMP+MAIN+CASSETTE+DISPLAY BOARD LAYOUT TOP & BOTTOM
5- 2
MP3 LINK+USB+POWER+AMP+MAIN+CASSETTE+DISPLAY BOARD LAYOUT TOP & BOTTOM
5- 3
MP3 LINK+USB+POWER+AMP+MAIN+CASSETTE+DISPLAY BOARD LAYOUT TOP & BOTTOM
5- 4
MP3 LINK+USB+POWER+AMP+MAIN+CASSETTE+DISPLAY BOARD LAYOUT TOP & BOTTOM
5- 5
MP3 LINK+USB+POWER+AMP+MAIN+CASSETTE+DISPLAY BOARD LAYOUT TOP & BOTTOM
5- 6
MP3 LINK+USB+POWER+AMP+MAIN+CASSETTE+DISPLAY BOARD LAYOUT TOP & BOTTOM