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LG 42LE5300 PLDF-L903A - jakie IC601 i Q605 w zasilaczu EAY60803101?

8 Pin CCM PFC Controller -OB6573/6572 * Pin to Pin compatible with: ICE1PCS02 / ICE2PCS02/. ICE2PCS03/ ICE2PCS04 z opracowania (On-Bright AC-DC Product Overview), zał.(str.58/60) * lub jak pisałem tutaj (16.05. o 8:03)na dobrej stronie Link


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On-Bright AC-DC Product Overview

1

On-Bright confidential

On-Bright AC/DC Product Profile & EE Applications
Applications

Note

CC/CV Battery Charger
Linear Power/RCC Replacement

Cordless Phone Adapter
ADSL Modem Adapter

OB2535

PC/TV Standby Power
DVD/DVB/STB Power

OB2211/H
OB2353

5% CC/CV Precision PWM Power Switch
Primary-side PWM Power Switch
PWM Power Switch
Fly-back Mode PWM Controller
Primary-side PWM Controller
QR Mode PWM Controller
Forward Mode PWM Controller
PFC Controller
LCD Monitor LIPS
PFC+QR Combo Controller

Notebook Adapter
EPC Adapter

OB2536

LCD TV Main Power

Printer Power

OB2212
OB2354

PC, Sever Main Power

OB2268、OB2269

OB2538

OB6573

OB2278、OB2279
OB2287、OB2298

OB2216
OB2201

OB2358

OB2202

OB2252

OB2203
OB2288

OB2532、OB2210
OB2262、OB2263
1W

OB6561P、OB6563
OB6663

5W

10W

20W

70W
2

100W
200W
300W
On-Bright confidential

On-Bright AC/DC Products Application Lineup
------Adapter
Reference Designs

IC P/N

Input Voltage

Output
Voltage

Output
Power

OB2262/3

85-264 VAC

12V

12W

OB2268/9/9U

85-264 VAC

16V

56W

OB2278/9

85-264 VAC

19V

60W

OB2298

85-264 VAC

19V

90W

Pure QR

OB2202

85-264 VAC

19V

65W

QR+PFC

OB2203+OB6563

85-264 VAC

19V

90W

QR+PFC
Combo

OB6663

85-264 VAC

19V

90W

IC Series

PWM
Controller

3

On-Bright confidential

On-Bright AC/DC Products Application Lineup
------Charger
Reference Designs
IC Series

Power Switch

Primary Side
Power Switch

High Precise
Primary Side
Power Switch

IC P/N
OB2353
OB2353
OB2354
OB2358
OB2211
OB2211
OB2211H
OB2211H
OB2211Q
OB2211V
OB2212
OB2212Q
OB2216
OB2535
OB2535
OB2535

Input Voltage
85-264 VAC
85-264 VAC
85-264 VAC
85-264 VAC
85-264 VAC
85-264 VAC
85-264 VAC
85-264 VAC
85-264 VAC
85-264 VAC
85-264 VAC
85-264 VAC
85-264 VAC
85-264 VAC
85-264 VAC
85-264 VAC
4

Output Voltage
5V
6V
5V
12V
7V
9V
9V
5V
5V
5V
9V
9V
12V
5V
9V
5W

Output Power
5W
5.4W
7.5W
12W
3.5W
4.5W
4.5W
5W
5W
5W
9W
9W
12W
5W
4.5W
3.5W

On-Bright confidential

On-Bright AC/DC Products Application Lineup
------- STB/DVB-C-T-S Power
Reference Designs

Input Voltage

Output
Voltage

Output
Power

90-264Vac

+3.3V±5%;
+5V±5%;
+12V±5%;
+21.5V+10%

17W

OB2269C

220V±20%

+5Vdc± 5%;
+5Vdc±1%;
+12Vdc±10%

70W

OB2354

IC Series

90-264Vac

3.3V;5.0V;
12V;32V

9W

OB2358

220V±20%

12V;5V

15W

OB2358

90-264Vac

5V;12V;-15V;
-18V; -28V

15W

IC P/N

OB2263
PWM
Controller

Power
Switch

5

On-Bright confidential

On-Bright AC/DC Products Application Lineup
------LCD TV Power
Reference Designs
Solution

22' LIPS
26’ LCD TV
Power

32’ LCD TV
LIPS

47’ LCD TV
LIPS

Used in
Power
Inverter
Power

Output Voltage
12V; 5V
N/A
12V; 5V

Output Power
30-40W
N/A
50-60W

CCFL
N/A
4L
N/A

OB3316

Inverter

N/A

N/A

4L

OB2202
OB6563
OB2358
OB2202
OB6563
OB2358

Main Power
PFC
Standby Power
Main Power
PFC
Standby Power

OB3316

17-19' LIPS

IC P/N
OB2263
OB3316/8
OB2269C

Inverter

OB2202
OB6563
OB2358

Main Power
PFC
Standby Power

OB3316

Inverter

24V; 12V

110-120W

5V
24V
5V

200W

6U

N/A
24V
5V
N/A

6

N/A
N/A
N/A
N/A
N/A
N/A

300W

N/A
N/A
N/A
24L

On-Bright confidential

On-Bright AC/DC Products Application Lineup
------Printer Power
Reference Designs

IC Series
PWM
Controller

IC P/N

Input Voltage

Output
Voltage

Output
Power

OB2287

85-264 VAC

12V

120W

OB2287

85-264 VAC

24V

150W

7

On-Bright confidential

On-Bright AC/DC Products Application Lineup
------ Home Appliance Power
Reference Designs

Application

IC P/N

Input Voltage

Output
Voltage

Output
Power

电磁炉

OB2212

85-277 VAC

5V; 18V

6W

咖啡炉

OB2212

90-264 VAC

5V; 24V

0.6W

饮水机

OB2212

90-264 VAC

12V

6W

8

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On-Bright Product One-By-One Overview

9

On-Bright confidential

On-Bright Power Switch Selection Guide
On-Bright Linear Replacement Solution Selection Guidelines:
1. 0 – 4.5W:

OB2211 --- system cost effective; OB2211H --- Enhanced CC performance

2. 4.5W – 5W:

OB2211H

3. 5W – 9W:

OB2212

4. 9W-12W:

OB2216

On-Bright Charger Solution Selection Guidelines:
1. 0 – 5W:

OB2535

2. 5W – 9W:

OB2536

3. 9W – 12W:

OB2538

On-Bright Adaptor Solution Selection Guidelines:
1. 0 – 5W:

OB2353

2. 5W – 9W:

OB2354

3. 9W – 12W:

OB2358

On-Bright Open Frame Adapter Solution Selection Guidelines:
1. 12W – 15W: OB2358 --- Full AC Line Voltage: 85V – 264V
2. 15W – 26W: OB2358 --- Single 230V AC line

10

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OB221X Series
OB221X Series

OB2211/11H/12/16 Series
Power Switch (PWM+MOSFET)
Cost and Performance Trade Off
Primary Side Sensing Eliminates TL431 and Opto-Coupler
GreenEngine Technology
Low standby, High Efficiency, EMI, etc.
Dedicated for Linear Power Replacement—EMI Focus
Programmable Constant Voltage and Constant Current
Short Circuit Protection and Auto-Recovery

11

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OB221X Series
OB221X Series

OB221X Series For Linear Replacement

No-X, No-Y, No-Common Choke and No Bead Core are Used!
12

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OB221X Series
OB221X Series

OB2211 2.5W/3.5W/4.5W Series For Linear Replacement

Heat sink

13

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OB221X Series
OB221X Series

4.5W (9V/500mA) With OB2211H

14

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OB221X Series
OB221X Series

4.5W (9V/500mA) With OB2211H
EMI

15

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OB221X Series
OB221X Series

4.5W (9V/500mA) With OB2211H
I-V Curve

16

On-Bright confidential

OB221X Series
OB221X Series

Performance Comparison Matrix
Feature

OB2211

OB2211H

OB2212

LNK562

LNK563

LNK564

Package

Sop-8

Sop-8

Dip-8

DIP8B/SMD8B

DIP8B/SMD8B

DIP8B/SMD8B

Max output power (W) *

4.5

5.5

9

1.9

2.5

3

Adjusting Output Power

Y

Y

Y

N

N

N

Programmable CC

Y

Y

Y

N

N

N

Adjustable Gate Driver

Y

Y

Y

N

N

N

Soft Start

Y

Y

Y

N

N

N

Frequency Jittering

Y

Y

Y

Y

Y

Y

Frequency at AutoRecovery

24%FOSC

24%FOSC

24%FOSC

48%Fosc
(Fosc=66kHz)

48%Fosc
(Fosc=83kHz)

48%Fosc
(Fosc=100kHz)

*: Enclosed. The Max Power is Higher For Open Frame
17

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High Precision CC/CV Primary-Side PWM
Power Switch

18

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High Precision Primary-Side Technology
Development Of Primary-Side Technology

Vo

Linear

Pri-Side Linear replacement

19

Pri-Side accurate CV/CC regulation

On-Bright confidential

High Precision Primary-Side Technology
Advantage Of Primary-Side Technology
Primary-side Sensing and Regulation Without TL431 and Opto-coupler
High precision CV/CC regulation(CV:5% & CC:10% )
Meet EPS2.0 Level 5 and Pass EN55022 EMC requirement

20

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OB253X Series
OB253X Series

High Precision Primary-Side Controller & MCM
Pin Configuration
VDD

8

GND

COMP

2

7

GND

INV

3

6

DRAIN

CS

Controller OB2532

1

4

5

DRAIN

MCM: SOT OB2535
DIP OB2536/8

21

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OB253X Series
OB253X Series

High Precision Primary-Side Controller & MCM
OB2535 Block Diagram

22

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OB253X Series
OB253X Series

5W(5V/1A) Demo Board Using OB2535

23

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OB253X Series
OB253X Series

5W(5V/1A) Demo Board Using OB2535
Demon Board Schematic

24

On-Bright confidential

OB253X Series
OB253X Series

3. 5W(5V/1A) Demo Board Using OB2535
3.4 Electrical Functions: Output I-V Curve

Measurements were taken at the end of 6ft,0.3Ohm,24AWG output cable

25

On-Bright confidential

OB253X Series
OB253X Series

5W(5V/1A) Demo Board Using OB2535
Electrical Functions: Standby Power

26

On-Bright confidential

OB253X Series
OB253X Series

5W(5V/1A) Demo Board Using OB2535
Electrical Functions: Efficiency

Input voltage

25%

50%

75%

100%

Aver. Eff.

115Vac/60HZ

70.44

72.5

72.29

71.15

71.6

230Vac/50HZ

66.09

70.09

70.92

70.98

EPS2.0
Level 5.

69.52

& gt; 68.17%

Measurements were taken at the end of 6ft,0.3Ohm,24AWG output cable
27

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OB253X Series
OB253X Series

5W(5V/1A) Demo Board Using OB2535
EMC Results: Conduction

28

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OB253X Series
OB253X Series

5W(5V/1A) Demo Board Using OB2535
EMC Results: Radiation

29

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OB235X Series
OB235X Series

PWM Power Switch-OB235X
Features:

Applications:

Integrated High Voltage Power MOSFET

AC/DC SMPS up to 7W

NO-Y, NO-X Design

Cell Phone Charger

Power on-soft start (4ms)

Digital Camera Charger

Low Operation Current
Extended Burst Mode

Low standby
Low standby

Over Load Protection
Frequency Shuffling

Easy EMI design

Auxiliary Power for White
Goods, PC, TV
Linear Regulator Replacement

Built-in OCP with line voltage compensation
Leading Edge Blanking at CS Input
VDD OVP
UVLO

30

On-Bright confidential

2.机顶盒电源解决方案
同类产品性能比较
Feature

OB2354

OB2358

FSDH321

FSDM0265

Viper22

TNY268

NCP1014

Package

DIP-8

DIP-8

DIP-8

DIP-8

DIP8/SOP8

DIP8

DIP

Power Switch

Y

Y

Y

Y

Y

Y

Y

Rds(Ohms)

10

4

14

5

15

5.2

11

Max power (W)

16W

24W

17W*

27W*

20W* (DIP)

23W

19W*

Wide Range VDD

9-32V

9-32V

8-20V

8-20V

9-38V

NA

NA

Cycle-by-Cycle
Current Limiting

Y

Y

Y

Y

Y

Y

Y

OCP Line
Compensation

Y

Y

N

N

N

N

N

Adjustable Gate
Driver

Y

Y

N

N

N

N

N

Frequency Jittering

Y

Y

Y

Y

N

Y

Y

Soft Start

Y

Y

Y

Y

N

N

Y

OLP

Y

Y

Y

Y

N

N

N

Audio Noise Free

Y

Y

Y

Y

Y

Y

31

On-Bright confidential

OB235X Series
OB235X Series

Application Scheme

Start Up can be Made before
the Bridge

No Y, No X Design
Gate Drive can be
Externally Adjusted

Power Rating can be Set
Externally

32

On-Bright confidential

OB235X Series
OB235X Series

5V/1A Adapter Module Using OB2353
Key features:
No Y cap, No X cap, No Common
Choke, No Differential Choke
Passed EN55022 Class B & FCC Part
Class B
Passed EN61000-4-2
Driver NPN, Lower System Cost
Standby Power & lt; 0.17W@ 240VAC
Standby Power & lt; 0.78W@ 0.40W Load
Efficiency & gt; 75%
OVP, OCP, SCP Protection and Auto
Recovery
Soft Start to Relax the Component
Rating Requirement
33

On-Bright confidential

PWM Controller -- OB2262/3
PWM Controller -- OB2262/3

PWM Controller - OB2262/3
High Performance AC/DC Controller - Small to Medium Power
Feature

OB2262

OB2263

UVLO

Y

Y

OVP

Y

Y

Cycle-by-Cycle OCP

Y

Y

OLP

Y

Y

SCP

Y

Y

OTP

N

N

VDD Clamp

Y

Y

Auto Recovery

Y

Y

Latch Shutdown

N

N

Extended Burst Mode

Y

Y

Frequency Shuffling

N

Y

Audio Noise Free

Y

Y

34

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PWM Controller -- OB2262/3
PWM Controller -- OB2262/3

Application Scheme

35

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PWM Controller -- OB2262/3
PWM Controller -- OB2262/3

15W Adapter: OBPD15W-L120A
Key Features
Input AC 90V to 264V
Output 12V/ 1.25A
Ripple & Noise & lt; 100 mV
Audio Noise Free
OCP with Line Compensation
Efficiency ≥83.5% Over
90Vac~264Vac @ Full load
Standby Power 0.15W @
240Vac/50HZ

36

On-Bright confidential

PWM Controller -- OB2268/69/78/79

PWM Controller - OB2268/69/78/79
High Performance PWM Controller – Medium Power
Feature

OB2268/69

OB2278/79

UVLO

Y

Y

OVP

Y

Y

OCP Compensation

Y

Y

OLP

Y

Y

OTP

Y

Y

VDD Clamp

Y

Y

Soft start

N

Y

Auto Recovery

Y

Selective

Latch Shutdown

N

Selective

Extended Burst Mode

Y

Y

Y in 69

Y in 79

Y

Y

Frequency Shuffling
Audio Noise Free

37

On-Bright confidential

PWM Controller -- OB2268/69/78/79
PWM Controller -- OB2268/69/78/79

Application Scheme

38

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PWM Controller -- OB2268/69/78/79
PWM Controller -- OB2268/69/78/79

56W Notebook Adapter OBPD56W-L160A
Key Features
Input 90V to 264VAC
Output +16.0V/3.5A
Standby Power & lt; 0.195W @
240Vac/50Hz
Standby Power of 0.70W @
load of 0.4W
OCP with Line
Compensation
& gt; 85% Efficiency Over 90Vac
~264Vac.
OCP/OPP Value Over 90V 264Vac is 1.10~1.16X of
Rated Output Current.
Pass 15kV ESD

39

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High Performance PWM Controller -- OB228X/OB2298

High Performance PWM Controller - OB228X/OB2298

GND

1

8

GATE

FB

2

7

VDD

BO

3

6

SENSE

RI

4

5

RT

OB2288 is suitable for
forward mode with maximum
duty cycle of 50%

40

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High Performance PWM Controller -- OB228X/OB2298

Features
Feature

OB2288

OB2287

Topology

Forward

Flyback

OVP

Y

Y

OCP plus Compensation

Y

Y

OLP

Y

Y

OTP

Y

Y

Brown out protection

Y

Y

Soft start

Y

Y

Auto Recovery

Y

Y

Selective

Selective

Extended Burst Mode

Y

Y

Frequency Shuffling

Y

Y

Audio Noise Free

Y

Y

Latch Shutdown

Ultra Low SCP Input Power Design with Built-in Holding Timer Design
41

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High Performance PWM Controller -- OB228X/OB2298

PWM Controller - OB2287/88

AC IN

EMI
Filter

DC Out

Brown out

1 GND

GATE 8

2 FB

VDD 7
OB2288

3

SYNC/
SENSE 6
BrownOut

4 RI

RT 5

42

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High Performance PWM Controller -- OB228X/OB2298

OB2287 40W(19V/2.2A) Demo Board Performance
Patened “Constant OCP Compensation Technology”
Test board 1: 40W(19V/2.2A)
Test result:
Input
OCP(A)

90V

100V

110V

120V

132V

180V

200V

220V

240V

264V

device 1

2.73

2.74

2.74

2.79

2.78

2.73

2.71

2.68

2.73

2.71

device 2

2.76

2.78

2.79

2.84

2.84

2.8

2.78

2.77

2.77

2.76

4

OCP(A)

3

device 2
device 1

2

1

0
Vin

90

100

110

120

132

180

200

220

240

Input(V)

Note: CCM/DCM full load switch at 180VAC, Full load duty cycle at 90VAC is 45%.
43

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High Performance PWM Controller -- OB228X/OB2298

Key Performance Comparison Matrix
OB2287/
OB2288

OB2298*

SG6846

PFC control

N

Y

N

OCP Compensation

Y

Y

Y

OVP

Y

Y

Y

250ms

225ms

96ms

Gate drive capability

1.5A

1.5A

?

Soft Start time

4ms

4ms

N

Brown out protection

Y

Y

Y

OTP

Y

Y

Y

Frequency shuffling

Y

Y

N

Restart timer

N

1s

N

Feature

OLP time

* PFC is required for Power greater than 75W
44

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High Performance PWM Controller -- OB228X/OB2298

OB2298 Highlight

Precise (1%) Brown out protection
Over Temperature Protection (OTP)
All Pins Floating Protection
Proprietary “Nonlinear duty cycle OCP compensation”
1 Sec Restart Timer

45

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High Performance PWM Controller -- OB228X/OB2298

OB2298 Performance Comparison Matrix
Feature

OB2298

NCP1230

High voltage startup

N

Y

Built in PFC control and PFC supply switch

Y

Y

OTP using external NTC resistor

Y

N

Frequency jittering

Y

Y

225

125

External Latch trigger

RT pin

CS pin

Gate drive capability

1A

0.8A

4ms

2.5ms

1.1mA

0.25mA

Brown out protection

Y

N

Pin floating protection

Y

N

Restart timer

1s

N

OLP time (ms)

Soft Start time
Max. FB pin source current

46

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High Performance PWM Controller -- OB228X/OB2298

OB2298 Application Diagram

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High Performance PWM Controller -- OB228X/OB2298

OB2298 vs. NCP1230
NCP1230 Application Diagram

48

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High Performance PWM Controller -- OB228X/OB2298

90W (19V/4.74A) Adapter Solution Using
OB2298+OB6563

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PFC Controller – OB6561P/OB6563

PFC Controller – OB6561P/OB6563
STM L6561/2 Pin Compatible
Design Optimized for 75-250W Apps in SMPS Power and Lighting
Excellent Power Factor Achieved
Excellent Harmonic Distortion Control
Open Loop Protection
Audio Noise Free

The Best in the Category

Wide Range of VCC

50

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PFC Controller – OB6561P/OB6563

Performance Comparison Matrix
OB6561P/
6563

L6561
/6562

TDA4863

THD optimizer

Y

L6562
only

N

Audio noise free

Y

N

N

Open loop protection

Y

N

Y

40uA (6561P)
10uA (6563)

40uA

40uA

1M

1M

20

20

Feature

Current threshold
For Dynamic output OVP

Feedback sense resistor
(ohms)
Max VDD (V)

1M (6561P)
4M (6563)*
30

* Lower standby power can be achieved, Standby power could less
than & lt; 0.5W in 90W adapter application.
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PFC Controller – OB6561P/OB6563

OB6561P/OB6563 Key Performance Comparison With L6561/2 (Full load)
PF
Vin(Vac)

OB6561P
/6563

L6561*
With THD
reduces

OB6561P/6
563

0.999

0.993

110
132/135

L6561*
w/o THD
reduces

0.999

85
90

THD (%)

3.7

2.9

5.0

3.2

6.2

3.7

8.3

0.996

0.989

0.989

0.976

175

L6561*
With THD
reduces

4.3

1.3
0.996

0.991

L6561*
w/o THD
reduces

0.976

3.3

180

0.986

3.3

220

0.970

0.940

0.941

5.7

10.7

5.6

264

0.962

0.890

0.893

9.2

13.7

8.1

* Data from published demo board report.
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PFC Controller – OB6561P/OB6563

OB6561P/6563 Key Performance Comparison With L6561/2 (Full load)

14

0.98

12

OB6561P/6563
L6561/6562
L6561/6562 with THD Reducer

10

0.96
THD

Power Factor

1

0.94
0.92

OB6561P/6563

0.9

2

0.88
120

6
4

L6561/6562
70

8

170

220

0

270

70

AC Line Input Voltage

120

170

220

AC Line Input Voltage

* Data from published demo board report.

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270

PFC Controller – OB6561P/OB6563

PFC Controller Comparison Table
OB6561P/
OB6563

L6561/2

UCC28050

FAN7527

FAN7529/30

MC34262

AUK S6500

TDA4863

THD optimizer

Y

L6562 only

Y

N

Y

Y

N

Y

Audio noise free at full loading

Y

N

N

N

?

N

N

N

open loop protection

Y

N

Y

N

Y

N

Y

Y

1M(OB6561P)
4M(OB6563)

1M

GmC
type

1M

820K(AUX)

GmC
type

1M

1M

VCC range

28V

18V

20V

30V

22

30V

18V

20

VDD clamp

30V

20V

30V

22

36V

20V

20

40uA(OB6561P)
10uA(OB6563)

40uA

?

40uA

2.675V/2.5V

?

40uA

40uA

min. MULT linear input range

0-3.5V

0-3V

0-3.5V

0-3.8V

?

0-3.5V

0-4.5V

0-4V

ZCD disable threshold (mV)

250mV

200mV

300mV

450mV

650mV

300mV

400mV

400mV

ZCD upper clamp (V)

5.7V

5.1V

6V

7.9V

6.5

6.7V

7.5V

5.4

GD output clamp (V)

16V

=VDD-Vcesat

13V

16V

13

10.3V

10V

10.8

Vzcd threshold voltage(i/p)

1.9V

2.1V

1.7V

2V

1.5

1.6V

2V

1.5

SOP-8 DIP-8

SOP-8 DIP-8

PSOP-8
PDIP-8

SOP-8
DIP-8

SOP-8 DIP-8

SOP-8
DIP-8

SOP-8
DIP-8

SOP-8
DIP-8

Feature

Feedback sense resistor

OVP trigger current

Package

54

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PFC Controller – OB6572/OB6573

8 Pin CCM PFC Controller -OB6573/6572
CCM PFC vs. TM PFC

TM PFC

CCM PFC

Recommend Power range:

Recommend Power range:

& lt; 300W

& gt; 250W
55

On-Bright confidential

PFC Controller – OB6572/OB6573

8 Pin CCM PFC Controller -OB6573/6572
OB6563 vs. OB6573
Diode bridge

L1
D1

VAC

Load

Cin
PFC
controller

S1

Cbulk

OB6563

OB6573

S1

Soft switch

Hard switch

D1

No need of fast recovery

Need fast recovery

Inductor

High rms current, high loss

Low rms current, low loss

Input filter

Large

Small

56

On-Bright confidential

PFC Controller – OB6572/OB6573

8 Pin CCM PFC Controller -OB6573/6572
Features
8-Pin solution without sensing line voltage
Average current control mode
Frequency shuffling for better EMI
Very low shutdown currents (typ. 200uA)
Pin short circuit protection
Comprehensive protections: Cycle-by-cycle current limit, Soft OCP,
Open loop protection, Enhanced dynamic response, Soft start, On
chip thermal shutdown
Fast 1.5A gate drive.
Programmable brown-out protection (OB6573)
Programable brown-out hysteresis(like NCP1654)
Programmable switching frequency (OB6572) (OB6573 fixed 65KHz)
57

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PFC Controller – OB6572/OB6573

8 Pin CCM PFC Controller -OB6573/6572
Applications
LCD /Flat TV Power
Desktop and PC Sever Power Supplies
AC Adapters and other Off-line SMPS
Telecom Rectifiers
Pin to Pin compatible with Infineon/On-Semi/IR
ICE1PCS02 / ICE2PCS02/ NCP1654/ UCC28019
ICE1PCS01 / ICE2PCS01/ ICE2PCS03/04/05
IR1150

58

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PFC Controller – OB6572/OB6573

8 Pin CCM PFC Controller -OB6573/6572
Programmable Frequency in OB6572
Programmable frequency can optimize THD. The higher
switching frequency, the lower THD
Programmable frequency can optimize boost inductor
size. The higher switching frequency, the smaller boost
inductor.
Programmable frequency can optimize inductor current
ripple. The higher switching frequency, the smaller
inductor current ripple.
Programmable frequency can optimize max. output
power capability. The higher switching frequency, the
larger max. output power capability.
59

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PFC Controller – OB6572/OB6573

8 Pin CCM PFC Controller -OB6573/6572
Pin Assignments
OB6573

OB6572

Pin to Pin compatible with:

Pin to Pin compatible with:

ICE1PCS02 / ICE2PCS02/
ICE2PCS03/ ICE2PCS04

ICE1PCS01 / ICE2PCS01/
ICE2PCS05

NCP1654

If No Brownout needed

UCC28019
60

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PFC Controller – OB6572/OB6573

8 Pin CCM PFC Controller -OB6573/6572
8-pin CCM PFC Controller Performance Comparison Matrix
OB6573/
OB6572

ICE1PCS01/
ICE1PCS02

ICE2PCS01/
ICE2PCS02

UCC28019

NCP1654/3

IR1150

Indirect sensing line voltage

Y

Y

Y

Y

Y

Y

Frequency Shuffling

Y

N

N

N

N

N

100

100

450

100

75

175

200uA

2.6/2.3mA

700uA

2.1mA

300uA

200uA

Pin short circuit protection

Y

N

N

N

N

N

Adjustable Brown-out
Hysteresis

Y

N

N

N

Y

N

THD optimization
@ Light loading

Y

Y

Y

Y

N

N

Non linear gain for
loop compensation

Y

Y

Y

Y

Y

N

Max VDD (V)

28

21

25

21

20

20

Feature

Max Startup current (uA)
Typ. Stdby current

61

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PFC Controller – OB6572/OB6573

8 Pin CCM PFC Controller -OB6573/6572
Application Diagram

62

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PFC Controller – OB6572/OB6573

8 Pin CCM PFC Controller -OB6573/6572
System Performance Comparison

THD---115VAC(300W)

THD---230VAC(300W)
20

18
16

18

OB6573

10
8
6
4

16

ICE2PCS01
NCP1654

14
12

14
THD(%)

THD(%)

20

12

OB6573

10

ICE2PCS01

8

NCP1654

6
4
2

2
0

0

5%

10%

25%

50%

75%

5%

100%

10%

25%

50%

75%

100%

Load

Load

Note: All measurement results are conducted from same board, with
all ICs are tuned according to its typical spec.

63

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PFC Controller – OB6572/OB6573

8 Pin CCM PFC Controller -OB6573/6572
System Performance Comparison
PF---115VAC(300W)

EFF---115VAC(300W)

1
0.99

98

0.98

97

0.97
PF

OB6573
ICE2PCS01
NCP1654

0.95
0.94

EFF(%)

96

0.96

95
94

0.93
0.92

92

0.91

OB6573

93

91

0.9

ICE2PCS01
NCP1654

90
5%

10%

25%
50%
Load

75%

100%

5%

10%

75%

100%

EFF---230VAC(300W)

1
0.95
0.9
0.85
0.8
0.75
0.7
0.65
0.6
0.55
0.5

99
98
OB6573
ICE2PCS01
NCP1654

5%

10%

25%
50%
Load

75%

EFF(%)

PF

PF---230VAC(300W)

25%
50%
Loading

97
96
95

OB6573
ICE2PCS01

94
93
92
91
90

NCP1654

5%

100%

64

10%

25%
50%
Loading

75%

100%

On-Bright confidential

PFC Controller – OB6572/OB6573

8 Pin CCM PFC Controller -OB6573/6572
OB6573 300W System Circuit

Short
protection
compared to
Infineon part

65

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PFC Controller – OB6572/OB6573

8 Pin CCM PFC Controller -OB6573/6572
Major changes to Replace NCP1654

NCP1654: ~KOhm
OB6573:6.8KOhm

NCP1654: 0.47~1uF
OB6573:10nF

NCP1654: an external
Resistor needed
66

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PFC Controller – OB6572/OB6573

8 Pin CCM PFC Controller -OB6573/6572
Major changes to Replace UCC28019/ICE2PCS02

UCC/ICE: 220Ohm
OB6573:6.8KOhm

UCC/ICE: 0.68~1uF
OB6573: 10nF
67

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QR PWM Controller – OB2361

High Efficiency, Adaptive Multi-mode PWM Controller–
OB2361
Pin Configuration

DEM

1

6

VCC

GND

2

5

GATE

FB

3

4

CS

68

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QR PWM Controller – OB2361

High Efficiency, Adaptive Multi-mode PWM Controller–
OB2361
OB2361 Block Diagram
VCC

Trimmed
Voltage/Current
Reference

6

UVLO

Internal reference

Soft
Driver

Q

R

Timer,
Logic,
&
Fault
Management

Qb

Internal
supply

On chip
Thermal shutdown

Mode selection

Valley
detector
DEM
5

2

POR

S

Regulator

GATE

FB
4

OLP

Load OVP
LEB
CS

GND
1

3
Soft Start

69

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QR PWM Controller – OB2361

High Efficiency, Adaptive Multi-mode PWM Controller–
OB2361
OB2361 Application Diagram

AC

OB2361

1 DEM

VCC

2 GND

GATE 5

3 FB

CS

6

4

70

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QR PWM Controller – OB2361

High Efficiency, Adaptive Multi-mode PWM Controller–
OB2361
Common Features
OB2361 multi mode operation
Max. 90K and Min. 52K frequency clamping in Multimode
Frequency shuffling for improve EMI performance under
CCM operation
Max. Ton/Max. Toff time limit
Built-in 4ms soft start
Built-in OCP compensation and slope compensation
Precise output OVP, OLP, and I/O short/floating protection
71

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QR PWM Controller – OB2361

High Efficiency, Adaptive Multi-mode PWM Controller–
OB2361
Performance Comparison
Feature

OB2361

OB2263

Operation mode

CCM/ Valley switching

CCM/ DCM

Frequency

CCM Fixed/ VS Variable

Fixed

Soft Start

Built-in

Built-in

OCP compensation

Y

Y

OVP

Best

Normal

Light-load Efficiency

Best

Normal

Full-load Efficiency

Best

Normal

Transformer Size

Normal

Normal

72

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QR PWM Controller – OB2361

24W(12V/2A) Demo Board with OB2361

OB2361

73

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QR PWM Controller – OB2361

24W(12V/2A) Demo Board with OB2361
Efficiency
Effiency vs Load

Effiency (%)

90.00%
88.00%
86.00%

115V
230V

84.00%
82.00%
80.00%
6W

12W

18W

24W

Pout (W)

Average efficiency & gt; 85.1%
74

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QR PWM Controller – OB2361

24W(12V/2A) Demo Board with OB2361
3.3 Load OVP Performance
Input voltage

90V/60Hz

115V/60Hz

132V/60Hz

180V/50Hz

230V/50Hz

264V/50Hz

OVP (Full load)

13.33

13.33

13.33

13.35

13.35

13.35

OVP (No load)

13.75

13.75

13.75

13.78

13.78

13.78

load OVP VS Vin

OVP (V)

20
18
Full load
No load

16
14
12
90

115

132
180
Vin (V)
75

230

264

On-Bright confidential

QR PWM Controller – OB2361

24W(12V/2A) Demo Board with OB2361
3.4 Load OCP Performance
Input voltage

90V/60Hz

115V/60Hz

132V/60Hz

OCP (A)

2.72

3.03

180V/50Hz

3.12

3.15

230V/50Hz
3.08

264V/50Hz
3.07

Load OCP VS Vin
5

OCP(A)

4
3
OB2361
2
1
0
90V

115V

132V

180V

76

230V

264V

On-Bright confidential

QR PWM Controller – OB2201

High Efficiency, Adaptive Multi-mode PWM Controller–
OB2201
Pin Configuration

77

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QR PWM Controller – OB2201

High Efficiency, Adaptive Multi-mode PWM Controller–
OB2201
OB2201 Block Diagram
1

RI

VDD
6

UVLO

Trimmed
Voltage /Current
Reference

POR

Soft
Driver

Internal reference

GATE
5

/
Internal
supply
Regulator

OTP

Q

R

Timer,
Logic,
&
Fault
Management

RT
8

S

Qb

OTP
Mode selection
Valley
detector

/

FB
2

OLP

OVP

DEM
7

Load OVP
LEB
CS

Adaptive Frequency
Shuffling
4

3

4mS soft
startup

GND

78

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QR PWM Controller – OB2201

High Efficiency, Adaptive Multi-mode PWM Controller–
OB2201
OB2201 Application Diagram

RI 电阻 ↓ → Fs ↑

79

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QR PWM Controller – OB2201

High Efficiency, Adaptive Multi-mode PWM Controller–
OB2201
OB2201 Common Features
Multi-mode operation (CCM-QR)
Max. 90K and Min. 52K frequency clamping in Multimode
Max. Ton/Max. Toff time limit
Built-in 4ms soft start
Built-in OCP compensation and slope compensation
Programmable Precise Output OVP, OLP, and I/O
short/floating protection

80

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QR PWM Controller – OB2201

High Efficiency, Adaptive Multi-mode PWM Controller–
OB2201
36W 12V3A Demo Board With OB2201

81

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QR PWM Controller – OB2201

High Efficiency, Adaptive Multi-mode PWM Controller–
OB2201
OB2201 36W Demo Board Performance
Efficiency Test at End of AWG18 Cable
Efficiency (%)
25% Load

50% Load

75% Load

100% Load

Average
Eff (%)

90V/60Hz

85.32

86.52

84.98

83.12

84.98

115V/60Hz

85.64

86.99

86.70

84.88

86.05

132V/60Hz

85.70

86.89

87.03

85.57

86.29

180V/50Hz

85.69

86.98

87.34

86.82

86.70

230V/50Hz

85.15

86.68

87.20

86.94

86.49

264V/50Hz

84.50

86.34

86.83

86.69

86.09

Vin

EPS2.0
Level 5

84.63%

OVP Protection and Power Saving
Input voltage

90V/60Hz

115V/60Hz

132V/60Hz

180V/50Hz

230V/50Hz

264V/50Hz

OVP (Full
load)

15.9

15.9

15.9

15.9

16.1

16.1

OVP (No load)

16.2

16.4

16.4

16.4

16.4

16.4

Standby
power

0.101W

0.104W

0.108W

0.122W

0.141W

0.158W

82

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QR PWM Controller – OB2201

High Efficiency, Adaptive Multi-mode PWM Controller–
OB2201
OB2201 36W Demo Board Performance
Light load performance
SPEC

OB2201 36W 12V3A

Pout

Pin

Efficiency

0.3W

& lt; 1W

30%

60.72%

1W

0.535W

56.07%

1W

1.314W

76.10%

1W

1.358W

73.63%

1.5W

1.902W

78.86%

230V

1.5W

1.944W

77.16%

115V
& lt; 2.857W

0.494W

115V

2W

1W

230V
& lt; 2.143W

Efficiency

115V

1.5W

Pin

230V
& lt; 1.428W

Pout

115V

1W

Vin

2W

2.493W

80.20%

230V

2W

2.535W

78.88%

70%

70%

70%

83

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QR PWM Controller – OB2202/OB2203

High Performance QR PWM Controller – OB2202/OB2203

Used in applications without PFC

84

Used in applications with PFC

On-Bright confidential

QR PWM Controller – OB2202/OB2203

High Performance QR PWM Controller – OB2202/OB2203

Max. and Min. frequency clamping in QR mode
Max on time limit
Programmable soft start
External latch triggering
Built-in OCP compensation
On chip OTP, Precise load OVP, OLP

85

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QR PWM Controller – OB2202/OB2203

Performance Comparison
OB2203/
2202

NCP1337/
1377

ICE2QS01

UUC28600

TEA1532/
1533

Y

N

Y

Y

Y

OB2203
only

N

N

Y

N

N

N

N

N

Frequency foldback

Y

N

Y

Y

Y

Adjustable Soft Start

Y

N

N

Y

Y

Brown out protection

OB2202
only

NXX1337
only

Y

N

Y

OCP compensation

Y

NXX1337 only

Y

Y

N

Min freq. clamp in QR

Y

N

Y

Y

N

Feature
Multi mode
Built-in PFC manager
PFC switch

86

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QR PWM Controller – OB2202/OB2203
QR Controller Comparison Table (OB2203)
Feature

OB2203

NCP1377

TEA1552/32

FA5540/1/2

UCC28600

Driving Current Capability

1A

Source/Sink 500mA

Source 170mA
Sink 700mA

Source 0.25A
Sink 0.50A

Source 0.75A
Sink 1A

Soft Start

Y

Y

Y

Y(1ms)

Y

HV Start

N

Y

Y

Y

N

PFC on/off control

Y

N

N

N

Y

PFC IC control switch

Y

N

N

N

N

Audio Noise Free

Y

Y

N

N

?

Extended Burst Mode

Y

Skip Cycle

Cycle Skip

Burst Switching

Burst Mode

OVP

Y

Y

N

Y

Y

OCP Compensation

Y

N

Y

N

Y

OLP

Y

Y

N

Y

N

OTP

Y

Y

Y

?

Y

VDD clamp

Y

Y

N

Y

Y

Vgate clamp

Y

N

Y(12.5V)

N

Y(13V)

Y/N

Y

N

Y

?

Y

Y

Y

?

?

SOP8 DIP8

SOIC-8 SOIC-7 PDIP-7

SO-14/SO-8

SOP8 DIP8

SOIC-8

Auto Recovery
Latch Shutdown
Package

87

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QR PWM Controller – OB2202/OB2203

QR Controller Comparison Table (OB2202)
Feature

OB2202

NCP1207AD
(ON-semi)

NCP1337
(ON-semi)

TEA1532
(NXP)

ICE2QS01
(Infineon)

POWER OR Driving Current
Capability

60W

500mA

Source 170mA
Sink 700mA

Up to 250w(print)

Up to 200W

Multi mode

Y

free running

free running

Y

Y

Frequency foldback

Y

Fosc & lt; 100khz

Fosc & lt; 100khz
Fosc & lt; 300khz IN B

Y

N

adj.

1mS

1mS

adj.

24mS

Y

N

Y

Y

N

OPP compensation

precise & lt; 10%

Y

Y

Y

Y

Input OVP

Y(4*brownout)

N

N

N

N

O/P OVP

Y

Y

Y

Y

Y

Cycle by Cycle OCP

Y

Y

Y

Y

Y

OLP

Y

Y

Y

Y

Y

OTP

140℃

155℃(latch)

150℃

140℃latch

N

VDD clamp(OVP)

31V

N

N

N

Y

Vgate clamp

15V

N

N

N

10V

Auto Recovery

Y

Y

Y

Latch Shutdown

adj.with SS pin
voltage level

OTP

adj.with DMG pin
voltage level

SOP-8 DIP-8

SOP-8
DIP-8

SOP-7,SOP-8, DIP-7

Soft Start
Brown out protection

Package

88

adj.with CTRL pin
voltage level
SOT96-1 SOT97-1

Y
Output OVP, short
winding protection
PG-DIP-8

On-Bright confidential

QR PWM Controller – OB2202/OB2203

OB2202 Application Diagram

89

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QR PWM Controller – OB2202/OB2203

65W(19V/3.5A) Demo Board with OB2202

OB2202

90

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QR PWM Controller – OB2202/OB2203

65W(19V/3.5A) Demo Board with OB2202

Low standby (0.24W @ 264VAC, with output LED)
High efficiency [ & gt; 90% @260VAC ]
Precise load OVP (ΔVovp/Vovp & lt; 5%)
Excellent OCP performance ( Δ Iocp/Iocp & lt; 10%)

91

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QR PWM Controller – OB2202/OB2203

OB2203 Application Diagram

AC

OB2203

OB6563
VCC

8

1

SS

DEM

8

COMP

GD

7

2

FB

PFCVCC

7

3

MULT

GND

6

3

CS

VCC

6

4

CS

ZCD

5

4

GND

GATE

5

1

INV

2

Direct connection to PFC controller → Low system cost
Ultra low standby ( & lt; 0.3W ) for 75W+ solution with PFC
92

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QR PWM Controller – OB2202/OB2203

90W(19V/4.73A) Demo Board with OB2203

OB6563

OB2203
93

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QR PWM Controller – OB2202/OB2203

90W(19V/4.73A) Demo Board with OB2203

Ultra low standby (0.28W @ 264VAC, with output LED)
Avg. efficiency = 88.28% @ 90-260VAC and full load
PFC is shutdown @ light loading and fault condition
PF = 0.984 @ 220VAC and full loading
Precise load OVP (ΔVovp/Vovp & lt; 5%)

94

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QR PWM Controller – OB2202/OB2203

Meets EPS2.0 Regulation
Meets EPS2.0 Regulation
Input Voltage

Efficiency
(25% load)

Efficiency
(50% load)

Efficiency
(75% load)

Efficiency
(100% load)

Average
Efficiency

115VAC/60HZ

88.36%

89.59%

89.48%

88.41%

88.96%

230VAC/50HZ

88.17%

89.18%

89.81%

90.09%

89.31%

EPS2.0

95

& gt; 87%

On-Bright confidential

QR PWM Controller – OB2202/OB2203

Precise Output OVP Control
Precise Output OVP Control
Output OVP Protection Trip Point (V)
Input Voltage
Full-load

90V/60Hz

25.6

25.3

132V/60Hz

25.5

25.5

180V/50Hz

25.6

25.8

264V/50Hz

OVP(V)

No-load

25.7

26.1

27
26
25
24
23
22
21
20

No Load
Full Load
90V/60Hz

132V/60Hz

180V/50Hz

264V/50Hz

Input Voltage
96

On-Bright confidential

QR PWM Controller – OB2202/OB2203

Combo Controller vs. Separate Controllers

VAC

Vout

PFC_out

Load

OB6563
Isolated
Feedback

OB2203

FB

PFC/QR Combo → Higher integration with More protections
PFC/QR Combo → Smaller PCB size with Lower SMD components
97

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PFC/QR Combo Controller -- OB6663

High Performance TM PFC/QR Combo Controller OB6663
OB6663 Pin Configuration

Separate PGND and AGND for better noise immunity
98

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PFC/QR Combo Controller -- OB6663

High Performance TM PFC/QR Combo Controller OB6663
OB6663 Application Diagram

OB6663
1

ZCD

PFC_CS

16

AC

2
3
4
5
6
7
8

PGND

15

INV

PFC_OUT

14

COMP

QR_OUT

MULT_BO

RI
AGND
ADJ_GTS
FB

VCC
DEM
RT
QR_CS

13
12
11
10
9

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PFC/QR Combo Controller -- OB6663

On-Bright’s OB6663 vs. NXP’s TEA1750
Special features (compared to TEA1750):
Built-in dual output PFC control → Lower system cost
Proprietary startup sequence control → Small PFC output bulk capacitor
Adjustable PFC Go-to-Standby power level →Ease efficiency optimization
True QR short circuit protection → Lower short circuit power consumption
VCC is supplied by both winding →Ease winding design
Separate PGND and AGND and PFC/QR interference cancellation logic →
better noise immunity
Multiplier based TM PFC →Lower THD and Higher PF
RT Pin with OTP → For notebook adaptor application
Multi mode operation for PFC and QR → Optimized efficiency

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PFC/QR Combo Controller -- OB6663
Comparison between OB6663 & TEA1750
Features

OB6663

TEA1750(NXP)

TM PFC/QR combo

Y

Y

Built in dual output control for PFC

Y

N

Adjustable PFC go-to-standby power level

Y

N

by PFC and QR windings

by QR winding

Separate AGND and PGND for better noise immunity

Y

N

Built-in PFC/QR Noise Interference cancellation Logic eases PCB design

Y

N

Multiplier based

Control on time based

THD performance @ 264VAC

Good

Poor

Power Factor (PF) @ 264VAC

Good

Poor

OTP implementation

External RT pin

On chip

High voltage startup

N

Y

& lt; 1 sec startup time @ 90VAC

Y

Y

PFC shutdown @ light loadings

in high line input range

PFC is not shutdown

PFC burst mode

in low line input range

in universal input range

fixed 4ms

programmable

Y

Y

adj.with RT pin voltage level

adj.with Latch pin voltage
level

SOP-16 DIP-16

SOP-16

VCC supply

TM PFC architecture

QR soft start
PFC loop feedforward compensation
Auto Recovery
Latch Shutdown
Package

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PFC/QR Combo Controller -- OB6663

OB6663’s Other Features and Protections
Built-in PFC loop feedforward compensation
Quick startup and fast dynamic response for PFC stage
Precise output over voltage protection (OVP) for both converters
Built-in soft start for QR stage
External latch triggering for both converters
Open loop protection for both converters (OLP)
Programmable brownout protection (BOP)
Built-in constant power limiting for QR stage (OPP)
Cycle-by-cycle (CBC) current limiting for both converters
130KHz max frequency clamping for both converters
Audio free operation

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PFC/QR Combo Controller -- OB6663

OB6663 90W (19V/4.73A) Demo Board Snapshot

OB6663

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PFC/QR Combo Controller -- OB6663

OB6663 90W (19V/4.73A) Adaptor Efficiency and Standby
Efficiency (Cable end, cable resistor=0.07Ohm)
Input voltage

25%

50%

75%

100%

Aver. Eff.

115Vac/60Hz

88.11

88.90

88.44

87.80

88.30

230Vac/50Hz

87.94

89.30

89.40

88.50

88.78

Input voltage

100%

75%

50%

25%

Aver. Eff.

115Vac/60Hz

87.80

88.50

88.12

88.15

88.14

230Vac/50Hz

88.50

88.10

89.14

87.97

Spec.

88.43

& gt; 87%
Spec.
& gt; 87%

Notes: Test method 25%→100% load and 100% load→25% load (test after 15minutes)

Standby (with LED)
Input Voltage

90V/60Hz

115V/60Hz

132V/60Hz

180V/50Hz

220V/50Hz

264V/50Hz

Pin (W)

0.135

0.165

0.182

0.220

0.276

0.290

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Thank You!

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