Philips PLCD150P1, PLCD170P2, PLCD190P1 Schematic

)

8

D D

3005

B57236-S259-M

-T

2E5

9005

1001

KR2450

C C

RES

F2

L

F1

1102

T3,15A H 250V

3001

N

S14K420

F3

F4

4M7

3006

4M7

3007

1252

B B

EGND

2141

Y1

1nF

250VAC

LLC

+24VL

+12VAL

+400VIN

VDDI

A A

ON/OFF

PGND

+400VIN

VDDI

ON/OFF

PGND

+12VL

DVD_12V

DVD_GND

AGND

GND

8

7

V

PGND

+24VL

+12VAL

+12VL

DVD_12V

DVD_GND

AGND

GND

7

2010

X2

330nF

275V

3015

2015

BZV55C15

220E

33nF

3002

330K

3003

330K

3004

330K

6015

4

1

+400VIN

6016

BZV55C15

*

5010A

RING

2

COMDIFF

5010

3

PGND

3

2

1

4

+400VIN

PGND

6

6020

GBU6K

2062

X2

330nF

275V

5062

22uH

4

5011

COMDIFF

1

FLYBACK

AUDIO_GND

6

3

2

V_AUDIO

+12VU

V_PFC

+12TRF

+3V3TRF

+12V +3V3

BL

STBY

PWR_DN

GND

AC1

+-

AC2

3060

3061

3062

3063

PGND PGND

ON/OFF

510K

11K

GND

PGND

2063

10nF

+

-

PGND PGND

V_AUDIO

AUDIO_GND

+12VU V_PFC

+12TRF

+3V3TRF +12V +3V3

BL

STBY

PWR_DN

2050

RES

2065

630V

8

3

3050

47E

YXF

5

6065

1N5407

12

470nF

5065

CQ26/20

68K

3058

7050

MULT

10nF

TCET1102G

5

ZCD2COMP

GND

6

PGND

VDDI

2051

3052

7053

PGND

L6562D

VCC

5

2068

1nF/500V

PGND

7051

BC857B

3051

4K7

E

34

2075

470nF

2076

47nF

AC

K

GND

PGND

X7R

INV

CS

7295

BC847B

1251

1253

1254

3075

12K

1

4

V_PFC

3K9

3295

GND

GD

2064

PGND

3297

4K7

3296

10K

4

KP1

PGND

3066

10E

3065

7

100E

3064

RES

0E

+12TRF

STBY

3067

+12VU

BAS316

47K

F8

6066

STP20NM50FP

2067

1nF

6280

BAS316

7066

G

3068

PGND

F9

0E33

100V

3

6080

STTH5L06FP

D

S

3069

0E33

PGND

TL431CZ-AP

A

3280

4K7-1%

2280 10nF

2066

1KV

6282

3281

GNDGND

FBA04HA900B-00

2080

330pF

1KV

330pF

K

R

47K-1%

5005

+12VU

6284

3283

3282

22K

2283

GND

LAMP_ON_OFF

220K

V_BRI

3079

3078

3077

3076

PGND

BAS316

2284

GND

47nF

470K

510K

9K1

100nF

6283

GND

2

F10 F11

2079

400V

+3V3TRF

7285

BC847B

BAS316

100nF

4K7

3285

GND

3590

47E

3591

47E

+

-

PGNDPGND

F12 F13

PGND PGND

PWR_DN

6285

BAS316

F7

2020

AXW

68uF/450V

STBY

2200

100nF

GND

PWR_DN

RES

2591

2590

GND GND

+400VIN

+12VAL

AGND

+3V3 +3V3

GND GND

F14

LAMP_ON_OFF

DVD_12V

DVD_GND

RES

GND

+12VL

STBY

V_BRI

+24VL +24VL +24VL

GND GND GND

1

1200

1 2 3 4 5 6 7 8 9 10 11 12

B12B_PH_K_S

1220

( DVD )

1 2 3

B3B_PH_K_S

1520

( 23" )

1 2 3 4 5 6 7 8 9 10 11 12

B12B_PH_K_S

3122 133 3270X

STAGE: JJ-MM-DD JJ-MM-DD JJ-MM-DD

1 2 3

NAME:T.V.VLERKEN SHEET: 1 OF 3 A3

4

PLCD150P1

23" PFC

3

DZSW

2

3122 137 2307

130

1

2003-08-28

2

2003-10-15

3

2003-12-30

4

2004-01-28

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Page 1 of 3 (29-Jan-2004

)

8

D D

PGND

1K

C C

3115

PGND

2115

PGND

22nF

B B

PGND

3134

68K

1 2 3 4 5 6 7

2135

+

22uF/50V

-

7

NC VCC GND NC NC CTRL DEM

3120

39K

6135

BAS316

YXF

7115

TEA1533AT

3121

6121

BAS316

47K

3133

7133

BC847B

DRAIN

DRIVER

ISENSE

82K

6132

7132

BC847B

HVS HVS

NC

BC847B

BZV55C6V2

7130

14 13 12 11 10

9 8

3122

PGND

3130

RES

6131

PGNDPGNDPGND

10K

3112

1K

3111

10E

3110

100E

3108

470E

3123

39K

3131

4K7

BZV55C6V2

+400VIN

3109

6

2100

KP5

100nF

630V

PGND

F15

6111

FQPF2N80

BAS316

22K

2109

3103

PGND PGND PGND PGND

3132

4E7

6130

BYD37J

2130

+

3102

330nF

RES

47K

3104

V_PFC

RES

YXF

22uF/50V

-

PGND

G

2103

RES

F16

3135

4E7

7102

3105

3101

6101

D

S

3140

330K

2E7-1%

0E

BYD37K

2102

1KV

3106

PGND

TCET1102G

5

2101

10nF

400V

2104

RES

220pF

F17

2E7-1%

PGND

7140

5102

CQ20/10T

13

11

10

9

8

7

E

GND GND

F18

AC

K

A

6

3

5

2

GND

4

1

GND

3244

2K2

F19

2241

22nF

R

6240

TL431CZ-AP

GND

2242

RES

+12TRF

2235

RES

6235

BAV21

STPS10L25D

+12VU

F5

3241

15K

6220

2220

RES

3240

4

4K7-1%

KP4

3243

+

-

GND

2236

YXF

22uF/50V

+3V3TRF

2223

+

YXG

1000uF/10V

-

1K6-1%

2224

+

1000uF/10V

-

GND

3

+12VU

F20 F21 F22 F23 F24

2225

+

YXG

RES

-

GND

5220

6u8

YXG

+3V3

2

1

A A

2140

Y1

PGND

1nF

250VAC

8

7

6

5

4

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3122 133 3270X

STAGE: JJ-MM-DD JJ-MM-DD JJ-MM-DD

1 2 3

NAME:T.V.VLERKEN SHEET: 2 OF 3 A3

PLCD150P1

23" FLYBACK

3

DZSW

2

3122 137 2307

130

1

2003-08-28

2

2003-10-15

3

2003-12-30

4

2004-01-28

X

JJ MM-DD

P2004041

1

)

8

7

6

5

4

3

2

1

5540

2540

1KV

27E

3540

PGND

TCET1102G

1 2 3

CUFD3440B

14

1

1nF

13

2

7650

E

1K2

3523

PGND

3

6600

6

SB340

2600

1nF50V

9

AGND

2605

1nF50V

6605

7

SB340

STPS8H100FP

6K8

2K2

R

6650

6620

2620

RES 6610

SB340

2610

1nF50V

2615

1nF50V

6615

SB340

2625

RES 6625

2653

4n7

2652

47nF

F42

AC

K

A

GND

11

4

8

GND

5

10

3650

3652

F43

TL431CZ-AP

PLCD150P1

23" LLC

F6

+

-

AGND

3636

2636

3653

RES

1660

2601

2,5A

22uH

YXG

470uF/25V

3606

2K2

2606

1nF

GND

F29 F30 F31 F32 F33 F34 F35

2621

+

5620

6u8

YXG

1800uF/35V

-

GND

1610

2,5A

150E

2611

+

YXG

1000uF/25V

1nF

6655

RES

3654

6656

-

GND

2656

RES

0E

3655

RES

GND

5616

22uH

F40 F41

3122 137 2307

DZSW

2

5500

+400VIN

D D

VDDI

ON/OFF

6500

PGND

3507

RES

3500

RES

3501

BZV55C15

3505

RES

3506

RES

C C

6505

PGND

B B

A A

7505

RES

100uH

PGND

2505

+

22uF/50V

-

2507

PGND

YXF

11

5

13

330pF1%

9

7500 TEA1601T

VDD

NC

CF

GND

VREF

3518

2518

16

560K

3510

2K4

3511

68K-1%

3516

22K

2519

470nF

IFS

12

3519

10E

470nF

IRS

7521

BC857B

14

3512

3515

10K

7516

BC857B

3521

8K2

3K3

3524

2K2

VCO

GH

FVDD

SH

GL

PGND

SD

3

PGND

I+

I-

2515

RES

7520

BC847B

7

8

6

10

4

15

2

1

2513

470nF

2514

470nF

PGND

3520

BAS316

2545

PGND

7515

BC857B

4K7

6534

3531

47E

2530

100nF

3533

47E

6535

BAS316

3542 330E

10nF

3522

27K

3534

10E

F25

3535

10E

3545

PGND

6529

12K

3546

2529

PGND PGND PGND

KP2

PGND

STP12NM50FP

G

3530 100K

7532

STP12NM50FP

G

3532 100K

4K7

BAS316

3529 100K

1uF

6522

BAS316

2523

PGND

7530

PGND

D

2535

330pF

1KV

S

2536

330pF

500V

D

PGND

F26

S

PGND

6525

BZV55C6V2

7525

BC857B

1K2

3525

BAS316

2542

10nF

PGND PGND

10nF

6542

3528

3527

6K2

5K6

6541

2537

100nF

630V

BAS316

2538

8n2

630V

2539

8n2

630V

PGND

2541

10nF

2526

+

YXF

22uF/50V

-

PGND

3526

0E

3122 133 3270X

6526

BAS316

STAGE:

PGND

3517

PGND

4K7

2520

PGND

RES

JJ-MM-DD JJ-MM-DD JJ-MM-DD

NAME:T.V.VLERKEN SHEET: 3 OF 3 A3

8

7

6

5

4

5600

5610

22uH

5615

22uH

DVD_GND

3656

RES

2655

RES

F27 F28

F56 F57

AGND AGND

F36 F37

F38 F39

F44

GND

3657

3658

3659

GND

F47 F48 F49

3K3-1%

GND GND GND

F50 F51 F52

470E-1%

GND GND GND

F53 F54 F55

1K-1%

GND GND GND

1 2 3 4 X

130

1

+12VAL

+24VL

+12VL

DVD_12V

KP3

GND

F45

F46

GND

2003-08-28 2003-10-15 2003-12-30 2004-01-28

JJ MM-DD

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LCD TV Power Supply unit

Family: PLCD170P2

26” LC04SD2

Development Specification

Authorisation

Function / Name Department Signature Henk Maas Philips Power Solutions Product Manager

Mr. Kailash Philips CE

CLASS NO.

NAME

2838 100 05424

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History of document

Date Status/version Author Change

200410-5

200410-6 200410-7

H. vd

Braken

Info Kailash H. vd

Braken

Info Kailash H. vd

Braken

See pink colors

1. General: “The secondary outputs ... and XTW-0003” deleted and placed on sheet 195.

2. Absolute maximum ratings: Local ambient temp. max changed to +60

3. Renamed output pins

4. Changed/determined output currents

5. Heading 3.3.2 exchanged with 3.3.3

6. Heading 3.4.3 item 4 “Power for Vamb … the Vbolton” deleted.

7. Generic specification change 12nc

See red colors

3.3.4 note 4 iso note 5

CLASS NO.

NAME

2838 100 05424

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TABLE OF CONTENTS

1 General............................................................................................................................................4

2 Absolute maximum ratings...........................................................................................................4

3 Electrical specification..................................................................................................................4

3.1 Operating specification.................................................................................................................4

3.2 Input specification.........................................................................................................................4

3.2.1 Inrush current.............................................................................................................................4

3.2.2 Start-up time................................................................................................................................4

3.3 Control signals...............................................................................................................................5

3.3.1 Signal Levels................................................................................................................................5

3.3.2 Power Down Signal (POWER_DOWN)...................................................................................5

3.3.3 Power Control.............................................................................................................................5

3.4 Output specification......................................................................................................................6

3.4.1 Power outputs: Standby.............................................................................................................6

3.4.2 Power outputs..............................................................................................................................6

3.4.3 Notes............................................................................................................................................6

3.4.4 Consumption .............................................................................................................................7

3.5 Protections......................................................................................................................................8

3.5.1 12V output...................................................................................................................................8

3.5.2 Vaudio (+18V) output................................................................................................................8

3.5.3 24V output ...................................................................................................................................8

3.5.4 Vbolton........................................................................................................................................8

3.5.5 +3V3STBY output......................................................................................................................8

4 Mechanical specification..............................................................................................................9

4.1 General............................................................................................................................................9

4.2 Connectors TBD............................................................................................................................9

4.3 Interfacing.......................................................................................................................................9

4.4 Weight...........................................................................................................................................10

4.5 Cooling.........................................................................................................................................10

5 General specification...................................................................................................................10

CLASS NO.

NAME

2838 100 05424

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1 General

This LCD Power Supply Unit(PLCD 150) is a total power solution providing all voltages and powers required by LCD TV applications.

The secondary outputs are mains insulated according to IEC 60065, UL6500 and XTW-

0003.

2 Absolute max imum ratings

Parameter Min. Typ. Max. Unit Conditions Input voltage 90 276 Vac Insulation

breakdown voltage Local ambient temperature

4240 Vpk

0 +60

°C System local temperature

inside cabinet

3 Electrical specification

3.1 Operating specification

Parameter Min. Typ. Max. Unit Conditions Operating input

voltage Frequency 47 63 Hz Output power tbd W

3.2 Input specification

3.2.1 Inrush current

Inrush current (I2t always < 16A2s)

Ÿ ≤ 80 A @ 120 V Ÿ ≤ 120 A @ 240 V

90 276 Vac

3.2.2 Start-up time

CLASS NO.

NAME

2838 100 05424

Ÿ At Vmin ≤ 2 sec

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3.3 Control signals

3.3.1 Signal Levels

The control signals shall be driven by open collector / open drain type circuits (or equivalent). The drive requirements are: 3V3 Logic: Open Collector: +2k2 pull-up resistor to +3.3 V

3.3.2 Power Down Signal (POWER_DOWN)

The unit will generate a POWER_DOWN signal when the mains input is removed.

POWER_DOWN will go from high to low at least 15 ms before any of the output

voltages starts collapsing.

3.3.3 Power Control

The unit is controlled via a digital input: STANDBY# at the secondary side:

STANDBY#

Output Note

+3V3 STBY +12V Vaudio Vbolton / Vamb 24V

L or open On Off Off Off Off See 3.4.1

H On On On On On See 3.4.2

CLASS NO.

NAME

2838 100 05424

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3.4 Output specification

3.4.1 Power outputs: Standby

The STANDBY signal is OFF (low)

Output voltage Output current

Output

+3V3STBY 3.135 3.3 3.465 0 0.06 1,2,3,4 +3V3STBY 3.135 3.3 3.465 0 1 1.2 1,2,3

Min.

[Vdc]

Typ.

[Vdc]

Max.

[Vdc]

Ripple

[mVpp]

Noise

[mVpp]

Min.

[A]

Nom.

[A]

Max.

[A]

Notes

3.4.2 Power outputs Semi standby mode

The STANDBY signal is ON (high)

Output voltage Output current Output

name

Min

(Vdc)

Typ.

(Vdc)

Max

(Vdc)

Ripple

(mVpp)

Noise

(mVpp)

Min

(A)

Nom

(A)

Max

(A)

+3V3STBY 3.135 3.3 3.465 0 1.9 2.7 2,3

12V 11.4 11.8 12.4 100 0.2 1.2 1.3 2,3

Vaudio TBD 18 TBD 0 0 2,3

24V 22.8 24 25.2 0 0 2,3

Vbolton/

11.4 11.8 12.4 0 1.2 1.7 2,3

Vamb

Notes

Normal mode

The STANDBY signal is ON (high)

Output

name

Min.

[Vdc]

+3V3STBY 3.135 3.3 3.465 0.5 1.9 2.7 1,2,3

Typ.

[Vdc]

Output voltage Output current

Max.

[Vdc]

Ripple

[mVpp]

Noise

[mVpp]

Min.

[A]

Nom.

[A]

Max.

[A]

12V 11.4 11.8 12.4 100 0.2 1.2 1.3 1,2,3

Vaudio TBD 18 TBD 0.01 0.2 2 1,2,3,5

24V 22.8 24 25.2 2.9 3.4 1,2,3

Vbolton/

Vamb

11.3 11.8 12.4 1.2 1.7 1,2,3,4

Notes

3.4.3 Notes

CLASS NO.

NAME

2838 100 05424

The following notes are applicable for the power outputs as specified in: 3.4.1 and 3.4.2

1. Nominal current absorption is defining the nominal worst-case unit operating

temperature. The nominal current absorption defines the maximum allowed component temperature for compliance according the safety requirements.

2. The tolerances include line and load regulations.

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The ripple is a peak-to-peak value measured in a bandwidth from 0 to 20 MHz.

The noise is a peak-to-peak value measured above 20 MHz.

3. Tested by dc loading side parallel with a 10 µF Electrolytic Capacitor and a 0.1 µF

Ceramic Capacitor.

Power for Vamb only available when no power is requested on the Vbolton.

4. The input power will be less than 1 W at 230 Vac in this situation.

5. The maximum current is allowed for a period of 300 sec. The nominal current

shall be the average current over any period of 3600 sec.

3.4.4 Consumption

Ÿ STANDBY Mode: Less than 1 Watt at 230 Vac (see note 4 above) Ÿ Normal Mode: Nominal Power =TBD W at 230 Vac

CLASS NO.

NAME

2838 100 05424

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3.5 Protections

3.5.1 12V output

Ÿ Short-circuit protected by 2.5A fuse

Ÿ Over voltage protection when output voltage is more than 40% above nominal

value

3.5.2 Vaudio (+18V) output

Ÿ Short-circuit protected by 2.5A fuse

Ÿ Over voltage protection when output voltage is more than 40% above nominal

value

3.5.3 24V output

Ÿ Short-circuit proof with auto-restart Ÿ Over voltage protection when output voltage is more than 40% above nominal

value

3.5.4 Vbolton

Ÿ Short-circuit protected by 2.5A fuse

Ÿ Over voltage protection when output voltage is more than 40% above nominal

value

3.5.5 +3V3STBY output

Ÿ Short-circuit proof with auto-restart Ÿ Over voltage protection when output voltage is more than 40% above nominal

value

CLASS NO.

NAME

2838 100 05424

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4 Mechanical specification

4.1 General

Mechanical specification, fixation and position of connector(s): see sheet 191 of

4.2 Co nnectors TBD

Reference Type 1001 mains input BM V 2B M7.92 VA BK 1200 scalar board B12BPH KS

1520 inverter 26" TFT LCD (1) B14BPH KS

1530 inverter 26" TFT LCD (2) B14BPH KS

1220 Vbolton B3BPH KS

4.3 Interfacing

Primary side Secondary side

Number Connection Number Connection

1001-1 Line 1200-1 Vaudio (+18V) 1001-2 Neutral 1200-2 GNDaudio

1200-3 1200-4 1200-5 GND 1200-6 GND 1200-7 GND 1200-8 12V 1200-9 POWER_DOWN 1200-10 STANDBY 1200-11 BACKLIGHT_CTRL 1200-12 LIGHT_ON

1220-1 Vbolton 1220-2 NC 1220-3 GNDbolton

+3V3STBY +3V3STBY

CLASS NO.

NAME

2838 100 05424

CHECK

LCD TV Power Supply unit

PLCD170P2

SUPERS.

Property of

1 04-06-03

10

Philips Power Solutions

TY

DATE

A4

H.A.A. Maas

3122 137 2319

10 190

10

Pos. nr 1520

Connector

type nr S14B-PH-SM3-TB S14B-PH-SM3-TB

Pinning 1 24V 24V

2 24V 24V 3 24V 24V 4 24V 24V 5 24V 24V

6 7 8 9 10 11 12

13 14

LPL 26" 15:9

LPL LC260W01

26" TFT LCD (1)

LPL 26" 16:9

26" TFT LCD (2)

1530

GND GND GND GND GND GND GND GND GND GND

NC/BACKLIGHT_CTRL NC/BACKLIGHT_CTRL

LIGHT_ON LIGHT_ON

NC/BACKLIGHT_CTRL NC/BACKLIGHT_CTRL

sGnd sGnd

4.4 Weight

The maximum weight is approximately 450 grams.

4.5 Cooling

Convection cooling cools the unit; therefore forced cooling is not required.

5 General specification

Generic specification: see sheet 195 of 3122 137 2319

CLASS NO.

NAME

2838 100 05424

CHECK

LCD TV Power Supply unit

PLCD170P2

SUPERS.

Property of

1 04-06-03

10

a

b

c

d

7 8

5 6

432

1

400V

100uF 450V

+

C130

100uF 450V

+

C127

100uF 450V

+

C106

100uF 450V

F108

+

F106 F107

L100

F128

D116

F109

C105

FBA04HA900B-00

C125

330pF 1KV

STTH8L06FP

510K

1%

R132

FBA04HA900B-00

L106

FBA04HA900B-00

L104

100nF 400V

C124

F118

470K

1%

R131

F127

1%

R130

470K

F185

F154

1KV

STP20NM50FP

T106

BAS316

D109

F105

330pF

C117

1R

R165

1R

R161

1R

R121

1R

R122

1R

R148

F117

1KV

330pF

C128

STP20NM50FP

T108

1R

R169

1R

R141

1R

R166

1R

R160

1R

R154

F111

BAS316

D107

BC847B

T110

2006-10-06

2006-09-18

PFC_OVP/OPP

R115

1K8

F112

470nF 25V

C123

100nF 16V

C137

1K5

R133

2006-08-21

A3

2006-07-24

2006-06-23

130 - 1

3122 427 24420

Philips Electronics N.V.

©

47K

R118

1R

R119

D122

BAS316

330K

R159

8.2mH

1 2

470nF 275V

C103

2

8.2mH

1

NEUTRAL

F178

D123

F176

BAS316

D121

F121

7

GD

MULT

3

22K

1%

R116

F168

F179

R110

100R

CS

GND

10nF 50V

C114

F181

T104

BC807-25

4

6

+5V2_TRF_A

VCC_PFC

D125

BAS316

F145

R163

4K7

R164

F122

T101

5sec

F170

R170

4K7

F190

33pF50V

C136

L105

FBA04HA900B-00

F191

C140

470pF

X100

250V

47pF

F104

C101

R108

R106

EARTH1

X107

F131

EARTH2

4M7

F132

4M7

F177

9K1

100pF 50V

C126

1K5

R138

C120

F143

D106

1n5407-02X0

F159

123

D105

F156

X105

Heatsink

L103

1n5407-02X0

F158

R104

CQ3230

4

2.2uF 400V

C133

2.2uF 400V

C116

2R

D104

TS15P06G

-T

2K2

R111

F153

D127

F115

1M

1%

F160

R153

X108

F110

F129

R128

F114

F116

BAS316

1K

R136

1%

F165

10K

R125

1M

F157

R113

EARTH3

1%

R129

BAS316

F175

D108

220pF 50V

C122

1000nF 16V

1%

12K

C121

33pF 50V

C119

1%

F162

R107

F171

X104

F174

FASE

X103

F119

12

1000nF 16V

F161

F113

470pF 50V

C111

15K

R135

1M

R114

15nF 400V

C131

4M7

R158

470R

DSP-501N

COMP INV

5

ZCD

VCC

8

U100

L6562

F123

F164

4K7

F189

33pF50V

100nF 50V

C107

F155

470nF 275V

C113

3

L102

4

F169

R168

3

L101

4

C135

470nF 275V

C102

1M

R101

V

S10K420

R100

T5AH

PTF/65

47K

R156

1R

R157

F182

T105

D126

F180

BAS316

D124

R124

BC807-25

F183

100R

R117

R120

330R

470pF 50V

C115

STBY

3122 423 31811

PWB 12nc: COMM. 12nc:

PSU SD21 37/42"

PFC

CLASS NO.

CN:

... dotted components are reserved items

PROT

15K

560R

R162

F147

BC857B

V_PFC

R126

F148

T100

BC337-25

F137

D111

R143

F140 F152

F120

R152

100R

F135

U101-A

U101-B

10R

R150

10K

R151

D112

BAS316

F151

47R

68R

R144

F139

F125

1

2

TCET1102G

4

3

F124

10K

T107

F163

D114

BAS316

F141

+

C109

+

C108

F146

C132

10R

R142

GND1

F136

BC857B

10K

R123

F130

10K

R140

10K

R139

10R

R127

100uF 35V

100nF 50V

D115

1N4148

F/C

BC847B

T109

330K

F166

R155

470R

R112

47nF 5 0V

F126

C110

27K

R145

T102

BC857B

100nF 50V

C112

D118

BAS316

F142

39K

F173

R167

470nF 1 6V

C134

470R

F134

R147

180R

R149

BAS316

D117 BAS316

F184

D113

68R

F188

R171

10K

R334

F167

D119

BAS316

22K

F149

R109

F150

F374

68R

R172

F138

10K

R235

F172

D120

1N4148

PDZ16B

D110

BC847B

T103

27K

R146

C118

EARTH2

F103

F101

F100

F186

1

2

X101

B2P-VH

PHILIPS

F187

F102

C129

1nF 250V

VCC_PFC

VCC_LLC_12

VCC_LLC_24

WRITTEN CONSENT OF THE COPYRIGHT OWNER.

LLC_SD_12

LLC_SD_24

e

LLC_OPP_12

LLC_OPP_24

f

WHOLE OR IN PART IS PROHIBITED WITHOUT THE ALL RIGHTS ARE RESERVED. REPRODUCTION IN

4

2006-01-31

DATE

SUPERS

CHECK

P.V.D.HURK

2006-10-22

NAME

3

2 4

1nF 50V

1

a

b

c

d

7 8

+24VA

100uF 35V

F209

+

F210F212

L203

F213

F217

C228

F288

R252

F256

X203

Heatsink

C234

F211

FBA04HA900B-00

F214

1200uF 35V

+

C221

1200uF 35V

+

C220

1200uF 35V

+

C222

1nF 50V

D209

10R

STPS20H100CFP

6

7

GND3

+24VB

100uF 35V

F208

+

GND3

F205

L204

F204 F207

F202

C235

F206

FBA04HA900B-00

F203

GND3

PDZ30B

F262

D204

4K7

R204

2K4

F247

R205

C211

GND3GND3GND3

100nF 50V

D218

D219

BAS316

R245

BAS316

C231

2K2

GND1

1nF 50V

GND3

T201

BC847B

PROT

F259

8.2nF 50V

C227

GND3 GND3 GND3

C229

1nF 50V

F287

D210

R253

10R

150R

F260

R222

F257

8

9

1nF 1KV

C233

11

10

STPS20H100CFP

F268

GND3

4

5

1213

GND3

6K8

R238

F246

R236

F258

22K

1%

R239

C225

4K7

R237

1K5

1%

R240

100nF 16V

C226

10K

4.7nF 50V

2K7

1%

R241

F200

U203

TL431ACZ-AP

GND3 GND3

F215

F216 F225

2006-10-06

2006-09-18

2006-08-21

3122 427 24420

3122 423 31811

PWB 12nc: COMM. 12nc:

A3

2006-07-24

2006-06-23

130 - 2

Philips Electronics N.V.

©

4

2006-01-31

DATE

SUPERS

5 6

432

1

C200

3

L200

CUFD3440B2

1

2

F251

4.7nF 630V

C217

330pF 1KV

C236

100nF 630V

F228

X201

HEATSINK

X202

HEATSINK

F236

L201

C216

100uH

4.7nF 630V

C218

330pF 1KV

C239

F227

D

STP11NM60FP

T209

F235

D214

BAS316

F270

D211

BAS316

14

F373

330pF 1KV

C214

F226

S

G

15R

F264

R242

T210

D206

BAS316

F265

68R

R225

F281

470pF 1KV

C219

F250

100K

R221

BC807-25

FR106G

D208

F230

U201

TEA1601T

VDD

11

820R

R247

1%

47R

R228

330pF 1KV

C215

F229

T200

50V

C213

50V

C212

100nF

F248

F237

F220

6

7

8

SH

VDD(F)

HIGH SIDE

DRIVER

LEVEL

SHIFTER

reset

100nF 50V

C205

PDZ15B

D200

220R

R229

S

D

STP11NM60FP

G

F201

15R

F266

R243

T211

D216

BAS316

F219

D207

D215

BAS316

F267

F263

4

15

10

GL

SD

PGND

+GH-

LOW SIDE

DRIVER

LOGIC

start-up

start/stop

oscillation

shut-down

BC807-25

BAS316

68R

R226

+

2.33V

÷2

x2

gm

-

+

I+

SGND

9

I-

1

2

330pF 250V

BAS316

D212

BAS316

D213

50V

470pF

F274

100K

R223

CFIFSVref

OSCILLATOR

+3V

VCO

+

2.5V

ERROR

AMPLIFIER

C223

100pF 50V

C204

1K2

R230

T208

BC857B

F218

12 1314

16

IRS

F242 F252 F254 F253

3

5

n.c.

PDZ5.1B

F249

D203

PDZ5.1B

F273

D202

T206

10K

F232

R231

10K

R244

270pF 50V

C206

1%

2K4

R209

8K2

R211

1000nF 16V

C207

470R

F239

R207

47pF 50V

C224

BC847B

F222

4K7

F231

470pF 50V

C201

1%

R210

33K

T203

15K

R246

R233

1K

R232

BC857B

F240

R212

4K7

400V

1

2

PSU SD21 37/42"

U202-A

TCET1102G

U202-B

TCET1102G

3

4

F245

CN:

470R

F238

R201

47pF 50V

C230

T207

BC847B

F271

F261

F221

F233

100pF 50V

C203

4K7

R234

1K

R220

F243

D205

BAS316

F244

R216

27K

3K3

F241

R215

LLC_DIP

R248

4K7

F286

10R

R214

560K

R213

F234

47K

R208

F224

PDZ6.2B

D201

5K6

F255

R219

33K

R249

BC847B T212

BC847B T204

T205

BC847B

F223

... dotted components are reserved items

LLC_SD_24

LLC_OPP_24

10nF 50V

C232

4K7

R217

1nF 50V

C210

100nF 50V

C208

470nF 16V

C209

100pF 50V

C237

2K2

R218

LLC 24V

CHECK

P.V.D.HURK

CLASS NO.

2006-10-22

NAME

3

2 4

LLC_DIP

1

LLC_DIP

VCC_LLC_24

PHILIPS

WRITTEN CONSENT OF THE COPYRIGHT OWNER. WHOLE OR IN PART IS PROHIBITED WITHOUT THE

e

f

ALL RIGHTS ARE RESERVED. REPRODUCTION IN

a

b

c

d

7 8

PG_12V

+18V_AUDIO

F303F302

F515

L302

22uH

F314

GND1

R341

C330

2K2

1nF 50V

470uF 25V

F304

+

F346

D309

C328

C327

1nF 50V

SR306-26-F74

F347

F305

GND2

D310

C329

1nF 50V

F366

SR306-26-F74

150R

R352

D312

1nF 1KV

F277

C341

C331

1nF 50V

C333

SR306-26-F74

GND2

8

7

9

-18V_AUDIO

F348F349F350

L303

22uH

470uF25 V

F363

D311

1nF 50V

+

C332

SR306-26-F74

DVD_12V

F310 F311

F338F351

L305

6.8uH

D314

470uF 25V

+

C339

C336

C338

1nF 50V

SR504-15

GND1

D316

1nF 50V

SR504-15

GND2

X319

Heatsink

D319

F367

11

50V

C334

STPS10L60D

1nF

4

GND1

6

+12Vssb

GND1GND1

T312

F308 F309

F312

F337

L304

6.8uH

F352

470uF 25V

+

C335

PDZ5.6B

F376

D322

PDZ15B

D318

GND1

BC847B

680R

R348

F372

F272

100R

R349

2K4

R344

T311

2K4

F269

R345

100nF 50V

C340

BC847B

GND1 GND1 GND1

2006-10-06

2006-09-18

2006-08-21

3122 427 24420

PROT

F334

SENSE1

D320

C337

1nF 50V

STPS10L60D

F353

5

10

180pF 50V

C326

1%

10M

R337

F323

3K9

R338

F333

1%

39R

1%

R339

F300

GND1 GND1

1K

R340

GND1

3122 423 31811

PWB 12nc: COMM. 12nc:

C324

100nF 16V

2K2

R336

R335

F306

1

C325

1K

4.7nF 50V

U302

TL431ACZ-AP

F307 F345

2

GND1

A3

2006-07-24

2006-06-23

Philips Electronics N.V.

©

4 130 - 3

2006-01-31

DATE

SUPERS

5 6

432

1

12

3

2

L301

CUFD3440B2

14

F340

8.2nF 630V

C316

100nF 630V

C315

F365

F354

T309

X303

HEATSINK

X304

HEATSINK

F355

1

13

1nF 1KV

8.2nF 630V

C317

330pF 1KV

C313

STP4NK60ZFP

R324

F324

D306

C318

100K

R320

F316

10R

C312

R321

47R

BAS316

56R

F327

R327

C314

STP4NK60ZFP

T300

C311

100nF 50V

270R

F326

R328

330pF 1KV

R322

100K

F301

R325

10R

F341

R323

47R

D307

BAS316

VCC_LLC_12

F315

F325

F335

F342

F336

4

6

7

8

SH

VDD(F)

HIGH SIDE

DRIVER

D308

LEVEL

FR106G

U300

TEA1601T

11

SHIFTER

reset

VDD

100nF 50V

C304

15

10

GL

SD

PGND

LOW SIDE

DRIVER

LOGIC

start/stop

oscillation

+GH-

shut-down

+

÷2

start-up

SGND

9

BAS316

D317

BAS316

D304

470pF50V

C310

100pF 50V

C303

1K2

F328

R329

T308

BC857B

470pF 50V

C300

2.33V

OSCILLATOR

x2

gm

-

+

ERROR

I-

I+

1

2

PDZ5.1B

D303

PDZ5.1B

F364 F368

D302

T306

10K

R330

F330

F339

CFIFSVref

12 1314

F317 F319

16

+3V

IRS

F358 F359

VCO

3

+

2.5V 5

n.c.

AMPLIFIER

1K

F356

R306

47pF 50V

C319

T307

BC847B

10K

R343

15K

F318

R332

1K

R331

C305

1%

3K3

R308

R310

F329

100pF 50V

C302

4K7

R333

330pF 100V

1%

R309

68K

4K7

1000nF 16V

C306

C322

T303

1000nF 16V

VCC_LLC_12

L300

100uH

47K

R307

PDZ6.2B

D301

PDZ15B

400V

VCC_LLC_12

D300

PHILIPS

U301-A

TCET1102G

PSU SD21 37/42"

LLC 12V

CHECK

U301-B

TCET1102G

3

4

P.V.D.HURK

1K

F343

R300

47pF 50V

C320

CLASS NO.

CN:

... dotted components are reserved items

2006-10-22

NAME

LLC_SD_12

LLC_OPP_12

F322

1K

R319

F360F361

VCC_LLC_12

D305

R315

3K3

F331

BC857B

F344

R311

4K7

560K

R312

F362

5K6

R318

WRITTEN CONSENT OF THE COPYRIGHT OWNER.

F357

R314

LLC_DIP

10R

R313

F332

F320 F321

R250

F371

T214

BC847B

T305

e

10nF 50V

C321

4K7

R316

1nF 50V

C309

BAS316

27K

100nF 50V

C307

220nF 16V

C308

4K7

BC847B

33K

R251

100pF 50V

C238

T304

BC847B

2K2

R317

3

2 4

1

f

WHOLE OR IN PART IS PROHIBITED WITHOUT THE ALL RIGHTS ARE RESERVED. REPRODUCTION IN

a

b

c

d

7 8

5 6

432

X411

B04B-PH

1

X404

B14B-PH

1

2

3

4

5

6

7

8

9

10

11

12

13

14

F418

F419

F503

F504

F505

F506

F519F520

F507

F417

F420

GND3

X405

B04B-PH

GND3

1

F510

ON/OFF

BRIGHT/PWM

DVD_12V

B10B-PH

X406

1

X403

B12B-PH

1

2

3

4

5

6

7

8

9

10

11

12

F501

F502

F521

F522

F499

F500

F498

F421

F523

F422

F423

F424

2

F476

GND3

BRIGHT/PWM

+24VA +24VB

F377

PWR_OK

4

2

3

X407

B11B-PH

1

2

3

4

5

6

7

8

9

10

11

4

2

3

GND1

F511

F516

F517 F518

3

F478

GND1

4

5

6

7

8

9

10

F477

F509

F513 F514

F512

X409

+12Vssb

F479

F508

+12Vssb

+5V2

+12Vssb

GND_5V2 G ND1

1

X412

2

PH-B13B

F495

F494

X410

B07B-EH

1

2

3

4

5

6

7

2006-10-06

2006-09-18

2006-08-21

X408

B07B-PH

1

2

3

F474

F473

F415

GND2

-18V_AUDIO

3

4

6

7

F496F497

5

8

6

4

F475

7

5

DC_PROT

+18V_AUDIO

9

10

11

12

13

GND1

STBY

GND1 GND1

-18V_AUDIO

ON/OFF

+5V2

GND2

+18V_AUDIO

33K

F469

R442

F470

STBY

+12Vssb

22K

R443

ON/OFF

BRIGHT/PWM

3122 427 24420

A3

2006-07-24

2006-06-23

130 - 4

Philips Electronics N.V.

PG_12V

33K

+12VU+5V2_TRF_B

R460

PWR_OK

F401

10K

R429

F433

BAS316

D410

12K

F375

R444

T404

BC847B

T401

BC847B

100nF 50V

C421

GND_5V2

5K6

R428

+5V2_TRF_B

R427

F440 F439

U403

TL431ACZ-AP

+12VU

F451

D406

C414

2.2nF 100V

+12TRF

13

22uF 50V

+

C415

SR106

GND_5V2

D408

F450 F449

+12TRF

GND_5V2

9

12K

+5V2_TRF_A

+5V2

R454

GND_5V2

+5V2_TRF_B

220uF 16V

+

C426

GND_5V2

F486

F409 F410 F411

BAS316

GND_5V2 GND_5V2

D409

47nF 50V

C420

GND_5V2

15K

75K

1%

F441

R425

BAS316

R426

1%

10K

10nF 100V

C419

D415

X421

HEATSINK

GND_5V2

X420

HEATSINK

R440

10R

F453F468

C410

1.5nF 50V

STPS10L25D

11

F490

F489

L402

2.2uH

J410

F448

F407 F408

R419

10R

F412

D405

C409

1.5nF 50V

STPS10L25D

F438

8

10

GND_5V2

T405

4K7

1%

R423

1000uF 10V

+

C413

1000uF 10V

+

C412

1000uF 10V

+

C411

7

DC_PROT

F491

F492

T408

BC847B

PROT

GND_5V2

PDZ3.9B

F431

D414

BC857B

2K4

R434

1%

F425

4K7

R435

F430

470R

R422

4K7

F460

R436

T406

BC847B

F459

FLY_OVP

GND_5V2 GND_5V2

R421

C417

GND_5V2

F406

680R

1nF 50V

F458

C416

220nF 16V

F400

F493

GND_5V2 GND_5V2

2K4

R437

C422

GND_5V2

100nF 50V

3122 423 31811

PWB 12nc: COMM. 12nc:

GND_5V2

F481

F488

F480

GND_5V2

PSU SD21 37/42"

FLYBACK

4K7

1%

R420

GND_5V2

CLASS NO.

CN:

... dotted components are reserved items

2006-10-22

GND_5V2

U402

TL431ACZ-AP

GND_5V2

+12VU +5V2_TRF_A

12

220R

R447

2K2

F405

R424

1

2

+5V2_TRF_B

R438

F464

1

FLY_OVP

1K

2

©

4

2006-01-31

DATE

SUPERS

CHECK

P.V.D.HURK

NAME

1

C408

470pF

L401

CQ2018T

6

F427

L400

F436

R400

10nF 400V

C401

F426

1M

R401

100nF 630V

C400

X400

HEATSINK

220uH

1R

5

RS1K

D400

F452F444

R409

1K

4

F432

100pF 1KV

C402

S

D

G

T400

STF3NK80Z

D401

BAS316

F402

F443F442

R408

33R

R407

220R

R405

F435 F434F456

10

11

12

13

14

HVSVcc

Drain

NC

HVS

Driver

47K

R402

C403

R406

470R

9

NC

IsenseCTRL

1%

F403

1%

330nF 50V

22K

470pF 50V

F404

C404

3

F484

2R2

SR106

R404

2R2

R403

2R2

R445

PDZ6.8B

D413

15K

R452

PDZ15B

D412

D416

F485

56K

F482

R450

T410

BC847B

F413

LLC_DIP

18K

F472

R433

T409

BC847B

1

220nF 50V

C423 150K

R453

12K

F487

R451

4K7

F416

R449

400V

U400

TEA1533AT

NC

1

2

F/C

NC

GND

3

4

5

100nF 25V

C406

DEM

6

7 8

F455

22nF 50V

C405

1K

R410

PFC_OVP/OPP

PDZ16B

D402

2

D427

F446

1R

R417

F445

R416

1R

F437

D404

FR106G

V_PFC

+

C407

1%

R413

270K

D403

BAS316

F454

1%

R412

390K

F483

150R

R446

U401-A

U401-B

TCET1102G

4

C428

SF14G

2.2nF 100V

100uF 35V

+

C427

F429

R418

4K7

47uF 50V

F457

180R

F465

R411

U404-A

TCET1102G

U404-B

TCET1102G

3

4

3

5K6

F466

T407

BC847B

F467

BAS316

D417

R439

5sec

470nF 25V

C425

D407

FR106G

F463

PFC_OVP/OPP

10K

R430

T403

BC857B

F461

T402

BC857B

470nF 25V

C424

PDZ22B

D411

1M5

R431

2 4

1

PHILIPS

WRITTEN CONSENT OF THE COPYRIGHT OWNER. WHOLE OR IN PART IS PROHIBITED WITHOUT THE

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