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Print this page SERVICE MANUAL LCD Color Television 32AV933N Ver. 1.00 Updating history 5 5 6 6 Currently there are no updates available. Please check back at a later time for any future updates. TOSHIBA WEB-ZEUS >> terms and conditions >> privacy policy Copyright © 1995-2012 TOSHIBA Corporation, All Rights Reserved.

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Page 1: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

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SERVICE MANUAL

LCD Color Television

32AV933N Ver. 1.00

Updating history

55

66

Currently there are no updates available.

Please check back at a later time for any future

updates.

TOSHIBA WEB-ZEUS>> terms and conditions >> privacy policy

Copyright © 1995-2012 TOSHIBA Corporation, All Rights Reserved.

Page 2: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver
Page 3: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

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WARNING:

You are requested that you shall not modify or alter the information or data provided herein without prior written consent by Toshiba.

Toshiba shall not be liable to anybody for any damages, losses, expenses or costs, if any, incurred in connection with or as a result

of such modification or alteration.

THE INFORMATION OR DATA HEREIN SHALL BE PROVIDED "AS IS" WITHOUT ANY WARRANTY OF ANY KIND, EITHER EXPRESS

OR IMPLIED WARRANTY OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.

Toshiba shall not be liable for any damages, losses, expenses or costs, if any, incurred in connection with or as a result of use of any

information or data provided herein.

IMPORTANT NOTICE

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The EC is actively promoting the WEEE & RoHS Directives that define standards for recycling and reuse of Waste Electrical and Electronic

Equipment and for the Restriction of the use of certain Hazardous Substances. From July 1, 2006, the RoHS Directive will prohibit any marketing

of new products containing the restricted substances.

Increasing attention is given to issues related to the global environmental. Toshiba Corporation recognizes environmental protection as a key

management tasks, and is doing its utmost to enhance and improve the quality and scope of its environmental activities. In line with this, Toshiba

proactively promotes Green Procurement, and seeks to purchase and use products, parts and materials that have low environmental impacts.

Green procurement of parts is not only confined to manufacture. The same green parts used in manufacture must also be used as replacement

parts.

GREEN PRODUCT PROCUREMENT

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This product is manufactured using lead-free solder as a part of a movement within the consumer products industry at large to be environmentally

responsible. Lead-free solder must be used in the servicing and repair of this product.

WARNING: This product is manufactured using lead free solder.

DO NOT USE LEAD BASED SOLDER TO REPAIR THIS PRODUCT!

The melting temperature of lead-free solder is higher than that of leaded solder by 86ºF to 104ºF (30ºC to 40ºC). Use of a soldering iron designed

for lead-based solders to repair product made with lead-free solder may result in damage to the component and or PCB being soldered. Great

care should be made to ensure high-quality soldering when servicing this product especially when soldering large components, through-hole pins,

and on PCBs as the level of heat required to melt lead-free solder is high.

LEAD-FREE SOLDER

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WARNING: BEFORE SERVICING THIS CHASSIS, READ THE "SAFETY PRECAUTION" AND "PRODUCT SAFETY NOTICE"

INSTRUCTIONS BELOW.

Safety Precaution

WARNING: SERVICING SHOULD NOT BE ATTEMPTED BY ANYONE UNFAMILIAR WITH THE NECESSARY PRECAUTIONS ON THIS

RECEIVER. THE FOLLOWING ARE THE NECESSARY PRECAUTIONS TO BE OBSERVED BEFORE SERVICING THIS CHASSIS.

1. An isolation transformer should be connected in the power line between the receiver and the AC line before any service is performed on the

receiver.

2. Always disconnect the power plug before any disassembling of the product. It may result in electrical shock.

3. When replacing a chassis in the cabinet, always be certain that all the protective devices are put back in place, such as nonmetallic control

knobs, insulating covers, shields, isolation resistor-capacitor network, etc.

4. Always keep tools, components of the product, etc away from the children, These items may cause injury to children.

5. Depending on the model, use an isolation transformer or wear suitable gloves when servicing with the power on, and disconnect the power

plug to avoid electrical shock when replacing parts. In some cases, alternating current is also impressed in the chassis, so electrical shock is

possible if the chassis is contacted with the power on.

6. Always use the replacement parts specified for the particular model when making repairs. The parts used in products require special safety

characteristics such as inflammability, voltage resistance, etc. therefore, use only replacement parts that have these same characteristics.

Use only the specified parts when the mark is indicated in the circuit diagram or parts list.

SAFETY INSTRUCTION

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7. Parts mounting and routing dressing of wirings should be the same as that used originally. For safety purposes, insulating materials such as

isolation tube or tape are sometimes used and printed circuit boards are sometimes mounted floating. Also make sure that wirings is routed

and clamped to avoid parts that generate heat and which use high voltage. Always follow the manufactured wiring routes / dressings.

8. Always ensure that all internal wirings are in accordance before re-assembling the external casing after a repairing completed. Do not allow

internal wiring to be pinched by cabinets, panels, etc. Any error in reassembly or wiring can result in electrical leakage, flame, etc., and may

be hazardous.

9. NEVER remodel the product in any way. Remodeling can result in improper operation, malfunction, or electrical leakage and flame, which

may be hazardous.

10. Touch current check. (After completing the work, measure touch current to prevent an electric shock.)

Plug the AC cord directly into the AC outlet. Do NOT use an isolation transformer for this check.

Connect a measuring network for touch currents between each exposed metallic part on the set and a good earth ground such as a

water pipe.

Annex D

(normative)

Measuring network for TOUCH CURRENTS

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The potential at any point (TOUCH CURRENT) expressed as voltage and does not exceed the following value:

Resistance values in orms (Ω).

Input resistance : 1 MΩ

Input capacitance : 200 pF

Frequency range : 15 Hz to 1 MHz and d.c. respectively

Note: Appropriate measures should be taken to obtain the correct value in case of non sinusoidal waveforms.

The measuring instrument is calibrated by comparing the frequency factor of with the solid line in figure F.2 of IEC 60990 at various frequencies. A calibration curve is constructed showing the deviation of from the ideal curve as a function of frequency.

TOUCH CURRENT = / 500 (peak value).

V: Voltmeter or oscilloscope

(r.m.s. or peak reading)

The part or contact of a TERMINAL is not HAZARDOUS LIVE if:

Note: The limit values of = 0.35 V (peak) for a.c. and = 1.0 V for d.c. correspond to the values 0.7 mA (peak) a.c. and 2.0 mA

d.c.

a) The open-circuit voltage should not exceed 35 V (peak) a.c. or 60 V d.c. or, if a) is not met.

b) The measurement of the TOUCH CURRENT shall be carried out in accordance with IEC 60990, with the measuring network

described in Annex D of this standard.

The TOUCH CURRENT expressed as voltages and , does not exceed the following values:

- for a.c. : = 35 V (peak) and = 0.35 V (peak); - for d.c. : = 1.0 V

Page 9: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

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Copyright © 1995-2012 TOSHIBA Corporation, All Rights Reserved.

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Product Safety Notice

Many electrical and mechanical parts in this chassis have special safety-related characteristics. These characteristics are often passed unnoticed

by a visual inspection and the protection afforded by them cannot necessarily be obtained by using replacement components rated for higher

voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in this manual and its supplements;

electrical components having such features are identified by the international hazard symbols on the schematic diagram and the parts list.

Before replacing any of these components, read the parts list in this manual carefully. The use of substitute replacement parts which do not have

the same safety characteristics as specified in the parts list may create electrical shock, fire, or other hazards.

SAFETY INSTRUCTION

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Handling the LCD Module

Safety Precaution

In the event that the screen is damaged or the liquid crystal (fluid) leaks, do not breathe in or drink this fluid.

Also, never touch this fluid. Such actions could cause toxicity or skin irritation. If this fluid should enter the mouth, rinse the mouth thoroughly with

water. If the fluid should contact the skin or clothing, wipe off with alcohol, etc., and rinse thoroughly with water. If the fluid should enter the eyes,

immediately rinse the eyes thoroughly with running water.

Precautions for Handling the LCD Module

CAUTION: The metal edges of the LCD module are sharp, handle it with care.

The LCD module can easily be damaged during disassembly or reassembly; therefore, always observe the following precautions when handling

the module.

1. When attaching the LCD module to the LCD cover, position it appropriately and fasten at the position where the display can be viewed most

conveniently.

SAFETY INSTRUCTION

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2. Carefully align the holes at all four corners of the LCD module with the corresponding holes in the LCD cover and fasten with screws. Do not

strongly push on the module because any impact can adversely affect the performance. Also use caution when handling the polarized

screen because it can easily be damaged.

3. If the panel surface becomes soiled, wipe with cotton or a soft cloth. If this does not remove the soiling, breathe on the surface and then wipe

again.

If the panel surface is extremely solied, use a CRT cleaner as a cleaner. Wipe off the panel surface by drop the cleaner on the cloth. Do not

drop the cleaner on the panel. Pay attention not to scratch the panel surface.

4. Leaving water or other fluids on the panel screen for an extended period of time can result in discoloration or stripes. Immediately remove

any type of fluid from the screen.

5. Glass is used in the panel, so do not drop or strike with hard objects. Such actions can damage the panel.

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5. Glass is used in the panel, so do not drop or strike with hard objects. Such actions can damage the panel.

6. CMOS-LSI circuitry is used in the LCD module, so avoid damage due to static electricity. When handling the module, use a wrist ground or

anchor ground.

7. Do not expose the LCD module to direct sunlight or strong ultraviolet rays for an extended period of time.

8. Do not store the LCD module below the temperature conditions described in the specifications. Failure to do so could result in freezing of the

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liquid crystal due to cold air or loss of resilience or other damage.

9. Do not disassemble the LCD module. Such actions could result in improper operation.

10. When transporting the LCD module, do not use packing containing epoxy resin (amine) or silicon resin (alcohol or oxim). The gas generated

by these materials can cause loss of polarity.

Page 15: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

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P201 P202 CN1 CN12

1 24V 1 12V 1 +12V_NORMAL 1 PANEL_VCC

2 24V 2 12V 2 +12V_NORMAL 2 PANEL_VCC

3 24V 3 12V 3 +12V_NORMAL 3 PANEL_VCC

4 24V 4 GND 4 GND 4 PANEL_VCC

5 24V 5 GND 5 GND 5 OD_OCP_SEL

6 GND 6 GND 6 GND 6 PANEL_VCC

7 GND 7 5VSB 7 +5V_Standby 7 RXE4+

8 GND 8 5VSB 8 +5V_Standby 8 GND

9 GND 9 5VSB 9 +5V_Standby 9 RXE3+

10 GND 10 ACD 10 ACDetect 10 RXE4-

11 BRIGHT_ADJ 11 BD_PS_ON 11 GND 11 RXEC+

12 INV_ON_OFF 12 BRIGHT_ADJ 12 OCP_OUTPUT_PWM 12 RXE3-

13 INV_ON_OFF 13 INVERTER_ON_OFF 13 GND

14 PS_ON 14 STANDBY 14 RXEC-

15 RXE2+16 GND17 RXE1+18 REX2-19 REX0+

20 REX1-

21 GND

22 REX0-

23 RXO4+

24 GND

25 RXO3+

26 RXO4-

27 RXOC+

28 RXO3-

29 GND30 RXOC-31 RXO2+32 GND33 RXO1+34 RXO2-35 RXO0+36 RXO1-37 GND38 RXO0-39 BRIGHT_ADJ

40 OCP_OUTPUT_PWM

CN2

1 GND2 LED_TIMER3 LED_ON_OFF

4 LED_ON_OFF CN11

5 IRIN 1 SPK_R-

6 +5V_Standby 2 SPK_R+

3 SPK_L-

4 SPK_L+

CN202

1 +5V_STBY2 IRIN3 GND4 LED_ON_OFF5 LED_ON_OFF

6 LED_TIMER

IR_LED BORAD

Speaker

MAIN BOARDPSU Unit

PANEL (T-CON)

PA

NE

L I

NV

ER

TE

R

Speaker

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UNDER CONSTRUCTION

Note: Please check back in the future.

TROUBLESHOOTING GUIDE

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Firmware Upgrade - USB

USB upgrade flow

1. Firmware upgrade.

Copy a Firmware BIN file to USB disk (root directory) with FAT 32.

For example the naming as below.

xx_xV_xL_DB_933x_022_REV00.bin, shall have difference version of firmware number show on red.

2. Plug USB disk into TV USB port.

3. IR key MENU → SETUP → Software Upgrade → USB Upgrade.

During F/W upgrade will display percent on the screen when is finished will shown a message on LCD screen then unplug USB disk. TV will

auto reset and power on again.

Note:

Not allow copy more then 1 versions of firmware in USB disk.

FIRMWARE UPDATING PROCEDURE

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Panel ID in Global Serial No.

YWK

MODEL ID and PANEL ID

Total digits

Max 14

YWK

YWK

3 digits

Model ID

xxx

3 digits

SERIAL

******

6 digits

(A00001~Z99999)

Panel ID

**

2digits

Y : Year 8 2008

9 2009

A 2010

B 2011

C 2012

· · ·

· · ·

WK : Week 01 WK01

02 WK02

03 WK03

04 WK04

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Model/Panel Information

04 WK04

· · ·

· · ·

53 WK53

Model Model ID Panel ID Panel

19EL933RB K86 L1 LC185EXE-TEA1

19EL934RB K87 L1 LC185EXE-TEA1

23EL933RK L22 K1 LTM230HT10

23EL934RK L23 K1 LTM230HT10

26EL933B K90 L1 LC260EXN-SDA3

26EL933G K91 L1 LC260EXN-SDA3

26EL933RB K93 L1 LC260EXN-SDA3

26EL934G K94 L1 LC260EXN-SDA3

32EL933B L27 L1 LC320EXN-SEA1

32EL933G K96 L1 LC320EXN-SEA1

32EL933N K98 L1 LC320EXN-SEA1

32EL933RB K99 L1 LC320EXN-SEA1

32EL934G L01 L1 LC320EXN-SEA1

32EL934RB L02 L1 LC320EXN-SEA1

32HL933B L17 K1 LTA320HN03

32HL933G L16 K1 LTA320HN03

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32HL933G L16 K1 LTA320HN03

32HL933N L30 K1 LTA320HN03

32HL933RK L18 K1 LTA320HN03

40HL933B L20 K1 LTA400HM22

40HL933G L19 K1 LTA400HM22

40HL933N L31 K1 LTA400HM22

40HL933RK L21 K1 LTA400HM22

Model Model ID Panel ID Panel

32AV933G L03L1 LC320WXN-SCC1

K1 LTA320AP05-D

32AV933N L28L1 LC320WXN-SCC1

K1 LTA320AP05-D

32AV933RB L05L1 LC320WXN-SCC1

K1 LTA320AP05-D

32AV934G L06L1 LC320WXN-SCC1

K1 LTA320AP05-D

32AV934RB L07L1 LC320WXN-SCC1

K1 LTA320AP05-D

32LV933G L08 A1 T315HW04 V4(REV.6)

32LV933N L10 A1 T315HW04 V4(REV.6)

32LV933RB L11 A1 T315HW04 V4(REV.6)

40LV933G L12K1 LTA400HM01-R

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Panel vendor Information (Panel ID)

When the panel version is updated within the same panel vender, the last digit will be incremented by 1.

40LV933G L12K1 LTA400HM01-R

C1 V400HJ2-L01

40LV933N L29K1 LTA400HM01-R

C1 V400HJ2-L01

40LV933RB L14K1 LTA400HM01-R

C1 V400HJ2-L01

Marking Panel Vendor Marking Panel Vendor Marking Panel Vendor

A AUO J S SHARP

B K SAMSUNG T

C CMO L LPL/LGD U

D M V

E N W

F P CPT X

G Q Y

H IPS R Z

Page 24: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

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Whenever replacing the Main PCB with new one, perform this procedure.

1. IR Key MENU → APPLICATIONS → Sleep Timer → OK.

2. When display _ _ : _ 0 input 4 numbers 2766.

The Factory menu will display.

DESTINATION SETTING CHANGE

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3. Move to Tag "3" by Right/Left Arrow key on the Remote.

4. Select "Model Type" cell.

5. Select the appropriate model type by Right/Left Arrow key on the Remote. Model type is written on the rating label.

Page 27: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

6. Select "Reset to Def".

7. Select "Yes" and press "OK" button on the Remote.

Page 28: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

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Precaution

WARNING: BEFORE SERVICING THIS CHASSIS, READ THE "SAFETY PRECAUTION" AND "PRODUCT SAFETY NOTICE".

CAUTION: The international hazard symbols " " in the schematic diagram and the parts list designate components which have

special characteristics important for safety and should be replaced only with types identical to those in the original circuit or

specified in the parts list.

The mounting position of replacements is to be identical with originals.

Before replacing any of these components, read carefully the "SAFETY PRECAUTION" AND "PRODUCT SAFETY NOTICE".

Do not degrade the safety of the receiver through improper servicing.

Note:

The part number must be used when ordering parts, in order to assist in processing, be sure to include the Model number and Description.

The PC board assembly with mark is no longer available after the end of the production.

Abbreviations

PARTS LIST

Capacitors CD : Ceramic Disk

Resistors CF : Carbon film

OMF : Oxide Metal Film

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All CD and PF capacitors are ±5 %, 50 V and all resistor, ±5 %, 1/6 W unless otherwise noted.

OMF : Oxide Metal Film

PF : Plastic Film

CC : Carbon Composition

VR : Variable Resistor

EL : Electrolytic

MF : Metal Film

FR : Fusible Resistor

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PARTS LIST

Updating history

55

66

Currently there are no updates available.

Please check back at a later time for any future updates.

Location Parts No. Description

E200 75030330 PC BOARD ASSY, MAIN, 9C-EB40M00U0

E250 75030266 PC BOARD ASSY, POWER, 0433-006T000

E270 75030142 IR BOARD ASSY, 90-EB40S02X0

E300A 75019248 LCD PANEL, LC320WXN-SCC1

E300B 75026720 LCD PANEL, LTA320AP05-D

E310A 75030331 LVDS CABLE, 30P-40P 365MM, 1414-071S000

E310B 75031644 LVDS CABLE, 30P-40P 350MM, 1414-07JV000

E320 75030269 POWER CORD, 1411-019X000

E330 75029565 SPEAKER, 40LV933, 04A4-012X000

E340 75030272 CABLE, SPEAKER, 1419-003Q000

E342A 75030333 INVERTER CABLE, 14P-12P 275MM, 1414-0724000

E342B 75031075 INVERTER CABLE, 1410-00AD000

E344 75030276 CABLE, M/B TO P/B, 1414-072C000

E346 75030278 CABLE, M/B TO I/R, 1414-078J000

E400 75014827 REMOCON HAND UNIT, CT-90326

E410 75031349 OWNERS MANUAL, 1506-0LHM000

E420 75029590 INSTALLATION MANUAL, 40LV933B, 1506-0KGU000

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E100A 75031860 FRONT BEZEL ASSY, 13EB-3DB0111

E100B 75031861 FRONT BEZEL ASSY, 13EB-3DB0P01

E110 75031061 BACK COVER ASSY, 13EB-3DQ0411

E120 75030261 STAND ASSY, 9C-EB40S01H0

E125 75029558 SCREW, FOR STAND, 4MX12MM, 40LV933, 13EB-3DB0801

E130 75030262 KEY PLATE ASSY, 13EB-3DB0501

E500 75031858 CARTON BOX, 1503-04GJ000

E510 75030282 PACKING, TOP RIGHT, 1505-02Q3000

E511 75030284 PACKING, TOP LEFT, 1505-02PT000

E512 75030286 PACKING, BOTTOM RIGHT, 1505-02PY000

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Page 33: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

R319

R83

C74R56

R469

D25

C187

C201

D15

R322

C215

C198C200

C206

C226

R229R228

C393

C259

R294

D8

FB28

C120

C205

R220

R219

C222

C199

C225

C218

C258

FB41

Q17

R274R279

C130FB30

C221

C220

C202

C224

C223

C135

FB33

C257

R321

R323

D17

C246

D9

R88

U8 C95

R455

C204

C219

C203

C143

C309

C262

R295

C96

R109

C142

C149

C144

FB29

R234

R140

R235

C318

C319

C263

D19

C267R324

R337

R332

R333

R343

R329

C121C138

C139

C124

C123

C122

C137

C140C141

C128

R82

R80

C126

C125

C227

R380

C265

C268C266

R43C60

R78

R69

R288

C119

C127

C148C147

C85

C191

C189

C190

C186

C184

C185

R384

R385

C321

C332

C264

D18

R358

C279

R356

R360

C274

R41C58

R58

R75

C131

C129C151

C192

C196

C188

C197

C183

C209

R100

R99

C275

FB42

R351

R355C278

R359

R47C65

C47 R57

R357

R346 R74

FB31

C132

C134C150C146

C193

C195

C194

C228

C212

C216

R244

R243

C214

C374

C375R437

C269

FB43

U16

C280

C273

R349

C281

C48

R361

FB10

C133

FB32

C158

R436

R345

R350C277

R353

R354

C276

C271

R352

C51

R315

C253

R347

R348

C272

C270

C54C53

C52

C156

R107

R105

R195

C255

R318

C363

C366R424

C359

C46

R142R162

R158R148R149R157

C252

R418

R421

Q20

C45

C157

R147R175

R156R179

R180

R177

C155C152C153R184

C154R191R197

R187

R170

R182R194

C166C173C171

C168

C159

R178R189

C167C169R164

R167

R171

R190R199

R161

R144R145R159R173

C170C172

R316

R317

R411

R414

C44

C43

R151

C254

C356

FB53

C357

C361L12 R413

R154R155

R193

R174

R172

R176R192

R196

R183

R168

R185R186

R150

R165

R169R188

R141

R163

R128

ZD29

Page 34: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

09.DDR2

04.DC to DC

SCHEMATIC Name

01.Contents

7

4

1

07.MSD701PX-POWER

03.Block Diagram

02.Power Budget

10

CONTENTS

10.HDMI

8

05.03.MSD701PX-3A3D&USB&AUDIO-IN

3

6

9

5

08.MSD701PX-PCMCIA&TFE

06.MSD701PX-DDR2&LVDS&GPIO&DVD

2

SHEET

11.VGA

12

11

13

14

15

16

17

12.COMPONENT&Side AV

13.SCART

14.AUDIO AMP&HEADPHONE

15.Tuner

16.LVDS Interface

17.SPDIF OUT

18.USB 18

Author VerDate

REVISION HISTORY

Comments

1.002011/09/07 For SR stage.CM/Jason

Size Project Name Rev

Date: Sheet of

Title :Engineer:

B

1 19Tuesday, December 06, 2011

MAIN BOARD

Contents&History

1.01xxA(L)V933/xxE(H)L933Size Project Name Rev

Date: Sheet of

Title :Engineer:

B

1 19Tuesday, December 06, 2011

MAIN BOARD

Contents&History

1.01xxA(L)V933/xxE(H)L933Size Project Name Rev

Date: Sheet of

Title :Engineer:

B

1 19Tuesday, December 06, 2011

MAIN BOARD

Contents&History

1.01xxA(L)V933/xxE(H)L933

Page 35: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

Power Block Diagram

PSU

+12V_NORMAL

5V to 3.3V+3V3_Standby+5V_Standby CMOS LDO

5V to 1.8V

+1.8VSwitching power

5V to 1.2V

+1.2VSwitching power

12Vto 8V

Panel_VCCP-mos

AUDIO AMP 5W+5W/7W+7W

U7U8U9

U6F

FB43

FB43

U6F

U11,U12

U6F

P-mos

P-mos

Unit

5V to 3.3VCMOS LDO

U14U17

CN13

+3V3_Normal

U6F

5V to 2.5VCMOS LDO U6F+2.5_Normal

FB32

TU1TUNER_+5VLDO 8Vto 5V

LED / IR Board Keypad Board

U19

BDModule(Option)

BD_+5V

U32

Size Project Name Rev

Date: Sheet of

Title :Engineer:

B

2 19Tuesday, December 06, 2011

MAIN BOARD

Power Budget

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jeff Y HsiaoSize Project Name Rev

Date: Sheet of

Title :Engineer:

B

2 19Tuesday, December 06, 2011

MAIN BOARD

Power Budget

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jeff Y HsiaoSize Project Name Rev

Date: Sheet of

Title :Engineer:

B

2 19Tuesday, December 06, 2011

MAIN BOARD

Power Budget

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jeff Y Hsiao

Page 36: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

AMPDVR602

HDMI 2

CEC

TDMS/DDCCEC

USB DP/DM

VGA_AU_LIN / RIN

SC1_R/G/B/AV IN

Y/Pb/Pr/

SCART1 (Full)

R/G/B/H/V/DDC

SC1_L/R_IN

COMP_AU_LIN / RIN

MSD3704pxVGA Phone Jack

VGA

Component 1+L/R

DIF+/-

USB (SIDE)

SC1_AV Out

HDMI 1 TDMS/DDCCEC

& AV Input

SPDIF out

SC1_L / R_Out

AIF VIFSAW

SPDIF_Out

Back port

Back port

TunerLGTDTK-G641D

Flash64MBit

FLASH BUS 1st: Mxic / MX25L6445EM2I-10G

DDR2 512MBitDDR BUS

DDR2 512MBitDDR BUS

2nd: Winbond / W25Q64CVSSIG

1st: Hynix / H5PS5162FFR-G72nd: Winbond / W9751G6JB-18

1st: Hynix / H5PS5162FFR-G72nd: Winbond / W9751G6JB-18

I2S BUSSPEAKERTAS5707L

KEYPAD

PanelLVDS OUTPUT

ADC Interface

PCMCIA SLOTPCMCIA BUS

DVD ModuleDVD Interface

EarphoneHPR/HPL

LED Interface IR/LED

IR Interface

Size Project Name Rev

Date: Sheet of

Title :Engineer:

B

3 19Tuesday, December 06, 2011

MAIN BOARD

Block Diagram

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jeff Y HsiaoSize Project Name Rev

Date: Sheet of

Title :Engineer:

B

3 19Tuesday, December 06, 2011

MAIN BOARD

Block Diagram

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jeff Y HsiaoSize Project Name Rev

Date: Sheet of

Title :Engineer:

B

3 19Tuesday, December 06, 2011

MAIN BOARD

Block Diagram

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jeff Y Hsiao

Page 37: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

Pd:0.4W

3.3V Standby Power

3.0V

Vout=1.2*(1+Ru/Rd)

Ru

Rd

Pd:0.4W

3.0V

Vout=1.2*(1+Ru/Rd)165mA

Ru

Rd

3.3V Normal Power

Rd

RuPd:0.4W

2.2V

Vout=1.2*(1+Ru/Rd)119.4mA

2.5V Normal Power

956.4mAVout=0.6*(1+Ru/Rd)

Ru

Rd

2.2V

1.26V(min)

1.3V Normal Power 1.8V Normal Power

output voltage = 3.36V output voltage = 1.32V

output voltage = 3.36Voutput voltage = 2.52V

Vout=0.6*(1+Ru/Rd)

Ru

Rd

2.2V

output voltage = 1.80V

OCP_OUTPUT_PWM

NORMAL_PWR_CTL

INVERTER_ON_OFF

DVD_POWER_ON

+12V_NORMAL

+5V_Standby

+5V_Standby +3.3V_Standby

+3.3V_Normal+5V_Standby +5V_Standby +2.5V_Normal

+5V_Standby VCC1.3V

+3.3V_Normal

+5V_Standby +1.8V

+3.3V_Normal

DVD_VCC+5V

+5V_Standby

DVD_VCC+5V

+12V_NORMAL

ACDetect 6

OCP_OUTPUT_PWM 16

NORMAL_PWR_CTL6

STANDBY 6BL_EN 6

DVD_PS_ON6

Size Project Name Rev

Date: Sheet of

Title :Engineer:

C

4 19Tuesday, December 06, 2011

MAIN BOARD

DC to DC

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

C

4 19Tuesday, December 06, 2011

MAIN BOARD

DC to DC

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

C

4 19Tuesday, December 06, 2011

MAIN BOARD

DC to DC

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason Chang

C15

0.1UF/16V

12

C36

0.1UF/16V

12

R3100KO

HM

12

S D

G

Q32

AP4435GM

NC

123

5678

4

C31

0.1UF/16V

12

R13 22Ohm1 2

L2 4.7uH21

R5360Kohm

12

C39

0.1UF/16V

12

R46510KOhm

NC

12

R21

220KO

hm

12

C1

1UF/16V

12

G4

C315D138N

NP_NC1

GND12

GND23

GND34

GND78

GND67

GND56

GND45

GND89

C30

0.1UF/16V

12

C17

0.1UF/16V

12

R17

110KO

hm

12

C3901UF/16V

NC

12

CN1

WAFER_HD_1x14P

11

22

33

44

55

66

77

88

99

1010

1111

1212

1313

1414

C10

0.1UF/16V

12

C25

0.1UF/16V

12

C34

10UF/10V

12

R15 22Ohm1 2

C358

10UF/16V

NC

12

C41

0.1UF/16V

NC12

R46347KOHM

NC

12

C23

0.1UF/16V

12

C33

0.1UF/16V

12

U1 RT9043-GB

VIN1

GND2

EN3

FB4

VOUT5

C29

0.1UF/16V

12

C11

22UF/6.3V

NC12

C3

1UF/16V

12 C13

10UF/10V

12

R18100KOhm

12

R4640Ohm

NC

12

R23

220KO

hm

12

C990.1UF/16V

NC

12

C18

10UF/10V

NC12

C10010UF/10V

NC

12

R2180KOhm

12

R10300KOhm

1 2

U2RT8059GJ5

EN1

GND2

LX3

VIN4

FB/VOUT5

R12100KOhm

12

U3RT8059GJ5

EN1

GND2

LX3

VIN4

FB/VOUT5

C22

1UF/16V

12

R19100KOhm

12

R4220KO

hm

12

C35

0.1UF/16V

12

C2

0.1UF/16V

12

R8309KOhm

12

C3910.1UF/16V

NC

12

R20

100KO

HM 1

2

R14 22Ohm1 2

G5

C315D138N

NP_NC1

GND12

GND23

GND34

GND78

GND67

GND56

GND45

GND89

C12

0.1UF/16V

12

C420.1UF/16V

NC

12

R6

100KO

HM

12R

9220K

Ohm

12 R11

150KOhm

1 2

R34

4.7KO

hm

12

R77 33Ohm

1 2

C4 10PF/50V12

BC

E

1

2

3

Q31PMBS3904

NC

L1 4.7uH21

C3920.1UF/16V

NC

12

C19

10UF/10V

12

R22

100KO

HM 1

2

C27

0.1UF/16V

12

G1

C315D138N

NP_NC1

GND12

GND23

GND34

GND78

GND67

GND56

GND45

GND89

R4680Ohm

NC

1 2

R31

4.7KO

hm

12

R1

330KO

hm

12

C740.1UF/16V

NC

12

R4664.7KOhmNC

1 2

C26

1UF/16V

12

C16

0.1UF/16V

12

R16180KOhm

12

C32

0.1UF/16V

12

G2

C315D138N

NP_NC1

GND12

GND23

GND34

GND78

GND67

GND56

GND45

GND89

R7

220KO

hm

12

12345

CN5

WAFER_HD_5P

NC

12345

C7

0.1UF/16V

12

R467

10KO

hm

NC

12

R76 33Ohm

1 2

R564.7KOhm

NC

12

C6

10UF/10V

12

C28

1UF/16V

12

C8

22UF/6.3V

12

C37

0.1UF/16V

12

C393

10UF/10V

NC

12

C40

10UF/10V

NC

12

C20

0.1UF/16V

12

C21

0.1UF/16V

12

C5 10PF/50V12

C380.1UF/16V

1 2

U4 RT9043-GB

VIN1

GND2

EN3

FB4

VOUT5

C24

1UF/16V

12

U5 RT9043-GB

VIN1

GND2

EN3

FB4

VOUT5

Page 38: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

VGA_VSVGA_HS

VGA_AU_RIN DVD_AU_RINVGA_AU_LIN DVD_AU_LIN

COMP_AU_LINCOMP_AU_RIN

SPDIF_OUT

SC_AU_LINSC_AU_RIN

AU_VRPAU_VAGAU_VRM

SC_AUOUT_LSC_AUOUT_R

HDMI-CEC

HOTPLUGBDDCDB_SDADDCDB_SCLHDMI_B_RXCLKPHDMI_B_RXCLKNHDMI_B_RX2PHDMI_B_RX2NHDMI_B_RX1PHDMI_B_RX1NHDMI_B_RX0PHDMI_B_RX0N

CVBS0+

S_R+CVBS5+CVBS4+

CVBS_OUT

HDMI_C_RX0NHDMI_C_RX0PHDMI_C_RX1NHDMI_C_RX1PHDMI_C_RX2NHDMI_C_RX2PHDMI_C_RXCLKNHDMI_C_RXCLKPDDCDC_SCLDDCDC_SDAHOTPLUGC

SPDIF_OUT 10,17

COMP_AU_LIN 12COMP_AU_RIN 12SC_AU_LIN 13SC_AU_RIN 13

VGA_HS11VGA_VS11

SC_AUOUT_R 13SC_AUOUT_L 13

RGB0_R-11RGB0_R+11RGB0_G-11RGB0_G+11RGB0_B-11RGB0_B+11

S_B-13S_B+13

S_R-13S_R+13S_G-13S_G+13

SC_FS16,13SC_FB113

Pr-12Pr+12Y-12Y+5,12Pb-12Pb+12

HDMI-CEC10

HDMI_B_RX0N10HDMI_B_RX0P10HDMI_B_RX1N10HDMI_B_RX1P10HDMI_B_RX2N10HDMI_B_RX2P10HDMI_B_RXCLKN10HDMI_B_RXCLKP10DDCDB_SCL10DDCDB_SDA10HOTPLUGB10

S_CVBS 13

CVBS_OUT 13

USB_DP1 18USB_DM1 18

Y+ 5,12

H_OutR 14H_OutL 14

HDMI_C_RX0N10HDMI_C_RX0P10HDMI_C_RX1N10HDMI_C_RX1P10HDMI_C_RX2N10HDMI_C_RX2P10HDMI_C_RXCLKN10HDMI_C_RXCLKP10DDCDC_SCL10DDCDC_SDA10HOTPLUGC10

DVD_AU_LIN 6DVD_AU_RIN 6

DVD_SV_Y 6DVD_SV_C 6

Size Project Name Rev

Date: Sheet of

Title :Engineer:

B

5 19Tuesday, December 06, 2011

MAIN BOARD

MSD3704PX

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

B

5 19Tuesday, December 06, 2011

MAIN BOARD

MSD3704PX

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

B

5 19Tuesday, December 06, 2011

MAIN BOARD

MSD3704PX

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason Chang

R39 33Ohm1 2

R46 33Ohm1 2

C60 0.047UF/25VNC 12

RGB CVBSU6E

MSD3704PX-LF

BIN0MK1 GIN0PL3 GIN0ML2

SOGIN0K2

RIN0MM2

HSYNC0N4

VSYNC0N5

BIN1MN3 GIN1PN2

SOGIN1N1

RIN1MR3

HSYNC1W6

VSYNC1Y6

BIN2MR1

GIN2MT2

RIN2MU2

SOGIN2T3

HSYNC2V4

RIN0PM3

BIN0PK3

RIN1PP2

GIN1MP3

BIN1PM1

RIN2PU3

GIN2PT1

BIN2PR2

CVBS0AC5

CVBS4W2

CVBS5W3

CVBSOUT0V3

VCOMW1

CVBS1W4

CVBS2W5

CVBSOUT1AA4

CVBS3AA5

R42 68Ohm1 2

C78 0.047UF/25V12

R51 33Ohm1 2

C63 0.047UF/25V12R37 68Ohm1 2

R57 100Ohm1 2

C77 0.047UF/25V12

HDMI AUDIO

SPDIF

USB

U6C

MSD3704PX-LF

AUL0R4

AUR0R5

AUL1T6

AUR1U6

AUL2V6

AUR2U5

AUL3AD6

AUR3AC6

RXA0NG2

RXA0PH3

RXA1NH2

RXA1PJ3

RXA2NJ2

RXA2PJ1

RXACKNG3

RXACKPG1

DDCDA_CKM4

DDCDA_DAM5

HOTPLUGAK6

RXB0ND2

RXB0PE3

RXB1NE2

RXB1PF3

RXB2NF2

RXB2PF1

RXBCKND3

RXBCKPD1

DDCDB_CKJ6

DDCDB_DAL6

HOTPLUGBJ4

RXC0NAC8

RXC0PAD9

RXC1NAC9

RXC1PAD10

RXC2NAE10

RXC2PAC10

RXCCKNAE8

RXCCKPAD8

DDCDC_CKAE7

DDCDC_DAAD7

HOTPLUGCAC7

CECK5

AUOUTL0V1

AUOUTR0V2

EAR_OUTLAD5

EAR_OUTRAE5

AUVRPAB4

AUVAGAB5

AUVRMAC3

SPDIFOP5

AUOUTL1AA6

AUOUTR1Y5

USB0_DPC2

USB0_DMB1

USB1_DPAD11

USB1_DMAE11

C46 2.2UF/10V12

C81 1000PF/50V12

C67 0.047UF/25V12

C71 0.047UF/25V12

R62 33Ohm1 2

R58 100Ohm1 2

R53 33Ohm1 2

C69 0.047UF/25V12

R48 470Ohm1 2

C52 10UF/10V12

R49 68Ohm1 2

C70 0.047UF/25V12

R64 33Ohm1 2

C44 2.2UF/10VNC 12

C56 0.047UF/25V12

C53 1UF/16V12

C57 0.047UF/25V12

R63 68Ohm1 2

R60 33Ohm1 2

R52 68Ohm1 2

C51 0.1UF/16V12

C65 0.047UF/25V12

C47 2.2UF/10V12

C55 0.047UF/25V12

C76 0.047UF/25V12

R47 33Ohm1 2

C73 0.047UF/25V12

R40 33Ohm1 2

C80 0.047UF/25V12

R59 68Ohm1 2

C54 4.7UF/10V12

R65 470Ohm1 2

C79 0.047UF/25V12

R41 33OhmNC 1 2

R55 33Ohm1 2

C61 0.047UF/25V12

C45 2.2UF/10V12

R38 68Ohm1 2

FB10120Ohm/100Mhz

21

C66 1000PF/50V12

C75 0.047UF/25V12

R43 33OhmNC 1 2

C72 0.047UF/25V12

R45 33Ohm1 2

R50 68Ohm1 2

C59 0.047UF/25V12

C64 0.047UF/25V12

C58 0.047UF/25VNC 12

C48 2.2UF/10V12

C68 0.047UF/25V12

R54 68Ohm1 2

R61 68Ohm1 2

C62 0.047UF/25V12R44 33Ohm1 2

C43 2.2UF/10VNC 12

Page 39: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

1:MIPS / 0:ISP0

0

0

0

Mode Selection

0 POWER SOURCE0.93V

VOL-0.41V1.65V

VOL+2.54V

START_SW:Disk Insert Signal.A_MUTE:DVD Audio Mute Signal.

I2S_OUT_BCK

I2S_OUT_SD

CFG_PWM1

CFG_PWM0

I2S_OUT_MCK

Boot_Flash-CSN_1SPI_Flash-SDOBOOT-FLASH_WPN_1

System-RST

MI2C-SDAMI2C-SCL

SPI_Flash-SCK

USB_PWR_SW

USB_OCD

XTALOUT

AMP_MUTE

ACDetect_A

IRIN

Boot-FLASH_WPN

MIUB_A6MIUB_A7

XTALIN

MIUB_A8MIUB_A9MIUB_A10MIUB_A11MIUB_A12

MIUB_DQ0MIUA_DQ0MIUB_DQ1MIUB_DQ2MIUB_DQ3MIUB_DQ4MIUB_DQ5MIUB_DQ6

MIUA_DQ1

MIUB_DQ7MIUB_DQ8

MIUA_BA0MIUA_BA1

MIUB_DQ9MIUB_DQ10MIUB_DQ11

MIUA_DQ2

MIUB_DQ12MIUB_DQ13MIUB_DQ14

MIUA_BA2

MIUB_DQ15

MIUA_DQ3MIUA_DQ4MIUA_DQ5MIUA_DQ6MIUA_DQ7

MIUA_ODT

MIUA_DQ8MIUA_DQ9MIUA_DQ10MIUA_DQ11MIUA_DQ12MIUA_DQ13MIUA_DQ14MIUA_DQ15

MIUB_DQ[0:15]

LED_ON_OFF

MIUA_A[0:12]

STANDBY

MIUA_DQ[0:15]

MIUA_DQS0MIUA_DQS0BMIUA_DQS1MIUA_DQS1B

MIUB_A[0:12]

MIUB_WEZMIUB_RASZMIUB_CASZMIUB_BA0MIUB_BA1MIUB_BA2MIUB_ODT

MIUB_DQS0MIUB_DQS0BMIUB_DQS1MIUB_DQS1B

MIUB_DQM0MIUB_DQM1

MIUB_MCLKMIUB_MCLKZMIUB_MCKE

MIUA_DQM0MIUA_DQM1

MIUA_MCLKMIUA_MCLKZMIUA_MCKE

MIUA_A0MIUA_A1MIUA_A2MIUA_A3MIUA_A4MIUA_A5MIUA_A6MIUA_A7MIUA_A8MIUA_A9MIUA_A10MIUA_A11MIUA_A12

MIUA_WEZMIUA_RASZMIUA_CASZ

MIUB_A0MIUB_A1MIUB_A2MIUB_A3MIUB_A4MIUB_A5

AMP_RST

SPI_Flash-SDI

OD_SEL

BL_EN

CFG_PWM1BL_ADJ_PWM

HP_DET

MVERF

HP_MUTE

SPI_Flash-SDO

Boot_Flash-CSN

KEY1

SCART_MUTE

MI2C-SCLMI2C-SDA

PCM_5V_CTL

LED_TIMER

NORMAL_PWR_CTL

Panel_ON

UART_TXUART_RX

CFG_PWM0

TU_LNA_ON_OFF

ACDetect_A

BL_ADJ_PWM

Boot-FLASH_WPN_1

Boot_Flash-CSN_1Boot_Flash-CSN

Boot-FLASH_WPN

SPI_Flash-SCKSPI_Flash-SDI

System-RST

KEY1

IRIN

DVD_START_SWDVD_A_MUTE

DVD_SPDIF_IN

DVD_RST

DVD_UART_TX DVD_UART_RX

DVD_START_SW

DVD_UART_RXDVD_UART_TX

DVD_PS_ON

DVD_SPDIF_INDVD_RST

DVD_A_MUTE

LED_ON_OFF

LED_TIMER

I2S_OUT_WSI2S_OUT_BCK

I2S_OUT_SDI2S_OUT_MCK

+3.3V_Normal

AVDD33_ADC

AVDD_DDR

+3.3V_Standby

+3.3V_Normal

+3.3V_Standby

+3.3V_Standby+5V_Standby

+5V_Standby

+5V_Standby+5V_Standby

+5V_Standby

+3.3V_Normal

+3.3V_Normal

RXOC+ 16

RXO0+ 16

RXOC- 16

RXO1+ 16RXO0- 16

RXO1- 16

RXO3+ 16

RXE4- 16RXE4+ 16

RXO3- 16

RXO2+ 16

RXEC+ 16

RXE0+ 16

RXEC- 16

RXE1+ 16RXE0- 16

RXE1- 16

RXE3+ 16RXE3- 16

RXE2+ 16

AMP_MUTE 14

RXE2- 16

RXO2- 16

RXO4+ 16RXO4- 16

TU_LNA_ON_OFF 15

USB_PWR_SW 18

HP_MUTE 14

MIUA_BA09MIUA_BA19MIUA_BA29MIUA_ODT9

MIUB_CASZ 9MIUB_BA0 9

USB_OCD 18

MIUB_DQ[0:15] 9

MIUB_BA1 9

MIUB_DQS0 9

MIUB_BA2 9

MIUA_A[0:12]9

MIUB_ODT 9

MIUB_DQS0B 9

MIUA_DQ[0:15]9

MIUB_DQS1 9MIUB_DQS1B 9

MIUB_DQM0 9MIUB_DQM1 9

MIUA_DQS09MIUA_DQS0B9

MIUB_A[0:12] 9

MIUA_DQS19MIUA_DQS1B9

MIUB_MCLK 9MIUB_MCLKZ 9

MIUA_DQM09MIUA_DQM19

MIUB_MCKE 9

MIUA_MCLK9MIUA_MCLKZ9

MIUB_WEZ 9

MIUA_MCKE9

MIUA_WEZ9MIUA_RASZ9MIUA_CASZ9

MIUB_RASZ 9

NORMAL_PWR_CTL 4

STANDBY 4

BL_EN 4

HP_DET 14

PCM_5V_CTL 8

Panel_ON 16

SAR3_RFAGC15

OD_OCP_SEL 16

AMP_RST 14

SCART_MUTE 13

UART_RX11UART_TX11

MI2C-SCL14MI2C-SDA14

ACDetect 4

ACD_INT 8

BRIGHT_ADJ 16

DVD_SV_Y5DVD_SV_C 5

DVD_AU_LIN5DVD_AU_RIN 5

DVD_PS_ON 4

AU2SCK14

AU2MCKO14AU2SDO14AU2WS14

Size Project Name Rev

Date: Sheet of

Title :Engineer:

Custom

6 19Tuesday, December 06, 2011

MAIN BOARD

MSD3704PX

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

Custom

6 19Tuesday, December 06, 2011

MAIN BOARD

MSD3704PX

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

Custom

6 19Tuesday, December 06, 2011

MAIN BOARD

MSD3704PX

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason Chang

RN26A 10Ohm1 2

C82

0.1UF/16V

12

RN29D 10Ohm7 8

C105

0.1UF/16V

12

U8

G690H293T73UFGND

1

RESET2

VCC3

12

GND3 X124MHZ

C981PF/50V1

2

BC

E

1

2

3Q202

PMBS3904

RN26D 10Ohm7 8

R111

100KO

HM

12

R124100Ohm

NC

1 2

C103

0.1UF/16V

12

RN29C 10Ohm5 6

C92

0.01UF/50V

12

C108

330PF/50V

NC

12

C97

0.1UF/16V

12

R138

75Ohm

NC

12

C94

0.1UF/16V

12

R75 33Ohm1 2

R137

75Ohm

NC

12

RN26C 10Ohm5 6

R80

1KOhm

1 2

R81 33Ohm1 2

RN30B 10Ohm3 4

C91

0.1UF/16V

12

SW6

TACT_SWITCH_2P

P_G

ND

13

P_G

ND

24

11

22

R136

12KO

hm

NC

12

C117

330PF/50V

NC

12

R2036.8KOhm

12

C84

27PF/50V

1 2

RN27B 10Ohm3 4

R821KOhm

12

GS

D 3

2

1

Q52N7002

1

32

RN30A 10Ohm1 2

R11733Ohm

1 2

R128100Ohm

NC

12

C116

47PF/50V

NC

12

C104

560P

F/50

V

NC

12

R10210KOhm

1 2

R84 33Ohm1 2

R4554.7KOhm

12

SW5

TACT_SWITCH_2P

P_G

ND

13

P_G

ND

24

11

22

R139

12KO

hm

NC

12

R8310KOhm

12

RN27A 10Ohm1 2

C11

1

0.1UF/16V

NC

12

RN30D 10Ohm7 8

R8510KOhm

12R94

4.7KOhm

12

R214

1.5KOhm

12

R13110KOhm

NC

1 2

R8710KOhmNC

12

C86

0.1UF/16V

12

R13010KOhm

NC

12

C11322P

F/50VNC

12

RN27D 10Ohm7 8

SW7

TACT_SWITCH_2P

P_G

ND

13

P_G

ND

24

11

22

C93

0.1UF/16V

12

R9610KOhm

1 2

R210

10KOhm

1 2

C87

0.1UF/16V

12

RN30C 10Ohm5 6

R12033Ohm

1 2

R88 33Ohm1 2

R9710KOhm

12

R78 100Ohm1 2

R110100KOHM

12

R8910KOhmNC

12

RN27C 10Ohm5 6

R109470Ohm

12

C118

560P

F/50

V

NC

12

C11

5

0.1UF/16V

NC

12

R1084.7KOhm

12

SW4

TACT_SWITCH_2P

P_G

ND

13

P_G

ND

24

11

22

R127 33Ohm

NC

1 2

R74 33Ohm1 2

12345

6

CN2

WAFER_HD_6P

123456

RN28B 10Ohm3 4

C89

0.1UF/16V

12

R10510KOhm

1 2

R10610KOhm

12

R91 33Ohm1 2

R863.3KOHM

12

C106

0.1UF/16V

12

C90

0.1UF/16VNC

12

BC

E

1

2

3

Q204PMBS3904

MIUA MIUB

U6A

MSD3704PX-LF

A_MADR[0]C10

A_MADR[1]A22

A_MADR[2]A9

A_MADR[3]B23

A_MADR[4]B9

A_MADR[5]A23

A_MADR[6]C9

A_MADR[7]C23

A_MADR[8]B8

A_MADR[9]A24

A_MADR[10]B22

A_MADR[11]C8

A_MADR[12]B24

A_MDATA[0]C13

A_MDATA[1]A19

A_MDATA[2]A12

A_MDATA[3]B19

A_MDATA[4]C20

A_MDATA[5]B12

A_MDATA[6]C19

A_MDATA[7]A13

A_MDATA[8]B14

A_MDATA[9]C18

A_MDATA[10]C14

A_MDATA[11]A18

A_MDATA[12]B18

A_MDATA[13]B13

A_MDATA[14]B17

A_MDATA[15]C15

A_DQS[0]A16

A_DQSB[0]C16

A_DQS[1]A15

A_DQSB[1]B15

MVREFD22

A_DQM[0]B16

A_DQM[1]C17

A_MCLKC12

A_MCLKZB11

A_MCLKEC21

A_WEZB20

A_RASZB10

A_CASZA10

A_BADR[0]A21

A_BADR[1]B21

A_BADR[2]C22

A_ODTC11

B_MADR[0]E23

B_MADR[1]U24

B_MADR[2]D24

B_MADR[3]V25

B_MADR[4]D25

B_MADR[5]V24

B_MADR[6]D23

B_MADR[7]W25

B_MADR[8]C25

B_MADR[9]W24

B_MADR[10]V23

B_MADR[11]C24

B_MADR[12]W23

B_MDATA[0]H23

B_MDATA[1]P24

B_MDATA[2]G24

B_MDATA[3]R23

B_MDATA[4]R24

B_MDATA[5]G25

B_MDATA[6]P23

B_MDATA[7]H24

B_MDATA[8]J25

B_MDATA[9]N23

B_MDATA[10]J24

B_MDATA[11]N24

B_MDATA[12]N25

B_MDATA[13]J23

B_MDATA[14]M25

B_MDATA[15]K23

B_DQS[0]L24

B_DQSB[0]L23

B_DQS[1]K24

B_DQSB[1]K25

B_DQM[0]M23

B_DQM[1]M24

B_MCLKG23

B_MCLKZF25

B_MCLKET23

B_WEZR25

B_RASZF23

B_CASZE24

B_BADR[0]T24

B_BADR[1]T25

B_BADR[2]U23

B_ODTF24

A_MADR[13]B7

B_MADR[13]B25

RN25B 10Ohm3 4

R2121.2KOhm

12

R129 33Ohm

NC

1 2

RN28A 10Ohm1 2

R126

10KOhm

NC

1 2

C10

9

0.1UF/16V

NC

12

C83

27PF/50V

1 2

C107

0.1UF/16V

12

R1184.7KOhm

12

CN3WAFER_HD_14P

NC

12345678910111214 13

C95

0.1UF/16V

12

R135

11KO

hm 12

RN25A 10Ohm1 2

R791MOhm

12

RN28D 10Ohm7 8

C88

33PF/50V

NC

12

BC

E

1

2

3Q201

PMBS3904

R1254.7KOhm

NC

12

RN25D 10Ohm7 8

PWM

SAR

SPI

UART/I2CS

I2CM

GPIO

LVDS

GPIO_PM

IR

XTAL

RESET

GPIO_TCON

I2S

U6D

MSD3704PX-LF

LVB0MAC25LVB0PAC24

LVB1MAD25LVB1PAD24

LVB2MAC23LVB2PAE24

LVB3MAC22LVB3PAE22LVBCKMAD23LVBCKPAE23

LVB4MAD22LVB4PAC21

LVA0MAD21LVA0PAC20

LVA1MAD20LVA1PAE20

LVA2MAC19LVA2PAE19

LVACKMAD19LVACKPAC18

LVA3MAD18LVA3PAC17

LVA4MAD17LVA4PAE17

PWM0AB25

PWM1AB24

PWM2E6

PWM3D6

SAR0J5

SAR1G4

SCKA2

SDIB3

SDOA3

DDCA_CKUART0_RXP6

DDCA_DA/UART0_TXN6

DDCR_CKAA23

DDCR_DAAA24

GND7E11

GPIO33C7

GPIO34F4

GPIO35E4

GPIO36C3

GPIO6AB8

GPIO10C5

GPIO17L5

GPIO12C4

SCZA4

GPIO14B2

IRING5

XINAD1

XOUTAE2

HWRESETE5

GND13F11

GPIO137AA10

GPIO141AA9

GPIO138T5

GPIO140AB7

GPIO147Y8GPIO146R6

GPIO148Y9

GPIO139/SPDIFIAB10

GPIO142V5

GPIO18M6

GPIO11K4

GPIO37D4

GPIO7H5

SAR2B4

GPIO32A7

UART1_RX/GPIO44F6

UART1_TX/GPIO45F5

GPIO152T4

GPIO144AA8GPIO143AC11

SAR3AA7

I2S_OUT_MCKA6

I2S_OUT_SDB5

I2S_OUT_WSB6

I2S_OUT_BCKC6

I2S_IN_BCKC1

I2S_IN_SDH6

I2S_IN_WSG6

R132

3.3KO

HM

12

RN28C 10Ohm5 6

BC

E

1

2

3 Q203

PMBS3904

C114

47PF/50V

NC

12

R69 1KOhm1 2

C960.1UF/16V

NC1 2

R181 33Ohm

NC

1 2

U7

MX25L6406EM2I-12G

CS#1

SO/SIO12

WP#/ACC3

SI/SIO05SCLK6HOLD#7VCC8

GND4

R994.7KOhm

12

RN25C 10Ohm5 6

R248

10KOhm

12

C207

10UF/10V

12

C112

47PF/50V

NC

12

RN29B 10Ohm3 4

R134

1.3KO

hm

12

R24933Ohm

NC

1 2

R10710KOhm

1 2

R2041.5KOhm

12

R1004.7KOhm

12

RN26B 10Ohm3 4

R112

100KO

HM

12

R9810KOhm

1 2

RN29A 10Ohm1 2

R20910KOhm

12

C850.1UF/16V

12

C110

47PF/50V

NC

12

R133

470Ohm 1

2

C1020.1UF/16V

NC

12

Page 40: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

DVDD_NODIE

AVSS_PGA

AVSS_PGA

AVDD25_REF

AVDD1P2

VDDP

AVDD25_ADC

AVDD25_MOD

AVDD33_DMPLL

DVDD1.2V

AVDD33_AU

AVDD25_PGA

AVDD33_DVI

AVDD25_AU

AVDD_PLL

AVDD_DDR

VDDC1.2V

AVDD33_EAR

AVDD33_ADC

AVDD_DDR

AVDD33_DVI AVDD33_ADC+3.3V_Standby AVDD33_DMPLL

VDDP+3.3V_Normal AVDD_PLL

+1.8V

AVDD33_AU AVDD33_EAR

VCC1.3V AVDD1P2VDDC1.2V DVDD1.2V

AVDD25_ADC AVDD25_AU+2.5V_Normal AVDD25_MODAVDD25_REF

AVDD25_PGA+2.5V_Normal

Size Project Name Rev

Date: Sheet of

Title :Engineer:

Custom

7 19Tuesday, December 06, 2011

MAIN BOARD

MSD3704PX

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

Custom

7 19Tuesday, December 06, 2011

MAIN BOARD

MSD3704PX

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

Custom

7 19Tuesday, December 06, 2011

MAIN BOARD

MSD3704PX

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason Chang

C142

0.1UF/16V

12

C148

0.1UF/16V

12

C143

0.1UF/16V

12

C149

0.1UF/16V

12

C128

0.1UF/16V

12

C119

0.1UF/16V

12

C124

0.1UF/16V

12

C126

0.1UF/16V

12

C121

0.1UF/16V

12

C138

0.1UF/16V

12

C150

0.1UF/16V

12

FB32120OHM

21

R140

0Ohm

1 2

C139

0.1UF/16V

12

C144

22UF/6.3V

12

U6F

MSD3704PX-LF

AVDD_DDR4F18

AVDD_DDR9J16

AVDD_ALIVE_1E9

AVDD_ALIVE_2E10

VDDC3E22

VDDC6F22

VDDC2E21

AVDD_ADC25_2M9

AVDD_AU25R9

AVDD_AU33K9

AVDD_EAR33J9

AVDD_REF25_1N8

AVDD_PGA25T8

AVDD_DDR1E17

AVDD_DDR5G16

VDDP1E19

AVDD_MOD25_1P8

AVDD_DDR2E18

AVDD_DDR7H16

AVDD_DDR3F17

AVDD_DDR8H17

AVDD_MOD25_2P9

AVDD_126J21

VDDP2F19

GND136AC2

AVDD_ADC25_1M8

DVDD_DDR1H20

DVDD_DDR2J20

AVDD_LPLLG18

PGA_COMU8

AVDD_DDR6G17

AVDD_DDR10J17

VDDC5F21

VDDC8G21

VDDC10H21

VDDC1E20

VDDC4F20

VDDC7G20

VDDC9G22

AVDD_REF25_2N9

BYPASSL10

AVDD_ALIVE_3F9

AVDD_ALIVE_4F10

AVDD_ALIVE_5G9

AVDD_DMPLLG10

AVDD_CVBS33_1H9

AVDD_CVBS33_2H10

GND137AE1

GND123V7

GND129W7

GND124V8

GND130W8

GND125V9

GND131W9

GND29J10

GND36K10

GND61M10

GND74N10

GND87P10

GND96R10

GND105T10

GND114U10

GND126V10

GND132W10

GND1D11

GND19G11

GND23H11

GND30J11

GND37K11

GND49L11

GND62M11

GND75N11

GND88P11

GND97R11

GND106T11

GND115U11

GND127V11

GND133W11

GND2D12

GND8E12

GND14F12

GND20G12

GND24H12

GND31J12

GND38K12

GND50L12

GND63M12

GND76N12

GND89P12

GND98R12

GND107T12

GND116U12

GND128V12

GND134W12

GND3D13

GND9E13

GND15F13

GND25H13

GND32J13

GND39K13

GND51L13

GND64M13

GND77N13

GND90P13

GND99R13

GND108T13

GND117U13

GND4D14

GND10E14

GND16F14

GND21G14

GND26H14

GND33J14

GND40K14

GND52L14

GND65M14

GND78N14

GND91P14

GND100R14

GND109T14

GND118U14

GND5D15

GND11E15

GND17F15

GND22G15

GND27H15

GND34J15

GND41K15

GND53L15

GND66M15

GND79N15

GND92P15

GND101R15

GND110T15

GND119U15

GND6D16GND12E16GND18F16GND42K16GND54L16GND67M16GND80N16GND93P16GND102R16GND111T16GND120U16

GND43K17

GND55L17

GND68M17

GND81N17

GND94P17

GND103R17

GND112T17

GND121U17

GND44K18 GND56L18 GND69M18 GND82N18 GND95P18 GND104R18 GND113T18 GND122U18

GND45K19 GND57L19 GND70M19 GND83N19

GND84N20

GND71M20

GND58L20

GND46K20

GND85N21

GND72M21

GND59L21

GND47K21

GND86N22

GND73M22

GND60L22

GND48K22

GND35J22

GND28H22

GND135Y10

C135

10UF/10V

12

C151

0.1UF/16V

12

C122

0.1UF/16V

12

C125

10UF/10V

12

C120

10UF/10V

12

C123

0.1UF/16V

12

C1330.1UF/16V

12

C131

0.1UF/16V

12

C129

0.1UF/16V

12

C134

1UF/16V

1 2

C127

0.1UF/16V

12

FB31

120OHM

21

C137

0.1UF/16V

12

FB30

120Ohm/100Mhz

21

C146

0.1UF/16V

12

C141

0.1UF/16V

12

FB33

120Ohm/100Mhz

21

C132

0.1UF/16V

12

C140

0.1UF/16V

12

FB29

120Ohm/100Mhz

21

C147

0.1UF/16V

12

C130

2.2UF/10V

12

FB28120Ohm/100Mhz

21

Page 41: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

PAD_PCM_A1

PAD_TS1_D7TS1_D6

PAD_PCM_IRQA_N

PAD_PCM_A2

PCM_A8PCM_A9PCM_A10PCM_A11PCM_A12PCM_A13PCM_A14

PAD_TS0_SYNC

PAD_TS1_SYNCPAD_TS1_VLD

TS1_D7

PAD_PCM_A3

PAD_PCM_OE_NACD_PCM_IRQA_N

PCM_OE_NPCM_IORD_NPCM_CE_NPCM_WE_NPCM_CD_NPCM_WAIT_NPCM_IOWR_N

PAD_PCM_A4

PAD_PCM_IORD_N

PCM_RESET

PCM_REG_N

PAD_TS0_D0

PAD_PCM_A5

PAD_PCM_CE_N

TS1_VLD

IF_AGC

PAD_PCM_A6

PAD_PCM_WE_N

PAD_TS0_D1

TS0_VLDTS0_SYNC

TS1_SYNC

TS0_D0PAD_PCM_A7

PAD_PCM_CD_N

PAD_TS0_D2PAD_PCM_A8 TS0_D1

PAD_PCM_WAIT_N

TS1_D0PAD_PCM_D0 PAD_TS1_D0

PAD_TS0_D3PAD_PCM_A9

PAD_PCM_IOWR_N

PAD_PCM_D1

TS0_D2

TS1_D1PAD_TS1_D1

PAD_PCM_A10PAD_TS0_D4

PAD_PCM_REG_N

PAD_PCM_D2

VIFPVIFM

ZIF_IP

TS0_D3PAD_PCM_A11

PAD_TS1_D2 TS1_D2PAD_PCM_D3

PCM_D0

PAD_PCM_A12TS0_D4

PAD_TS1_D3 TS1_D3PAD_PCM_D4

PCM_D1

PAD_TS0_D6

RF_AGC_CTL

PAD_PCM_A13

PAD_PCM_D5PAD_TS1_D4

TS0_D5

PCM_D2PCM_D3

ZIF_IM

PAD_PCM_A14

RF_AGC

PAD_PCM_D6

PAD_TS0_D7

PAD_TS1_D5

TS0_D6

PCM_D4PCM_D5

PAD_PCM_RESET

TS1_D4

PAD_PCM_D7PAD_TS1_D6PCM_D6

PCM_D7

PAD_PCM_A0

TS0_D7

TS1_D5

PAD_TS0_VLD

PCM_A0PCM_A1PCM_A2PCM_A3PCM_A4PCM_A5PCM_A6PCM_A7

PCM_CD1_N

PCM_CD2_N

PCM_5V_CTL

PCM_CD1_N

PCM_CD2_N

PCM_IOWR_N

TS1_D6TS1_D7

TS0_CLK

TS0_VLDTS0_SYNCTS0_D0TS0_D1

TS1_D0

TS0_D2

TS1_D1

TS0_D3

TS1_D2

TS0_D4

TS1_D3

TS0_D5TS0_D6

TS1_D4

TS0_D7

TS1_D5

TS1_SYNC

PCM_IORD_N

PCM_WAIT_NPCM_RESET

PCM_REG_N

PCM_D0PCM_D1PCM_D2

PCM_D3PCM_D4PCM_D5PCM_D6PCM_D7

PCM_WE_N

TS1_CLKTS1_VLD

PCM_OE_N

PCM_A8PCM_A9

PCM_A10

PCM_A11

PCM_A12

PCM_A13PCM_A14

PCM_A0PCM_A1PCM_A2PCM_A3PCM_A4PCM_A5PCM_A6PCM_A7

PCM_CE_N

TUNER_SCLTUNER_SDA

TS1_CLK

TS0_CLKPAD_TS0_CLK

PAD_TS0_D5

PAD_TS1_CLK

PCM_5V_CTL

PAD_PCM_IRQA_N

PCM_CD_N

ACD_PCM_IRQA_N

PCM_IRQA_N

PCM_IRQA_N

VCC-PCMCIA

VCC-PCMCIA

VCC-PCMCIA

+5V_Standby

+3.3V_Normal

+3.3V_Normal

IF_AGC 15

RF_AGC_CTL 15

RF_AGC 15

VIFP 15VIFM 15

PCM_5V_CTL6

DIFP 15DIFM 15

TUNER_SCL 15TUNER_SDA 15

ACD_INT 6

Size Project Name Rev

Date: Sheet of

Title :Engineer:

B

8 19Tuesday, December 06, 2011

MAIN BOARD

MSD3704PX

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

B

8 19Tuesday, December 06, 2011

MAIN BOARD

MSD3704PX

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

B

8 19Tuesday, December 06, 2011

MAIN BOARD

MSD3704PX

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason Chang

R200100Ohm

1 2

R151 33Ohm12

R179 33Ohm12

BC

E

1

2

3

Q10PMBS3904

R167 33Ohm12

R21647KOHM

1 2

R195 33Ohm12

C170

100PF/50V

12

C176

0.1UF/16V

12

R182 33Ohm12

R145 33Ohm12

C169

100PF/50V

12

R180 33Ohm12

R170 33Ohm12

R192 33Ohm12

R142 33Ohm12

R154 33Ohm12

R197 33Ohm12

R184 33Ohm12

C166

0.1U

F/16

V1

2

C160

0.1UF/16V

12

R2061KOhm

12

R174 33Ohm12

R194 33Ohm12

R1874.7KOhm

12

C1610.1UF/16V

1 2

C155

0.1U

F/16

V1

2

C164

10PF/50V

NC

12

R143 33Ohm12

R147 33Ohm12

C172

0.1U

F/16

V1

2

C16356PF/50V

1 2

CN4 PCMCIA_68P

P_G

ND

369

P_G

ND

470

11

22

33

44

55

66

77

88

99

1010

1111

1212

1313

1414

1515

1616

1717

1818

1919

2020

2121

2222

2323

2424

2525

2626

2727

2828

2929

3030

3131

3232

3333

3434

3535

3636

3737

3838

3939

4040

4141

4242

4343

4444

4545

4646

4747

4848

4949

5050

5151

5252

5353

5454

5555

5656

5757

5858

5959

6060

6161

6262

6363

6464

6565

6666

6767

6868

C152

100P

F/50

V1

2

C154

100P

F/50

V1

2

R185 33Ohm12

R172 33Ohm12

R196 33Ohm12

R152 33Ohm12

C1620.1UF/16V1 2

R156 33Ohm12

R176 33Ohm12R178 33Ohm12

R186 33Ohm12

R146 33Ohm12

R155 33Ohm12

R199 33Ohm12

C171

100PF/50V

12

C168

100PF/50V

12

R188 33Ohm12

R153 33Ohm12

R183 33Ohm12

R1664.7KOhm

12

R159 33Ohm12

L3330NH

21

R1140Ohm1 2

C174

0.01UF/50V

12

R198100Ohm

1 2

C177

0.1UF/16V

12

R20810KO

hm

12

R190 33Ohm12

R148 33Ohm12

R163 33Ohm12

R20747KOHM

12

D2

BAT54C

1

23

R2174.7KOhm

12

R2154.7KOhm

12

R169 33Ohm12

R157 33Ohm12

R161 33Ohm12

R21347KOHM

12

C15933PF/50V

NC

12

R171 33Ohm12

R149 33Ohm12

DS

G1

2 3

Q8AP2307GN

1

2 3

R165 33Ohm12

TS1

TS0

PCMCIA

NAND FLASH

FRONT END

U6B

MSD3704PX-LF

PCMDATA[0]/CI_DATA[0]W21

PCMDATA[1]/CI_DATA[1]U21

PCMDATA[2]/CI_DATA[2]U19

PCMDATA[3]/CI_DATA[3]AD12

PCMDATA[4]/CI_DATA[4]AC12

PCMDATA[5]/CI_DATA[5]AD13

PCMDATA[6]/CI_DATA[6]Y12

PCMDATA[7]/CI_DATA[7]AA11

PCMADR[0]/CI_A[0]/PF_D[0]Y24

PCMADR[1]/CI_A[1]/PF_D[1]Y22

PCMADR[2]/CI_A[2]/PF_D[2]AB22

PCMADR[3]/CI_A[3]/PF_D[3]AA22

PCMADR[4]/CI_A[4]/PF_D[4]AA20

PCMADR[5]/CI_A[5]/PF_D[5]Y21

PCMADR[6]/CI_A[6]/PF_D[6]AA18

PCMADR[12]/CI_A[12]AA17

PCMADR[8]/CI_A[8]AA16

PCMADR[9]/CI_A[9]AA14

PCMADR[11]/CI_A[11]Y15

PCMADR[13]/CI_A[13]AA15

PCMADR[10]/CI_A[10]AA12

PCMADR[7]/CI_A[7]/PF_D[7]AA19

TS1CLKY18

TS1SYNCAB16TS1VALIDAE16

TS1DATA[0]Y16

TS1DATA[1]AD14

TS1DATA[2]AD15

TS1DATA[3]AC15

TS1DATA[4]AC16

TS1DATA[5]Y17

TS1DATA[6]AB17

TS1DATA[7]AB19

TS0CLKY19

TS0SYNCW20TS0VALIDY23

TS0DATA[0]U20

TS0DATA[1]V20

TS0DATA[2]R19

TS0DATA[3]AE13

TS0DATA[4]AC13

TS0DATA[5]Y11

TS0DATA[6]AB11

TS0DATA[7]AB13

IPAA3

IMAA2

QPY3

QMY2

GPIO66AC4

GPIO67AD2

GPIO68AD4

GPIO69AE4

IF_AGCAD3

VIFPAB1

VIFMAA1

RF_AGCAE3

SIFMAB3SIFPAB2

CI_RSTY20 PCMADR[14]/CI_A[14]

AE14

PCMIRQ/CI_INTAD16

PCMOENY13

PCMIOR/CI_RDY14

PCMCEN/CI_CSAA13

PCMWENAC14

CI_CDAB23

PCMWAIT/CI_WACKAB20

PCMIOW/CI_WRAB14

PCMREG/CI_CLKAA21

PF_ALET21

PF_AD[15]T19

PF_CE0ZP21

PF_CE1ZP20

PF_OEZR20

PF_WEZT20

F_RBZP19

GPIO125Y25

C181

0.1UF/16V

12

C158 33PF/50VNC1 2

C157 33PF/50VNC

1 2

C179

10UF/10V

12

R189 33Ohm12

R2051KOhm

12

R173 33Ohm12

C178

0.1UF/16V

12

R160 33Ohm12

R150 33Ohm12

BC

E

1

2

3

Q12PMBS3904

C156 33PF/50VNC

1 2

C180

0.1UF/16V

12

R193 33Ohm12

FB34120Ohm

21

R144 33Ohm12

R175 33Ohm12

C167

0.1U

F/16

V1

2

R168 33Ohm12

R158 33Ohm12

C165

10PF/50V

NC

12

R21147KOHM

1 2

C153

0.1U

F/16

V1

2

R191 33Ohm12

R141 33Ohm12

C173

0.1U

F/16

V1

2

R177 33Ohm12

R162 33Ohm12

R164 33Ohm12

Page 42: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

MA_DQ15MA_DQ8MA_DQ10MA_DQ13

MIUA_DQ[0:15]MIUA_DQ11MIUA_DQ12MIUA_DQ9MIUA_DQ14

MA_DQ11MA_DQ12MA_DQ9MA_DQ14

MA_DQ6MA_DQ1MA_DQ3MA_DQ4

MIUA_DQ6MIUA_DQ1MIUA_DQ3MIUA_DQ4

MIUA_DQ7MIUA_DQ0MIUA_DQ2MIUA_DQ5 MA_DQ5

MA_DQ2

MA_DQ7MA_DQ0

MIUA_DQ15MIUA_DQ8MIUA_DQ10MIUA_DQ13

MA_DQS0MA_DQSB0MA_DQS1MA_DQSB1

MA_DQM1MA_DQM0

MIUA_DQS0MIUA_DQS0BMIUA_DQS1MIUA_DQS1B

MIUA_DQM0MIUA_DQM1

MB_DQ15MB_DQ8MB_DQ10MB_DQ13

MIUB_DQ[0:15]MIUB_DQ11MIUB_DQ12MIUB_DQ9MIUB_DQ14

MB_DQ11MB_DQ12MB_DQ9MB_DQ14

MB_DQ6MB_DQ1MB_DQ3MB_DQ4

MIUB_DQ6MIUB_DQ1MIUB_DQ3MIUB_DQ4

MIUB_DQ7MIUB_DQ0MIUB_DQ2MIUB_DQ5 MB_DQ5

MB_DQ2

MB_DQ7MB_DQ0

MIUB_DQ15MIUB_DQ8MIUB_DQ10MIUB_DQ13

MB_DQS0MB_DQSB0MB_DQS1MB_DQSB1

MB_DQM1MB_DQM0

MIUB_DQS0MIUB_DQS0BMIUB_DQS1MIUB_DQS1B

MIUB_DQM0MIUB_DQM1

A_MVERF

B_MVERFMIUB_BA2

MIUB_MCKE

MA_A11MA_A8

MIUB_A7 MB_A7MB_A9

MB_A12

MIUB_A10

MB_A3

MIUB_A1

MIUB_A5

MB_A1MB_A10MB_A5

MIUB_A3MIUB_A9

MIUB_A12

MB_A0MB_A2

MIUB_A4MIUB_A6MIUB_A8MIUB_A11

MIUA_BA2

MIUA_A7 MA_A7MA_A9

MA_A12

MIUA_A10

MA_A3

MIUA_A1

MIUA_A5

MA_A1MA_A10MA_A5

MIUA_A3MIUA_A9

MIUA_A12

MIUB_MCLKMIUB_MCLKZ

MIUB_BA1

MB_MCLKZ

MB_A11

MB_MCLK

MIUB_WEZ

MIUB_ODT

MIUA_A4MIUA_A6

MA_A0MA_A2

MA_BA0

MIUA_MCLKMIUA_MCLKZ

MA_WEZ

MA_MCLKZMA_MCLK

MIUA_ODT

MA_BA1

MB_WEZ

MB_BA1MB_BA0

MIUA_A8MIUA_A11

MB_A8

MIUB_A2

MIUB_BA0

MB_A4MB_A6

MA_BA2

MB_BA2

MIUB_A0

MA_A4MA_A6

MIUA_A0MIUA_A2

MA_RASZMA_CASZ

MIUA_RASZMIUA_CASZ

MIUB_RASZMIUB_CASZ MB_CASZ

MB_RASZ

MA_CKE

MA_ODT

MB_ODT

MIUA_BA0

MIUA_WEZ

MIUA_BA1MIUA_MCKE

MA_ODT

MA_DQM1MA_DQM0

A_MVERFMA_CKE

MA_RASZMA_CASZMA_WEZ

MA_BA0MA_BA1MA_BA2MA_A0MA_A1MA_A2MA_A3MA_A4MA_A5MA_A6MA_A7MA_A8MA_A9MA_A10MA_A11MA_A12

MA_DQ0MA_DQ1MA_DQ2MA_DQ3MA_DQ4MA_DQ5MA_DQ6MA_DQ7MA_DQ8MA_DQ9MA_DQ10MA_DQ11MA_DQ12MA_DQ13MA_DQ14MA_DQ15

MA_DQS1MA_DQSB1MA_DQS0MA_DQSB0

MA_MCLKMA_MCLKZ

MB_DQM1MB_DQM0

B_MVERF

MB_ODT

MB_CKEMB_MCLKZMB_MCLK

MB_RASZMB_CASZMB_WEZ

MB_BA0MB_BA1MB_BA2MB_A0MB_A1MB_A2MB_A3MB_A4MB_A5MB_A6MB_A7MB_A8MB_A9MB_A10MB_A11MB_A12

MB_DQ0MB_DQ1MB_DQ2MB_DQ3MB_DQ4MB_DQ5MB_DQ6MB_DQ7MB_DQ8MB_DQ9MB_DQ10MB_DQ11MB_DQ12MB_DQ13MB_DQ14MB_DQ15

MB_DQS1MB_DQSB1MB_DQS0MB_DQSB0

MB_CKE

MIUA_A[0:12]

MIUB_A[0:12]

+1.8V

DDR2_PWR

DDR2_PWR

DDR2_PWR

DDR2_PWR

DDR2_PWR

DDR2_PWR

MIUA_DQ[0:15]6

MIUA_DQS06MIUA_DQS0B6MIUA_DQS16MIUA_DQS1B6

MIUA_DQM06MIUA_DQM16

MIUB_DQ[0:15]6

MIUB_DQS06MIUB_DQS0B6MIUB_DQS16MIUB_DQS1B6

MIUB_DQM06MIUB_DQM16

MIUB_BA26

MIUB_MCKE6

MIUA_BA26

MIUB_MCLK6MIUB_MCLKZ6

MIUB_BA16

MIUB_WEZ6

MIUB_ODT6

MIUA_MCLK6MIUA_MCLKZ6

MIUA_ODT6

MIUB_BA06

MIUA_RASZ6MIUA_CASZ6

MIUB_RASZ6MIUB_CASZ6

MIUA_BA06

MIUA_WEZ6

MIUA_BA16MIUA_MCKE6

MIUA_A[0:12]6

MIUB_A[0:12]6

Size Project Name Rev

Date: Sheet of

Title :Engineer:

C

9 19Tuesday, December 06, 2011

MAIN BOARD

DDR2

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

C

9 19Tuesday, December 06, 2011

MAIN BOARD

DDR2

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

C

9 19Tuesday, December 06, 2011

MAIN BOARD

DDR2

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason Chang

RN17D 56OHM7 8

RN7C 56OHM5 6

R227 56Ohm1 2

RN23C 56OHM5 6

RN18C 56OHM5 6

R245 56Ohm12

RN15D 56OHM7 8

R218150Ohm

NC

12

RN18A 56OHM1 2

C2050.01UF/50V1

2

RN8C 56OHM5 6

C202

0.1UF/16V

12

RN20D 56OHM7 8

C182

1000PF/50V

12

R23556Ohm

12

RN12C 56OHM5 6

RN7D 56OHM7 8

R2431KOhm

12

C204

0.1UF/16V

12

R246 56Ohm12

C203

0.1UF/16V

12

RN9C 56OHM5 6

C220

0.1UF/16V

12

C217

0.1UF/16V

12

R239 56Ohm1 2

R230 56Ohm12

RN20C 56OHM5 6

C2060.1UF/16V

12

RN8D 56OHM7 8

RN12D 56OHM7 8

C209

10UF/10V

12

R2441KOhm

12

RN9A 56OHM1 2

RN19B 56OHM3 4

RN23B 56OHM3 4

R2281KOhm

12

C211

0.1UF/16V

12

R231 56Ohm12

C194

0.1UF/16V

12

C184

0.1UF/16V

12

RN20A 56OHM1 2

RN10C 56OHM5 6

RN15A 56OHM1 2

C2270.01UF/50V1

2

R2291KOhm

12

R224 56Ohm1 2

RN23D 56OHM7 8

RN12A 56OHM1 2

C210

0.1UF/16V

12

C185

0.1UF/16V

12

RN24A 56OHM1 2

C193

0.1UF/16V

12

RN20B 56OHM3 4

R240 56Ohm1 2

RN10A 56OHM1 2

C225

0.1UF/16V

12

U10

H5PS5162GFR-G7C

VDD1A1

NC3A2

VSS1A3

VDDQ6A9

DQ14B1

VSSQ7B2

UDMB3

VSSQ8B8

DQ15B9

VDDQ7C1

DQ9C2

VDDQ8C3

VDDQ9C7

DQ8C8

VDDQ10C9

DQ12D1

VSSQ9D2

DQ11D3 DQ10D7

VSSQ10D8

DQ13D9

VDD2E1

NC4E2

VSS5E3

VSSQ1E7

VDDQ1E9

DQ6F1

VSSQ2F2

LDMF3

LDQSF7

VSSQ3F8

DQ7F9

VDDQ2G1

DQ1G2

VDDQ3G3

VDDQ4G7

DQ0G8

VDDQ5G9

DQ4H1

VSSQ4H2

DQ3H3 DQ2H7 VSSQ5

H8

DQ5H9

VDDLJ1

VREFJ2

VSS2J3

VSSDLJ7

CKJ8

VDD3J9

CKEK2

WE#K3

RAS#K7

CK#K8

ODTK9

NC2L1

BA0L2

BA1L3

CAS#L7

CS#L8

A10M2

A1M3

A2M7

A0M8

VDD4M9

VSS3N1

A3N2

A5N3

A6N7

A4N8

A7P2

A9P3

A11P7

A8P8

VSS4P9

VDD5R1

A12R2

NC5R3

NC6R7

NC1R8

UDQSB7

UDQS#A8

VSSQ6A7

LDQS#E8

RN12B 56OHM3 4

C195

0.1UF/16V

12

R247 56Ohm12

C186

0.1UF/16V

12

RN21D 56OHM78

C215

0.1UF/16V

12

R225 56Ohm1 2

RN24B 56OHM3 4

FB35

120Ohm/100Mhz

21

C218

0.1UF/16V

12

C197

0.1UF/16V

12

C183

0.1UF/16V

12

RN21B 56OHM34

RN22C 56OHM5 6

RN13D 56OHM7 8

R23456Ohm

12

C212

0.1UF/16V

12

C196

0.1UF/16V

12

R237 56Ohm1 2

C223

0.1UF/16V

12

RN13B 56OHM3 4

C189

0.1UF/16V

12

RN22D 56OHM7 8

RN14A 56OHM1 2

RN10B 56OHM3 4

R241 56Ohm1 2

C226

0.1UF/16V

12

RN16A 56OHM1 2

R222 56Ohm1 2

RN22A 56OHM1 2

RN13C 56OHM5 6

C190

0.1UF/16V

12

RN11A 56OHM12

R233150Ohm

NC

12

RN10D 56OHM7 8

RN21A 56OHM12

U9

H5PS5162GFR-G7C

VDD1A1

NC3A2

VSS1A3

VDDQ6A9

DQ14B1

VSSQ7B2

UDMB3

VSSQ8B8

DQ15B9

VDDQ7C1

DQ9C2

VDDQ8C3

VDDQ9C7

DQ8C8

VDDQ10C9

DQ12D1

VSSQ9D2

DQ11D3 DQ10D7

VSSQ10D8

DQ13D9

VDD2E1

NC4E2

VSS5E3

VSSQ1E7

VDDQ1E9

DQ6F1

VSSQ2F2

LDMF3

LDQSF7

VSSQ3F8

DQ7F9

VDDQ2G1

DQ1G2

VDDQ3G3

VDDQ4G7

DQ0G8

VDDQ5G9

DQ4H1

VSSQ4H2

DQ3H3 DQ2H7 VSSQ5

H8

DQ5H9

VDDLJ1

VREFJ2

VSS2J3

VSSDLJ7

CKJ8

VDD3J9

CKEK2

WE#K3

RAS#K7

CK#K8

ODTK9

NC2L1

BA0L2

BA1L3

CAS#L7

CS#L8

A10M2

A1M3

A2M7

A0M8

VDD4M9

VSS3N1

A3N2

A5N3

A6N7

A4N8

A7P2

A9P3

A11P7

A8P8

VSS4P9

VDD5R1

A12R2

NC5R3

NC6R7

NC1R8

UDQSB7

UDQS#A8

VSSQ6A7

LDQS#E8

RN16B 56OHM3 4

C221

0.1UF/16V

12

C222

0.1UF/16V

12

RN13A 56OHM1 2

RN22B 56OHM3 4

C198

0.1UF/16V

12

C188

0.1UF/16V

12 R220

56Ohm

12

R232 56Ohm12

RN17A 56OHM1 2

RN11D 56OHM78RN9B 56OHM3 4 RN11C 56OHM56

R226 56Ohm1 2

RN21C 56OHM56

RN19D 56OHM7 8

C219

0.1UF/16V

12

RN14C 56OHM5 6

RN16C 56OHM5 6

C216

0.1UF/16V

12

C191

0.1UF/16V

12

R238 56Ohm1 2

C199

0.1UF/16V

12

RN17B 56OHM3 4

RN7A 56OHM1 2

C192

0.1UF/16V

12

RN9D 56OHM7 8

RN14B 56OHM3 4

RN19C 56OHM5 6

RN24D 56OHM7 8

RN16D 56OHM7 8

RN15B 56OHM3 4

C224

0.1UF/16V

12

RN18D 56OHM7 8

RN8A 56OHM1 2

R242 56Ohm1 2

C2280.1UF/16V

12

C201

0.1UF/16V

12

RN7B 56OHM3 4

C187

10UF/10V

12 R219

56Ohm

12

RN17C 56OHM5 6

R223 56Ohm1 2

RN14D 56OHM7 8

RN23A 56OHM1 2RN19A 56OHM1 2

C214

0.1UF/16V

12

RN11B 56OHM34

RN15C 56OHM5 6

RN24C 56OHM5 6

RN18B 56OHM3 4

RN8B 56OHM3 4

C213

0.1UF/16V

12

C200

0.1UF/16V

12

Page 43: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

DDCDB_SDADDCDB_SCLHDMI_B_SCL

HDMI_B_SDA

HDMI_B_SDA

HDMI_B_RXCLKNHDMI_B_RXCLKP

HDMI_B_SCL

HDMI-HPBHDMI_B_CEC

HDMI_B_RX0NHDMI_B_RX0P

HDMI_B_RX1PHDMI_B_RX1N

HDMI_B_RX2NHDMI_B_RX2P

HOTPLUGB

HDMI-HPB

HDMIB_RX2PHDMIB_RX2NHDMIB_RX1PHDMIB_RX1NHDMIB_RX0PHDMIB_RX0NHDMIB_CLKPHDMIB_CLKN

HDMI_C_RXCLKNHDMI_C_RXCLKP

HDMI-HPC

HOTPLUGC

HDMIC_RX2PHDMIC_RX2N

DDCDC_SDADDCDC_SCLHDMI_C_SCL

HDMI_C_SDA

HDMIC_RX1PHDMIC_RX1N

HDMI_C_RX0NHDMI_C_RX0PHDMIC_RX0P

HDMIC_RX0N

HDMI_C_RX1PHDMI_C_RX1N

HDMIC_CLKPHDMIC_CLKN

HDMI_C_RX2NHDMI_C_RX2P

HDMI_C_SDAHDMI_C_SCL

HDMI-HPCHDMI_C_CEC

HDMI_B_CEC

HDMI_C_CEC

HDMIB_RX2PHDMIB_RX2N

HDMIB_RX1PHDMIB_RX1N

HDMIB_RX0NHDMIB_CLKPHDMIB_CLKN HDMI_B_CEC

HDMI_B_SCLHDMI_B_SDA

HDMI-HPB

HDMIB_RX0P

HDMIC_RX2PHDMIC_RX2N

HDMIC_RX1PHDMIC_RX1N HDMIC_RX0P

HDMIC_RX0NHDMIC_CLKPHDMIC_CLKN HDMI_C_CEC

HDMI_C_SCLHDMI_C_SDA

HDMI-HPC

+5V_HDMIB

+5V_HDMIB

+5V_HDMIC +5V_HDMIC

+5V_HDMIB

+5V_HDMIC

DDCDB_SCL 5DDCDB_SDA 5

HOTPLUGB 5

HDMI_B_RXCLKP 5HDMI_B_RXCLKN 5

HDMI_B_RX0P 5HDMI_B_RX0N 5

HDMI_B_RX1N 5HDMI_B_RX1P 5

HDMI_B_RX2P 5HDMI_B_RX2N 5

HDMI-CEC 5

HDMI_C_RXCLKP 5HDMI_C_RXCLKN 5

HOTPLUGC 5DDCDC_SCL 5DDCDC_SDA 5

HDMI_C_RX0P 5HDMI_C_RX0N 5

HDMI_C_RX1N 5HDMI_C_RX1P 5

HDMI_C_RX2P 5HDMI_C_RX2N 5

Size Project Name Rev

Date: Sheet of

Title :Engineer:

B

10 19Tuesday, December 06, 2011

MAIN BOARD

HDMI

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

B

10 19Tuesday, December 06, 2011

MAIN BOARD

HDMI

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

B

10 19Tuesday, December 06, 2011

MAIN BOARD

HDMI

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason Chang

R27247KOHM

12

ZD19

AD

UC

10S

0300

5

NC

12

R273 4.7Ohm1 2

R27147KOHM

12

R27933Ohm

12

R33633Ohm

12

CN6

HDMI_CON_19P

11

33

55

77

99

1111

1313

1515

1717

1919

22

44

66

88

1010

1212

1414

1616

1818

P_G

ND

120

P_G

ND

221

P_G

ND

322

R420 4.7Ohm1 2R419 4.7Ohm1 2

R3274.7KOhm

1 2

R27647KOHM

12

R277 4.7Ohm1 2

CN15HDMI_CON_19P

TMSD_Data2+1

TMSD_Data2-3

TMSD_Data1_Shield5

TMSD_Data0+7

TMSD_Data0-9

TMSD_Clock_Shield11

CEC13

SCL15

DDC/CEC_GND17

Hot_Plug_Detect19

TMSD_Data2_Shield2

TMSD_Data1+4

TMSD_Data1-6

TMSD_Data0_Shield8

TMSD_Clock+10

TMSD_Clock-12

Reserved14

SDA16

+5_Power18

P_G

ND

120

P_G

ND

221

P_G

ND

322

P_G

ND

423

R288200Ohm

1 2

R33410KOhm

1 2R40947KOHM

12

ZD18

AD

UC

10S

0300

5

NC

12

ZD29

AD

UC

10S

0300

5

NC

12

ZD30

AD

UC

10S

0300

5

NC

12

BC

E

1

2

3

Q15PMBS3904

R268 4.7Ohm1 2

BC

E

1

2

3

Q28PMBS3904

ZD31

AD

UC

10S

0300

5

NC

12

D4

AD

UC

10S

0300

5

NC

12

R2834.7KOhm

1 2

R27433Ohm

12

R306 4.7Ohm1 2

R415 4.7Ohm1 2

R270 4.7Ohm1 2

D32

AD

UC

10S

0300

5

NC

12

R307 4.7Ohm1 2

R285 4.7Ohm1 2

C3550.1UF/16V

12

C235

0.1UF/16V

12

ZD17

AD

UC

10S

0300

5

NC

12

R267 4.7Ohm1 2

R275 4.7Ohm1 2

R290 4.7Ohm1 2

R416 4.7Ohm1 2

R2801KOhm

12

R33533Ohm

12

R3081KOhm

12

R269 4.7Ohm1 2

R278 4.7Ohm1 2

R28110KOhm

1 2

Page 44: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

B

G

RRGB0_R-

RGB0_G-

DDC_SCL_D

RGB0_B-

VS

R

G

B

DDC_SDA_D

HS

VGA5V

VGA5V

UART_TX 6

VGA_HS 5VGA_VS 5

UART_RX 6

RGB0_R+ 5

RGB0_G+ 5

RGB0_B+ 5

RGB0_R- 5

RGB0_G- 5

RGB0_B- 5

Size Project Name Rev

Date: Sheet of

Title :Engineer:

B

11 19Tuesday, December 06, 2011

MAIN BOARD

VGA

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

B

11 19Tuesday, December 06, 2011

MAIN BOARD

VGA

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

B

11 19Tuesday, December 06, 2011

MAIN BOARD

VGA

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason Chang

JP3

SHORT_PIN

1 2

D11

AD

UC

10S

0300

5

NC

12

FB37 30Ohm/100Mhz2 1

R302 100Ohm12

R2954.7KOhm

12

JP1

SHORT_PIN

1 2

R29675Ohm

12D

8A

DU

C10

S03

005

NC

12 JP2

SHORT_PIN

1 2

D12A

DU

C10

S03

005

NC

12

R2944.7KOhm

12 CN8

D_SUB_15P3R

10

9

8

7

6

3

15

14

13

12

11

2

4

5

1

1617

R303 100Ohm12

FB38 30Ohm/100Mhz2 1

ZD21 ADUC10S03005 NC12

R29875Ohm

12

ZD22 ADUC10S03005 NC12

D9

AD

UC

10S

0300

5

NC

12

C246

0.1UF/16V

12

R304

2.2KO

hm

12

C247

10PF/50V

NC

12

R305

2.2KO

hm

12

FB40 30Ohm/100Mhz2 1

ZD20 ADUC10S03005 NC12C248

10PF/50V

NC

12

R29775Ohm

12

Page 45: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

COMPONENT (Y Mix CVBS Input)

PB+

PR+

YPbPr1_AU_INR

PB-

Y-

Y+Y-

PB-

YPbPr1_AU_INL

PB+

PR+

Y+

PR-

PR-

COMP_AU_LIN 5

COMP_AU_RIN 5

PB+ 5

Y+ 5

PR+ 5

Y- 5

PB- 5

PR- 5

Size Project Name Rev

Date: Sheet of

Title :Engineer:

A

12 19Tuesday, December 06, 2011

MAIN BOARD

COMPONENT& CVBS

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

A

12 19Tuesday, December 06, 2011

MAIN BOARD

COMPONENT& CVBS

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

A

12 19Tuesday, December 06, 2011

MAIN BOARD

COMPONENT& CVBS

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason Chang

R309

75Ohm

12

JP5

SHORT_PIN

1 2

C251

10PF/50V

NC

12

R315 10KOhm1 2

R316 10KOhm1 2

C249

10PF/50V

NC

12

R311

75Ohm

12

R310

75Ohm

12

ZD24 ADUC10S03005 NC12

C252

330PF/50V

12

C255

560PF/50V

12

C254

560PF/50V

12

JP4

SHORT_PIN

1 2

ZD23 ADUC10S03005 NC12

C250

10PF/50V

NC

12

ZD25 ADUC10S03005 NC12

JP6

SHORT_PIN

1 2

C253

330PF/50V

12

R31812K

Ohm

12

R317

12KO

hm1

2

NP_NC1NP_NC2NP_NC3

CN9

RCA_JACK_11P

1

2

3

4

5

6

8

7

10

9

121314

11

Page 46: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

SC1_L_Out

/SD

SC1_R

SC1_G

SC1_B

SC_AU_LIN

SC_AU_RIN

Scart1_L

SC1_R

SC1_G

SCART_L_OUT

SC1_R_Out

SCART_R_OUT

SC1_R_Out

SC1_L_Out

S_CVBS

Scart1_R

SC1_B

S_CVBS

SC1_R

SC1_G

SC1_B

S_R-

S_G-

S_B-

/SD

SCART_L_OUT

SCART_R_OUT

+3.3V_Normal

TUNER_+5V

SC_AUOUT_R5

SC_AUOUT_L5

CVBS_OUT 5SC_FS15,6

SC_FB15

S_G+ 5

S_G- 5

S_CVBS5

SC_AU_RIN 5

SC_AU_LIN 5

SCART_MUTE6

S_R+ 5

S_B+ 5

S_R- 5

S_B- 5

Size Project Name Rev

Date: Sheet of

Title :Engineer:

B

13 19Tuesday, December 06, 2011

MAIN BOARD

SCART

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

B

13 19Tuesday, December 06, 2011

MAIN BOARD

SCART

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

B

13 19Tuesday, December 06, 2011

MAIN BOARD

SCART

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason Chang

R3288.2KOhm

12

C278100PF/50V

12

R35310Ohm

1 2

C26

447

00P

F/25

V1

2

C2813300PF/50V

12

R33312KOhm

12

R330

100O

hm1

2

R356100Ohm

1 2

R33875Ohm

12

R3604.7KOhm

NC

12

C26856

0PF/

50V

12

C276

1UF/16V

12

BC

E

1

2

3

Q17PMBS3906

R355100KOHM

12

R36122KOHM

12

+

C256100UF/16V

NC

12

JP9

SHORT_PIN

1 2

JP8

SHORT_PIN

1 2

R32312KOhm

12

JP7

SHORT_PIN

1 2

D17

AD

UC

10S

0300

5

NC

12

R351100KOHM

12

R326

100O

hm

12

R34847KOHM

1 2

D23 ADUC10S03005 NC1 2

D18

AD

UC

10S

0300

5

NC

12

R33975Ohm

12

C277

2.2UF/10V

1 2

D15

AD

UC

10S

0300

5

NC

12

C259

47PF/50V

12

R34510Ohm

1 2

C272

0.1UF/16V

12

R35222KOHM

12

C2801U

F/16V

12

C25810UF/10V

12

D24 ADUC10S03005 NC1 2

R325

100O

hm1

2

R35947KOHM

1 2

C26

347

00P

F/25

V1

2

C266

560P

F/50

V

12

D25 ADUC10S03005 NC1 2

R31975Ohm

12

R34312KOhm

12

R35022KOHM

12

R332 10KOhm1 2

CN10

RF_CON_21P

2121

1919

1717

1515

1313

1111

99

77

55

33

11

22 44 66 88 10

10 1212 1414 1616 1818 2020

R34175Ohm

12

R34710KOhm

12

C265

330PF/50V

12

C269

2.2UF/10V

1 2

C26047PF/50V

12

R32075Ohm

NC

12

C274

10UF/10V

12

R3291.5KOHM

12

C2702.2UF/10V1 2

C2570.1UF/16V

12

U16DRV632PWR

+IN

R1

-INR

2

OU

TR3

GN

D1

4

MU

TE#

5

VS

S6

CN

7

+IN

L14

-INL

13

OU

TL12

UV

P11

GN

D2

10

VD

D9

CP

8

C26

247

PF/

50V

12

FB43 30Ohm/100Mhz21

C273

1UF/16V

12

R324 10KOhm1 2

C267

330PF/50V

12

C2792.2UF/10V1 2

R469

75OHM

1 2

R39410KOhm

1 2

D19

AD

UC

10S

0300

5

NC

12

C26110UF/10V

12

C2713300PF/50V

12

R34933Ohm

12

R357100Ohm

1 2

R321470Ohm

1 2R32275Ohm

12

R35810KOhm

12

R337 10KOhm1 2

BC

E

1

2

3

Q18PMBS3904

FB41120Ohm/100Mhz

21

C275100PF/50V

12

D21 ADUC10S03005 NC1 2

R35422KOHM

12

R331100Ohm

12

FB42 30Ohm/100Mhz21R346

100Ohm1 2

Page 47: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

AU2WS

AU2SCK

SYS_MCLK

AU2SDO

SPK_R-

SPK_L+

/PDN

SPK_R+SPK_L-

SPK_R-

SPK_L+

RINH_OutR

H_OutL LIN

HP_OUT_L_1

HP_OUT_R_1

HP_R

HP_L

SPK_L-

SPK_R+

HPR

HPL

AMP_Power

PLL_VDD_3.3V

AMP_Power

AMP_Power

AMP_Power

+3.3V_Normal

VCC

VCC

+3.3V_Normal

+3.3V_Normal

+12V_NORMAL

AMP_Power

PLL_VDD_3.3V+3.3V_Normal

AU2SCK6

AU2WS6

AU2SDO6

AU2MCKO6

MI2C-SDA6

MI2C-SCL6

AMP_RST6

AMP_MUTE6

HP_DET6

H_OutR5

H_OutL5

HP_MUTE 6

Size Project Name Rev

Date: Sheet of

Title :Engineer:

C

14 19Tuesday, December 06, 2011

MAIN BOARD

Audio AMP

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

C

14 19Tuesday, December 06, 2011

MAIN BOARD

Audio AMP

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

C

14 19Tuesday, December 06, 2011

MAIN BOARD

Audio AMP

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason Chang

C3150.1UF/16V1

2

C289 1UF/16V1 2

U18A

TAS5707L_12VIA

AVDD13

FAULT#14

DVSSO17

VR_DIG18

PDN#19

LRCLK20

SCLK21

SDIN22

SDA23

SCL24

RE

SE

T#25

STE

ST

26

GN

D29

AG

ND

30

VR

EG

31

GV

DD

_OU

T232

BS

T_D

33

PV

DD

_D1

34

PV

DD

_D2

35

PGND_CD137

PGND_CD238

OUT_C39

PVDD_C140

PVDD_C241

BST_C42

BST_B43

PVDD_B245

OUT_B46

PGND_AB147

PGND_AB248

PV

DD

_A1

2P

VD

D_A

23

BS

T_A

4

GV

DD

_OU

T15

SS

TIM

ER

6O

C_A

DJ

7N

C8

AV

SS

9

PLL

_FLT

M10

PLL

_FLT

P11

VR

_AN

A12

OU

T_A

1

OSC_RES16

MCLK15

OU

T_D

36

DV

DD

27

DV

SS

28

PVDD_B144

GN

D1

49

C2831UF/16V

12

FB45600Ohm/100Mhz

21

R365100Ohm

1 2

R36310KOhm

12

R378

18.2KOhm

12

C290 1UF/16V1 2

C318 4.7UF/10V1 2

C3060.1UF/16V1

2

C3110.68UF/25V

12

R36622KOHM

12

R37010Ohm

1 2

R386100Ohm

1 2

C2820.1UF/16V

12

U17B

TPA6132A2RTER_4VIA

GND118

GND219

GND320

GND421

C32347PF/50V

12

C296

0.047UF/25V

12

R3724.7KOhm

12

C2923300PF/50V

12

R384 33Ohm1 2

C298

0.047UF/25V

12

C3210.1UF/16V1

2

C33

20.

1UF/

16V 1

2

C3311UF/16V

12

C287 1UF/16V1 2

R376 0Ohm12

R954.7KOhm

NC

12

R385 33Ohm1 2

C294

0.022UF/16V

12

C2863300PF/50V

12

C2911UF/16V

12

L8 15UH21

U18B

TAS5707L_12VIA

GND250

GND351

GND452

GND553

GND654

GND755

GND856GND957GND1058GND1159GND1260GND1361

R367100Ohm

1 2

C3084700PF/25V

12

R37710KOhm

12

R362100Ohm

1 2

R3714.7KOhm

12

CN12

WAFER_HD_4P

1234

R36922KOHM

12

R375

22KO

HM 1

2

C295

0.047UF/25V

12

C303

10UF/10V

12

C32247PF/50V

12

R364100Ohm

1 2

C3270.1UF/16V 1

2

C2972.2UF/10V

12

C304

4700PF/25V

12

R36810Ohm

1 2

C285100PF/50V

NC

12

C284 1UF/16V1 2

C3050.033UF/50V1

2

+

C310

220UF/25V

12

C3240.68UF/25V

12

C314

10UF/16V

NC12

C3290.68UF/25V

12

C293

0.022UF/16V

12

R379100Ohm

1 2

R381 33Ohm1 2

R373

470Ohm

12

C3260.1UF/16V 1

2

C3190.1UF/16V1

2

U17A

TPA6132A2RTER_4VIA

INL-1

INR+3

INL+2

OU

TL16

HPVDD12

HP

VS

S8

G0

6

INR-4

OU

TR5

CPP11

CPN9

EN

13

SG

ND

15

AV

DD

14

PGND10

G1

7

T_P

17

FB46600Ohm/100Mhz

21

FB44120Ohm/100Mhz

21

C302

1UF/16V

12

L7 15UH21

C320 0.033UF/50V12

R382 33Ohm1 2

C3000.68UF/25V

12

C3330.1UF/16V 1

2

C299

0.047UF/25V

12

C33410UF/10V

12

NP_NC1NP_NC2

CN11

PHONE_JACK_7P

1

2

3

45

78

910

C309

0.1UF/16V

12

C316 0.1UF/16V1 2

R383 33Ohm1 2

C32

80.

033U

F/50

V1

2

C2882.2UF/10V

12

C3074700PF/25V

12

C317 0.033UF/50V12

L10 15UH21

C313

1PF/50V

12

R3874.7KOhm

NC

12

R3804.7KOhmNC

12

R374

470Ohm

12

+ C33

522

0UF/

25V

12

L5 15UH21

Page 48: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

AIF_T

LNA_ON_OFF

LNA_ON_OFF

IF_AGC

IF_AGC

AIF_T

DIFMDIFP

SDA_T

RFAGC_TSCL_T

RFAGC_T

IF_5V

TUNER_+5V

+8V

+12V_NORMAL

IF_5V

IF_5V

IF_5V

+3.3V_Normal

IF_5V

TUNER_+5V IF_5V

+3.3V_Normal

VIFP 8

VIFM 8

TU_LNA_ON_OFF6

DIFM 8

TUNER_SCL8TUNER_SDA8 IF_AGC 8

DIFP 8

RF_AGC8

SAR3_RFAGC6

RF_AGC_CTL8

Size Project Name Rev

Date: Sheet of

Title :Engineer:

B

15 19Tuesday, December 06, 2011

MAIN BOARD

Tuner

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

B

15 19Tuesday, December 06, 2011

MAIN BOARD

Tuner

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

B

15 19Tuesday, December 06, 2011

MAIN BOARD

Tuner

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason Chang

C346

0.1UF/16V

12

R388 22Ohm1 2

U19APE1117AK-HF

ADJ/GND1 OUT2 IN3

Vout4

R4140Ohm

1 2

R3951KOhm

1 2

C341

0.1UF/16V

12

C348

0.1UF/16V

12

BC

E

1

2

3

Q22PMBS3904

C336

10UF/10V

12

C353

0.1UF/16V

12

C3600.1UF/16V

12

R4021KOhmNC

12

C350

1KO

hm

12

C340

0.1UF/16V

12

C3610.01UF/50V

12

R41747KOHM

12

R396 22Ohm1 2

C351

47PF/50V

12

R4104.7KOhm

1 2

R426100KOHM

12

R429100Ohm

12

C345

10UF/10V

12

C3590.01UF/50V

12

R40810KOhm

1 2

BC

E

1

2

3

Q21PMBS3904

R389 22Ohm1 2

R421820Ohm

12C363

0.01UF/50V

12

R399121Ohm 12

R42468Ohm

12

BCE

1

2 3

Q19PMBS3906

C349

0.1UF/16V

12

FB53120Ohm/100Mhz

2 1

R41856Ohm

1 2

C338

0.1UF/16V

12

C3660.01UF/50V

12

C344

0.1UF/16V

12

R390 22Ohm1 2

L120.82UH

2 1

C3650.1UF/16V

12

C356

10UF/10V

12

R423100KOHM

1 2

C362

0.1UF/16V

12

R427220KOhm

1 2

C347

10UF/16V

12

R41212KOhm

1 2

R400365Ohm 1 2

R401 10KOhm1 2

TU1TDTK-G641D

DIF

(+)

10IF

_AG

C9

B+(

+5V

)5

DIF

(-)

11

P_G

ND

415

AIF

8S

CL

7S

DA

6

P_G

ND

112

P_G

ND

213

NC

11

LNA

_ON

/OFF

2

NC

23

RF_

AG

C4

P_G

ND

314

C337

10UF/10V

12

R392 22Ohm1 2

R407100Ohm

1 2

R393 22Ohm1 2

R403 10KOhm1 2

R391 22Ohm1 2

R413270Ohm

1 2

C3570.01UF/50V

12

R40533Ohm

1 2

FB51120Ohm/100Mhz

21

R397 22Ohm1 2 R398 22Ohm1 2

C352

47PF/50V

12

C339

0.1UF/16V

12

R40633Ohm

1 2

R428120OHM

2 1

BC

E

1

2

3

Q20BFR520T

GND

L1336.125MHZ

1

2

4

5

3

C354

0.022UF/16V

12

R4111.5KOHM

12

C343

10UF/16V

12

R42510KOhm

12

C3420.1UF/16V

12

R42210KOhm

1 2

Page 49: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

Pitch:1.0mm

RXO0+RXO1+RXO2+

RXOC+RXO3+RXO4+

RXE0+RXE1+RXE2+

RXEC+RXE3+RXE4+

RXO0-RXO1-RXO2-

RXOC-RXO3-RXO4-

RXE0-RXE1-RXE2-

RXEC-RXE3-RXE4-

PANEL_VCC

PANEL_VCC

+12V_NORMAL +5V_Standby+3.3V_Normal

Panel_ON6

OD_OCP_SEL6

OCP_OUTPUT_PWM 4BRIGHT_ADJ6

RXO0+6RXO1+6RXO2+6

RXOC+6RXO3+6RXO4+6

RXE0+6RXE1+6RXE2+6

RXEC+6RXE3+6RXE4+6

RXO0- 6RXO1- 6RXO2- 6

RXOC- 6RXO3- 6RXO4- 6

RXE0- 6RXE1- 6RXE2- 6

RXEC- 6RXE3- 6RXE4- 6

Size Project Name Rev

Date: Sheet of

Title :Engineer:

A

16 19Tuesday, December 06, 2011

MAIN BOARD

LVDS Interface

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

A

16 19Tuesday, December 06, 2011

MAIN BOARD

LVDS Interface

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

A

16 19Tuesday, December 06, 2011

MAIN BOARD

LVDS Interface

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason Chang

C3670.1UF/16V

12

R436470Ohm

1 2

R43733Ohm

12

BC

E

1

2

3

Q24PMBS3904

R43133Ohm1 2

C3691UF/16V

12

C371

10UF/16V

12

C3680.1UF/16V

12R434

47KOHM 12

R46210KOhmNC

12

R4394.7KOhm

12

R43010KOhm1 2

C3700.1UF/16V

12

R4384.7KOhm1 2

CON2

WTOB_CON_40P

1

1

3

3

5

5

7

7

9

9

11

11

13

13

15

15

17

17

19

19

21

21

23

23

25

25

27

27

29

29

31

31

33

33

35

35

37

37

39

39

2

2

4

4

6

6

8

8

10

10

12

12

14

14

16

16

18

18

20

20

22

22

24

24

26

26

28

28

30

30

32

32

34

34

36

36

38

38

40

40

SID

E1

41

SID

E2

42

C3750.1UF/16VNC

12

C3740.1UF/16VNC

12

R435

10KO

hm

12

R4420OhmNC

12

R4320Ohm

12

S D

G

Q23

AP4435GM

12

3

56

78

4

R43322KOHM

12

Page 50: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

H-type

TUNER_+5V

SPDIF_OUT 5,10

Size Project Name Rev

Date: Sheet of

Title :Engineer:

A

17 18Tuesday, December 06, 2011

MAIN BOARD

SPDIF OUT

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

A

17 18Tuesday, December 06, 2011

MAIN BOARD

SPDIF OUT

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

A

17 18Tuesday, December 06, 2011

MAIN BOARD

SPDIF OUT

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason Chang

CN13

RCA_JACK_3P

1

32

C376

0.1UF/16V

12

R444

56Ohm

12

FB55120Ohm/100Mhz

21

C37922PF/50V

NC1

2

R441 2.2KOhm12

C3781UF/16V

12

R4401.5KOHM

12

R445100KOHM

12

R4433.3KOHM

12R446

200Ohm

12

BC

E

1

2

3

Q25PMBS3904

Page 51: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

USB_Power

USB_Power

USB5V+5V_Standby

USB_OCD6

USB_PWR_SW6

USB_DM15

USB_DP15

Size Project Name Rev

Date: Sheet of

Title :Engineer:

A

18 18Tuesday, December 06, 2011

MAIN BOARD

USB

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

A

18 18Tuesday, December 06, 2011

MAIN BOARD

USB

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

A

18 18Tuesday, December 06, 2011

MAIN BOARD

USB

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason Chang

DS

G1

2 3

Q26AP2307GN1

2 3

C382

0.1UF/16V

12

R45147KOHM

1 2

R4524.7KOhm

12

C388

0.1UF/16V

12

C385

1PF/50V

12

C387

10UF/10V

12

R450100KOHM

12

C384

10UF/10V

NC

12

CN14

USB_CON_1X4P

11

22

33

44

P_GND15

P_GND26

F1

0.75A/8V

1 2

R44947KOHM

12

R44822KOHM

12

R44747KOHM

12

C386

1PF/50V

12

C380

10UF/10V

12

ZD27

AD

UC

10S

0300

5

NC

12

C383

0.1UF/16V

12

R4534.7Ohm

1 2

BC

E

1

2

3

Q27PMBS3904

C381

0.1UF/16V

12

ZD28

AD

UC

10S

0300

5

NC

12

R4544.7Ohm

1 2

FB56120Ohm

21

Page 52: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

Controlmethod

HW Power_on LED_Timer

IR

RC_IR

RC_IR

+5V_STBY

+5V_STBY

Size Project Name Rev

Date: Sheet of

Title :Engineer:

A

19 19Tuesday, December 06, 2011

MAIN BOARD

IR

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

A

19 19Tuesday, December 06, 2011

MAIN BOARD

IR

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason ChangSize Project Name Rev

Date: Sheet of

Title :Engineer:

A

19 19Tuesday, December 06, 2011

MAIN BOARD

IR

1.01xxA(L)V933/xxE(H)L933

CM Chang/Jason Chang

C231

0.1UF/16V

12

C208

10PF/50V

NC

12

CN202

WtoB_CON_6P

11

22

33

44

55

66

SIDE17

SIDE28

C234

10UF/10V

12

C229

0.1UF/16V

1 2

R202100Ohm

12

U201

IRM-3638M3S31F81Vout

1 GND2 Vcc3

P_GND14

P_GND25

C236

0.1UF/16V

12

R20110KOhm

12

C232

10PF/50V

NC

12

C230

0.1UF/16V

12

+ LED1GREEN

12

++RED

GREEN

LED2

RED&YELLOW_GREEN

12

34

D1

AD

UC

10S03005

NC12

Page 53: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

R79

Q204Q202

R210

R204R214

Q15

R281

R280

R283

R143

R146

R152

R160

R153

C313

R376

R377

R378

FB46

C294R368

TU1

X1

C84

FB40

R298

R203

R94

C316

R379

R381

R448

C380FB56

C295

C282

R362

C283FB44

R336

R306R307

R335

R420R419

C174

C385

C322

C323

R383

R382

C384

R450

Q26C381

F1

CN11

R364C285

R363

C296

R95

C355ZD30

R276R409

ZD31

R285

R415

R416

R290

C386

R453

R454

ZD27

C387

R451

C383

FB45

C103

R334

R134

R327

R308

ZD28

C344

C341

R398

C340

R397

C339

R396

CN15

CN14

R452

C343

R393

R392

R391

C105

R135

R132

SW7

SW6

SW5

SW4

C106

R133

Q28

D32

Q27

C388

R449

R447

C382

R390

R389

R388

C107

C234

C232

U201

R202

R201

C230

LED2C231

C236

C229

C208

D1

LED1

CN202

C256

R320

C97R86

R212

C91

C207

R15

R14

C30

R13

R2C10R12

C19

U3

R7

R77R34

CN1

R129C115

CN3

R248Q201

CN2

R17

R19

C32

R23

R22

R9

R21

R1

R20

C22

C17

R6C20

L2

R76R31

CN9

ZD25

C113

C114R249

R108C82

U5

R117

C26

C3

U1

C21

C31

C1

U4C25

C23

C5

R11

R8

C314

C392

R467

R466

Q31

C36

C34C40

C33C41C39

C37

C117

R131C108

R130C109 R124

R125

C102C111

C112

C116R126

R137

C110

R87

R181R89

R209

U7

C29

C28

C27

R218

C2

R18 R16

C24

C18C13C15

R10

R439

R438

R432

R433

C368

C315

C38

C390

R465

R463

C92

Q5

R97

C118

R139C104

D24R341

R136

R303R302

R138

R127

D11

JP3

D4

R106

C93

C182

C4R5

U2

Q24 C6

R118

C369

Q32

C391

R464

R339

JP9

C248C247

R305R304

D12

ZD21

C235

R271C94

R120

R98R102

R96

R231

RN12

R230

RN15

U9

RN11

FB35

C210

C211

C16C35R4 R3

C7

R434

C307

C298

R442

C308

C299

C304

R373

R375

R374

C310

L5

CN5

D23

JP8

ZD18

R278

R272

R84R91

C98

RN7

R232

R226R225

R227

R223R222

RN10

RN8

C213

C217

C12

C11C8

Q23

C306

C303

C302

C300

R328

D21

CN13

CN6

ZD19

ZD17

R277

R275

R273

R81

RN14

RN13

R224RN9

RN16

RN23

L1

R435C370

CON2

C305

C317

L7

C311

CN12

R338

JP7

C376FB55

R441R440

R443

R270

R269

R268

R267

U6

R247

RN22

R246

R245

RN18

R233

C371

C367

U18

C320

C251

ZD24

R311

JP4

C260

C379C378

R445

Q25 R444R446

CN8

ZD20

FB38

R297

JP2

C61

C66

R48

R44

R37

R46

C64

C62 C57

R40

R242

C326R387

C333

R386

C324

C250R310

JP5

R423 Q19C360C336

R412

R410

FB37

R296

JP1

C72

C73

R42

R55

R54

C59

C71C55R38R53

R240

R239

R238

R241

R211C334C327C331

C328

C335

C358

R468

C42 C99

C249

ZD23

R309

CN10

Q18

R331

R330

R325

R326

C365

Q21

R422

C350

R425

R417C362

R429C349

C337

R403

R401

R406R405

C342

FB51

C56

R39R49

R51C69

C67

R65

R63

C70

C79

R52

RN20

R237

RN19RN21

U10

R114R166

R206R205

Q10

L8

G5

C329

C100

JP6

C346

C289

C286

C287

C284

R365

R366

C261

R427

R402

R426

Q22

R428

C338

C351C352

C354

C353

C80

R408

R407

R64

R395

R60

R62

R61

C68

C81

C77

C78

R50

RN17

C176

Q12

R208

R217

R216

C160

C345

R399

C291

C288

U17

R394

C165

C75

C76

R59

C63R45

RN25

RN24

C177

FB34

R213

Q8

C178

R207

C179

R215

D2

R430

R462

R431

L10

C292

R367

R369

R400

U19

C164

C163L3

R200

R198

C162

C161

C86

C87

C88C89

RN27RN26

CN4

C180

C181

C290

R372

R371

R370

C348

L13

Q203R110

R111

R85R112

RN30

RN29

RN28

C293C297

C347

C83

C90

ZD22

5

113

9

39

40

24

36

1

2

12

1

Page 54: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

SELL OF APPARATUSES OR DEVICES WITHOUT PERMISSION.

Frame Name:DF-SCA2H-1R01.SCH

THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF DELTA ELECTRONICS, INC.AND SHALL NOT BE REPRODUCED OR USED AS THE BASIS FOR THE MANUFACTURE OR

J

1

DELTA ELECTRONICS, INC.

2

I

H

3

G

F

E

Date:

PWB: FILE NAME:

LY.REV: Drawn: Checked

DESCRIPTION:SCHEMATIC OFSWITCHING POWER SUPPLY

654 7

2X

D140SPR2X

SIMON12/20/11'

D

C

A

B

1 2 3 4 5 6 7

A

8 9 10

B

C

D

Approved MODEL NAME REV. SHEET

OF

1098

I

G

E

F

H

J

DPS-140SP A 01

SELL OF APPARATUSES OR DEVICES WITHOUT PERMISSION.

Frame Name:DF-SCA2H-1R01.SCH

THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF DELTA ELECTRONICS, INC.AND SHALL NOT BE REPRODUCED OR USED AS THE BASIS FOR THE MANUFACTURE OR

J

1

DELTA ELECTRONICS, INC.

2

I

H

3

G

F

E

Date:

PWB: FILE NAME:

LY.REV: Drawn: Checked

DESCRIPTION:SCHEMATIC OFSWITCHING POWER SUPPLY

654 7

2X

D140SPR2X

SIMON12/20/11'

D

C

A

B

1 2 3 4 5 6 7

A

8 9 10

B

C

D

Approved MODEL NAME REV. SHEET

OF

1098

I

G

E

F

H

J

DPS-140SP A 01

R920

R611

VCC

-ON

A

1/2

VCC-ON

1/2

PC60

1

PC90

3

Q903

R916

R923

ZD90

5

VCC

-ON

C60

4

C60

5

C60

6

C60

7B

C60

8

C61

1

R607

R608

R609

R610

R616

C60

9

C61

0

C612

D60

2

IC601

R605

R606

ZD60

0

1/2

C91

5

C91

6

IC902

PC90

2

R922

ZD90

0 1/2

C90

2

C90

5

C91

7

PC90

1

R903

A

R903

B

ZD90

2

ZD90

4

B+'

L

CX1CX2

CY1 CY2 C

Y3

F1P801

VCC-ON

B+'

B+

C82

4

Q805Q806

R612 R613 R614

R830

R831A R831B

R831

CR8

31D

R832

R833

A

A

B+'

N

CY6 CY7

FL1

R2R5

R816 R817 R818

VCC-ON

N2

BD1

CY4

FL2

R3R4

C80

6

C80

7

C80

8

C80

9AC

809B

C81

0

IC801

R805

R808

R820

B+

C81

2A

D600

D803

FB802

J17

Q80

0

R800

R804

A

C80

0AC80

1

C80

3AC80

5

FB80

0A

R801

R806

AR8

06B

R807

R809

C80

0B

D30

1

D30

2

R310

R311

R312

R313

R320

R322

ZD30

0

ZD30

1

1/2

C30

8

CY5

D240

FB803

IC30

6

PC90

3

R314

B+

12V24V

D801L801NTC1ACD

24V12V

R321

C30

0

C30

5

IC301

L240

Q30

1

R318

5VA

PS_ON

1/2

D30

3

D304

PC60

1

Q307

R300

R301

R309

R315

R316

R317

R319

C301

C302

R302

R303

R304

R305

R307

24V

R306

OVP

C90

4

C90

7

C91

0

D902D904

IC901

Q90

2

R904

AR9

04B

R909

ZD90

3

1/2

C95

4

C959A

IC955

PC90

1

R908A

R950

R955

R959

B+

C60

2

C614

C901

D90

1

FB901

J24

R901A

R901B

C60

0C

601

C60

3

C613

D601

Q600

Q601

R601R602

R603R604

R615

ZD60

1 C12

0C

240

D120

R240

A

T601

5VAC955

C95

6

C958

D957

R951T9015VSB ACD

C35

1

C35

4

C95

3

C95

7

C95

9

L951

Q30

8

R356

J240

L120

R120

A

R120

B

R120

C

R120

D

R240

B

R240

C

R240

D

R240

E

R240

F

24V

GND

BRIGHT_ADJ

INV_ON_OFF

12V

C12

1

C12

2C

243

P201

12V

ACD

GND

5VSB

C33

0

R324

PS_ON

INV_ON_OFF

BRIGHT_ADJ

1/2

GND

C957A

P202

PC90

2

R952

R953

Page 55: LCD Color Television 32AV933N - ESpecmonitor.espec.ws/files/toshiba_32av933n_ver._1.00_150.pdf · 1. An isolation transformer should be connected in the power line between the receiver

SELL OF APPARATUSES OR DEVICES WITHOUT PERMISSION.

Frame Name:DF-SCA2H-1R01.SCH

THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF DELTA ELECTRONICS, INC.AND SHALL NOT BE REPRODUCED OR USED AS THE BASIS FOR THE MANUFACTURE OR

J

1

DELTA ELECTRONICS, INC.

2

I

H

3

G

F

E

Date:

PWB: FILE NAME:

LY.REV: Drawn: Checked

DESCRIPTION:SCHEMATIC OFSWITCHING POWER SUPPLY

654 7

2X

D245FPR2X

CORTON11/28/11'

D

C

A

B

1 2 3 4 5 6 7

A

8 9 10

B

C

D

Approved MODEL NAME REV. SHEET

OF

1098

I

G

E

F

H

J

DPS-245FP A 01

SELL OF APPARATUSES OR DEVICES WITHOUT PERMISSION.

Frame Name:DF-SCA2H-1R01.SCH

THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF DELTA ELECTRONICS, INC.AND SHALL NOT BE REPRODUCED OR USED AS THE BASIS FOR THE MANUFACTURE OR

J

1

DELTA ELECTRONICS, INC.

2

I

H

3

G

F

E

Date:

PWB: FILE NAME:

LY.REV: Drawn: Checked

DESCRIPTION:SCHEMATIC OFSWITCHING POWER SUPPLY

654 7

2X

D245FPR2X

CORTON11/28/11'

D

C

A

B

1 2 3 4 5 6 7

A

8 9 10

B

C

D

Approved MODEL NAME REV. SHEET

OF

1098

I

G

E

F

H

J

DPS-245FP A 01

VCC

-ON

R920

R923

R611

1/2

PC60

1

VCC

-ON

C60

4

C60

5

C60

6

C60

7B

C60

8

C61

1

R607

R608

R616

ZD60

2

C60

9

C61

0

C612

D60

2

IC601

R605

R606

R609

R610

ZD60

0

VCC-ONQ903

R916ZD905

AC

1/2

C91

5

C91

6

IC902

PC90

2

R922

ZD90

0

1/2

C90

2

C90

5

C91

7

IC901

PC90

1

R903

A

R903

B

ZD90

2

ZD90

4

P801L

CX1

CX2

CX3

CY1 CY2 C

Y3

F1 FL1 NTC1

R2Z1

B+'

VCC-ON

C82

4Q805

Q806

R612 R613 R614

R820

R830

R831

A

R831

BR8

31C

R831D

R832

R833

A

AC

N

B+ B+'

R4

R5R816 R817 R818

N2

VCC-ON

BD1

CY4

FL2

J26

L1

R3

C80

6

C80

7

C80

8

C80

9AC

809B

C81

0

IC801

R805

R808

B+

C81

2A

D600

D803

J600

Q80

0

R800

R804

AC

800AC80

1C

805

FB80

0A

R801

R806

AR8

06BR807

R809

CY6

CY7

D30

2

FB801

R312

R313

ZD30

0

ZD30

1

C30

8

C80

3A

CY5FB802 FB803

IC30

6

PC90

3

R314

B+ 24V 12V

D801L801

12V 24VC

1/2

C30

3C30

5

L240A

Q30

1

R318

5VA

PS_ON

D30

1 D30

3

D304

PC60

1

Q302

R309

R310

R311

R315

R316

R317

R319

R320R3

22

1/2

C301

C302

R300

R301

R302

R304

R305

R307

24V

C30

0

IC301

R306

D245FPR2C0

OVP

C90

4

C90

7

C91

0

D902

D904

Q902

R904

AR9

04B

R908A

R909

ZD90

3

1/2

C956

C95

7IC951

PC90

1

R954

R955

R956

DENNIS.CHENG12/16/11'

1/2

B+

C60

2

C614

C901

D90

1FB901

J915

PC90

3

R901A

R901BC

600

C60

1

C60

3

C613

C61

5

D601

Q600

Q601

R601R602

R603R604

R615

ZD60

1

9

C12

0AC

240A

C24

0B

D120

D240A

D240B

T601

5VA

C95

0A

C951A C951B

D950

R951T901ACD

5V

C35

0

C35

1

C95

0B

C95

0C

C95

3

FB950L950

R335

C12

0B

L120

L240B

R120

A

R120

B

R120

C

R120

D

R240

A

R240

B

R240

C

R240

D

R240

E

R240

F 24V

GND

BRIGHT_ADJ

INV_ON_OFF12V

C12

3

C24

1

C24

3

P201

C

C35

2

R336

5V

GND

12V

ACD

PS_ON

INV_ON_OFF

BRIGHT_ADJ

1/2

GND

0112/16/11'

KY.TSENG

C955

P202

PC90

2

Q30

5

R337

R952

R953