LCD Color Television 32P1300D(G)

SERVICE MANUAL

LCD Color Television

32P1300D(G)

CONTENTS

1. IMPORTANT NOTICE

2. GREEN PRODUCT PROCUREMENT

3. LEAD-FREE SOLDER

4. SAFETY INSTRUCTION

5. SERVICE MODE

6. INTERCONNECT

7. EXPLODED VIEW

8. SET ID and PANEL ID

1

IMPORTANT NOTICE

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.

GREEN PRODUCT PROCUREMENT

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.

LEAD-FREE SOLDER

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 30ºC to 40ºC (54ºF to 72ºF). 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.

(1/4)

SAFETY INSTRUCTION

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.

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.

(2/4) 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

Resistance values in orms (Ω).

V: Voltmeter or oscilloscope (r.m.s. or peak reading)

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).

(3/4) The potential at any point (TOUCH CURRENT) expressed as voltage and does

not exceed the following value:

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

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.

(4/4)

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.

(1/13)

SERVICE MODE ENTERING SERVICE MODE 1) Press button once on 2) Press button again and 3) While pressing the button,

Remote Control. keep pressing. press button on TV set.

SERVICE MENU

Self Check

[9]Key [9]Key

(2/13)

ADJUSTING ITEMS IN THE SERVICE MODE Special setting

Item Value Purpose

Vertical Line Normal, Special if the picture have "Vertical Line problem",

user can use the "special setting" to improve this problem

V Lock Normal, Special

if the picture have "up-down jitter problem",


White Tail Normal, 1, 2, 3, 4

if the picture have "White Tail problem",

user can adjust the setting to improve this problem

Color Flicker Normal, Special When the color of the screen is flashing


White Peak Normal, Special if the picture have "bright dark flashing problem",


H Jitter Normal, _00,

_01,_02,_03,_04,_05

if the picture have "left- right jitter problem",


Vsync

Threshold

Normal, 1,2

if the vsync of the signal is not locking ,user can use the

"special setting" to improve this problem

Normal is current condition.

1 is current special + add one register (for Mumbai Ch2).

2 is 3 combination (Change IFD Gain+V th+ V PLL)(for Delhi

Ch2).

IF AGC Speed 196,206,216,219,222,24

8,250,251,Default,89,10

5,121,137,158,172,185

the default setting is the 196, user can use this setting to

change the if AGC speed

When user changes setup, setting value is held to each CH.

LogDebug Enable/Disable Default: Disable for TEST purpose

Signal

det.Hsync Normal/Special

Normal is current condition (Vsync and Hsync)

Special is new condition (Hysnc only)

Factory Reset Execute Factory Reset (Shipment condition)

CH WIDTH

VIDEO SYS Normal/Special

Normal is current condition

Special is new condition (VIDEO SYSTEM:PAL-G)


PAL-G is Tuner si2156 control setting.

Agc loop 1 dn

sample

Normal/Special

Normal is current condition (" 3 " Setting)

Special is new condition ( " 0 " Setting)


A

A

B

C

D

F

E

D

(3/13)

A : These item are similar phenomenon. So please try both items. B : The picture have white horizontal flare or some portion lost horizontal synchronize (disarray). In this case please try to change “White tail” 1, 2, 3, or 4.Then please choose the best one. C : If the picture have horizontal jitter please try to change this “H Jitter” 01, 02, 03, 04, and 05.

Then please select the best one. D : If the picture have horizontal bar noise or unlock synchronize please try to reduce this value. E : If the picture have full screen Picture jumping up / down please try a change to “special”. F : If the picture have horizontal stripes please try a change to “special”.

(4/13)

SELF CHECK - “Self Check” screen is shown by pressing “9” button on Remote Control during display of the Service

mode adjustment menu.

- “Self Check” screen should not be erased by timeout.

Self Check OSD

1 TV Model 32P1300D_A_LGD

2 Model ID 0x03

3 Boot Version 00000

4 APP SW Version 00000

5 PQ Data Version 00

6 AQ Data Version 00

7 Language H Enable

8 CEC Playback Control Disable

9 HDCP Key Pass [EEPROM]

10 POT 00000

11 MAIN FORMAT 1080i 60

12 MAIN TUNER FREQ 00000000

13

(5/13)

Item Explanation /Data Format

TV Model

“Model name”+”_”+”Suffix(A or B)”+”_”+”Panel vender”

e.g. 32P1300D_A_LGD

Model name :

29P1300D, 32P1300D

Suffix:

A

Panel vender :

LGD:LGD , CMI:CMI

Model ID Model ID indicating panel size and vender

Display 1 byte data.(Hex)

Boot Version Version information of boot code.

APP SW Version Version information of Application SW.

PQ Data Version Version information of Picture Quality Data.

AQ Data Version Version information of Audio Quality Data.

Language H

Manu Language option for VQ model

Enable : Enable to select Menu Language for VQ model.

Disable : Disable to select Menu Language for VQ model.

CEC Playback Control

Pass through of playback control keys option for HDMI-CEC

Enable : Playback control keys are handled as pass through.

Disable : Playback control keys are not handled as pass through.

HDCP key

HDCP key in the memory

Pass(FLASH) : HDCP key is detected in Flash-ROM

Pass(EEPROM) : HDCP Key is detected in External EEPROM

Fail : HDCP key is not detected

POT

Power On Time

Total time the TV has been powered on. (Unit: Hours) (Decimal)

* Writing the POT data to Flash ROM should be done only once in an hour.

(The time less than one hour can be ignored.)

* POT should be cleared to 0 by the ship-out factory command (40EE00FF).

MAIN FORMAT Video format information (e.g. 480i60, 1080i50, 1024 x 768@60Hz)

MAIN TUNER FREQ. Displays tuned frequency (Unit: kHz) (Decimal)

(6/13)

MODEL ID TABLE

Model ID

Inch & Vendor Model Name in Self Check OSD

0x00 Not used

0x01 29P1300_CMI 29P1300D_CMI

29P1300_A_CMI 29P1300D_A_CMI

0x02 Reserved

0x03 32P1300_LGD 32P1300_A_LGD

0x04 32P1300_LGD 32P1300D_LGD

32P1300_A_LGD 32P1300D_A_LGD

0x05 32P1300_AUO(TBD) 32P1300_A_AUO

0x06 32P1300_CMI(TBD) 32P1300_A_CMI

0x07 Reserved

0x08 24P1300_CMI 24P1300_A_CMI

0x09 Reserved

0x0A Reserved

0x0B Reserved Note

P1300D (East Euro) is the following two Model. ・29P1300D_CMI ・32P1300D_LGD

SETTING HOTEL MODE Hotel mode allows for customizing specified TV operations that are suitable for hotel use.

(7/13)

ENTERING HOTEL MODE MENU Hotel Mode Menu should be shown by the following operation.

1) Press button once on the 2) Press button again and 3) While pressing the button, Remote Control. keep pressing. press “+” button on TV set.

(Hotel Mode Settings Menu)

DISPLAY OF HOTEL MODE MENU - The Hotel Mode Menu should always be shown in English regardless of the Menu Language setting. (Translation of the words in the Hotel Mode Menu will not be provided.)

Hotel Mode Settings

Hotel Mode On

Control Panel On

Remote Control On

Setup Menu On

Enable HDMI CEC

TV Auto Power On

Auto Standby On

Position Key Pass Through Off

On

(Example of Menu Image)

OPERATING HOTEL MODE MENU - To enable Hotel Mode, use the or arrow keys while “Hotel Mode” item is highlighted to select “On”. Once Hotel Mode is on, the Hotel Mode settings will be enabled for adjusting.

- Use and buttons to access the hotel mode settings.

Use and buttons to change the settings. See the table below for explanation of each setting.

- Press Exit when finished adjusting the settings.

(8/13)

Item Options Description Factory

settings

Hotel Mode Off Disable Hotel Mode.

All the settings of Hotel Mode are disabled.

Off

On Enable Hotel Mode

Control Panel On Allow use of all Control panel buttons On

Off Prohibit use of all control panel buttons.

But, Power Off -> On by control panel POWER button is

not prohibited.

(Power On -> Off is prohibited.)

* Entering Service mode/Hotel mode Menu/Hotel Clone is

not prohibited.

* Control panel buttons are available during Service mode.

Remote Control On Remote Enabled On

Off Remote Disabled

* The following remote codes are not disabled.

- SOUND MUTE (40BF10)

- Super User mode (40BFFE)

- S mode (40EEC3)

* Remote Enabled during Service mode/Hotel mode

Menu/Hotel Clone.

Setup Menu On Allow access to SETUP menu On

Off Prohibit access to the setup menu.

Off (Except

Language)

Prohibit access to all items in the setup menu except for

the Language setting.

Enable HDMI

CEC

On Enable to use CEC feature Off

Off “TV Auto Power” and “Auto Standby” and “Position Key

Pass Through” are grayed out. CEC feature will not be

available regardless the settings.

TV Auto Power On Control power On/Off from external device On

Off Prohibit control of power On/Off from external device

Auto Standby On Execute standby to external device On

Off Prohibit control of standby to external device

Position Key

Pass Through

On Pass through position keys to external device. Off

Off Prohibit “pass through” to external device.

Max Volume 0-100 Set maximum volume level.

It limits the volume level which can be set by Volume

button.

If you set it to 70, Volume bar can not go to 71 or higher.

100

(9/13)

Change

POS/VIDEO

Off TV Tunes to the last channel or input viewed when

powered on

Off

On TV tunes to preset “POS/VIDEO” (channel or input) when

TV is powered on.

On (AC) TV tunes to preset “POS/VIDEO” (channel or input) only

when AC power is applied.

When TV is powered on by power button, tune to the last

channel or input.

POS/VIDEO

(only available

when “Change

POS/VIDEO” is

On)

0-99 0-99 (TV Channel Position) 0

VIDEO Number of input is depends on model.

HDMI Number of input is depends on model.

Change Volume Off TV volume level does not change when TV powers on Off

On TV volume level is forced to “Volume” level when TV is

powered on

Volume

(only available

when “Change

Volume” is On)

0-100 Volume level when TV is powered on

(Level bar is displayed)

30

Change Picture

Mode

Off Picture setting mode does not change when TV is

powered on

Off

On Picture setting mode is forced to “Picture Mode” mode

when TV is powered on

Picture Mode

(only available

when “Change

Picture Mode” is

On)

Dynamic Dynamic Standard

Standard Standard

Mild Mild

Movie Movie

TV Power Disabled TV returns to previous Standby/On State when AC power

is applied

Disabled

Force On Power TV on when AC power is applied

Force Standby Put TV in Standby when AC power is applied

Position Change

on HDMI Input

Enabled RF tuning via P, P, BACK, and number buttons is

allowed. (Normal operation)

Enabled

Disabled When viewing HDMI input, RF tuning via P, P, BACK,

and number buttons is disabled.

(10/13)

RESETTING HOTEL MODE SETTINGS - Hotel Mode settings should be reset by special remote code for Factory Ship out. (Default values will be restored) - Hotel Mode settings should NOT be reset by “Reset TV” on the SETUP menu.

(To prevent users from cancelling Hotel Menu settings that has been specially set by the hotel)

CLONING HOTEL MODE SETTINGS - Hotel Mode settings should be copied to other TV by HOTEL CLONE function.

SETTING HOTEL MODE VIA CLONE MENU The following settings can be copied between sets using the clone menu:

o Hotel Mode menu settings o ATV Channel Setup

Programme (position) System Colour System Programme Skip Signal Class Channel Manual Fine Tuning Signal Booster Label

COPYING HOTEL MODE SETTINGS FROM TV TO USB DRIVE 1) Configure the hotel mode settings via the Hotel Mode Menu (see previous sections for instructions). 2) Setup channel list via Setup Menu. 3) Access the Hotel Clone menu using steps a-c.

a) Press button once on the b) Press button again and c) While pressing the button,

Remote Control. keep pressing. press button on TV set.

4) Select “TV to USB” using the or arrow keys.

(Hotel Clone menu display)

(Sound Mute display) (Sound Mute display is canceled)

(11/13)

5) Insert USB Drive and press OK to copy settings to the USB drive. 6) Wait for window that indicates the copying process is complete before removing the USB drive.

COPYING HOTEL MODE SETTINGS FROM USB DRIVE TO TV 1) Access the Hotel Clone menu using steps a-c.

a) Press button once on the b) Press button again and c) While pressing the button, Remote Control. keep pressing. press “ -” button on TV set.

2) Select “USB to TV” using the or arrow keys.

3) Insert USB Drive that settings have previously been saved to and press OK to copy settings to the

TV. 4) Wait for settings to be copied.

When the copying has finished successfully, the message “The TV will reboot when this window is closed.” will be displayed. If the copying is not successful, an error message will be displayed.

5) Exit the menu and the TV will reboot. 6) Remove the USB drive.

(Hotel Clone menu display)

(Sound Mute display) (Sound Mute display is canceled)

(12/13)

Note: If TV status is “out of Box“ condition, when turn on the TV first, “Quick Setup“ screen will be displayed. Before copying data to TV from USB by using Hotel Clone function, it is necessary to execute Auto Tuning for the purpose of disappearing the “Quick Setup“ screen.

(13/13)

TV SOFTWARE UPGRADE Steps to Upgrade TV-Microcomputer Software via USB Flash Memory. 1) Unplug the TV. 2) Prepare a USB device which contains the software update. 3) Insert the USB device into the USB terminal of the TV. 4) Plug in TV and watch LED on the front of the set. 5) You can see Orange LED on TV during updating.

Please never power off during updating. 6) You can see Green LED that lights without blinking on TV after the update has completed. 7) Unplug the TV. 8) Remove the USB device. 9) Plug in the TV. 10) If updating succeeded, TV will turn on normally. (Normal: No LED blinking). 11) If updating failed, the LED of TV will show another condition. (LED disappears or keeps orange). In this case, please Re-Update the Software. Note: Remove HDMI apparatus at the time of the software update.

PJ90 CN300 CN950 CN650PJ860 1 GND 1 L+SPK 1 GND(AUDIO) 30 GND

1 VLED+1 2 12V(AUDIO) 2 L-SPK 2 13V(AUDIO) 29 NC2 VLED+2 3 12V 3 R-SPK 3 13V(SIGNAL) 28 NC3 VLED+3 4 12V(T-con) 4 R+SPK 4 12V(TCON) 27 NC4 FB1 5 GND 5 GND 26 GND5 FB2 6 5V 6 5V 25 TX3P6 FB3 7 5V 7 5V 24 TX3N

8 GND 8 GND 23 GND9 POWER_TV 9 POWER_TV 22 TCCLKP

10 AC_DETECT 10 DETECT 21 TXCLKN11 GND 11 GND 20 GND12 BL_ONOFF 12 BL On/Off 19 TX2P13 PWM 13 PWM 18 TX2N

17 GND16 TX1P15 TX1N14 GND13 TX0P12 TX0N11 GND

U800 10 NC9 SELLVDS

POWER 8 NC (or GND)7 GND

AC20182LF (PIE) 6 GND5 GND

CN740 4 VLCD1 3 VLCD2 2 VLCD3 1 VLCD4567

1 GND 12 GND 2

PJ7401

P801A 21 LIVE 32 NEUTRAL 4

567

LED GRN (PWR)

GND

3.3V (STBY)REMOTE

GND

LED RED (STBY)

Not used3.3V

LED GRN (PWR)LED RED (STBY)

Not used3.3VGND3.3V (STBY)REMOTE

GND U02A LED/RMT PE1127B1

LED-Bar

Speaker

U01AAS MAIN PE1129F

PANEL T-CON LAMP

Speaker

M300

MZ01A

EXPLODED VIEW 32P1300D

No. Location ToshibaService Part Description

1 A321S 75035262 KEY PLATE ASSY (FOR SERVICE USE)2 U01AAS 75035263 PC BOARD ASSY, MAIN(FOR SERVICE USE), PE1129F, LG3 A401S 75034381 COVER ASSY, UNIT (FOR SERVICE USE)4 MZ01A 75035259 CABLE, FFC, 30P P1.0 L260 2-FOLD-SHIELD5 MZ02A 75035260 CABLE, FFC, 50P P0.5 L140 2-FOLD-SHIELD6 PP02 75018648 CLAMP, LWST-05127 M300 75031134 WIRE HARNESS, P24284-YRT205_05(S)E/YRT110_05(S)E L220/770,4P8 PP03 75018648 CLAMP, LWST-05129 W661 75025502 SPEAKER, SPK1537AR, 40X120 8OHM 10W10 E02 75034123 SHEET, INSULATOR, POWER11 PP22 75018648 CLAMP, LWST-051212 U800 75034314 PC BOARD ASSY, POWER UNIT, LIPS, AC20182LF13 U02A 75034308 PC BOARD ASSY, LED_RMT, B910PE1127B114 A401C 75026939 PIECE, BAND CLAMP, 40TL83815 A421 75035257 STAND ASSY, LEG16 A422 75035256 BASE ASSY, STAND, LEG17 P801 75035247 CORD, POWER, E-EUROPE, 132325/2

SAFETY PRECAUTIONThe parts identified by mark are critical for safety. Replaceonly with part number specified. The mounting position ofreplacement is to be identical with originals.The substitute replacement parts which do not have the samesafety characteristics as specified in the parts list may createshock, fire or other hazards.

(1) can be opened andremoved upwards.

Note:These photographs are samples.These photographs differ from the mass-production product.

SET ID and PANEL ID

Total digits YWK SET ID SERIAL Panel IDMax 14 YWK *** ****** **

3 digits 3 digits 6 digits 2 digits(A00001-Z99999)

YWKY: Year 8 2008 WK: Week 01 WK01

9 2009 02 WK02A 2010 03 WK03B 2011 04 WK04C 2012

… …

… …

53 WK53

Panel vendor Information (Panel ID)

Marking Marking MarkingA J SB K TC L UD M VE N WF P XG Q YH R Z

1-9

Model/Panel InformationPanel ID

U1G1U1W1

7B332P1300D

PanelV290BJ1-PE1 (Open Cell, CMI)

V390HJ1-P02 (Open Cell, CMI)T390HVN04.0 SKD (Open Cell, AUO)

29P1300D 8B8

39P2300D 9B9

When the panel version is updated within the same panel vendor, the last digit will beincremented by 1.

IPS

Panel VendorSHARPCSOT

TJP/CMITJP/SAMTJP/AUOTEVP/CMITEVP/SAM TEVP/AUO

TCL (BMS)

CPT

BriViewCMO

CHILIN

Panel VendorTJP MODULE

SAMSUNGLPL/LGD

LC320DXJ-SFE1 (Open Cell, LG)

Panel ID in Global Serial No.

13th digit:

14th digit:

TJP/LGD

Model SET ID

Panel VendorAUO

REV. 00 Jul./24/2013

TOSHIBA CORPORATION

APPROVED BY CHECKED BY TITLE TOTAL PAGE NO. REV.MARK DRAWING.NO.DESIGNED BY

5T03655-1D

12

13

14

15

17

18

19

20

FUNCTION

21

22

23

24

25

PAGE

16

10

1

2

3

4

5

6

7

8

9

11

PAGEREV FUNCTION

44

45

46

47

48

49

27

28

50

29

30

31

32

33

34

35

36

37

38

26

39

40

41

42

43

PWA NAME

PWB NAME

UNIT NAME

PWB NO.

UNIT NO.

PWA NO.

SCHEMATIC DIAGRAMS

PRODUCT NAME

REVREGISTEREDREVISED

BY

APPROVED

BYCONTENTSREV.

MARK

YAJIMA LED/RMT BOARD 00 PE1127

2012.10.29

1

LED/REMOTE

32P2300(代表機種）

展開機種

MATSUDA

Cover

LED/REMOTE/OPT SENS.

<TJP>

00

00

00

2

PE1127

24P2300/29P2300/39P2300B910PE1127A1/B1

New release

24P1300/29P1300/32P1300

PE1127A1(P2300)/B1(P1300)

[TP]

[TP]

[TP]

[TP]

[TP]

[TP]

[TP]

[HBGP1UD]

(GND)

(VCC)

(Vout)

(GND)(GND)

PHOTO SENSOR

GNDGC2

NC

[V-L1603]

GC1 VCC

IOUT

[ZD]

[ZD]

[ZD]

[C7A]

[LEDMX2]

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B

PAGE NO. REV.MARK DRAWING.NO.

TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

TOSHIBA CONFIDENTIAL

3.3V_E3.3V_1

DP03

1

DP01

1DP02

1

DP04

1

DP06

1

DP05

1

DP07

1

GND

V47A00003200

IC742

GP1UE261RKVF

3

1

2

45

3.3V_E

GND

C7421

10uF(K)1

2

C7420

100nF(K)1

2

R7420

47(J)

21

R7421

4.7K(J)

21

3.3V_E

GND GND

R7422

47(J)

21

V44A00004600

*IC741

BH1603FVC-STR

2

3

4

5

6

1

3.3V_1

GND

*C7410

100nF(K)

1

2

GND

*C7411

100nF(K)

1

2

D7410

NOT MOUNT

UDZSNPTE-176.8B

CA

D7431

NOT MOUNT

UDZSNPTE-176.8BCA

D7430

NOT MOUNT

UDZSNPTE-176.8BCA

R7432

100(J)

21

R7435

100(J)

21

3.3V_E

*R7412

68K(J)

21

GND

GND GND

*R7411

4.7K(J)

21

GND

3.3V_1

GND

*R7410

4.7K(J)

21

PJ740

V22A00012400

S7B-PH-K-S(LF)(SN)

1234567

DS743

V44A00004900

SML-022ML8TT86

A1

A2

C1

C2

2013.02.20 09:31

YAJIMA LED/RMT BOARD LED/REMOTE/OPT 100 2 00 PE1127基板へ渡す値

1:OPT SENS.2:3.3V3:GND4:3.3V(STBY)5:REMOTE6:LED RED(STBY)7:LED GRN(POWER)

REMOTE

OPTSENSOR

RED

GREEN

TOSHIBA CORPORATION

APPROVED BY CHECKED BY TITLE TOTAL PAGE NO. REV.MARK DRAWING.NO.DESIGNED BY

5T03655-2E

12

13

14

15

17

18

19

20

FUNCTION

21

22

23

24

25

PAGE

16

10

1

2

3

4

5

6

7

8

9

11

PAGEREV FUNCTION REV PAGE FUNCTION FUNCTIONREV PAGE REV

44

45

46

47

48

49

27

28

50

29

30

31

32

33

34

35

36

37

38

26

39

40

41

42

43

55

54

64

53

70

52

65

51

75

71

62

74

66

68

58

63

57

73

59

69

72

61

67

56

60

95

94

93

92

91

90

89

88

87

86

85

84

83

82

81

80

79

100

78

77

76

99

98

97

96

PWA NAME

PWB NAME

UNIT NAME

PWB NO.

UNIT NO.

PWA NO.

SCHEMATIC DIAGRAMS

PRODUCT NAME

TOSHIBA CONFIDENTIAL

SH.SH.SH.SH.

2013.03.06 17:05

SASAKI Circuit Diagram 01 MP DPL PE1129ZA

’13 ASEAN ANALOG LCD TV

基板へ渡す値

MP DPL

PE1129ZA

32P1300

展開機種

MATSUDA -

24P1300

001

002

Cover

Revision

101 RTD2648(Analog Video I/F)

102 RTD2648(Analog Video & IF)

103 RTD2648(Analog Audio I/F)

104 RTD2648(HDMI I/F)

105 RTD2648(LVDS I/F)

106 RTD2648(NAND/SPI I/F)

107 RTD2648(GPIO,USB I/F)

108 RTD2648(Periferal I/F)

109 RTD2648(Power and GND)

110 Flash Memory

111 Debug/Reset

USB Connector(side)160

Audio Mute301

370

371

Audio D-AMP

Audio D-AMP out

601 AV Jack

Video out (for test)603

LVDS Connector650

660 HDMI Connector

661 HDMI HPD

HDCP Key ROM669

700 LED/RMT I/F

702 Tack Key I/F

Tuner750

SoC 3.3V Power901

902 SoC 1.8V Power

903 SoC 1.0V Power

3.3V2 Power906

907 1.8V2 Power

VCC LCD911

Power Control912

950 Main/Power B-B

<TJP>

<TEVP>

29P1300

EMC960

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

F

D

B

A

C

E

5T03655-3C

REV.

MARK BYBYREGISTERED

APPROVED REVISEDCONTENTS

REVISEDREGISTERED

MARK BY

APPROVEDREV.

BYCONTENTS

REVISION SHEET

2013.03.06 17:05

SASAKI

@Date

Circuit Diagram 002 02 MP DPL PE1129ZA

#1First Release 32P1300 MP DPL

SASAKI

’13/3/6(PE1129ZA)

SASAKIMATSUDA

’13/3/6 ’13/3/6

[V-U2647S]1/9

HSYNCIN

VSYNCIN

VIN_0P

VIN_BN

[ANALOG VIDEO INTERFACE]

VIN_1P

VIN_2P

VIN_3P

VIN_Y0N

VIN_4P

VIN_5P

VIN_6P

VIN_Y1N

VIN_7P

VIN_8P

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

2013.03.06 17:05

SEKIGUCHI 24/29/32P1300 RTD2647(Analog Video I/F) 101 03 MP DPL PE1129ZA

V47A00060100

IC100

RTD2647S-GR

186

185

187

189

190

191

192

193

194

195

188

196

197

198

R10010(X)

21

R1002

0(X)

21

GND

[V-U2647S]2/9

[ANALOG VIDEO INTERFACE]

AV_OUT_1

[VIF INTERFACE]

IF_P

IF_N GPIO_11

VIN_11P

GPIO_12

VIN_A0N

VIN_9P

VIN_10P

VIN_12P

VIN_A1N

AV_OUT_2

LSADC3

G33IFPGAV33IFADC

V33ADC

V33VDAC

G33ADC

NC

V10ADC

G33VDAC

V33IFPGA

DGND

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

R_IF_AGC

750

R_DIF_N 750

R_DIF_P 750

V_E1 601

FL104

MPZ1608S221AT

1 2

3.3V_E_SOC_A

C1047

100nF(K)

10V

1

2

FL105

MPZ1608S221AT

1 2

GND

C1046

1uF(K)

6.3V

1

2

3.3V_E_SOC_A

FL102

MPZ1608S221AT

1 2

FL103

MPZ1608S221AT

1 2

C1043

100nF(K)

10V

1

2 C1044

NOT MOUNT

100nF(K)

10V

1

2

1.0V_SOC_A

FL100

MPZ1608S221AT

1 2

C1042

100nF(K)

10V

1

2C1040

1uF(K)

6.3V

1

2

GND GND

GND GND

GND

FL106

MPZ1608S221AT

1 2

GND

GND

R1025

0(X)21

C1025

47nF(K)

12

C1026

47nF(K)

12

C1020

NOT MOUNT270pF(J)

1 2

C1027

47nF(K)

12

GND

V_AVOUT1

603

R1035

10K(J)

21

C1039

10nF(K)

25V1

2

GNDC1049

NOT MOUNT

22uF(M)6.3V

12

C1037

1uF(K)16V

1608

1 2

GNDGND

FL112

BLM18HD102SN1D1608

1 2

R10762.2K(J)

21

R1077

0(X)

21

C1038

1uF(K)16V

1608

1 2C1031

NOT MOUNT

39pF(J)

1

2

C1032

NOT MOUNT

39pF(J)

1

2

GND

R1075

NOT MOUNT

1.2K(J)

21

R1078

0(X)

21

FL111

BLM18HD102SN1D1608

1 2

GND

C1033

NOT MOUNT27pF(J)

1

2

2013.03.06 17:05

SEKIGUCHI/KAWANABE 24/29/32P1300 RTD2647(Analog Video & IF) 102 04 MP DPL PE1129ZA

V47A00060100

IC100

RTD2647S-GR

206

205

204

203

207

213

26

27

49

50

214

208

211

2529

215

201

200

202

209

212

28

199

R1034

0(J)

21GND

C1034

10pF(J)1

2

C1035

10pF(J)

1

2

C1045

100nF(K)

1

2

GND_IFADC GND_IFADC

GND_IFADC

IF-AGC

GND

[V-U2647S]3/9

SPKOUT_R

SPKOUT_L

HPOUT_L

AIN_4L

AIN_4R

[ANALOG AUDIO INTERFACE]

GPIO_65

GPIO_66

[I2S OUT]

GPIO_64

GPIO_63

VCM_BB

AIN_3L

AIN_3R

AIN_2L

AIN_2R

AIN_1L

AIN_1R

AVOUT_L(FixVol)

AVOUT_R(FixVol)

HPOUT_R

V33BB2

V33BB1

G33BB2

G33BB1

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

A_OUT_R370

A_OUT_L370A_E1_L601

A_E1_R601

R1042

220K(J)2

1

GND

R1043

220K(J)2

1

C1050 2.2uF(K)

12

C1051 2.2uF(K)

12

C1063100nF(K)

10V

1

2

C10621uF(K)6.3V

1

2

GND GND

GND

3.3V_E_SOC_A

GND

FL120

MPZ1608S221AT

1 2

C1061

100nF(K)

10V

1

2

FL121

MPZ1608S221AT

1 2

C1060

100nF(K)

10V

1

2

GND

C1058

100nF(K)

10V

1

2

GND

C1059

100nF(K)

10V

1

2

GND GND

669

M_SCL_MAIN

669

M_SDA_MAIN

2013.03.0617:05

MORISHITA 24/29/32P1300 RTD2647(Analog Audio I/F) 103 05 MP DPL PE1129ZA

V47A00060100

IC100

RTD2647S-GR

12

14

13

11

3

4

5

6

7

8

9

10 1

17

18

121

122

124

125

15

2

16

216

R1040 10K(J)21

R1041 10K(J)

21

I2C1_SCL

I2C1_SDA

[V-U2647S]4/9

HDDC0_SDA

[HDMI INTERFACE]

RX1_RN

RX1_CKP

RX1_RP

RX1_BN

RX1_BP

RX1_GN

RX1_GP

RX1_CKN

CEC

RX0_CKN

RX0_CKP

RX0_GP

RX0_RN

RX0_RP

RX0_BP

RX0_BN

RX0_GN

REXT

HDDC0_SCL

HDDC1_SDA

HDDC1_SCL

ST_GPIO_6

ST_GPIO_7

V10TMDS

V33TMDS

G10TMDS

G33TMDS

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

H_RXDSINK0_0P660

H_RXDSINK0_1P660

H_RXDSINK0_2N660

H_RXDSINK0_0N660

H_RXDSINK0_CN660

H_RXDSINK0_2P660

H_RXDSINK0_CP660

H_RXDSINK0_1N660

660H_DDC0_SDA

660H_DDC0_SCL

H_HPD_SINK0

661

1.0V_SOC_A

GND

C1071

100nF(K)

10V

1

2

GND

3.3V_E_SOC_A

C1070

100nF(K)

10V

1

2

GND

R1070

6.2K(D)2

1

GND

2013.03.06 17:05

NAMIKAWA 24/29/32P1300 RTD2647(HDMI I/F) 104 06 MP DPL PE1129ZA

V47A00060100

IC100

RTD2647S-GR

142

143

145

146

147

148

149

144

132

133

134

135

136

137

138

139

150160

162

163

176

177

168

169

130

141

131

140

660H_CEC

[V-U2647S]5/9

LVDSA_FP

[LVDS INTERFACE]

LVDSA_FN

LVDSA_EP

LVDSA_EN

LVDSA_DP

LVDSA_DN

LVDSA_CP

LVDSA_CN

LVDSA_BN

LVDSA_BP

LVDSA_AP

LVDSA_AN

LVDSB_BP

LVDSB_EP

LVDSB_DP

LVDSB_FP

LVDSB_BN

LVDSB_FN

LVDSB_CN

LVDSB_CP

LVDSB_DN

LVDSB_AP

LVDSB_AN

LVDSB_EN

V33LVDS

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

650B_TX3O+1

650B_TX0O+1

650B_TX3O-1

650B_TX1O-1

650B_TX2O-1

650B_TX2O+1

650B_TX1O+1

650B_TXCLKO+1

650B_TX0O-1

650B_TXCLKO-1

GND

3.3V_E

C1501

100nF(K)

10V

1

2

2013.03.06 17:05

IKEHARA 24/29/32P1300 RTD2647(LVDS I/F) 105 07 MP DPL PE1129ZA

V47A00060100

IC100

RTD2647S-GR

98

96

97

101

100

99

104

103

102

105

112

111

110

115

114

113

118

117

116

109

107

106

120

119

108

[V-U2647S]6/9

NC

DGND

[NAND INTERFACE]

NC

NC

NC

NC

NC

NC

NC

NC

NC

DGND

NC

DGND

DDR_VREF

V25DDR

V25DDR

V25DDR

V25DDR

NC

V25DDR

V25DDR

[DDR Power]

SPI_DI SPI_SCK

SPI_CS_N

SPI_DO

[SPI INTERFACE]

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

M_SPI_CLK 110

M_SPI_DI110

M_SPI_CSN 110

M_SPI_DO 110

2.5V_SOC_DDR

C1085

100nF(K)

10V

1

2

GND

C1087

100nF(K)

10V

1

2 C1088

100nF(K)

10V

1

2 C1089

100nF(K)

10V

1

2 C1090

100nF(K)

10V

1

2C1084

100nF(K)

10V

1

2

GND

2.5V_SOC_DDR

C1082

100nF(K)10V

12

R1097

1K(D)

21

R1096

1K(D)

21

C1083

100nF(K)10V

12

GND

C1081NOT MOUNT

5pF(C)50V

1

2

GND

R1093

MOUNT

10K(J)

21

GND

C1091

10uF(K)

16V

1

2 C1086

MOUNT

10uF(K)

16V

1

2C1092

10uF(K)

16V

1

2

GND

GND

2013.03.06 17:05

SASAKI 24/29/32P1300 RTD2647(NAND/SPI I/F) 106 08 MP DPL PE1129ZA

V47A00060100

IC100

RTD2647S-GR

75

77

79

80

84

85

86

87

78

82

73

88

89

72

90

71

74

81

91

93

94

95

62

64

63

61

R1090

33(J)

21

R1091

33(J)

21

R1092

33(J)

21

GND

Boot Mode bit1

0 : SPI Flash boot1 : NAND Flash boot

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

[LED]

[V-U2647S]7/9

[GPIO INTERFACE]

ST_GPIO_0

GPIO_9

GPIO_10

GPIO_13

GPIO_17

GPIO_18

GPIO_19

GPIO_20

GPIO_24

GPIO_67

NC

NC

ST_GPIO_5

ST_GPIO_10

ST_GPIO_11

ST_GPIO_12

ST_GPIO_21

ST_GPIO_22

ST_GPIO_23

U0DM

V10USB DGND

U0DP

G10USB

[USB INTERFACE]

GPIO_1

V33USB

GPIO_0

GPIO_23

ST_GPIO_13

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

M_USB0_DP160

M_USB0_DM

160

160

M_USB0_POWEREN

M_POWER_TV950

700C_LED_GREEN

M_WP_FLASH110

AC_DET950 301 912

A_AMP_SHDN301

1.0V_SOC_A

C1104

100nF(K)

10V

1

2

GND

C1105

NOT MOUNT

4.7uF(K)

6.3V

1

2

C1103

NOT MOUNT

4.7uF(K)

6.3V

1

2C1102

100nF(K)

10V

1

2

3.3V_E_SOC_A

GND

GND

R1103

22(J)

21

R1107

100(J)

21

M_POWER_SOC906 902 903 907

R1104

10K(J)

21

M_USB0_FLAG_CONT160

R1111

10K(J)

21

3.3V_1

R1112

NOT MOUNT

10K(J)

21

C1106100nF(K)

50V

1

2

GND

3.3V_E

R1113

47K(J)

21

GND

C_LED_RED700

D1001

V44A00006500QSME-C19S

C A

GND

GND

R1087

NOT MOUNT

47K(J)

21

R1088

470(J)

21

M_POWER_LCD

911

R1080

NOT MOUNT

10K(J)

21

GND

R1081

NOT MOUNT

100(J)

21B_PWM_DIM

950

R1086

3.3K(J) 2

1

GND

660 661

H_PWR_0R1084

1.5K(J)

2 1

2013.03.06 17:05

SASAKI 24/29/32P1300 RTD2647(GPIO,USB I/F) 107 09 MP DPL PE1129ZA

V47A00060100

IC100

RTD2647S-GR

161

47

48

51

54

55

56

57

65

167

172

173

174

178

179

180

126

127

128

31

32

35

36

3330

34 37

60

175

R1089

4.7K(J)2

1

GND

GND

R1117

4.7K(J)

21

5.0V_E

R1118

4.7K(J)

21

3.3V_E

3.3V_E

GREEN_POWER ON

0 : Enable1 : Disable

Test Mode

RED_STAND BY

PWM_0_OUT

USB_PWR_FLAG0

PWM_3_OUT

GND

GND

[XF]

NC

NC

[V-U2647S]8/9

[MCU INTERFACE]

XOUT

XIN

GPIO_21

GPIO_22

GPIO_25

GPIO_26

LSADC4

LSADC2

LSADC1

LSADC0

LSADC_REF

RESET

ST_GPIO_3

ST_GPIO_4

ST_GPIO_8 ST_GPIO_9

V33IO

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E700

C_RMT_IN

C_KEY1 702

C_KEY_POWER 702

750

R_SCL_TUNER750

R_SDA_TUNER

M_SOC_RESET111

M_UART_RX111

M_UART_TX111

M_BL_ONOFF

950

C_OP_IN 700

GND

C1123

100nF(K)

10V

1

2

3.3V_E

R1128

10K(J)

21

GND

R1122 10(J)21

R1123 10(J)21

R1124

3.3K(J)2

1

R1125

3.3K(J)2

1

3.3V_TUNER

R1126 100(J)21

R1127 100(J)21

R1129

100(J)

21

C1120

15pF(J)50V

12

R1121

1K(J)

21

X1001

V10A00018800

27MHz

7V27080014

1

3

2

4

C1121

10pF(J)50V

12

R1120

1M(J)

21

3.3V_TUNER

2013.03.06 17:06

SASAKI 24/29/32P1300 RTD2647(Periferal I/F) 108 10 MP DPL PE1129ZA

V47A00060100

IC100

RTD2647S-GR

21

22

58

59

66

67

157

153

154

155

156

164

165

166

170 171

158

GND

R1134

4.7K(J)2

1

PLL_GND

5.0V_E

R1133

10K(J)2

1

R1130

10(J)

21

R1131

10(J)21

R1132

10K(J)2

1

M_VGA_DDC_SDA111

M_VGA_DDC_SCL111

1 : Disable

HIF Setting

0 : Enable

I2C1_SDA

I2C1_SCL

UART1_RXDI

UART1_TXDO

VDDC_SDA

VDDC_SCL

IRRX

[V-U2647S]9/9

[POWER AND GND]

V10CORE

V33PLL

V10PLL

G33PLL

V10CORE

V33IO

V10CORE

NC

V10CORE

V10CORE

V33IO

DGND

V10CORE

V10LDO

V33IO

V10CORE

G33APLLV33ADC

V10CORE

GPIO_2

GPIO_3

GPIO_4

GPIO_6

GPIO_5

GPIO_15

V33IO

GPIO_7

GPIO_8

V33IO

G10DDRPLLV10DDRPLL

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

C1140

100nF(K)

10V

1

2C1135

100nF(K)

10V

1

2 C1137

100nF(K)

10V

1

2 C1139

100nF(K)

10V

1

2C1136

100nF(K)

10V

1

2 C1138

100nF(K)

10V

1

2C1134

100nF(K)

10V

1

2

FL140

MPZ1608S300AT

1 2

1.0V_SOC_CORE

C1132

10uF(K)

16V

1

2C1131

NOT MOUNT

10uF(K)

16V

1

2C1130

10uF(K)

16V

1

2

GND

GND

C1133

10uF(K)

16V

1

2

C1144

100nF(K)

10V

1

2C1142

100nF(K)

10V

1

2C1141

100nF(K)

10V

1

2 C1143

100nF(K)

10V

1

2

GND

FL144

MPZ1608S300AT

1 2

3.3V_E_SOC_A

GND

C1147

100nF(K)

10V

1

2

FL146

MPZ1608S300AT

1 2

C1148

100nF(K)

10V

1

2

GND

C1149

100nF(K)

10V

1

2

FL143

MPZ1608S300AT

1 2

C1145

100nF(K)

10V

1

2 C1146

100nF(K)

10V

1

2

FL142

MPZ1608S300AT

1 2

GND

1.0V_SOC_A

FL147

MPZ1608S300AT

1 2

GND

GND

FL148

MPZ1608S300AT

1 2

GND

3.3V_E

3.3V_E

C1150

100nF(K)

10V

1

2

2013.03.06 17:06

SASAKI 24/29/32P1300 RTD2647(Power & GND) 109 11 MP DPL PE1129ZA

3.3V_E

V47A00060100

IC100

RTD2647S-GR

19

20

23

24

52

53

76

83

92

123

129

151

152

159

181

182

184 183

210

38

39

40

41

42

43

44

45

46

68

70 69

PLL_GND

PLL_GND

PLL_GND

GND

FL149

MPZ1608S300AT

1 2

GND

[V-M25QA]

DODI

CLK

VCC GND

CS

WP

HOLD

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

ON

C1161

100nF(K)

10V

12

106M_SPI_DI

106M_SPI_CLK

106M_SPI_DO

106M_SPI_CSN

R1163

MOUNT

10K(J)

21

M_WP_FLASH107

GND

R1162

MOUNT

10K(J)

21

R1160

MOUNT

10K(J)

21

3.3V_1

R1164

MOUNT

10K(J)

21

GND

C116510uF(K)16V

1

2

GND

2013.03.06 17:06

WATANABE/SASAKI 24/29/32P1300 Flash Memory 110 12 MP DPL PE1129ZA

R1166

33(J)

21

R1167

0(J)

CR16-000V21

IC110

OR=V46A00071900/V46A00078400

W25Q16CVSSIG

6

5 2

8 4

1

3

7

EJTAG setting

0 : Enable1 : Disable

0 : Boot from ROM1 : Don’t boot from ROM

ROM Boot

[TP]

[TP]

[TP]

[CN5]

[TP]

[TP]

[TP]

[TP]

[TP]

[TP]

[C4A2]

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

C1171

NOT MOUNT

10pF(B)

50V

1

2

GND GND GND

R1170

3.3K(J)

21 R1171

NOT MOUNT

3.3K(J)2

1

C1170

NOT MOUNT

10pF(B)

50V

1

2

M_UART_TX108

M_UART_RX108

DP111

1

DP112

1

DP113

1

CN102

V22A00084200

12345

3.3V_1

DP115

1DP114

1

GND

DP119

1

GND

DP120

1

M_VGA_DDC_SCL108

DP116

1

*C1173

MOUNT

10pF(B)

50V

1

2

DP117

1

*C1172

MOUNT

10pF(B)

50V

1

2

M_VGA_DDC_SDA108

GND

2013.03.06 17:06

SASAKI 24/29/32P1300 Debug/Reset 111 13 MP DPL PE1129ZA

GND

C1174

MOUNT

100nF(K)10V 1

2

R1174

10K(J)

21

M_SOC_RESET108

3.3V_E

*CN103

MOUNT

BM04B-GHS-TBT(LF)(SN)(N)

4321

2T1T

<DEBUG> 1:GND 2:N/C 3:+5V 4:SOC Rx 5:SOC Tx

<Debug Connector>

<DEBUG> 1:5V 2:GND 3:SOC Rx 4:SOC Tx

<Debug Connector for Standby mode> (for writing boot code)

(for writing HDCP key)

Not mount for MP

<Reset Circuit>

[ZD]+ [CP]

[C4A3]

[VARA]

U

[VARA]

U

[V-U9728]

FAULT

VIN

EN

VOUT

ILIM GND

PAD

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

M_USB0_POWEREN107

M_USB0_FLAG_CONT 107

GND

GND

C1600100nF(K)50V

1

2

D1600

NOT MOUNT

UDZSNPTE-176.2B

CAR1610

NOT MOUNT

10K(J)

21

C1601

22uF(M)6.3V

1

2

FL160V13A00013400

1 2

M_USB0_DP107

M_USB0_DM107

GND

R1600 0(X)21

R1601 0(X)21

C1608

4.7uF(K)6.3V

1

2

GNDR1611

43K(D)

21

GND

C1609

NOT MOUNT

100uF(M)

16V

1

2

2013.03.06 17:06

SASAKI 24/29/32P1300 USB Connector(side) 160 15 MP DPL PE1129ZA

C1606

100nF(K)10V

1

2

GNDGND

PJ160

U250FD004S11GBR

4321

2T1T

3T

RV161

AVRL101A1R1NTB

21

RV162

AVRL101A1R1NTB

21

5.0V_E

V47A00058700

IC160

RT9728AHZQW

1

2

3

5

4

6

7

Side USB

[MFNN]

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

2013/03/06

5.0V_E

107

A_AMP_SHDN

A_AMP_SD

370

950 107 912

AC_DET

GND

R3100

10K(J)

21 GND

R3103

220K(J)

21

GND

R3101

220K(J)

21

R3102

220K(J)2

1

R3104

22K(J)

21

GND GND

2013.03.06 17:06

MORISHITA 24/29/32P1300 AUDIO MUTE 301 16 MP DPL PE1129ZA

R3105

22K(J)

21

R3106

NOT MOUNT

47K(J)

21

5.0V_E

Q3100

FK330309EL

OR=V41A00023400/V41A00002900

G

S

D

Q3101

2SCR523UBTLOR=V41A00023500/V41A00006300

E

B

C

D3100

V42A00057700

DA2J10100L

A C

D3101

V42A00057700

DA2J10100L

A C

rev01Change Q3100 to VA item


[TP]

[TP]

[V-L3110]

LINP

RINP

LINN

GVDD

GAIN0

SD

PVCCL

PVCCL

RINN

AVCC

FAULT

BSPL

GAIN1

PLIMIT

PBTL

PGNDPVCCR

PVCCR

AGND

NC

OUTPL

OUTNL

BSNL

BSPR

OUTPR

BSNR

OUTNR

PGND

THERMAL PAD

[POWER]

D-AMP

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

VCC_AUDIO

A_DAMP_OUTPL 371

A_DAMP_OUTPR 371

GND

GND

A_DAMP_OUTNL 371

A_DAMP_OUTNR 371

103 A_OUT_L

370 301A_AMP_SD

103 A_OUT_R

VCC_AUDIO

GND

C3703 2.2uF(K)

1 2

C3704 2.2uF(K)

1 2

C3705 2.2uF(K)

1 2

C3706 2.2uF(K)

1 2

C3702

NOT MOUNT

1nF(K)

1

2

C3701

NOT MOUNT

1nF(K)

1

2

GND

C3716

220nF(K)25V

1 2

C3718

220nF(K)25V

1 2

C3720

220nF(K)25V

1 2

C3722

220nF(K)25V

1 2

C3719

330pF(J)50V

1 2

GND

GND

C3721

330pF(J)50V

1 2

GND

C3723

330pF(J)50V

1 2

GND

C3717

330pF(J)50V

1 2

GND

C3715

1uF(K)

16V

1

2C3714

1uF(K)

16V

1

2

R3714

250mW10(J)

21GND

GND

R3707

NOT MOUNT0(X)

21

R3708

0(X)

21

DP374

1

DP375

1

C3708

4.7uF(K)

50V 1

2

C3711

4.7uF(K)

50V

1

2

C3713

4.7uF(K)

50V

1

2

C3709

100nF(K)

50V

1

2

C3710

100nF(K)

50V

1

2

C3712

100nF(K)

50V

1

2

R3716

250mW10(J)

21

R3717

250mW10(J)21

R3718

250mW10(J)21

R3719

250mW10(J)21

V47A00057600

IC370

TPA3110D2PWPR

3

4

9

1

28

5

27

7

10

6

14

15

16

12

11

2

26

25

23

22

17

18

20

21

13

8

19

24

29

R3715

NOT MOUNT

0(X)21

C3724

2.2uF(K)

1 2

C3725

2.2uF(K)

1 2

2013.03.06 17:06

MORISHITA 24/29/32P1300 AUDIO D-AMP 370 18 MP DPL PE1129ZA

R3705

220K(J)2

1

R3706

NOT MOUNT

220K(J)2

1

R3710

4.7K(F)

21

R3711

4.7K(F)

21

R3712

3.3K(F)

21

370 301

A_AMP_SD

2.58V(8W)

[CN4]

[TP]

[TP]

[TP]

[TP]

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

GND

VCC_AUDIO

VCC_AUDIO

GND

370

A_DAMP_OUTPL

370

A_DAMP_OUTNL

370

A_DAMP_OUTPR

370

A_DAMP_OUTNR

C3728

330nF(K)

25V 1

2

C3727

330nF(K)

25V 1

2

C3731

330nF(K)

25V 1

2

C3730

330nF(K)

25V 1

2

C3734

330nF(K)

25V 1

2

C3737

330nF(K)

25V 1

2

C3733

330nF(K)

25V 1

2

C3736

330nF(K)

25V 1

2

C3726 NOT MOUNT

1nF(K)

50V 1

2

C3729 NOT MOUNT

1nF(K)

50V 1

2

C3732 NOT MOUNT

1nF(K)

50V 1

2

C3735 NOT MOUNT

1nF(K)

50V 1

2

CN300

M24284R<V22A00008700> or S4B-EH(LF)(SN)<V22A00020900>

RA:M24284R RB:S4B-EH-K-S

4321

DP373

DP372

DP371

DP370

2013.03.06 17:06

MORISHITA 24/29/32P1300 AUDIO D-AMP OUT 371 19 MP DPL PE1129ZA

FL371

NOT MOUNT

220ohm

1 2

FL373

NOT MOUNT

220ohm

1 2

FL374

NOT MOUNT

220ohm

1 2

L3701

22uH(M)1 2

L3703

22uH(M)1 2

L3704

22uH(M)1 2

L3702

22uH(M)

1 2

FL372

NOT MOUNT

220ohm

1 2

D3701

V42A00057700

DA2J10100L

AC

D3702

V42A00057700

DA2J10100L

AC

D3703

V42A00057700

DA2J10100L

AC D3704

V42A00057700

DA2J10100L

AC

D3705

V42A00057700

DA2J10100L

AC

D3706

V42A00057700

DA2J10100L

AC

D3707

V42A00057700

DA2J10100L

AC D3708

V42A00057700

DA2J10100L

AC

4 R+SPK

1 L+SPK

3 R-SPK2 L-SPK

[VARA]

U

[TP][TP]

[TP]

[TP]

[TP]

[TP]

[WHITE]

[YELLOW]

[V-J6F]

[RED]

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

ON

GND

GND

GND

*R6000

75(J)

21

RV6002

1

DP602

DP600

DP601

DP605

DP604

DP606

A_E1_L103

A_E1_R103

GND

GND

V_E1102

2013.03.06 17:06

SEKIGUCHI/KAWANABE 24/29/32P1300 AV Jack 601 20 MP DPL PE1129ZA

V21A00028100

PJ600

RCA-3019H-00A-01

3

2

1

6

5

4

R6003

1K(J)

21

R6004

1K(J)

21

*C6000NOT MOUNT1nF(K)

12

*C6001NOT MOUNT1nF(K)

12

*R6001

NOT MOUNT

150(J)

21

GND

Ext1

V-E1

R-E1

L-E1

[TP]

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

V_AVOUT1

102

DP634

*R6030MOUNT

75(J)

21

*C6030MOUNT

22uF(M) 6.3V

1 2

2013.03.06 17:06

SEKIGUCHI 24/29/32P1300 Video OUT(for TEST) 603 21 MP DPL PE1129ZA

[C30A2]

[RMX4A]

[RMX4A]

[RMX4A]

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

VCC_LCD

105B_TXCLKO-1

105B_TX0O-1

C6501

1nF(K)

50V

1

2

105B_TX1O+1

105B_TX3O-1

105B_TX0O+1

GND

105B_TX1O-1

105 B_TXCLKO+1

105B_TX2O+1

GNDC6500

100nF(K)

50V

1

2

105B_TX2O-1

105 B_TX3O+1

C6502

10nF(K)

25V

1

2

CN650

V22A00123700

FZC8A-030-G263

OR=V22A00123700/V22A00093100

3029282726252423222120191817161514131211109876

4321

5

2T1T

GND

GND

GND

R6500

NOT MOUNT

21

2013.03.06 17:06

IKEHARA 24/29/32P1300 LVDS Connector 650 23 MP DPL PE1129ZA

RM653

10(J) ACR104-100JV

4

7281

3 65

RM652

10(J) ACR104-100JV

4

7281

3 65

*RM651

10(J) ACR104-100JV

4

7281

3 65

29P1300

Pin AssignmentCN650

30 GND29 NC28 NC27 NC26 GND25 TX3P24 TX3N23 GND22 TXCLKP21 TXCLKN20 GND19 TX2P18 TX2N17 GND16 TX1P15 TX1N14 GND13 TX0P12 TX0N11 GND10 NC 9 SELLVDS 8 NC(or GND) 7 GND 6 GND 5 GND 4 VLCD 3 VLCD 2 VLCD 1 VLCD

32P1300

24P1300

部品を配置しない。CN650の挿入口には、

Mount resistor for P1300 series

V13A00021500

V01A00113500

29/32P1300D

RM651,RM652,RM653

24/29/32P1300

29P1300D32P1300D

[V-C19A6]

[MFNN]

[RMX4A]

[RMX4A]

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

H_RXDSINK0_2P104

H_HPD0661

H_DDC0_SCL104

H_RXDSINK0_1P104

GND

H_RXDSINK0_CP104

H_RXDSINK0_1N104

GND

H_RXDSINK0_CN104

H_DDC0_SDA104

H_RXDSINK0_0N104

H_RXDSINK0_0P104

H_RXDSINK0_2N104

H_PWR_0661 107

PJ661

V22A00120000

H050FS019G406BR

19181716151413121110987654321

2T1T

4T3T

6T5T

5.0V_E

2013.03.06 17:06

NAMIKAWA 24/29/32P1300 HDMI Connector 660 24 MP DPL PE1129ZA

R6601

22K(J)

21

R6602

22K(J)

21

H_CEC104

Q6600

SSM3K16FV(TPL3,Z)

G

SD

3.3V_E

R6604

27K(J)

21

R6612

10K(J)

21

GND

R6603 1.1K(J)

21

*RM660

0(J) ACR104-000V

4

7 28 1

365

*RM661

0(J) ACR104-000V

4

7 28 1

365

D2+D2SD2-D1+D1SD1-D0+D0SD0-CLK+CLKSCLK-(CEC)NCSCLSDAGNDPWRDET

YUQ Stand typeHDMI

PLL enable mode

0 : Disable1 : Enable

[Vcc]

[Vss]

&

[7SET08]

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

H_HPD_SINK0

104IC661

V45A00011600

TC7SET08FU(T5L,JF)

5

4

3

2

1

GND

C6610

100nF(K)

10V1

2

H_HPD0660

GND

R6611

10K(J)

21

5.0V_E

2013.03.06 17:06

NAMIKAWA 24/29/32P1300 HDMI HPD 661 25 MP DPL PE1129ZA

H_PWR_0

660 107

[VSS][VCC]

[V-MSEE16RTK]

SDASCL

NCNCNCWC

EEPROM

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

GND GND

103M_SDA_MAIN

103M_SCL_MAIN

3.3V_1

2013.03.06 17:06

NAMIKAWA 24/29/32P1300 HDCP KEY ROM 669 26 MP DPL PE1129ZA

*C6690

100nF(K)10V

1

2

*C6691

100nF(K)10V

1

2

R6690

100(J)

21

R6692

3.3K(J)2

1

R6691

100(J)

21

R6693

3.3K(J)2

1

*IC669

V4AA00020400

M24C16-RMN6TP-RTK

8

7

21

65

4

3

[TP]

[TP]

[TP]

[TP]

[TP]

[TP]

[TP]

[C7A]

[ZD]

[ZD]

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

GND

C_RMT_IN108

GND

C7002

100nF(K)

10V

1

2

GND

R700315K(J)

21

C_LED_RED

107

3.3V_1

GND

C_LED_GREEN

107C7005

NOT MOUNT

100pF(J)

50V

1

2

C7001

NOT MOUNT100pF(J)

50V

1

2

C7004

NOT MOUNT

100pF(J)50V

1

2

C_OP_IN108

DP737

DP736

DP739

DP738

DP740

DP741

DP742

C7000

NOT MOUNT

22uF(M)

6.3V1

2

3.3V_E

R7002

NOT MOUNT

0(X)21

CN740

V22A00012400S7B-PH-K-S(LF)(SN)

1234567

2013.03.06 17:06

SASAKI 24/29/32P1300 LED/RMT I/F 700 27 MP DPL PE1129ZA

GND

GND

D7000

NOT MOUNT

CA

GND

D7001

NOT MOUNT

CA

GND

R7012

0(J)

CR16-000V21

C7006

100pF(J)

1

2

R7009

100(J)

21

GND

R7010

MOUNT

0(X)21

R7011

MOUNT

0(X)21

GND

GND

R7005NOT MOUNT

0(X)

21

R7006

NOT MOUNT0(X)

21

R7013

MOUNT

4.7K(J)

21

R7015

MOUNT

4.7K(J)

21

R7014

MOUNT

47K(J)

21

R7016

MOUNT

47K(J)

21

Q7001

2SCR523UBTL

OR=V41A00023500/V41A00006300 E

B

C

Q7002

2SCR523UBTL

OR=V41A00023500/V41A00006300

E

B

C

1.OP IN2.+3.3V_VD3.GND4.+3.3V_TVM5.RMT_IN6.STAND BY LED7.POWER ON LED

#1 C_LED_RED -> #7

#1 C_LED_GRN -> #6

PP C_LED_RED -> #6

PP C_LED_GRN -> #7 rev01Change Q7001 to VA item


[V-SWT03]

GND GND

[VARA]

U

[V-SWT03]

GND GND

[VARA]

U

[V-SWT03]

GND GND

[V-SWT03]

GND GND

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

R720422K(J)

21

R720510K(J)

21

S727

V20A00001300

KSMC632A

1 2

3 4

RV722

NOT MOUNT

21

S721

V20A00001300

KSMC632A

1 2

3 4

GND

RV721

NOT MOUNT

21

S722

V20A00001300

KSMC632A

1 2

3 4108

C_KEY1

GND

GND

108C_KEY_POWER

S723

V20A00001300

KSMC632A

1 2

3 4

GND

GND

GND

3.3V_E

C7205

100nF(K)

10V

1

2

R7208

33K(J)

21

R7207

10K(J)

21

C7204

100nF(K)

10V

1

2

GND

GND

3.3V_E

2013.03.06 17:06

SASAKI 24/29/32P1300 TACT KEY I/F 702 28 MP DPL PE1129ZA

DOWN UPSELECT

POWER

[ZD]

[TP]

[TP]

[TP]

[TP]

[TP]

[TP]

+ [CP]

[TP]

2ndDIF(P)

GND

SCL

2ndDIF(N)

GND

SDA

+B2(1.8V)

AIF/DIF(P)

GND

IF AGC

NC

AIF/DIF(N)

GND

[V-HBDSSH282]

NC

+B1(3.3V)

TUNER

[TP]

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

R_SCL_TUNER

R_SDA_TUNER

3.3V_TUNER

GND

C7508 56pF(J)

12

C7509 56pF(J)

12

GND

L7501

10uH(K)1 2

C7507

NOT MOUNT

22uF(M)6.3V

1

2

D7502

NOT MOUNT

CA

DP752

DP753

DP754

DP755

DP757

DP758

R_SDA_TUNER

108

R_SCL_TUNER

108

C7504

22uF(M)6.3V

1

2

C7521

22uF(M)6.3V

1

2

C7525

NOT MOUNT

100nF(K)

1

2

C7524

NOT MOUNT

100uF(M)

6.3V

1

2

GND

R_DIF_P102

R_DIF_N102

R_IF_AGC102

1.8V_TUNER

GND

L7502

10uH(K)1 2

C7505

NOT MOUNT

22uF(M)6.3V

1

2

GND

DP759

C7502

100nF(K)10V1

2

R7502

1K(J)

Allocate near the H7501

21

GND

2013.03.06 17:06

KAWANABE 24/29/32P1300 Tuner 750 29 MP DPL PE1129ZA

H7501

TDSS-G232D

4T3T2T1T

8

6

11

10

9

4

3

2

1

7

5

DP760

FL754

MMZ1608S400AT

1 2

FL753

MMZ1608S400AT

1 2

UREG[V-L00I]

VCC

EN

NC

FB

V0UT

GND

NC

NC

TH-PAD

[SBD]

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

5.0V_E

3.3V_E

3.3V_E_SOC_A

C9012

2.2uF(K)

10V1

2

C9011

NOT MOUNT

100nF(K)10V

1

2

C90132.2uF(K)10V

1

2

FL912

MPZ1608S221AT1 2

GND

R9011

10K(D)

21

R9012

30K(D)

21

R9013

1.3K(D)

21 C9014

NOT MOUNT

100nF(K)10V

1

2

GND GND

C9016

10uF(K)

16V1

2

V47A00057700

IC901

BD00IA5WEFJ-E2

8

5

4

2

6

1

37

9

2013.03.06 17:06

WATANABE 24/29/32P1300 SoC 3.3V Power 901 30 MP DPL PE1129ZA

R9010

NOT MOUNT

0(X)

21

D9010

V42A00027600

MOUNT

RB055L-30TE25

CA

D9011

V42A00057700DA2J10100L

AC

UREG[V-L00I]

VCC

EN

NC

FB

V0UT

GND

NC

NC

TH-PAD

UREG[V-L00I]

VCC

EN

NC

FB

V0UT

GND

NC

NC

TH-PAD

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

2.5V_SOC_DDR

FL925

MPZ1608S221AT1 2

C9029

100nF(K)

10V1

2

GND

3.3V_1

5.0V_E

GND

C9022

2.2uF(K)

10V1

2

R9201

10K(D)

21

GND

V47A00057700

IC902

BD00IA5WEFJ-E2

8

5

4

2

6

1

37

9

C9021

NOT MOUNT

100nF(K)10V

1

2

C9024

NOT MOUNT

100nF(K)10V

1

2R9202

30K(D)

21

R9203

1.3K(D)

21

C90232.2uF(K)

10V1

2

FL923

MPZ1608S221AT1 2

C9026100nF(K)10V

1

2

GND

C9027

2.2uF(K)

10V1

2

C90282.2uF(K)

10V1

2

V47A00057700

IC904

BD00IA5WEFJ-E2

8

5

4

2

6

1

37

9 R9210

12K(D)

21

R9211

24K(D)

21

R9212

2K(D)

21

2013.03.06 17:06

WATANABE 24/29/32P1300 SoC DDR POWER 902 31 MP DPL PE1129ZA

R9214

0(X)

21

906 903 107 907M_POWER_SOC

R9206

10K(J)

21

C9025

1uF(K)6.3V

1

2

D9021

V42A00057700

NOT MOUNT

DA2J10100L

AC

D9022

V42A00057700

NOT MOUNT

DA2J10100L

AC

for SPI Flash , LED/RMT etc.

DDR1 : 2.53V

VIN

PWM SWITCH

SW

GND

[V-L54228]

VBST

SS

VFBVREG5

EN

P-PAD

[VDD] [GND]

RST[L35XXNR]

CD OUTNC

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

5.0V_E

1.0V_SOC_A

1.0V_SOC_COREC9037

3.3nF(K)

50V

1

2

C9039

NOT MOUNT

8pF(D)50V1

2

R9034

10K(D)

21

C9032

NOT MOUNT

10uF(K)16V

1

2

C9038100nF(K)

10V

12

C9035

100nF(K)10V

1

2

C9031MOUNT

1uF(K)

16V1

2

GND

C9033

10uF(K)

16V1

2

C9041

22uF(M)

6.3V1

2

C9042MOUNT

22uF(M)

6.3V1

2

C9034

MOUNT

10uF(K)

16V1

2

C9036

1uF(K)16V 1

2

GND

C9040

22uF(M)

6.3V1

2

GND

C9043

100nF(K)

10V1

2

FL931MOUNT

MPZ1608S221AT

1 2

906 902 107 907M_POWER_SOC

R9031

10K(J)2

1

L9031V05A00081100

2.2uH(X)4.3A

1 2

V47A00055600

IC903

TPS54228DDAR

6

8 7

4

5

23

1

9

*C9130NOT MOUNT

100nF(K)

10V

12

GND

*R9131

NOT MOUNT

47K(J)2

1

C9132NOT MOUNT

1nF(K)

50V

12

GND

V47A00060200NOT MOUNT

*IC910

S-1009N37I-M5T1U

5

2

14

3

*C9133

NOT MOUNT

10nF(K)

25V1

2

GND

FL932

MPZ1608S221AT

1 2

2013.03.06 17:06

WATANABE 24/29/32P1300 SoC 1.0V Power 903 32 MP DPL PE1129ZAR9033

3.9K(D)2

1

R9032

470(D)

21

Delay = 0.69×10MΩ×2.2nF=15.2ms

(@3.7V)

Vout:1.1V

to sheet109&902

UREG[V-L00I]

VCC

EN

NC

FB

V0UT

GND

NC

NC

TH-PAD

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

3.3V_TUNER

C90662.2uF(K)

10V1

2

C9067100nF(K)10V

1

2

GND

C9065

2.2uF(K)

10V1

2

R9062

30K(D)

21

GND

R9061

10K(D)

21

C9064

NOT MOUNT

100nF(K)10V

1

2

V47A00057700

IC906

BD00IA5WEFJ-E2

8

5

4

2

6

1

37

9

2013.03.06 17:06

WATANABE 24/29/32P1300 3.3V2 Power 906 34 MP DPL PE1129ZA

R9063

2K(D)

21

M_POWER_SOC

902 903 107 907

R9060

0(X)

21

5.0V_E

D9061


DA2J10100L

AC

UREG

VIN

[V-L1133BXX]

ON/OFF

VOUT

[VSS]

NC/VADJ

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

1.8V_TUNER

GND

C9072

2.2uF(K)

10V1

2

C9071

NOT MOUNT

100nF(K)10V

1

2C9074

100nF(K)

10V1

2

2013.03.06 17:06

WATANABE 24/29/32P1300 1.8V2 Power 907 35 MP DPL PE1129ZA

M_POWER_SOC

906 902 903 107

R9070

0(X)

21

IC907

V47A00059400

S-1133B18-U5T1U

54

3

2

1

C9073

4.7uF(K)6.3V

1

2

5.0V_ED9071


DA2J10100L

AC

S

G

[MFPI]

D

S

G

[MFPI]

D

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

GND

R9105

NOT MOUNT

8.2K(J)

V_TCON

R9100

3.3K(J)

21

C9101220nF(K)

1 2

R9106

NOT MOUNT

8.2K(J)

M_POWER_LCD

107

GND

R9104

220K(J)

21

VCC_LCD

R9101

10K(J)

21

V41A00016200

Q9100

SSM6J409TU(TE85L,F

4

3 6521

V41A00016200

Q9101

SSM6J409TU(TE85L,F

4

3 6521

R9102

22K(J)2

1

C9102220nF(K)

1 2

2013.03.06 17:06

SASAKI 24/29/32P1300 VCC LCD 911 36 MP DPL PE1129ZA

R9103

10K(J)

21

Q9102

2SCR523UBTL

OR=V41A00023500/V41A00006300E

B

C

D9100

V42A00057700

DA2J10100L

A C


[VDD] [GND]

RST[L35XXNR]

CD OUTNC

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

2013.03.06 17:06

SASAKI 24/29/32P1300 Power Control 912 37 MP DPL PE1129ZA

V47A00060200

IC912

S-1009N37I-M5T1U

5

2

14

3

R9122

15K(F)

21

GND

GND

5.0V_E

R9123

15K(J)

21

C9122

10nF(K)

25V

1

2 GND

C9121

10nF(K)

25V

1

2

950 107 301AC_DET

R9124

22K(J)

21

GND

R9121

3.6K(F)2

1

C9123

100nF(K)10V

1

2

[TP]

[TP]

[TP]

[TP][TP]

[TP]

[TP]

[TP]

[TP][TP]

[TP]

[TP]

[VARA]

U

[TP]

[TP]

[TP]

[V-CUB]

COOLING

UNIT

[C13A]

[C2A]

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

GND

5.0V_E

DP953

DP954

DP958

DP957

DP955

DP956

DP963

DP962

DP961

DP959

DP960

DP964

RV950

NOT MOUNT

AVR-M1005C270MTABB

21

V_TCON

DP965

VCC_AUDIO

107 301 912AC_DET

107M_POWER_TV

C9505

1uF(K)50V

1

2

GND

GND

C9512

100nF(K)50V

1

2

108M_BL_ONOFF

107B_PWM_DIM

DP966

DP967

GND GND

E101

VF2A002104A0NOT MOUNT

BKT BC M4 32AV700E A

21

GND

E100A


RHS-5648-1.5

2T1T

3T4T

GND

C9516MOUNT

10nF(K) 25V

1 2

2013.03.06 17:06

WATANABE/SASAKI 24/29/32P1300 MAIN/POWER B-B 950 38 MP DPL PE1129ZA

FL990

MPZ1608S300AT1 2

R9524NOT MOUNT

0(X)

21

C9504

NOT MOUNT

10uF(K)10V

1

2

GND

C9501

1uF(K)

16V

1

2

C950210nF(K)

25V

1

2

FL992

MPZ1608S300AT

1 2

CN950

A2010WR0-13P-SW-5E-3.2

123456789

10111213

CN991

A2010WR0-2P-SW-5E-3.2

21

GND

C9515NOT MOUNT

10nF(K) 25V

1 2

1 .GND_AUDIO 2 .VCC_AUDIO 3 .(V_SIGNAL) 4. V_TCON 5 .GND 6 .5V 7 .5V 8 .GND 9 .(POWER_TV) 10 .(AC_DET) 11 .GND 12 .BL_ON 13 .(BL_PWM)

#4 (V_TCON)

#2 (VCC_AUDIO)

32P1300 12V(max V) max 1.75A

max 0.70A12V

max 0.61A

#3 (V_SIGNAL)

13V(max15V)

5V max 1.9A

5V max 1.0A

#6,#7 (5V1)

*include V_TCON

29P1300

24P1300

CN950

max 1.39A5V

12V max 0.65A

13V(max V)

12V(max V)

max 1.75A

max 1.75A

5V max 1.9A

13V(max15V) max 0.61A

CN950

29P1300

24P1300

32P1300

32P1300

CN950

29P1300

24P1300

32P1300

24P1300

CN950

29P1300

FUNCTIONTITLE

F

D

SH.NO.DESIGNED BY

87654321

B


TOSHIBA CORPORATION

A

C

E

5T03655D

F

D

B

A

C

E

2013.03.06 17:06

Hattori 24/29/32P1300 EMC Control 960 46MP DPL PE1129ZA

GND GND

C9602

NOT MOUNT

100nF(K)

10V

1

2

C9603

NOT MOUNT

100nF(K)

10V

1

2

5.0V_E

C9604

NOT MOUNT

100nF(K)

50V

1

2

C9601

NOT MOUNT

100nF(K)

10V

1

2

GND

VCC_AUDIO5.0V_E

<For EMC>

Date post:	16-Oct-2021
Category:	Documents
Upload:	others
View:	4 times
Download:	0 times

LCD Color Television 32P1300D(G)

Documents