Toshiba 42L7453D, 42L7463D Schematic

SERVICE MANUAL

LCD Color Television

42L7453D 42L7463D

(Model Information)

EXPLODED VIEW

(1/2)

A401S

P801x

A423S

A302

E02

(Under U800)

(Under E01)

mark (2 places)

U04A is removed.

A201 is removed.

42L7453D/7463D series

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

EXPLODED VIEW

(2/2)

42L7453D/42L7463D

Location Service Part No. Description

A201 75036653 PIECE PIECE C R ASSY 14B J8, APRQ42J010E A202 75036654 PIECE PIECE C L ASSY 14B J8, APRQ42J020E A204 75036484 PIECE LENS RMT 55Z8, LENS RMT 55Z8, FCRR42J010E A301 75037699 KEY PLATE ASSY, LCRR55D010E

A302 75036510 PIECE PIECE CORD POW 14B, PIECE CORD POW 14B, LCRR42J050E A401S 75037685 COVER ASSY, UNIT (FOR SERVICE USE), 39C0GD51L02 For 7453D only A401S 75037989 COVER ASSY, UNIT (FOR SERVICE USE), 39C0GD51L01 For 7463D only A423S 75038497 STAND ASSY, AMRQ42J020E

B001 75037694 S-Fit LCD Panel (Open Cell, LGD LC420DUK-SGK2)

E01 75036525 SHEET INSULATOR POW F 4247Z8, ELRR42J010E

E02 75036526 SHEET INSULATOR POW B 4247Z8, ELRR42J020E H7501 75037687 TUNER, SUT-RE232TN, PK31001480E For 7453D only H7501 75037985 TUNER, SUT-PE232TN, PK31001510E For 7463D only

MZ01 75037698 CABLE, FFC, 51P-51P P0.5 L255, 12Z163, NBX5100170E MZ02 75037696 CABLE, FFC, 51P-51P P0.5 L150, 12Z159, NBX5100160E MZ03 75037697 CABLE, FFC, 41P-41P P0.5 L150, 12Z160, NBX4100190E

MZ04 75036544 CABLE, 42Z8 8P FFC, NBX0800050E P801B 75023310 POWER CORD, EUROPE UK, 103025/2, GA04009190E For (B) model only P801E 75022864 POWER CORD, EUROPE CONTINENT, 103025/3, RL833, GA02024150E For (G) model only P801N 75022864 POWER CORD, EUROPE CONTINENT, 103025/3, RL833, GA02024150E For (N) model only

PP11 75037773 CLAMP/CLIP/WIRE SADDLE UAMS-05S-2, UAMS-0 5S-2

PP21 75021227 CLAMP, WIRE SADDLE, RBWS-1WM-V0 BK

U01A 75037676 PC BOARD ASSY, MAIN, A-BOARD, B911PE1168A1, 461C7851L02 For 7453D only

U01A 75037984 PC BOARD ASSY, MAIN(A-BOARD), B911PE1168B1, 461C7851L01 For 7463D only

U02A 75037656 PC BOARD ASSY, FRC, A-BOARD, B911PE1159A1, 465C4551L01

U03A 75037005 PCB LED UNIT Z8J8 COMPAL, B910PE1152B1, 455C4251L01

U04A 75037007 PCB RMT UNIT Z8J8 COMPAL, B912PE1153B1, 455C4351L01

U05A 75037657 PC BOARD ASSY, KEY, A-BOARD, B911PE1169A1, 454C5451L01

U800 75036527 POWER UNIT, PSLF226A01A, PK101W0541E

U802 75037695 MODULE, WIRELESS LAN, WLU5053-D4(ROHS) EU, PK29820020E

W661 75036482 SPEAKER, SPK-1561AJ, CG10150000E, PK23150000I W662 75036482 SPEAKER, SPK-1561AJ, CG10150000E, PK23150000I

SAFETY PRECAUTION The parts identified by mark are critical for safety. Replace only with part number specified. The mounting position of replacement is to be identical with originals. The substitute replacement par ts which do not have the same safety characteristics as s peci fied in the parts list may create shock, fire or ot her haz ar ds .

Note: Please see PPL put on Web PRESS for the newest information or other parts.

PANEL IDENTIFICATION

A

Serial No. part printed on Rating Label

Panel Identification Code

Marking Marking Marking

BKT CLU DMV ENW FPX GQY HRZ

Panel Vendor

AUO

BriView

CMO

CHILIN

IPS

JS

Panel Vendor

SAMSUNG

LPL/LGD

CPT

Panel Vendor

SHARP

REV. 00 Apr/16/2014

SERVICE MANUAL

LCD Color Television

42L7453D/7463D series

(System Information)

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

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.

mark is indicated

(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.

SERVICE MODE

ENTERING SERVICE MODE

1. Press button once on Remote Control.

TV mode changes as follows. Un-Mute => Mute

(1/3)

2. Press

button again and keep pressing.

(Sound Mute is canceled)

3. While pressing the

butt on, press button on TV control panel.

S

(Enter Service Mode)

KEY FUNCTION IN THE SERVICE MODE

Normal

The following key entry during display of adjustment menu provides special functions.

Button Function

(2/3)

button (on Remote)

P (on Remote) Selection of the adjustment items Volume +/– (on Remote) Change of the data value [7] button Automatic A/D Adjustment

[9] button Self Check display ON [Exit] button Exit from Service mode

CAUTION: Never try to perform initialization unless you have changed the memory IC.

Test signal selection

(PC, Component, Composite(PAL, NTSC))

Self Check display Off

TEST SIGNAL SELECTION

1) While displaying the adjustment menu, every pressing of button on the Remote Control changes the built-in test patterns on screen as described below.

Picture

Red screen Green screen

Blue screen

When a pattern is changed at the time of an ATV display, it can display only for a moment.

SELECTING THE ADJUSTING ITEMS

1) While displaying the adjustment menu, press the P button to cycle through the adjustment items in the order of table. (P

button for reverse order)

ADJUSTING THE DATA

1) While displaying the adjustment menu, press the VOLUME +/– button to change the value of data in the range from 00H to FFH. The variable range depends on the adjusting item.

EXIT FROM SERVICE MODE

1) Press the [Exit] button on Remote.

ADJUSTING ITEMS IN THE SERVICE MODE

Item Description

RCUT RED CUTOFF GCUT GREEN CUTOFF BCUT BLUE CUTOFF RDRV RED DRIVE GDRV GREEN DRIVE BDRV BLUE DRIVE OSRC COOL R-CUTOFF-OFFSET for COOL OSRC NATURAL R-CUTOFF-OFFSET for NATURAL OSRC WARM R-CUTOFF-OFFSET for WARM OSGC COOL G-CUTOFF-OFFSET for COOL OSGC NATURAL G-CUTOFF-OFFSET for NATURAL OSGC WARM G-CUTOFF-OFFSET for WARM

(3/3)

OSBC COOL B-CUTOFF-OFFSET for COOL OSBC NATURAL B-CUTOFF-OFFSET for NATURAL OSBC WARM B-CUTOFF-OFFSET for WARM OSRD COOL R-DRIVE-OFFSET for COOL OSRD NATURAL R-DRIVE-OFFSET for NATURAL OSRD WARM R-DRIVE-OFFSET for WARM OSGD COOL G-DRIVE-OFFSET for COOL OSGD NATURAL G-DRIVE-OFFSET for NATURAL OSGD WARM G-DRIVE-OFFSET for WARM OSBD COOL B-DRIVE-OFFSET for COOL OSBD NATURAL B-DRIVE-OFFSET for NATURAL OSBD WARM B-DRIVE-OFFSET for WARM OSRD 3D COOL R-DRIVE-OFFSET for COOL (3D) OSRD 3D NATURAL R-DRIVE-OFFSET for NATURAL (3D) OSRD 3D WARM R-DRIVE-OFFSET for WARM (3D) OSGD 3D COOL G-DRIVE-OFFSET for COOL (3D) OSGD 3D NATURAL G-DRIVE-OFFSET for NATURAL (3D) OSGD 3D WARM G-DRIVE-OFFSET for WARM (3D) OSBD 3D COOL B-DRIVE-OFFSET for COOL (3D) OSBD 3D NATURAL B-DRIVE-OFFSET for NATURAL (3D) OSBD 3D WARM B-DRIVE-OFFSET for WARM (3D)

LED INDICATIONS FOR SERVICE

SW Upgrade and Error conditions indicated by the Power LED is described below.

Power LED

/

Green blink SW Upgrade in Progress

Red SW Upgrade Failed

Green SW Upgrade Successful

(1/18)

HOTEL MODE

1. ENTERING HOTEL MODE MENU

Hotel Mode Menu should be shown by the following operation.

1) Open Main Menu by pressing Menu but t on of RCU.

2) Press the following password nu mb er “1048” with the button of Remote Control.

Note: Hotel Menu can be displayed to in put t he pass word nu mber when ther e is focus in the f irst lay er of Main Menu.

2. DISPLAY OF HOTEL MODE MENU

- The Graphic Design and color of Hotel Mode Menu is the same as the User menu.

(Small differences which do not affect to operation will be acceptable)

- The language will fol low the “Menu Language” setti ng in t he menu

(Fig.1; Example of Menu Image)

3. OPERATING HOTEL MODE MENU

- To enable Hotel Mode, press ▲/▼buttons to select “Hot el Mode” item and press  button.

Press ▲/▼buttons to select “On” and press OK button.

- Once Hotel Mode is “On”, the Hotel Mode settings will be en abl ed f or adjusting.

- Press ▲/▼ buttons to select item of Hotel Mode Settings.

Press  and ▲/▼ buttons to select settings a nd press OK button. See the table below for explanation of each setting.

- Press Exit when finished adjusting the settings.

(2/18)

Item Options Description

Hotel Mode On Enable Hotel Mode Off -

Off Disable Hotel Mode.

All the settings of Hotel Mode are disabled.

Control Panel On Allow use of all Control panel

buttons

Off (All Functions) Prohibit use of all control panel

buttons. But, Power Off -> On by contro l panel POWER button is not prohibited. (Power On -> Off is prohibited.) Moreover, TV can be rebooted by a long pressing (4 seconds

Factory

settings

On - Grayed out when "Hotel

Gray Out Conditions

Mode" = [Off]

Off (All except power)

or more) of the control panel power button. * Entering Service mode/Hotel mode Menu is not prohibited. * Control panel buttons are available during Service mode. Prohibit use of all control panel buttons. But, Power On/Off by control panel POWER button is not prohibited. * Entering Service mode/Hotel mode Menu is not prohibited. * Control panel buttons are available during Service mode.

(3/18)

Remote Control On Enable the remote control buttons. On - Grayed out when "Hotel

Off Disable the remote control buttons.

* The following remote codes are not disabled.

- Super User mode (40BFFE)

- S mode (40EEC3)

* If “Off" is selected, RCU will not function in any menu (including no menu) except Hotel Menu. To turn this option “On” later, “Hotel Menu shortcut” (MENU-1-0-4-8) can be used to pop up Hotel Menu.

* TV can be rebooted by a long pressing (4 seconds or more) of the Remote control power button. * Remote Enabled during Service mode/Hotel mode Menu.

Mode" = [Off]

Setup Menu On Allow access to Main menu On - Grayed out when "Hotel

Off Prohibi t access to Main menu.

Main menu is grayed out and it is prohibited to select.

Mode" = [Off]

* If “Off" is selected, Main menu will not function. To turn this option “On” later, “Hotel Menu shortcut” (MENU-1-0-4-8) can be used to pop up Hotel Men u .

Off (Except Language)

OSD Menu Control

Prohibit access to all items in Main menu except for the Language setting. The prohibited items are not shown on the menu. (Gray-out instead of erasing is acceptable)

(2nd layer) Picture On Enable Picture Menu On - Grayed out when "Hotel

Off Disable Picture Menu

Sound On Enable Sound Menu On

Off Disable Sound Menu

Options On Enable Option Menu On

Mode" = [Off]

Off Disable Option Menu

Installation On Enable Installation Menu On

Off Disable Installation Menu

Network On Enable Network Menu On

Off Disable Network Menu

3D On Enable 3D Menu On

Off Disable 3D Menu

Timers On Enable Timers Menu On

Off Disable Timers Menu

Get Help On Enable Get Help Menu On

Off Disable Get Help Menu

(4/18)

Welcome Screen (*Boot-up Ad is unsupported in the hotel mode.)

On When Hotel Mode is “On”, display a

fixed welcome image dur ing a bout 5 seconds to the center (without expanding) every time the TV is switched on. *When Welcome Screen is “On”, display a welcome image in no signal too. * Welcome image can be changed through USB Clone Function. A default welcome image (TOSHIBA) is available. Refer to 4.1 for details of Welcome image. Welcome image becomes default by “Reset Hotel Menu” (*But Welcome image don’t becomes default by USB Live Update, Network

On (AC) - Grayed out when "Hotel

Mode" = [Off]

Upgrade and OAD.)

On (AC) When Hotel Mode is “On”, display a

fixed welcome image dur ing a bout 5 seconds to the center (without expanding) when TV power on first at AC power is applied. *When Welcome Screen is “On”, display a welcome image in no signal too. * Welcome image can be changed through USB Clone Function. A

default welcome image (TOSHIBA) is available. Refer to 4.1 for details of Welcome image. Welcome image becomes default by “Reset Hotel Menu” (*But Welcome image don’t becomes default by USB Live Update, Network Upgrade and OAD.)

Off Not display a welcome image every

time the TV is switched on and only when TV power on first at AC power is applied. Also not display a welcome image in no signal.

(5/18)

Signal Lost Message (*Only available when “Welcome Screen” is [On].)

Time Information Channel

On If there is no signal the same

welcome image is displayed during about 5 seconds to the center (without expanding), when “Welcome Screen” is set to “On”. On the bottom side of image there i s a message (OSD message) displaying “No Signal”.

Off If there is no signal the same

welcome image is displayed during about 5 seconds to the center (without expanding), when “Welcome Screen” is set to “On”. And not display a message “No Signal”.

0-9999 Witho ut time infor mat ion when "On

Timer" of the Main menu is set, time

On (* When “Welcome Screen" is set to “Off”, Signal Lost Message is forced “On”.)

0 - Grayed out when "Hotel

- Grayed out when "Hotel Mode" = [Off]

- Grayed out when "Welcome Screen " = [Off]

Mode" = [Off] information is acquired from the specified channel. * When time information is acquired, "On Timer" can be set. (Timeout of acquisition is 30 seconds.) (Fig.3)

Change POS/VIDEO On TV tunes to preset “POS/VIDEO”

(channel or input) when TV is powered on.

Off - Grayed out when "Hotel

Mode" = [Off]

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.

Off TV Tunes to the last chan nel o r input

viewed when powered on

(6/18)

POS/INPUT/VIDEO (*Only available when “Change POS/VIDEO” is [On]. *The satellite is not included in this selection.) * The input which does not exist on the model should not be shown. (eg. “DTV” is not shown on ATV models.)

ATV/DTV POS (*Only available when "POS/INPUT/VIDEO" is ATV or DTV.)

ATV ATV ATV - Grayed out when Hotel DTV DTV EXT1 EXT1 EXT2 EXT2 EXT3 EXT3 HDMI1 HDMI1 HDMI2 HDMI2 HDMI3 HDMI3 HDMI4 HDMI4 PC PC

ATV 0-99 0 - Grayed out when Hotel DTV Number of chan nel li st

*The channel not acquired is not set. (The value is not preserved and

The first number of channel list

Mode = [Off]

- Grayed out when

"Change POS/VIDEO" =

[Off]

Mode = [Off]

- Grayed out when

"POS/INPUT/VIDEO" = returns to the origin when the channel not acquired is set.) *A set value returns to default after the Auto/Manual tuning. *A set value returns to default if the set channel is deleted. *A set value returns to default if Channels-Renumber is executed. * If the same channel number as (1)TV Channels, (2) Radio Channels and (3)Text Channels in DTV exist, it is set by the priority level of (1), (2), and (3).

SCART Pin8 On Pin8 will go on normal operation. On - Grayed out when "Hotel

Off Pin8 is ignored.

not [ATV/DTV]

- (For Only DTV) Grayed

out when there is no

acquisition channel in the

DTV channel list

Mode" = [Off]

(7/18)

Grayed out when "USB

USB Control On USB function available On - Grayed out when "Hotel

Off USB function not available but allow

USB bus power

*USB Control is off will make “USB

Live Upgrade” and “AC on USB upgrade” disabled too.

USB Power On USB bus power is supplied. On

100 - Grayed out when "Hotel

Volume Control (Only available when “Fixed Volume” is Off.)

Max Volume

Off USB bus power is not supplied.

(USB Flash drive doesn't work)

*

USB power is off will make “USB Live Upgrade” and “AC on USB upgrade” disabled too.

On Enable Volume Control Off - Grayed out when "Hotel

Off Disable Volume Control

0-100 Set maximum volume level.

Mode" = [Off]

Power" = [Off]

- Grayed out when "Hotel Mode" = [Off]

Mode" = [Off]

- Grayed out when "Fixed Volume" = [On]

(Only available when “Volume Control” is On.)

Startup Volume (Only available when “Fixed Volume” is Off.)

Volume Value (Only available when “Startup Volume” is On.)

Fixed Volume On TV volume level is forced to “Fixed

On TV volume level is f or ced to “ V olum e”

Off TV volume level does not change

0-100 Volume level when TV is powered

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.

level when TV is powered on

when TV powers on

on. This volume level can be set by Max Volume or less.

Mode" = [Off]

- Grayed out when "Volume Control" = [Off]

- Grayed out when "Fixed Volume" = [On]

Off - Grayed out when "Hotel

Mode" = [Off]

- Grayed out when "Fixed Volume" = [On]

30 - Grayed out when "Hotel

Mode" = [Off]

- Grayed out when "Startup Volume" = [Off]

- Grayed out when "Fixed Volume" = [On]

Off - Grayed out when "Hotel

Fixed Volume Value (Only available when “Fixed Volume” is On.)

Volume Value” level.

Off TV volume level is not forced to

“Fixed Volume Value” level..

0-100 Sets the fixed value the volume can

have. If Fixed Volume Limit is ON, volume is set with the value here.

Mode" = [Off]

30 - Grayed out when "Hotel

Mode" = [Off]

- Grayed out when "Fixed

Volume" = [Off]

(8/18)

Change Picture Mode (Only available when “Menu Control / Picture" is Oｎ.)

Fixed Picture Mode (Only available when “Change Picture Mode” is On.)

Change Picture Size On This item allows the picture mode to

On Picture setting mode is forced to

“Fixed Picture Mode” mode. “Main menu/Picture Mode”, “Quick menu/Picture Mode” and “RCU/select picture mode button” will be inaccessible.

Off Normal operation

AutoView AutoView Standard - Grayed out when "Hotel Dynamic Dynamic Standard Standard Hollywood Night Hollywood Night Hollywood Day Hollywood Day Hollywood Pro Hollywood Pro

be set to a specific size (16:9, 4:3 etc) and prevents adjustment by the

Off - Grayed out when "Hotel

Mode" = [Off]

- Grayed out when "Change Picture Mode" = [Off]

Off - Grayed out when "Hotel

Mode" = [Off]

end-user. “Quick menu/Picture Size” and “RCU/select picture size button” will be inaccessible.

Off Normal operation

Fixed Picture Size (Only available when “Change Picture Size” is On.)

TV Power Disabled TV returns to previous Standby/On

Wide Wide Wide - Grayed out when "Hotel 4:3 4:3

Super live Super live Cinema Cinema

State when AC power is applied

Force On Power TV on when AC power is

applied

Force Standby Put TV in Standby when AC power is

applied

Mode" = [Off]

- Grayed out when "Change Picture Size" = [Off]

Disabled - Grayed out when "Hotel

Mode" = [Off]

Note:

- When the “Active Standby Mode” is set to “On”, the standby mode is “Active Standby”.

- When the “Active Standby Mode”

is set to “Off” and the “Wake on LAN

*When the Hotel Mode is On, this

*When the Hotel Mode is On, this setting becomes effective regardless

eletext (or

Standby Mode” is set to “On”, the standby mode is “WoL Standby”.

- When “Active Standby Mode” and “Wake on LAN Standby Mode” are set to “Off”, the standby mode is “Standby”.

(9/18)

Hybrid TV Standard Enabled Enables the use of Hybrid TV

setting becomes effective regardless of the setting of the main menu.

Disabled Disables the use of Hybrid TV

of the setting of the main menu.

Teletext On Enables the use Teletext (or MHEG if

available).

Off Disables the use of T

MHEG)

Position Change on HDMI Input

On RF tuning via P▲, P▼, RETURN,

and number buttons is allowed. (Normal operation)

Off When viewing HDMI input, RF tuning

Enabled - Grayed out when "Hotel

Mode" = [Off]

On - Grayed out when "Hotel

Mode" = [Off]

On - Grayed out when "Hotel

Mode" = [Off]

via P▲, P▼, RETURN, and number buttons is disabled

A/D Channel List On TV shall combine both Analogue &

Digital channels in one channel list (Fig.2), and select the ATV/DTV channel without boarder. * RF tuning without border via P▲, P ▼, Previous channel

Off DTV Channel List and ATV DTV

Channel List are separated.

NIT Update On Normal operation On - Grayed out when "Hotel

Off Disable Network Information Table

(NIT) update Disable Standby Channel update and Dynamic Scan

Off - Grayed out when "Hotel

Mode" = [Off]

(10/18)

Start USB

Grayed out when "USB

Grayed out when

USB Clone Function Start USB Clone Press “OK” on "Start USB Clone"

button, USB Clone mode initial window is displayed. * Refer to “4. USB CLONE FUNCTION”

Reset Hotel Menu When select this item, displ ay “Are

you sure you want to reset to default settings? (Yes/No (Default:No))” message. If select Yes, reset Hotel Menu settings to default values. And welcome image becomes default, too. * Hotel Menu settings should not be reset by “Reset TV” on the Main menu. (To prevent users from cancelling

- Grayed out when "Hotel

Clone

- Grayed out when "Hotel

Mode" = [Off]

Power" = [Off]

Mode" = [Off]

Hotel Menu settings that have been specially set by the hotel)

Signage Mode On Enable Signage Mode Off - Grayed out when "Hotel

Off Disable Signage Mode.

All the settings of Signage Mode are disabled.

Signage Mode Setup -

(2nd layer) Operational

mode

Online Display the homepage of

the assigned URL by Full Screen Mode of Open Browser, when turning on DTV. If assigned URL is not registered, display the current Open Browser’s homepage by Full Screen

Online

Mode" = [Off]

"Signage Mode" = [Off]

Mode, when turning on TV. *Display error message “Network unavailable. Please check your Internet connection”, when DTV is not connected to the network.

*Tuner screen (etc.) is not

Grayed out when

" =

displayed from power On to the contents playback as much as possible.

Offline Playback contents in USB

memory inserted in DTV by Media Player without confirmation message, when turning on DTV. In addition, playback contents in USB memory by Media Player without confirmation message, when USB memory is inserted during power On of DTV.

(11/18)

URL setting mode

*Tuner screen (etc.) is not displayed from power On to the contents playback as much as possible.

Press [OK] key, display the

URL input popup (ex. Network Name of Manual Setup in Network Setup). Input the text of URL by software keyboard of DTV. Select [Done] button in popup, set to assigned default URL of Open Browser for Signage mode. * The text limited with URL cannot be used. * Assigned default URL of

"Operational mode [Offline]

Playback Content

Open Browser for Signage mode can be copied with the USB clone Function.

Photo Photo contents in root of

USB memory are selected and play back. In case of no playback

Photo - Grayed out when

"Operational mode [Online]

content, display ERROR

Grayed out when

" =

Grayed out when

" =

Grayed out when

t" =

Grayed out when

" =

Grayed out when

"Playback Content" =

“Unsupported file”. And return the Photo List to root of USB memory.

Video Video contents in root of

USB memory are selected and play back. In case of no playback content, display ERROR “Unsupported file”. And return the Video List to root of USB memory.

(12/18)

Repeat playback On Repeat playback contents

automatically (Photo: Slideshow Video: Repeat all) *It is repeat playback according to the list of Media player.

Off No repeat playback

contents. Interval time of Slideshow (Photo Mode)

Background Music (Photo

3,5,10, 15,30, 60,90 sec

On Enable playback of the

Select the desired interval

time of Slideshow on Photo

mode. (The value is set

independently of current

Media Player interval time.)

BGM (background music) in

Off -

"Operational mode [Online]

5sec -

"Operational mode [Online]

"Playback Conten [Video]

Off -

"Operational mode

Mode)

root of USB memory during

Photo playback mode.

Playback of the BGM is

followed to current Media

Player.

Off Disable the BGM

[Online]

-

[Video]

Reset Signage

When select this item,

(13/18)

Menu

display “Are you sure you

want to reset to default

settings? (Yes/No

(Default:No))” message.

If select Yes, set to default

all setting in Signage Mode

Menu

* Signage Menu settings

should not be reset by

“Reset TV” on the Main

menu and “Reset Hotel

Menu”.

 Explanation of AD Channel List

DTV Mode ATV Mode

A/D Channel List

= Off A/D Channel List = On

Press [LIST] key Press [LIST] key

Press [LIST] key

DTV Channel List

(All Channels)

ATV Channel List ATV and DTV Channel List

(All Channels or TV Channels)

Note:

Yes

No

Explanation of Time Information Channel

(Fig.2)

(14/18)

- DTV Channel List: Upper side

- ATV Channel List: Lower side

- The focus is on the current channel.

This flow is applied to Time Information Channel of the Hotel Mode.

When the setting of “On

Timer” is started.

Can TV receive DTV

broadcast info

(TDT/TOT)?

Is “Enable DTV Clock”

set to [On]?

"On Timer" can use

"Power On T ime".

Yes

No

Yes

Is the Time Information

Channel set?

Yes

Get Time information from

the set channel.

Was time information able to

be acquired?

(Fig.3)

No (Timeout 30sec)

No

“On Timer” can use “Time

until Power On”.

(15/18)

4. USB CLONE FUNCTION

4.1. Feature overview

Hotel Menu settings and Wel co me Scre en i mage, Pictur e set ting s, Default URL of T osh iba Cloud TV Services and Networ k settings should be copied to other TV by Hotel Menu “USB Clone Function”.

< Welcome Screen image >

・File name: WelcomeScreen.jpg (case sensitive)

・File type: JPEG

・Color depth: 24bpp

・Resolution: 1280 x 720 ・File size: 1MB or less

Note: The Welcome image is preserved besides the TOSHIBA logo (default). W hen user would like to copy Welcome Screen, the clone data should be exported to USB memory in advance and then put the Welcome Screen i mag e in to USB and start import Clone data from USB to TV.

< Default URL of Toshiba Cloud TV Services >

・File name: hotelCloudConf ig.txt (case sensitive)

*However, URL can be op er ated on the site specially developed.

・File type: Text Note: When user would like to copy “URL o f Toshiba Cloud TV Services”, the clone data should be exported to USB memory in advance and then put “ Clone data from USB to TV.

4.2. Copying data f or m TV to USB

(1) Press “OK” on “Start USB Clone” button of “USB Clone Function”, U SB Cl one mode initial window

[1-1] is displayed. The options below are selected by left and right keys in this window. USB to TV Copy setting data in USB mem or y to TV TV to USB Copy TV settings to USB memory

(2) Insert USB memory, select “TV to USB” [1-2] and press [OK] key.

hotelCloudConfig.txt” file into USB and start import

(3) The now copying wind ow [1-3] will be displayed.

(4) Wait for wind ow that indicates the copying process is complete before remov ing t he U SB drive.

Note: The title of the scr een image changes to USB Clone.

Complete copy

Error

[1-1]

(16/18)

[1-2]

OK key

[1-3]

(17/18)

4.3. To write data form USB to TV

(1) Press “OK” on “Start USB Clone” button of “USB Cl one Func tion”, USB Clone mode initial window [2-1] is displayed.

(2) Insert USB memory, select USB to TV [2-1], and press [OK] key.

(3) The window [2-3] w ill be displayed.

(4) W hen 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 er r or message will be displayed.

(5) Exit the menu and the TV w i ll reboot.

(6) Remove the USB memory.

Up and

Right and Complete copy

Note: The title of the scr een image changes to USB Clone.

[2-1]

Down key

(18/18)

[2-2]

[2-3]

[2-4]

Left key

OK key

Error

[2-5]

Restart power

EXIT key

(1/3)

[Example] Model_Setting_L6453_32_L.bin

TV series

Panel size

Panel Vendor

MAIN BOARD EXCHANGE

When Main board is ex changed, t he Ap plicati on S W (Firrmware) and Model Setting need t o be updated and the serial number needs to be written the serial number into Main Board (see “WRITING SERIAL NUMBER INTO MAIN BOARD”). Please update in the following procedures.

Updating of Software and Model Setting

1. Copy the Application SW (Firmware) file and the Model Setting file to the root of the USB

mass storage device.

Application SW:

[Example] UPDATE_EU14_8.1.56.00.01.1_INIT_CLEAR#.enc

This Application SW is for all of L74/L64 models.

This number is an example.

“enc” means encrypted . This SW is encrypted for security.

Model Setting File:

Model setting files are categorized by shipout.

Each Shipout folder contains model setting files.

2. Unplug TV, and then Insert the USB mass storage device to the USB slot of the TV.

3. Plug TV.

Software updating starts.

If Software updating does not start and the front LED lights red, then press [Power] key on

Remote Control to start Software updating.

4. After updating complete, unplug TV and remove the USB mass storage device.

(2/3)

5. Plug TV, then check the updating by using self check screen.

Refer to “Confirmation of Software updating” section on next page.

6. Update t o the newest SW.

This model can be updated from aerial or network to the newest Software.

Refer to the user manual of this model for the updating method.

Confirmation of Software updating

TV model and

Panel vendor

[The 4th number and Shipout]

14 Nordic (N)

Check the TV Model and Model Info by using self check screen.

1. Press SETUP on Remote Control.

2. Select “Get Help” >> “System Information”

3. Press “3” “5” “7” “4”

(3/3)

Self check screen is displayed.

10 UK&Ireland (B) 12 Continental(France is included) (G) 13 Ru ssia (R)

(1/2)

WRITING SERIAL NUMBER INTO M AIN BOARD

When the board is broken, service man will go to customers home and change the board. After change the board service man has to put the serial number same as before. So the servi ce man will use the PC and write the serial number to USB mass storage device. After that the service man will plug the USB mass storage device to the TV and write the serial number to the TV.

1. Create the ini file by Text Editor.

File Name: ServiceSerialNumberWriting.ini File Format: Plain Text

Write two lines, "[serial number]" and a serial number, using the text editor on Windows. For example, when a serial number is "C37222T00008L1":

[serial number] C37222T00008L1

2. Use the USB mass storage device formatted with “FAT32”.

3. Copy the "ServiceSerialNumberWriting.ini" file to the root directory of the USB mass

storage device.

4. Enter Service mode.

1. Press button once on Remote Control. TV mode changes as follows. Un-Mute => Mute

2. Press

3. While pressing the

button aga in and keep pres sing.

button, press button on TV control panel.

5. Inser t the USB mass storage device to the USB slot of the TV set.

Writing starts.

6. After fini sh writing the “OK” and “Serial number” appear on TV.

OK!!

Serial No: C35244C00001D1

7. Unplug USB mass storage device.

8. Check the serial number by using self check screen.

How to enter the self check screen.

1 Press SETUP on remote control unit. 2 Select “Get Help” >> “System Information” 3 Press “3” “5” “7” “4”

(2/2)

Wiring Diagram (42/47L7453D/7463D series)

CN650 CN1 CN505 CN502 CN506

CN741 1 1 Anode1 1 1 1

2

RMT_IN

2

C_IRIN 3 3

Anode2

3 3 3

4

OP_IN

4

C_OP_IN 5 5

Anode3

5 5 5

11

Anode6

11 11 11

12 12

Cathode6

12 12 12

13

Anode7

13 13 13

2

GND 14 14

Cathode7

CN3 14 14 14

4

RED 16 CN90 PJ90 2

PWM_2

16 16 16

20 4 12V 4 12V 6

PWM_6

20 20 20

CN300 24 8 GND 8 GND 24 24 24

11 GND 11 GND_SOUND 27 27 27

29 P801A 29 29 29

30 CN91 PJ91 1 L 30 30 30

2 N 31 31 31

CN743 35 5 NC 5 18V_LNB 35 35 35

2

C_KEY_1

2

C_KEY_1 37 7 B_BL_ONOFF 7 BL_ON/OFF 37 37 37

42 42 42

CN162 44 44 44

2

M_USB0DM

2

M_USB0DM 46 CN782 CN501 46 46

5

M_WWOL_WAKEUP

5

M_WWOL_WAKEUP 49

3

GND

3

GND 49 49

RMT

Speaker(L)

LED board

KEY board

WiFi module

P801x

U04A

U03A

U05A

U802

U01A

U800

U02A

Panel

T-CON

MZ04

1 3.3V_TVM 1 3.3V_STB 2 2

3 GND 3 GND 4 4

5 3.3VF 5 3.3V_VD 6 6

6 5V1 7 7 7 GND 8 8 8 C_LED G 9 9 9 C_LED R 10 10

11

1 5V1 13

3 Green 15 1 PWM_1 15 15 15

17 1 12V 1 12V 3 18 2 12V 2 12V 4 19 3 12V 3 12V 5

21 5 GND 5 GND 7 22 6 GND 6 GND 8 23 7 GND 7 GND 23 23 23

Main board

Cathode1

Cathode2

Cathode3 Anode4 Cathode4 Anode5 Cathode5

PWM_3 PWM_4 PWM_5

NC GND

2 2 2

4 4 4

6 6 6 7 7 7 8 8 8 9 9 9

10 10 10

17 17 17 18 18 18 19 19 19

21 21 21 22 22 22

MZ03 MZ02

4 A_R+AMP 25 9 VCC_AUDIO 9 18V_SOUND 25 25 25 3 A_R-AMP 26 10 VCC_AUDIO 10 18V_SOUND 26 26 26

Speaker(R)

1 C_POWER_KEY 1 C_POWER_KEY 36 6 GND 6 GND 36 36 36

2 A_L-AMP 27 1 A_L+AMP 28 12 GND 12 GND_SOUND 28 28 28

31 1 C_ACDET 1 AC_DETECT 32 2 C_POWER_TV 2 POWER_TV 32 32 32 33 3 5V1 3 5V 33 33 33 34 4 GND 4 GND 34 34 34

Power board

3 GND 3 GND 38 8 B_PWM 8 NC 38 38 38

39 9 B_CURRENT_SW1 9 CURRENT_SW1 39 39 39 40 10 B_CURRENT_SW2 10 CURRENT_SW1 40 40 40 41 41 41 41

43 43 43

1 5V_WLAN 1 5V_WLAN 45 45 45

3 M_USB0DP 3 M_USB0DP 47 1 12V_FRC 1 12V_FRC 47 47 4 GND 4 GND 48 2 12V_FRC 2 12V_FRC 48 48

6 GND 6 GND 50 4 C_POWER_FRC 4 C_POWER_FRC 50 50

51 5 GND 5 GND 51 51

FRC

MZ01

EXPLODED VIEW

Location Description

PP21 CLAMP

U03A PCB LED UNIT

A401S

P801x

A423S

A302

E02

(Under U800)

(Under E01)

mark (2

places)

U04A is removed.

A201 is rem oved.

42L7453D/7463D series

A201 PIECE C R ASSY A202 PIECE C L ASSY A204 PIECE LENS RMT A301 KEY PLATE ASSY

A302 PIECE CORD POW A401S COVER ASSY, UNIT A423S STAND ASSY

B001 S-Fit LCD Panel

E01 SHEET INSULATOR E02 SHEET INSULATOR

H7501 TUNER

MZ01 CABLE, FFC

MZ02 CABLE, FFC

MZ03 CABLE, FFC

MZ04 CABLE, FFC P801x POWER CORD

PP11 CLAMP

U01A PC BOARD ASSY, MAIN

U02A PC BOARD ASSY, FRC

U04A PCB RMT UNIT

U05A PC BOARD ASSY, KEY

U800 POWER UNIT

U802 MODULE, WLAN

W661 SPEAKER W662 SPEAKER

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

7V24080018

7453/6453 Main

[XF]

X1000

2

NC

4

NC

20ppm 24MHz

1

3

C1000

1

6pF(D)

GND

130

2

21

R1000

1M(J)

2

C1001

1

6pF(D)

3.3V_STNBY

M_SPI_CS1N

3.3VD

21

R1019

4.7K(J)

R1044

390K(J)

NOT MOUNT

21

NOT MOUNT

21

R1045

100K(J)

NOT MOUNT

GND

116 122 115 116

904 116 373 950 990 950 116 990

161 116

653 116

116 123

R1046 1K(J)

21

161 116

602 116 990 602 116 990

C_POWER_DDR M_GPIO9 C_POWER_DB C_ACDET C_POWER_TV M_GPIO13

115

M_WLAN_POWER M_POWER_LCD M_CKE_EN M_I2CDATA_PM

116

M_I2CCLK_PM

116

H_CD_SENSE_INV

676

C_EN_VBUS

675

M_EXT_AMUTE

373

C_HOSTRST

115

M_POWER_SENSE

950

M_WWOL_WAKEUP C_OP_IN

700

C_KEY_1

700

C_POWER_KEY

700

C_IRIN

700

M_DDCA_DA M_DDCA_CK

R1001

330(D)

[TP]

21

1

DP107

AA1

XIN

D12

RESET

D20

POWER_SENSE

E19

SAR_GPIO[3]

F20

SAR_GPIO[2]

E20

SAR_GPIO[1]

D21

SAR_GPIO[0]

F11

IRIN

D11

DDCA_DA

E11

DDCA_CK

J28

VSENSE_VDD

P4

TCON[12]

P5

TCON[11]

P6

TCON[14]

P11

VDDC_MCP

F12

GPIO8

F10

GPIO9

F8

GPIO10

B12

GPIO11

B11

GPIO12

B13

GPIO13

F15

GPIO14

E12

GPIO16

C13

GPIO17

E15

GPIO18

A10

GPIO19

C11

GPIO20

E8

GPIO21

F9

GPIO22

B10

GPIO23

E17

GPIO53/EJ_RSTZ

D17

GPIO54/EJ_TRST_N

F16

GPIO55/EJ_TCK

E16

GPIO56/EJ_TMS

D18

GPIO57/EJ_TDI

F17

GPIO58/EJ_TDO

E18

GPIO59/EJ_DINT

V46A00084100

DTV PROCESSOR 1/11

[V-UMSD8361K]

IC100

[MISC. INTERFACE]

[GPIO INTERFACE]

GPIO60/UART_TX1 GPIO61/UART_RX1 GPIO62/UART_TX2 GPIO63/UART_RX2 GPIO64/UART_TX3 GPIO65/UART_RX3

GPIO72/LED[0] GPIO73/LED[1]

XOUT

PWM_PM

PWM3 PWM2 PWM1 PWM0

VID0 VID1

DDCR_DA DDCR_CK

VSENSE_VSS

TCON[13] VDD_MCP33 VDD_MCP33

GND

GPIO66 GPIO69 GPIO70 GPIO71

GPIO75 GPIO78

GPIO79 GPIO177 GPIO178 GPIO179 GPIO180

AA2

G24 H23 H24 F23 G25

F19 A12

F13 E13

J27

G20

C21 B21 E22 F22 E14 F14 F18 G23 D14 G22 C16 A15 C18 B18 A18

R6 W9 Y9

GND

W3 V3 U2 U3

C_LED_G

M_BLPWM

M_PWM1 M_PWM0

M_VID0 M_VID1

M_I2CDATA

[TP]

DP106

M_VDBG_EN B_I2CP_CK B_I2CP_DA

M_BL_ONOFF

M_DAMP_MUTE

M_SPI_WP

M_I2CCLK

1

B_PANEL_I2C_SW

M_BT_POWER

M_3D_ENA H_+5VPWRD H_+5VPWRC H_+5VPWRA H_+5VPWRB

700 113

650 652 113 113

903 903

370 116 755 370 116 755

3.3V_MCP_VDD331.2V_MCP_VDDC

650 602 116

652 370 130

650 662 662 661 661

650 650

161

1

[TP]

DP108

1

[TP]

DP109

1

[TP]

DP105

1

[TP]

DP120

1

[TP]

DP121

DP122

[TP]

MSD8361MVK-YC

V46A00084100

7453/6453 Main

DTV PROCESSOR 2/11

[V-UMSD8361K]

IC100

120 120 120 120 120 120 120 120

120 120 120 120

121 121 121 121 121 121 121 121

121 121 121 121

M_DDRADQU7 M_DDRADQU6 M_DDRADQU5 M_DDRADQU4 M_DDRADQU3 M_DDRADQU2 M_DDRADQU1 M_DDRADQU0

M_DDRADQL7 M_DDRADQL6 M_DDRADQL5 M_DDRADQL4 M_DDRADQL3 M_DDRADQL2 M_DDRADQL1 M_DDRADQL0

M_DDRADQSU M_DDRADQSUB M_DDRADQSL M_DDRADQSLB

M_DDRBDQU7 M_DDRBDQU6 M_DDRBDQU5 M_DDRBDQU4 M_DDRBDQU3 M_DDRBDQU2 M_DDRBDQU1 M_DDRBDQU0

M_DDRBDQL7 M_DDRBDQL6 M_DDRBDQL5 M_DDRBDQL4 M_DDRBDQL3 M_DDRBDQL2 M_DDRBDQL1 M_DDRBDQL0

M_DDRBDQSU M_DDRBDQSUB M_DDRBDQSL M_DDRBDQSLB

AD27 W27 AE27 Y27 AE26 V26 AD26 W26

AC27 AG28 AB26 AH27 AA26 AF26 AB27 AF28

Y26 Y28 AC26 AC28

AF19 AF24 AF18 AF23 AG17 AG24 AG18 AG23

AF20 AF16 AG20 AH15 AG21 AH16 AF21 AG16

AH22 AG22 AH19 AG19

[DDR INTERFACE]

A_DDR3_DQU[7] A_DDR3_DQU[6] A_DDR3_DQU[5] A_DDR3_DQU[4] A_DDR3_DQU[3] A_DDR3_DQU[2] A_DDR3_DQU[1] A_DDR3_DQU[0]

A_DDR3_DQL[7] A_DDR3_DQL[6] A_DDR3_DQL[5] A_DDR3_DQL[4] A_DDR3_DQL[3] A_DDR3_DQL[2] A_DDR3_DQL[1] A_DDR3_DQL[0]

A_DDR3_DQSU A_DDR3_DQSUB A_DDR3_DQSL A_DDR3_DQSLB

B_DDR3_DQU[7] B_DDR3_DQU[6] B_DDR3_DQU[5] B_DDR3_DQU[4] B_DDR3_DQU[3] B_DDR3_DQU[2] B_DDR3_DQU[1] B_DDR3_DQU[0]

B_DDR3_DQL[7] B_DDR3_DQL[6] B_DDR3_DQL[5] B_DDR3_DQL[4] B_DDR3_DQL[3] B_DDR3_DQL[2] B_DDR3_DQL[1] B_DDR3_DQL[0]

B_DDR3_DQSU B_DDR3_DQSUB B_DDR3_DQSL B_DDR3_DQSLB

A_DDR3_A[14] A_DDR3_A[13] A_DDR3_A[12] A_DDR3_A[11] A_DDR3_A[10]

A_DDR3_A[9] A_DDR3_A[8] A_DDR3_A[7] A_DDR3_A[6] A_DDR3_A[5] A_DDR3_A[4] A_DDR3_A[3] A_DDR3_A[2] A_DDR3_A[1] A_DDR3_A[0] A_DDR3_CASZ A_DDR3_RASZ

A_DDR3_WEZ A_DDR3_DMU A_DDR3_DML

A_DDR3_ODT A_DDR3_BA[2] A_DDR3_BA[1] A_DDR3_BA[0] A_DDR3_RESET

A_DDR3_CKE

A_DDR3_MCLK

A_DDR3_MCLKZ

A_DDR3_CS0

B_DDR3_A[14] B_DDR3_A[13] B_DDR3_A[12] B_DDR3_A[11] B_DDR3_A[10]

B_DDR3_A[9] B_DDR3_A[8] B_DDR3_A[7] B_DDR3_A[6] B_DDR3_A[5] B_DDR3_A[4] B_DDR3_A[3] B_DDR3_A[2] B_DDR3_A[1] B_DDR3_A[0] B_DDR3_CASZ B_DDR3_RASZ

B_DDR3_WEZ

B_DDR3_DMU

B_DDR3_DML

B_DDR3_ODT B_DDR3_BA[2] B_DDR3_BA[1] B_DDR3_BA[0] B_DDR3_RESET

B_DDR3_CKE

B_DDR3_MCLK

B_DDR3_MCLKZ

N24

AC24

T23 P24 V23

AC25

P23

AB23

R24

AA24

R25 AA23 AA25

R23

Y24

U23

U24

V24 AF27 AA27

V25

W24

T24

Y23 AB24

U28

V27

U26

W23

AC23 AC14 AC20 AC22 AD19 AD14 AD23 AC15 AE23 AD16 AC21 AC17 AC16 AD22 AD17 AC19 AE20 AD20 AF17 AF22 AC18 AD18 AD21 AE17 AD15 AG25 AF25 AH25

M_DDRAAD14 M_DDRAAD13 M_DDRAAD12 M_DDRAAD11 M_DDRAAD10

M_DDRAAD9 M_DDRAAD8 M_DDRAAD7 M_DDRAAD6 M_DDRAAD5 M_DDRAAD4 M_DDRAAD3 M_DDRAAD2 M_DDRAAD1 M_DDRAAD0 M_DDRACAS M_DDRARAS

M_DDRAWE M_DDRADMU M_DDRADML M_DDRAODT M_DDRABA2 M_DDRABA1 M_DDRABA0

M_DDRARESET

M_DDRACKE M_DDRACLK

M_DDRABCLK

M_DDRACS

M_DDRBAD14 M_DDRBAD13 M_DDRBAD12 M_DDRBAD11 M_DDRBAD10

M_DDRBAD9 M_DDRBAD8 M_DDRBAD7 M_DDRBAD6 M_DDRBAD5 M_DDRBAD4 M_DDRBAD3 M_DDRBAD2 M_DDRBAD1 M_DDRBAD0 M_DDRBCAS M_DDRBRAS

M_DDRBWE M_DDRBDMU M_DDRBDML M_DDRBODT M_DDRBBA2 M_DDRBBA1 M_DDRBBA0

M_DDRBRESET

M_DDRBCKE M_DDRBCLK

M_DDRBBCLK

120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 120 123 123 120 120 120

121 121 121 121 121 121 121 121 121 121 121 121 121 121 121 121 121 121 121 121 121 121 121 121 123 123 121 121

MSD8361MVK-YC

V46A00084100

7453/6453 Main

DTV PROCESSOR 3/11

[V-UMSD8361K]

IC100

M_PCM_D7

792

M_PCM_D6

792

M_PCM_D5

792

M_PCM_D4

792

M_PCM_D3

792

M_PCM_D2

792

M_PCM_D1

792

M_PCM_D0

792

M_PCM_IRQA_N

795

M_PCM_CD_N

795

M_PCM_WAIT_N

795

C_FAN_ENABLE2

704

M_USBOVERC M_USBPW

160

M_SPI_DO M_SPI_CLK

130

F_HELVOPDN

650

F_FRC_CTRL1

650

M_NFRB M_NFALE

130

GND

21

R1024

4.7K(J)

AE6

PCM_D[7]

AD5

PCM_D[6]

AE5

PCM_D[5]

AD4

PCM_D[4]

AE4

PCM_D[3]

AH10

PCM_D[2]

AF10

PCM_D[1]

AH9

PCM_D[0]

AF5

PCM_IRQA_N

AE3

PCM_CD_N

AH7

PCM_WAIT_N

P28

PCM2_IRQA_N

P27

PCM2_CD_N

N27

PCM2_WAIT_N

C14

SPI_DO

T27

SPI1_DI

R27

SPI2_DI

AF13

NF_RBZ

AG10

NF_DQS

MSD8361MVK-YC

[CI INTERFACE]

[FLASH INTERFACE]

PCM_A[14] PCM_A[13] PCM_A[12] PCM_A[11] PCM_A[10]

PCM_A[9] PCM_A[8] PCM_A[7] PCM_A[6] PCM_A[5] PCM_A[4] PCM_A[3] PCM_A[2] PCM_A[1] PCM_A[0]

PCM_OE_N

PCM_IORD_N

PCM_CE_N

PCM_WE_N PCM_RESET PCM_REG_N

PCM_IOWR_N

PCM2_CE_N

PCM2_RESET

SPI_CK SPI_DI SPI_CZ

SPI1_CK

VSYNC_LIKE

SPI2_CK

EMMC_CMD

EMMC_CLK EMMC_RSTN

NF_ALE NF_WPZ NF_CEZ NF_CLE NF_REZ NF_WEZ

NF_CEZ1

AC10

AB9 AG4 AE8 AC8 AD9 AC9 AG5 AF6 AH6 AF7 AF8 AG8 AF9 AG9

AD8 AD7 AD6 AH4 AG6 AG7 AB8

P26 N26

C15 B14 D15 T26 R26 R28

AF11 AG11 AF12

AG13 AG14 AF14 AH13 AH12 AG12 AF15

M_PCM_IORD_N

M_PCM_REG_N

M_PCM_IOWR_N

C_FAN_ENABLE1

F_FRC_CTRL0

M_PCM_A14 M_PCM_A13 M_PCM_A12 M_PCM_A11 M_PCM_A10

M_PCM_A9 M_PCM_A8 M_PCM_A7 M_PCM_A6 M_PCM_A5 M_PCM_A4 M_PCM_A3 M_PCM_A2 M_PCM_A1 M_PCM_A0

M_PCM_OE_N

M_PCM_CE_N M_PCM_WE_N

M_PCM_RST

M_SPI_DI

F_HE_RESET

M_EMMC_CMD M_EMMC_CLK M_EMMC_RST

M_NFWP M_NFCE

M_NFCLE

M_NFRE M_NFWE

M_NFCE1

792 792 792 792 792 792 792 792 792 792 792 792 792 792 792

792 792

792 792 792 792 792

704

160 116

130 130 113

650

131 131 131

130 130 130 130 130 130 130

1

[TP]

DP101

V46A00084100

7453/6453 Main

DTV PROCESSOR 4/11

[V-UMSD8361K]

IC100

796 765

R_TSCLK

GND

21

R1023

4.7K(J)

GND

21

R1022

4.7K(J)

R1043

33(J)

116 704

791 116 609 116

116 760

116 755

796 765 796 765 796 765 796 765 796 765 796 765 796 765 796 765

21

796 765 796 765

M_I2CCLK_SENS

116

M_I2CDATA_SENS

116

C_FANSTOP_2 S_CI_VCC_EN M_VGA_EEP_WP

R_TDEMO_RST

M_DSUB_I2CCLK

609

R_TUNER_BUSSW_EN M_DSUB_I2CDATA

609

R_DATA7 R_DATA6 R_DATA5 R_DATA4 R_DATA3 R_DATA2 R_DATA1 R_DATA0

R_TSVAL R_TSSYC

M_ADCIP

755

M_ADCIN

755

M_USB0DP

161

M_USB0DM

161

M_USB1DP

160

M_USB1DM

160

M_USB2DP

160

M_USB2DM

160

M_LANRDN M_LANRDP

151

Y5

TS0_D[7]

Y6

TS0_D[6]

Y4

TS0_D[5]

AA4

TS0_D[4]

AA5

TS0_D[3]

AC6

TS0_D[2]

AC5

TS0_D[1]

AB7

TS0_D[0]

AC4

TS0_CLK

AB6

TS0_VLD

AB5

TS0_SYNC

R4

TS1_D[7]

T5

TS1_D[6]

U5

TS1_D[5]

T6

TS1_D[4]

V6

TS1_D[3]

V5

TS1_D[2]

V4

TS1_D[1]

W6

TS1_D[0]

U4

TS1_CLK

U6

TS1_VLD

W5

TS1_SYNC

V1

VIFP

V2

VIFM

A19

DP_P0

B19

DM_P0

AH3

DP_P1

AG3

DM_P1

AH2

DP_P2

AG2

DM_P2

B17

RN

C17 A16

RP TP

MSD8361MVK-YC

[TS/IF INTERFACE]

[USB INTERFACE]

[LAN INTERFACE]

TS2_D[7]

TS2_D[6]

TS2_D[5]

TS2_D[4]

TS2_D[3]

TS2_D[2]

TS2_D[1]

TS2_D[0]

TS2_CLK TS2_VLD

TS2_SYNC

IFAGC

SSRXN SSRXP SSTXN SSTXP

AB12 AB11 AE10 AD11 AD10 AC12 AD12 AE11 AC13 AD13 AE13

L27

DP

L28

DM

K27 L26 M26 M28

B16

TN

M_TSI0DATA7 M_TSI0DATA6 M_TSI0DATA5 M_TSI0DATA4 M_TSI0DATA3 M_TSI0DATA2 M_TSI0DATA1 M_TSI0DATA0

M_TSI0CLKI

M_TSI0VALID

M_TSI0SYNC

T3

R_IFAGC_SoC

M_USBDP M_USBDM

M_LANTDN M_LANTDP

796 796 796 796 796 796 796 796 796 796 796

755

161 161

151151 151

V46A00084100

7453/6453 Main

DTV PROCESSOR 5/11

[V-UMSD8361K]

IC100

M_AUL0

606

M_AUR0 C1151

606

M_AUL1

606

M_AUR1

606

F_I2CS_CK

112

F_I2CS_DA

112

1

DP104

1

[TP]

DP110

[TP]

N3

LINEIN_L0

N2

LINEIN_R0

M2

LINEIN_L1

M1

LINEIN_R1

L1

LINEIN_L2

M3

LINEIN_R2

L2

LINEIN_L3

L3

LINEIN_R3

E23

I2S_IN_BCK

D24

I2S_IN_SD

D23

I2S_IN_WS

E21

SPDIF_IN

W1

SIFP

W2 P2

SIFM AUVAG

[AUDIO INTERFACE]

LINEOUT_L0 LINEOUT_R0 LINEOUT_L2 LINEOUT_R2

EAR_OUTL EAR_OUTR

I2S_OUT_BCK I2S_OUT_MCK

I2S_OUT_WS I2S_OUT_SD

SPDIF_OUT

AUVRM

E24 E25 F25 F24

F21

MSD8361MVK-YC

T2 T1 R2 R1

R3 P1

P3

R1051 R1052

0(X)

0(X) R1053 R1054

0(X)

R1050

100(J)

2

6.3V C1002

1

4.7uF(K)

21

6.3V

1uF(K)

NOT MOUNT

21 21

2.2nF(K)

21

C1153

21

2.2nF(K)

NOT MOUNT

2

C1003

1

MPZ1608S300AT

2

1

2

1

NOT MOUNT

FL105

12

NOT MOUNT

C1152

2

2.2nF(K)

C1154

2

2.2nF(K)

GND

1

M_AOUTL0 M_AOUTR0

GNDGND

M_AOUTL_HP M_AOUTR_HP

M_I2S_BCK M_I2S_MCLK M_I2S_LRCK M_I2S_DATA

A_SPDIF

310 310

320 320

370 113 370 113 370 113 370 113

604

V46A00084100

7453/6453 Main

DTV PROCESSOR 6/11

[V-UMSD8361K]

IC100

MSD8361MVK-YC

[LVDS INTERFACE]

LVA0P LVA0N LVA1P LVA1N LVA2P

LVA2N LVACKP LVACKN

LVA3P

LVA3N

LVA4P

LVA4N

LVB0P

LVB0N

LVB1P

LVB1N

LVB2P

LVB2N LVBCKP LVBCKN

LVB3P

LVB3N

LVB4P

LVB4N

LHSYNC LVSYNC

LCK LDE

TCON[10]

TCON[9] TCON[8] TCON[7] TCON[6] TCON[5] TCON[4] TCON[3] TCON[2] TCON[1] TCON[0]

B28 C26 C28 C27 D26 D27 E26 E27 E28 F26 F28 F27

C23 B23 C24 B24 A24 C25 A25 B25 A26 A27 B26 B27

A21 C22 A22 B22 K24 K25 G27 J25 G26 J24 H26 H27 H25 H28 J26

M_LVA0+1 M_LVA0-1 M_LVA1+1 M_LVA1-1 M_LVA2+1

M_LVA2-1 M_LVACLK+1 M_LVACLK-1

M_LVA3+1

M_LVA3-1

M_LVA4+1

M_LVA4-1

M_LVB0+1

M_LVB0-1

M_LVB1+1

M_LVB1-1

M_LVB2+1

M_LVB2-1 M_LVBCLK+1 M_LVBCLK-1

M_LVB3+1

M_LVB3-1

M_LVB4+1

M_LVB4-1

F_I2C_SW

A_HP_DET

F_FRC_RESET

F_POWER_FRC M_CURRENT_SW2 M_CURRENT_SW1

C_FANSTOP_1

M_CR_SW

C_A_PWDN

650 650 650 650 650 650 650 650 650 650 650 650

650

604 650 653 652 652 116 704

607 373

R1029

10K(J)

R1028

470(J)

21

[LED]

DS100

3.3VD

21

CA

GND

17-21SYGC/S530-E1/TR8

V46A00084100

7453/6453 Main

DTV PROCESSOR 7/11

[V-UMSD8361K]

IC100

606

608

606

607

606

M_RIN0M

M_GIN0M

M_BIN0M

M_SOGIN0

M_RIN1M

M_GIN1M

M_BIN1M

M_BIN2M

M_GIN2M

M_RIN2M

M_CVBS0

M_CVBS3

608

608 608

608

608 606 600 600

606

606 606

607 606

606

M_RIN0P

M_GIN0P

M_BIN0P

M_HSYNC0 M_VSYNC0

M_RIN1P

M_GIN1P

M_BIN1P M_SOGIN1 M_HSYNC1 M_VSYNC1

M_RIN2P

M_GIN2P

M_BIN2P M_SOGIN2

M_CVBS1 M_CVBS2

M_VCOM

G3

RIN0M

F2

RIN0P

F1

GIN0M

F3

GIN0P

E2

BIN0M

E3

BIN0P

E1

SOGIN0

G2

HSYNC0

H3

VSYNC0

K2

RIN1M

K3

RIN1P

J2

GIN1M

J1

GIN1P

H1

BIN1M

H2

BIN1P

J3

SOGIN1

F5

HSYNC1

G4

VSYNC1

K5

RIN2M

J6

RIN2P

H4

GIN2M

J4

GIN2P

H6

BIN2M

H5

BIN2P

J5

SOGIN2

L6

CVBS0

M6

CVBS1

M5

CVBS2

N5

CVBS3

M4

VCOM

MSD8361MVK-YC

[ANALOG VIDEO INTERFACE]

CVBSOUT1 CVBSOUT2

L5 L4

M_CVBSOUT1

605

V46A00084100

7453/6453 Main

DTV PROCESSOR 8/11

[V-UMSD8361K]

IC100

660 660 660 660 660 660 660

660 660 665 660 665

663

660

660 660 665 660 665

663

660

660 660 674 660 674

664

660

660 660 665 660 665

664

H_RXA0N H_RXA0P H_RXA1N H_RXA1P H_RXA2N H_RXA2P H_RXACKN H_RXACKP H_DDCDA_CK H_DDCDA_DA H_HOTPLUGA

H_RXB0N H_RXB0P H_RXB1N H_RXB1P H_RXB2N H_RXB2P H_RXBCKN H_RXBCKP H_DDCDB_CK H_DDCDB_DA H_HOTPLUGB

H_RXC0N H_RXC0P H_RXC1N H_RXC1P H_RXC2N H_RXC2P H_RXCCKN H_RXCCKP H_DDCDC_CK H_DDCDC_DA H_HOTPLUGC H_AVDD5_HDMI_C

H_RXD0N H_RXD0P H_RXD1N H_RXD1P H_RXD2N H_RXD2P H_RXDCKN H_RXDCKP H_DDCDD_CK H_DDCDD_DA H_HOTPLUGD H_AVDD5_HDMI_D

B3

RXA0N

A2

RXA0P

B2

RXA1N

B1

RXA1P

C1

RXA2N

C2

RXA2P

C4

RXACKN

A3

RXACKP

D8

DDCDA_CK

E7

DDCDA_DA

D9

HOTPLUGA

B6

RXB0N

C6

RXB0P

B5

RXB1N

C5

RXB1P

B4

RXB2N

A4

RXB2P

C7

RXBCKN

A6

RXBCKP

D5

DDCDB_CK

E6

DDCDB_DA

D6

HOTPLUGB

AD1

RXC0N

AD3

RXC0P

AE1

RXC1N

AE2

RXC1P

AF1

RXC2N

AF2

RXC2P

AC3

RXCCKN

AD2

RXCCKP

AB3

DDCDC_CK

AC2

DDCDC_DA

AB2

HOTPLUGC

E5

AVDD5_HDMI_C

B9

RXD0N

C9

RXD0P

B8

RXD1N

C8

RXD1P

B7

RXD2N

A7

RXD2P

C10

RXDCKN

A9

RXDCKP

C3

DDCDD_CK

D3

DDCDD_DA

D4

HOTPLUGD

E4

AVDD5_HDMI_D

MSD8361MVK-YC

[HDMI INTERFACE]

ARC0

CEC

E9

F6

H_ARC0

H_CEC

660

1.15V_USB

7453/6453 Main

1.15V_MOD

1.5V_SOC

3.3V_STNBY

3.3V_MOD

2.5V_ETH

3.3VD

V46A00084100

DTV PROCESSOR 9/11

3.3V_AU

3.3V_ADC3.3V_USB

3.3V_MPLL3.3V_HDMI

3.3V_DMPLL3.3V_EAR

6.3V

C1004

1uF(K)

3.3V_LPLL

2

1

Y10 Y11

G14

G11

G12 H12

H7

G8

K7

Y12

G15 H15

G16

Y14 AA14

G9

V19

U20 U21 V20 V21 AH26

W20

W18 W19 Y18 AG26

N11

R12 R13

K8

AVDD_LPLL AVDD_LPLL

AVDD_MPLL33

AVDD_DMPLL

AVDD_DVI33 AVDD_DVI33

AVDD_EAR33

AVDD_AU33

AVDD_ADC33

AVDD_RX33

AVDD_USB33 AVDD_USB33

AVDD_ETH25

AVDD_MOD AVDD_MOD

AVDD_NODIE

AVDD_DDR0_C

AVDD_DDR0_D AVDD_DDR0_D AVDD_DDR0_D AVDD_DDR0_D AVDD_DDR0_D

AVDD_DDR1_C

AVDD_DDR1_D AVDD_DDR1_D AVDD_DDR1_D AVDD_DDR1_D

AVDDLV_USB

AVDDLV_MOD AVDDLV_MOD

DVDD_NODIE

[V-UMSD8361K]

IC100

[POWER AND GND 1/3]

GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND

A13 B15 B20 C19 C20

G7 G13 G17 G18 G19 G21

H8

H9 H10 H11 H13 H14 H16 H17 H18 H19 H20 H21 H22

J7

J8

J9 J10 J11 J12 J13 J14 J15 J16 J17 J18 J19 J20 J21 J22 J23

K9 K10 K11 K12 K13 K14 K15 K16 K19 K20 K21 K22 K23 K26

GND

MSD8361MVK-YC

GND

V46A00084100

7453/6453 Main

V46A00084100

DTV PROCESSOR 10/11

[V-UMSD8361K]

3.3VD1.15V_VDDC1.15V_CPU

1.15V_DDR

U19

DVDD_DDR

U17

DVDD_RX_1

U18

DVDD_RX_1

V17

DVDD_RX_2

V18

DVDD_RX_2

Y13

VDDP

AA13

VDDP

M22

VDDP_5

L11

VDDC

L12

VDDC

L13

VDDC

M11

VDDC

M12

VDDC

M13

VDDC

N12

VDDC

N13

VDDC

P12

VDDC

P13

VDDC

T7

VDDC

U7

VDDC

K17

VDDC

K18

VDDC

M19

VDDC_CPU

M20

VDDC_CPU

M21

VDDC_CPU

N19

VDDC_CPU

N20

VDDC_CPU

N21

VDDC_CPU

P19

VDDC_CPU

P20

VDDC_CPU

P21

VDDC_CPU

MSD8361MVK-YC

IC100

[POWER AND GND 2/3]

GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND

L10 L14 L15 L16 L17 L18 L19 L20 L21 L22 L23 L24 L25

M10 M14 M15 M16 M17 M18 M23 M24 M25 M27

N10 N14 N15 N16 N17 N18 N22 N23 N25

P10 P14 P15 P16 P17 P18 P22

L7 L8 L9

M7 M8 M9

N6 N7 N8 N9

P7 P8 P9

GND

R7 R8 R9 R10 R11 R14 R15 R16 R17 R18 R19 R20 R21 R22 T8 T9 T10 T11 T12 T13 T14 T15 T16 T17 T18 T19 T20 T21 T22 T25 U8 U9 U10 U11 U12 U13 U14 U15 U16 U22 U27 V7 V8 V9 V10 V11 V12 V13 V14 V15 V16 V22 V28 W7 W8 W10 W11 W12

GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND

DTV PROCESSOR 11/11

[V-UMSD8361K]

IC100

[POWER AND GND 3/3]

GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND

W13 W14 W15 W16 W17 W21 W22 W25

Y15 Y16 Y17 Y19 Y20 Y21 Y22 AA3 AA7

AA8 AA15 AA16 AA17 AA18 AA19 AA20 AA21 AA22 AA28

AB1 AB15 AB16 AB17 AB18 AB19 AB20 AB21 AB22 AB25 AD24 AD25 AD28 AE14 AE16 AE19 AE22 AE24 AE25

AF4

AG1 AG15 AG27 AH18 AH21 AH24

Y2 Y3 Y7 Y8

MSD8361MVK-YC

GND

3.3VD

7453/6453 Main

3.3V_LPLL

3.3V_STNBY

3.3V_MPLL

1.5V_SOC

1.15V_CPU

GND

C1005

4.7uF(K)

1

C1006

100nF(K)

1

C1007

100nF(K)

1

C1021

10uF(K)

1

C1022

10uF(K)

1

C1023

4.7uF(K)

1

C1024

100nF(K)

1

C1025

10nF(K)

1

C1026

10nF(K)

1

C1009

10uF(K)

1

2

1.15V_VDDC

2

R1031

0(X)

R1032

0(X)

R1027

R1033

0(X)

R1034

0(X)

21

3.3V_MOD

21

1.15V_DDR

21

1.15V_USB

21

1.15V_MOD

21

C1082

10nF(K)

1

C1008

100nF(K)

1

C1083

100nF(K)

1

C1027

1uF(K)

1

C1028

10nF(K)

1

C1084

100nF(K)

1

C1085

100nF(K)

1

C1010

100nF(K)

1

2

GND

2

R1035

0(X)

R1036

0(X)

R1037

0(X)

R1038

0(X)

R1039

0(X)

R1040

21

3.3V_DMPLL

21

3.3V_AU

21

3.3V_EAR

21

3.3V_USB

21

3.3V_ADC

21

0(X)

2

GND

2.5V_ETH

C1033

4.7uF(K)

1

2

GND

C1011

100nF(K)

1

C1086

100nF(K)

1

C1087

100nF(K)

1

C1088

100nF(K)

1

C1089

100nF(K)

1

C1090

100nF(K)

1

3.3V_HDMI

2

GND

C1080

4.7uF(K)

1

C1081

100nF(K)

1

C1014

10uF(K)

1

2

C1015

4.7uF(K)

1

2

C1016

1nF(K)

1

2

C1017

1nF(K)

1

2

C1018

10nF(K)

1

2

C1019

10nF(K)

1

2

C1020

10nF(K)

1

2

GND

2

GND

C1029

10uF(K)

1

2

C1030

4.7uF(K)

1

2

C1031

10nF(K)

1

2

C1032

100nF(K)

1

2

C1070

10uF(K)

1

2

C1071

22uF(M)6.3V

2012

2

C1072

22uF(M)6.3V

2012

2

C1073

22uF(M)6.3V

2012

2

C1074

10uF(M)6.3V

1608

1

2

1

GND

3.3VD

7453/6453 Main

R1121

10K(J)

1uF(K)

21

C1124

6.3V

1.2V_MCP_VDDC

V47A00051500

NOT MOUNT

UREG

[V-L00I]

8

VCC

5

4

1

16V

2

1uF(K)

C1120

1

6

2

BD00IC0WEFJ-E2

GND

V0UT

EN

NC

GND

NC

TH-PAD

1

2

FB

37

R1123

10K(D)

21

9

R1124

20K(D)

GND

21

GND

IC112

2

2.2uF(K)

1

GND

R1122

0(X)

C1121

10V

21

GND

1

C1122

100nF(K)

2

105 105

F_I2CS_DA F_I2CS_CK

V22A00074100

[C4A2]

CN112 1 2 3 4

1T 2T

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

GND

3.3VD

3.3V_MCP_VDD33

R1120

21

0(X)

1

2

GND

C1123

100nF(K)

3.3VD

7453/6453 Main

3.3VD

370 105

101

M_I2S_BCK

M_PWM0

R1100

4.7K(J)

21

NOT MOUNT

R1101

4.7K(J)

21

GND

3.3VD

R1102

4.7K(J)

21

NOT MOUNT

R1103

4.7K(J)

21

GND

370 105

101

M_I2S_MCLK

M_PWM1

R1104

4.7K(J)

21

NOT MOUNT

370 105

R1105

4.7K(J)

21

GND

3.3VD

R1106

4.7K(J)

21

NOT MOUNT

700 101

R1107

4.7K(J)

21

GND GND

M_I2S_LRCK

C_LED_G

R1108

4.7K(J)

21

NOT MOUNT

R1109

4.7K(J)

21

GND

3.3V_STNBY 3.3V_STNBY

R1110

4.7K(J)

21

NOT MOUNT

370 105

103 130

M_I2S_DATA

M_SPI_DI

R1111

4.7K(J)

21

NOT MOUNT

R1112

4.7K(J)

21

GND

R1113

4.7K(J)

21

NOT MOUNT

R1114

4.7K(J)

21

7453/6453 Main

3.3V_STNBY

V46A00065600

HRESET IC

[V-LXC6127]

IC120

34

MRB RESET

12

VIN VSS

R1223

XC6127N27FNR-G

1

2

C1203

100nF(K)

GND

21

4.7K(J)

C_HOSTRST

2

50V

C1190

1nF(K)

1

NOT MOUNT

GND

101

101 116

M_GPIO13

M_GPIO9

NOT MOUNT

R1218

0(X)

R1219

0(X)

NOT MOUNT

R1205

0(X)

R1206

0(X)

21

H_MHL_OVC

C_LED_R

675

700

V22A00074100

5V1

GND

[C4A2]

CN120 1 2 3 4

1T 2T

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

NOT MOUNT

101 122

7453/6453 Main

101 123 104 704 106 704

101 161 104 755

791 104

609 104 104 760

101 161 602 101

160 103

950 101 990

101 904 653 101 101 115

C_POWER_DDR M_CKE_EN C_FANSTOP_2 C_FANSTOP_1 M_WWOL_WAKEUP R_TUNER_BUSSW_EN S_CI_VCC_EN

M_VGA_EEP_WP R_TDEMO_RST

M_WLAN_POWER M_VDBG_EN

M_USBPW C_POWER_TV C_POWER_DB M_POWER_LCD M_GPIO9

21

R1002

NOT MOUNT

21

R1003

4.7K(J)

21

R1004

4.7K(J)

21

R1005

4.7K(J)

21

R1006

4.7K(J)

21

R1007

4.7K(J)

21

R1008

4.7K(J)

21

R1010

4.7K(J)

21

R1011

4.7K(J)

21

R1012

4.7K(J)

21

R1013

R1014

4.7K(J) NOT MOUNT

21

R1017

R1018

4.7K(J)

NOT MOUNT

21

4.7K(J)

21

R1041

4.7K(J)

21

R1042

4.7K(J)

370 101 755 370 101 755

101 101

M_I2CDATA M_I2CCLK M_I2CDATA_PM M_I2CCLK_PM

3.3VD

21

R1015

1.5K(J)

21

R1016

1.5K(J)

R1226

3.3V_STNBY

R1225

1.5K(J)

21

V46A00084400

EEPROM

[V-MSEE32K8D]

IC121

5

SDA

6

SCL

1

A0

2

A1

3

A2

7

WP

8

M24C64-RDW6TP

100nF(K)

C1204

2

[Vss][Vcc]

4

1

602 101 990 602 101 990

M_DDCA_CK M_DDCA_DA

3.3V_STNBY

4.7K(J)

21

R1227

4.7K(J)

21

GND

R1228

R1230

47(J)

GND

2

GND

1.5K(J)

GND

R1161

33(J)

NOT MOUNT

C1160

10nF(K)

GND

3.3VD

2

1

25V

NOT MOUNT

V47A00027500

TEMP SENSOR

[V-L3285]

6

SDA

1

SCL

3

A1

5

A0

4

MM3285CNRE

NOT MOUNT

DP117

1

GND

IC127

GNDVDD

C1202

100nF(K)

NOT MOUNT V22A00080700

SM04B-GHS-TB(LF)(SN)

[C4A2]

CN101 1 2 3 4

1T 2T

DP116

GND

M_I2CDATA_SENS

104

M_I2CCLK_SENS

104

DP112

1

DP113

1

DP114

1

DP115

1

5V1

R1229

21

47(J)

NOT MOUNT

V22A00074100

[C4A2]

CN100 1 2 3 4

1T 2T

3.3VD

21

R1048

R1047

1.5K(J)

R1160

33(J)

21

NOT MOUNT

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

1

GND

1

DP118

DP119

NOT MOUNT

102

7453/6453 Main

M_DDRACS

R1026

47K(J)

21

GND

121 122

M_DDRVREF

102 102 102 102 102 102 102 102 102 102 102 102 102 102 102

102 102 102 102 102 123

102 102 102 102 102 102 102 102 102 102

123

2

C1034

1

1nF(K)

GND

M_DDRAAD0 M_DDRAAD1 M_DDRAAD2 M_DDRAAD3 M_DDRAAD4 M_DDRAAD5 M_DDRAAD6 M_DDRAAD7 M_DDRAAD8 M_DDRAAD9 M_DDRAAD10 M_DDRAAD11 M_DDRAAD12 M_DDRAAD13 M_DDRAAD14

M_DDRABA2 M_DDRABA1 M_DDRABA0 M_DDRABCLK M_DDRACLK M_DDRACKE_SW

M_DDRARAS M_DDRACAS M_DDRAWE M_DDRADML M_DDRADMU M_DDRADQSL M_DDRADQSLB M_DDRADQSU M_DDRADQSUB M_DDRAODT

M_DDRARST

2

240(D)

C1035

1

R1020

1nF(K)

1.5V_DDR

V46A00084300

DDR3 SDRAM

[V-MDSD128M16]

N3 P7 P3 N2 P8 P2 R8 R2 T8 R3 L7 R7 N7 T3 T7 M7

M3 N8 M2 K7 J7 K9

L2 J3 K3 L3 E7 D3 F3 G3 C7 B7 K1

T2

L8

21

H1 M8

A1 A8 C1 C9 D2 E9 F1 H2 H9

B2 D9 G7 E1 K2 K8 N1 N9 R1 R9

IC110

A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10/AP A11 A12/BC# A13 NC NC

BA2 BA1 BA0 /CK CK CKE

/CS /RAS /CAS /WE DML DMU DQSL /DQSL DQSU /DQSU ODT

/RESET

DQL0 DQL1 DQL2 DQL3 DQL4 DQL5 DQL6 DQL7 DQU0 DQU1 DQU2 DQU3 DQU4 DQU5 DQU6 DQU7

ZQ

VREFDQ VREFCA

VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ

VDD VDD VDD VSS VDD VDD VDD VDD VDD VDD

VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ

H5TQ4G63AFR-RDC

VSS VSS

VSS VSS VSS VSS VSS VSS VSS VSS VSS

1.5V_DDR

1

2

C1036

100nF(K)

1

2

C1037

100nF(K)

1

2

C1038

100nF(K)

1

2

C1039

100nF(K)

1

2

C1040

100nF(K)

1

2

C1041

M_DDRADQL0

E3

M_DDRADQL1

F7

M_DDRADQL2

F2

M_DDRADQL3

F8

M_DDRADQL4

H3

M_DDRADQL5

H8

M_DDRADQL6

G2

M_DDRADQL7

H7

M_DDRADQU0

D7

M_DDRADQU1

C3

M_DDRADQU2

C8

M_DDRADQU3

C2

M_DDRADQU4

A7

M_DDRADQU5

A2

M_DDRADQU6

B8

M_DDRADQU7

A3

NC NC NC NC

J1 J9 L1 L9

B1 B9 D1 D8 E2 E8 F9 G1 G9

A9 B3

G8 J2 J8 M1 M9 P1 P9 T1 T9

GND

102 102 102 102 102 102 102 102 102 102 102 102 102 102 102 102

100nF(K)

1

C1042

10nF(K)

1

C1043

10nF(K)

1

C1044

10nF(K)

1

C1045

10nF(K)

1

C1046

10nF(K)

1

C1047

10nF(K)

1

C1048

4.7uF(K)

1

C1049

1nF(K)

1

C1050

1nF(K)

1

C1051

1uF(K)

2

GND

7453/6453 Main

120 122

M_DDRVREF

102 102 102 102 102 102 102 102 102 102 102 102 102 102 102

102 102 102 102 102 123

102 102 102 102 102 102 102 102 102 102

123

2

C1052

1

1nF(K)

GND

M_DDRBAD0 M_DDRBAD1 M_DDRBAD2 M_DDRBAD3 M_DDRBAD4 M_DDRBAD5 M_DDRBAD6 M_DDRBAD7 M_DDRBAD8 M_DDRBAD9 M_DDRBAD10 M_DDRBAD11 M_DDRBAD12 M_DDRBAD13 M_DDRBAD14

M_DDRBBA2 M_DDRBBA1 M_DDRBBA0 M_DDRBBCLK M_DDRBCLK M_DDRBCKE_SW

M_DDRBRAS M_DDRBCAS M_DDRBWE M_DDRBDML M_DDRBDMU M_DDRBDQSL M_DDRBDQSLB M_DDRBDQSU M_DDRBDQSUB M_DDRBODT

M_DDRBRST

2

240(D)

C1053

1

R1021

1nF(K)

1.5V_DDR

V46A00084300

DDR3 SDRAM

[V-MDSD128M16]

N3 P7 P3 N2 P8 P2 R8 R2 T8 R3 L7 R7 N7 T3 T7 M7

M3 N8 M2 K7 J7 K9

L2 J3 K3 L3 E7 D3 F3 G3 C7 B7 K1

T2

L8

21

H1 M8

A1 A8 C1 C9 D2 E9 F1 H2 H9

B2 D9 G7 E1 K2 K8 N1 N9 R1 R9

IC111

A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10/AP A11 A12/BC# A13 NC NC

BA2 BA1 BA0 /CK CK CKE

/CS /RAS /CAS /WE DML DMU DQSL /DQSL DQSU /DQSU ODT

/RESET

DQL0 DQL1 DQL2 DQL3 DQL4 DQL5 DQL6 DQL7 DQU0 DQU1 DQU2 DQU3 DQU4 DQU5 DQU6 DQU7

ZQ

VREFDQ VREFCA

VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ

VDD VDD VDD VSS VDD VDD VDD VDD VDD VDD

VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ

H5TQ4G63AFR-RDC

VSS VSS

VSS VSS VSS VSS VSS VSS VSS VSS VSS

1.5V_DDR

1

2

C1054

100nF(K)

1

2

C1055

100nF(K)

1

2

C1056

100nF(K)

1

2

C1057

100nF(K)

1

2

C1058

100nF(K)

1

2

C1059

M_DDRBDQL0

E3

M_DDRBDQL1

F7

M_DDRBDQL2

F2

M_DDRBDQL3

F8

M_DDRBDQL4

H3

M_DDRBDQL5

H8

M_DDRBDQL6

G2

M_DDRBDQL7

H7

M_DDRBDQU0

D7

M_DDRBDQU1

C3

M_DDRBDQU2

C8

M_DDRBDQU3

C2

M_DDRBDQU4

A7

M_DDRBDQU5

A2

M_DDRBDQU6

B8

M_DDRBDQU7

A3

NC NC NC NC

J1 J9 L1 L9

B1 B9 D1 D8 E2 E8 F9 G1 G9

A9 B3

G8 J2 J8 M1 M9 P1 P9 T1 T9

GND

102 102 102 102 102 102 102 102 102 102 102 102 102 102 102 102

100nF(K)

1

C1060

10nF(K)

1

C1061

10nF(K)

1

C1062

10nF(K)

1

C1063

10nF(K)

1

C1064

10nF(K)

1

C1065

10nF(K)

1

C1066

4.7uF(K)

1

C1067

1nF(K)

1

C1068

1nF(K)

1

C1069

1uF(K)

2

GND

3.3VD

7453/6453 Main

3.3VD

101 116

5V1

D1242

1SS355VMTE-17

AC

NOT MOUNT

[SBD] [SBD]

D1240

RB055L-30TE25

R1234

CA

21

0(X)

1.5V_DDR

1K(D)

21

1K(D)

21

GND

C_POWER_DDR

R1241 47(J)

100mW

D1241

RB055L-30TE25

R1220

2

C1220

R1221

1

4.7uF(K)

CA

6.3V

DP124

1

21

C1280

2.2uF(K) 10V

DP125

M_DDRVREF

1

R1240

0(X)

120 121

21

R1238

6.8K(J)

NOT MOUNT

21

R1239

6.8K(J)

NOT MOUNT

D1243

AC

NOT MOUNT

C1288

10V

10uF(K)

NOT MOUNT

1SS355VMTE-17

2

C1287

6.3V

1

1uF(K)

NOT MOUNT

V47A00045600

UREG

[V-LMM185*]

1

IC124

25

2

1

VIN VOUT

3

GND

MM1851FTRE

HGND

4

CNCo

6

10nF(K)

GNDGND

1.15V_VDDC

21

R1254 1K(J)

2

C1290

1

GND

1.5V_DDR

C1281

25V

OR=V41A00013200

4.7uF(K)

GND

C1282

2.2uF(K) 10V

V41A00020200

DTA023YEBTL

2.2k+10k

2

6.3V

C1285

1

1uF(K)

NOT MOUNT

GND

5VD

21

R1255

1.5V_DDR

Q1204

E

[TRPD]

B

C

Q1205

B

2SC4116-Y(TE85L,F)

E

4.7K(J)

GND

NOT MOUNT

R1263

0(X)

21

Q1206

SSM3K310T(T5L,F,T)

S

D

G

[MFNG]

R1256

10K(J)

C1286

16V

1uF(K)

21

2

1

21

C

1.5V_SOC

R1258

1K(J)

2 1

R1257

75K(J)

GND

102

7453/6453 Main

3.3V_STNBY

C1283

100nF(K)

10V

M_DDRARESET

1.5V_DDR

5

3

C1284

NOT MOUNT

V46A00063900

XC6108N12AMR

RESET IC

[V-L6108]

VSEN

Cd

VIN

4.7nF(K)50V

R1242

0(X)

IC123

21

VOUT

VSS

1.5V_DDR

10K(J)

21

14

2

R1244

R1252

0(X)

R1253

0(X)

1.5V_DDR

21

R1260

R1261

200(J)

NOT MOUNT

21

200(J)

NOT MOUNT

M_DDRARST

M_DDRBRST

120

121

101 116

M_DDRBRESET

102

M_CKE_EN

OR=V41A00013100

5VD

[TRNC]

Q1200

B

DTC023YEBTL

V41A00021100

2.2k+10k

NOT MOUNT

R1243

0(X)

E

C

E

21

C

[TRPD]

Q1201

B

V41A00020200

DTA023YEBTL

GND

R1259

4.7K(J)

2.2k+10k

OR=V41A00013200

R1251 1K(J)

21

NOT MOUNT

V41A00002900

SSM3K16FV(TPL3,Z)

M_DDRACKE

102

21

NOT MOUNT

GND

1

2

C1289

1nF(K)

102

M_DDRBCKE

V41A00002900

SSM3K16FV(TPL3,Z)

R1245

0(X)

Q1202

D

[MFNN]

R1246

0(X)

Q1203

D

[MFNN]

21

S

G

GND

21

S

G

0(X)

R1247

21

R1249

1K(J)

21

0(X)

R1248

R1250

1K(J)

21

GND

21

M_DDRACKE_SW

M_DDRBCKE_SW

120

121

3.3V_STNBY 3.3V_STNBY

7453/6453 Main

103 113

103

101

M_SPI_DI

M_SPI_CLK

M_SPI_CS1N

M_SPI_WP

R1213

21

0(X)

22(J)

R1215

21

22(J)

R1214

21

R1207

21

103 103 103 103

R1210

NOT MOUNT

R1209

GND

M_NFCE1 M_NFWP M_NFCE M_NFCLE

M_NFALE M_NFRE M_NFRB M_NFWE

21

4.7K(J)

V46A00084200

[V-M25QA]

IC122

52

6

1

3

7

84

W25X40CLSSIG

DODI

CLK

CS

WP

HOLD

VCC GND

21

R1204

4.7K(J) R1231

22(J)

C1205

2

1

100nF(K)

GND

[RMX4A]

RM120 22(J)

81

36 4

[RMX4A]

36 4

72

5

RM121 22(J)

81 72

5

M_EMMC_D7 M_EMMC_D2 M_EMMC_D6 M_EMMC_D5

M_EMMC_D1 M_EMMC_D4 M_EMMC_D0 M_EMMC_D3

131 131 131 131

21

M_SPI_DO

103

7453/6453 Main

103

130 130 130 130 130 130 130 130

M_EMMC_CMD

M_EMMC_CLK

M_EMMC_RST

M_EMMC_D0 M_EMMC_D1 M_EMMC_D2 M_EMMC_D3 M_EMMC_D4 M_EMMC_D5 M_EMMC_D6 M_EMMC_D7

R1115

10(J) R1116

10(J)

R1117

33(J)

[RMX4A]

47K(J)

21

R1208

GND

3.3VD

2

1

3.3VD

72

81

5

72

81

RM106

21

RM107

[RMX4A]

4

36

1K(J)

C1091

2.2uF(K)

2

C1092

1

2.2uF(K)

5

4

21

R1118

47K(J)

10K(J)

3.3VD

V46A00082400

153BALL EMMC

[V-EMMC153A]1/2

M5

CMD

M6

CLK

K5

RST_n

A3

DAT0

A4

DAT1

A5

DAT2

B2

DAT3

B3

DAT4

B4

DAT5

B5

DAT6

B6

DAT7

E6

VCC

F5

VCC

J10

VCC

K9

VCC

C6

VCCQ

M4

VCCQ

N4

VCCQ

P3

VCCQ

P5

VCCQ

A6

RFU

A7

RFU

E5

RFU

E8

RFU

E9

RFU

E10

RFU

F10

RFU RFU

THGBMAG5A1JBAIRH2H

GND

IC118

VDDi

VSS VSS VSS VSS

VSSQ VSSQ VSSQ VSSQ VSSQ

RFU RFU RFU RFU RFU RFU RFU RFU

H10

G10

K10

P10G3

C2

E7 G5

K8

C4 N2 N5 P4 P6

H5 J5 K6 K7

P7

100nF(K)

C1093

2

V46A00082400

153BALL EMMC

[V-EMMC153A]2/2

NC

(TEST)

NC

(TEST) NC NC NC NC NC NC NC NC

(TEST) NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC

IC118

(TEST)

(TEST) (TEST)

H2

NC

H3

NC

H12

NC

H13

NC

H14

NC

J1

NC

J2

NC

J3

NC

J12

NC

J13

NC

J14

NC

K1

NC

K2

NC

K3

NC

K12

NC

K13

NC

K14

NC

L1

NC

L2

NC

L3

NC

L12

NC

L13

NC

L14

NC

M1

NC

M2

NC

M3

NC

M7

NC

M8

NC

M9

NC

M10

NC

M11

NC

M12

NC

M13

NC

M14

NC

N1

NC

N3

NC

N6

NC

N7

NC

N8

NC

N9

NC

N10

NC

N11

NC

N12

NC

N13

NC

N14

NC

P1

NC

P2

NC

P8

NC

P9

NC

P11

NC

P12

NC

P13

NC

P14

NC

GND

A1 A2 A8 A9 A10 A11 A12 A13 A14 B1 B7 B8 B9 B10 B11 B12 B13 B14 C1 C3 C5 C7 C8 C9 C10 C11 C12 C13 C14 D1 D2 D3 D4 D12 D13 D14 E1 E2 E3 E12 E13 E14 F1

1

F2 F3 F12 F13 F14 G1 G2 G12 G13 G14 H1

THGBMAG5A1JBAIRH2H

GND

2.5V_ETH

7453/6453 Main

104

104 104

104

M_LANTDP

M_LANTDN M_LANRDP

M_LANRDN

R1550

49.9(F)

21

C1550

2

100nF(K)

R1551

49.9(F)

21

R1552

49.9(F)

21

1

C1551

2

100nF(K)

R1553

49.9(F)

21

R1555

21

0(X)

1

C1559

C1560

2

4.7uF(K)

100nF(K)

NOT MOUNT

1

GND GND

GND

1

GND

1

C1552

10pF(J)

2

GND

1

C1553

10pF(J)

2

GND

C1554

10pF(J)

2

GND

C1555

10pF(J)

GND

1

2

1

C1556

2

100nF(K)

GND

1

C1557

2

100nF(K)

GND

V06A00014000

[TMK]

1

2

3

4

5

6

7

T1500

16

15

14

NC

13

NC

12

NC

11

10

89

TS21C HF

R1557

75(J)

R1556

75(J)

21

75(J)

R1558

75(J)

21

2

C1558

1

GR442QR73D102KW01L

1nF(K)

2KV

GND

RJ039-FD08M3B0H1W

GND

R1559

V21A00029200

[C8A2]

PJ150 1 2 3 4 5 6 7 8

1T 2T

5V_USBIN

7453/6453 Main

2

C1600

1

GND

2

C1601

1

22uF(K)

GND

100nF(K)

6

5

4

7

V47A00050700

[V-UTPS2553]

IC160

IN

OUT

ILIMGND

EN

FAULT

PAD

TPS2553DRVR-1

3.3VD

5V_USBV1

1

2

3

21

R1600

C1604

22K(F)

2

1

2

C1605

1

22uF(K)

2

+

C1606

1

100nF(K)

100uF(M)

[CP]

16V

21

R1602

1K(J)

R1606

100(J)

21

2

C1610

1

NOT MOUNT

1uF(K)16V

21

R1607

10K(J)

21

R1608

20K(J)

NOT MOUNT

M_USBOVERC

103

103 116

M_USBPW

GND GND

V47A00050700

[V-UTPS2553]

IC161

6

IN

5

4

EN

7

PAD

OUT

ILIMGND

FAULT

TPS2553DRVR-1

GND GND

1

2

3

R1601

21

GND

C1607

22K(F)

GND

2

1

2

C1608

1

22uF(K)

2

+

C1609

1

100nF(K)

100uF(M)

[CP]

16V

5V_USBV2

21

R1603

1K(J)

GND

104 104

M_USB1DM M_USB1DP

M_USB2DM M_USB2DP

5V_USBV1

5V_USBV2

V21A00028600

[C4A3]

1 2 3 4

1T 2T 3T

U250FD004S11GBR

GND

V21A00028700

[C4A3]

1 2 3 4

1T 2T 3T

U250FD004M190BY

GND

PJ160

PJ161

5V_WLAN

7453/6453 Main

101 116

101

5V1

3.3VD

FL167

12

MPZ1608S221AT

C1657

4.7uF(K)

M_WLAN_POWER

NOT MOUNT

FL168

12

MPZ1608S221AT

C1659

4.7uF(K)

M_BT_POWER

NOT MOUNT

1

GND

1

21

R1663

GND

2

4.7K(J)

2

C1658

1

GND

R1651

3.3K(J)

C1651

1uF(K)

6.3V

NOT MOUNT

2

C1660

1

NOT MOUNT

GNDGND

R1658

3.3K(J)

C1654

1uF(K)

6.3V

NOT MOUNT

100nF(K)

B

R1652

10K(J)

100nF(K)

B

R1659

10K(J)

SSM6J414TU,LF(T

C1652

33nF(K)

25V

R1653

R1654

10K(J)

220K(J)

AC

D1651

1SS355VMTE-17

C

Q1651 2SC4116-Y(TE85L,F)

E

GND

SSM6J414TU,LF(T

C1655

NOT MOUNT33nF(K)

25V

NOT MOUNT

R1660

R1661

10K(J)

220K(J)

NOT MOUNT

AC

D1652

1SS355VMTE-17

C

NOT MOUNT

Q1653 2SC4116-Y(TE85L,F)

E

GND

V41A00023900

Q1652

5V_WLAN

[MFPI]

4

S

36

NOT MOUNT

V41A00023900

Q1654

D

G

C1653

100nF(K)

10V

1 2 5

GND

3.3V_BT

R1655

100mW

330(J)

[MFPI]

4

S

36

D

G

C1656

100nF(K)

10V

NOT MOUNT

1 2 5

R1662

100mW

330(J)

GND

101 116

NOT MOUNT

M_USB0DM

104

M_USB0DP

104

M_WWOL_WAKEUP

M_USBDM

104

M_USBDP

104

3.3V_STNBY

R1672

NOT MOUNT

4.7K(J)

C1665

2.2nF(K) 50V

2

1

GND

R1656

33(J)

12

MPZ1608S221AT

12

MPZ1608S221AT

GND

NOT MOUNT

FL166

12

MPZ1608S221AT

NOT MOUNT

FL160

12

MPZ1608S221AT

NOT MOUNT

FL161

12

MPZ1608S221AT

FL163

12

MPZ1608S221AT

FL165

FL169

3.3V_BT

NOT MOUNT

12

MPZ1608S221AT

FL164

V22A00100300

[C6A2]

CN162 1 2 3 4 5 6

1T 2T

SM06B-GHS-TB(LF)(SN)

GND

V22A00100400

SM08B-GHS-TB(LF)(SN)

GND

NOT MOUNT

[C8A2]

CN163 1 2 3 4 5 6 7 8

1T 2T

105

7453/6453 Main

105

M_AOUTL0

M_AOUTR0

R3112 1K(J)

R3115 1K(J)

21

C3128

220pF(J)

50V

1

GND

V47A00057500

DRV612PWR

[V-L612]

C3123 2.2uF(K)

C3127 2.2uF(K)

R3114 33K(J)

21

2

1

21

50V

R3116

220pF(J)

200K(J)

GND

R3113

200K(J)

2

C3129

10V

2

1

10V

2

1

21

R3110 1.8K(J)

21

R3109 0(X)

3.3VD

21

2

C3124

1uF(K)

16V

1

2

1

14

12

4

6

9

10

C3119

1uF(K)

6.3V

IN_L

IN_R

GAIN

MUTE

CN

CP

IC310

OUT_L

OUT_R

VSS

GND

GNDVDD

2

13

7

NC

8

NC

5

3

11

GND

R3111 33(J)

R3119 33(J)

C3130

1nF(K)

50V

2

C3125

1uF(K)

6.3V

1

2

1

C3120

1nF(K)

50V

R3117 1K(J)

R3118 1K(J)

21

2

1

GND

21

A_L_TV1

A_R_TV1

600

373

A_DRV_MUTE

GND

105

7453/6453 Main

105

M_AOUTR_HP

M_AOUTL_HP

L3200

12

NLCV32T-100K-PF

10uH(K)

L3201

12

NLCV32T-100K-PF

10uH(K)

R3202

200(J)

C3202

10uF(K)

10V

1

2

R3203 200(J)

21

1

C3203 10uF(K) 10V

2

GND

[CP]

C3200

+

2

100uF(M)

6.3V

[CP]

C3201

+

2

100uF(M)

6.3V

1

V41A00001200

[TRN2D]

B2

E2

IMH23 T110

2NPN

Q3200

GND

10K(J)

C1C2

B1

E1

3.3V_STNBY

R3206

GND

R3200

21

R_HP

604

33(J)

R3201

21

R3207

10K(J)

33(J)

L_HP

604

373

A_HP_MUTE

C

Q3201

B

[TRPD]

V41A00020200

E

2.2k+10k

DTA023YEBTL

OR=V41A00013200

101 116 755

7453/6453 Main

101 116 755

373 370

101

M_I2CDATA

M_I2CCLK

A_DAMP_SD

M_DAMP_MUTE

W3721 0(X)

21

W3720 0(X)

NOT MOUNT

R3704

21

0(X)

3.3V_DAMP

21

0(X)

W3703

W3706

NOT MOUNT

21

W3705

0(X)

W3704

NOT MOUNT

GND

21

0(X)

W3707

10K(J)

21

0(X)

W3701

NOT MOUNT

GND

R3706

21

0(X)

VREG_AMP

21

W3708

10K(J)

21

0(X)

W3702

NOT MOUNT

21

R3702

21

R3701

47K(J)

0(X)

2

1

1uF(K)16V

C3703

NOT MOUNT

2

11

12

8

9

7

13

V47A00062900

D-AMP

[V-L5760DAPR]

IC370

SFT_CLIP

SPK_GAIN0

SPK_GAIN1

FREQ/SDA

PBTL/SCL

SPK_SD

SPK_SLEEP/ADR

SPK_FAULT

6

R3700

0(X)

21

A_DAMP_SD

373 370

105 113

M_I2S_MCLK

M_I2S_BCK

M_I2S_DATA

M_I2S_LRCK

3.3VD

R3715

21

22(J)

R3717

22(J)

W3700

21

0(J)

1608

21

R3716

22(J)

R3718

22(J)

21

C3709

1uF(K)

2

C3715

1

3.3V_DAMP

6.3V

1

GND

2

1

22pF(J)

GND

2

C3716

1

22pF(J)

VCC_AUDIO

GND

C3717

22pF(J)

2

1

100nF(K)50V

C3714

2

1

2

1

4.7uF(K)50V

C3711

C3718

22pF(J)

2

1

100nF(K)50V

C3713

2

1

4.7uF(K)50V

C3710

14

15

16

17

10

1

28

21

2

1

100nF(K)50V

TAS5760MDAPR

C3712

MCLK

SCLK

SDIN

DVDD

AVDD

PVDD

BSTRPA+

SPK_OUTA+

BSTRPA-

SPK_OUTA-LRCK

BSTRPB-

SPK_OUTB-

BSTRPB+

SPK_OUTB+

GVDD_REG

ANA_REG

VCOM

DGND

ANA_REF

GGND

PGND PGND

ThermalPad

C3708

1

30

29

C3705

25

26

C3707

24

23

C3706

19

20

32

C3701

1

3

1

4

C3702

1uF(K)6.3V

18

220nF(K)25V

1

220nF(K)25V

1

220nF(K)25V

1

220nF(K)25V

1uF(K)6.3V

2

VREG_AMP

2

1

2

1uF(K)

C3704

16V

A_DAMP_OUTA+

A_DAMP_OUTA-

A_DAMP_OUTB-

A_DAMP_OUTB+

371

5

31

27 22

GND

33

GND

A_DAMP_OUTA+

7453/6453 Main

370

L372

10uH(X)

12

CLF7045T-100M

38m

Ω

A_DAMP_OUTA-

370

A_DAMP_OUTB+

370

A_DAMP_OUTB-

370

Ω

38m

L373

10uH(X)

12

CLF7045T-100M

L371

10uH(X)

12

CLF7045T-100M

Ω

38m

L370

10uH(X)

12

CLF7045T-100M

Ω

38m

2

C3724

C3723

330nF(K)25V

1

NOT MOUNT

2

C3725

C3720

330nF(K)25V

1

NOT MOUNT

2

C3721

C3727

330nF(K)25V

1

NOT MOUNT

2

C3726

C3722

330nF(K)25V

1

NOT MOUNT

2

330nF(K)25V

1

2

330nF(K)25V

1

2

330nF(K)25V

1

2

330nF(K)25V

1

GND

D3702

A C

1SS355VMTE-17

VCC_AUDIO

AC

D3701

1SS355VMTE-17

D3707

A C

1SS355VMTE-17

VCC_AUDIO

AC

D3705

1SS355VMTE-17

A

D3700

C

1SS355VMTE-17

D3706

A C

1SS355VMTE-17

AC

D3704

1SS355VMTE-17

D3703

A C

1SS355VMTE-17

[TP][TP][TP][TP]

A_R+AMP A_R-AMP A_L-AMP A_L+AMP

DP300 DP301 DP302 DP303

371 371 371 371

GND

A_L+AMP

371

A_L-AMP

371

A_R+AMP

371

A_R-AMP

371

V22A00110300

[C4A2]

CN300 1 2 3 4

1T 2T

A2010WR0-4PS-SHP

3.3VD

7453/6453 Main

950 101 990

C_ACDET

5V1

R3745

21

10K(J)

[MFNN]

G

5V1

R3712

10K(J)

M_EXT_AMUTE R3757

101

21

D

S

GND

NOT MOUNT

Q3711 SSM3K16FV(TPL3,Z)

1K(J)

C_A_PWDN

106

NOT MOUNT

R3727

21

0(X)

2

C3728

10V

220nF(K)

1

NOT MOUNT

GND

R3705

4.7K(J)

21

C

Q3700 DTC043ZEBTL

4.7k+47k

A_DRV_MUTE

310

R3750

100K(J)

21

GND

D3709

AC

1SS355VMTE-17

[TRNC]

V41A00021800

OR=V41A00010100

B

E

GND

D3708

21

AC

0(X)

R3216

21

A_HP_MUTE

320

1SS355VMTE-17

R3725

[MFNN]

G

1K(J)

21

5V1

21

NOT MOUNT

R3726

10K(J)

NOT MOUNT

GND

DTC043ZEBTL

D

V41A00021800

4.7k+47k

S

Q373

SSM3K16FV(TPL3,Z)

NOT MOUNT

[TRNC]

Q372

B

C

E

GND

A_DAMP_SD

370

MOUNT

7453/6453 Main

V21A00028000

[V-CN21B]

PJ600

SHIELD GND CVBS/SY IN VIDEO OUT

CVBS/SY IN RETURN

VIDEO OUT RETURN

FAST BLANKING

RED/SC IN

BLANKING RETURN

RED/SC RETURN

GREEN IN

GREEN RETURN SLOW SWITCH BLUE IN AUDIO IN(L) BLUE RETURN AUDIO EARTH AUDIO OUT(L) AUDIO IN(R) AUDIO OUT(R)

SC-118ABZ1

DP601

1

DP603

1

DP605

1

DP607

1

DP609

1

DP611

1

DP613

1

DP619

1

GND

21 20 19 18 17 16 15 14 13 12

NC

11 10

NC

9 8 7 6 5 4 3 2 1

GND

1

DP621

DP620

1

2

C6015

1

DP617

DP618

2

C6016

1

10pF(J)

R6009

2

C6017

1

10pF(J)

21

1K(J)

R6010

21

1K(J)

L6001 330(J)

21

L6000

21

330(J)

2

C6002

1.5nF(K)

1

GND

C6001

1.5nF(K)

1

GND

10pF(J)

2

C6006

1

1nF(K)

GND

2

C6000

1

1nF(K)

GND

DP604

1

DP602

1

DP606

1

DP608

1

DP610

1

DP612

1

DP614

1

R6013

[VARA] RV606

NOT MOUNT

[VARA]

RV605

NOT MOUNT

21

R6011

GND

21

R6012

GND

21

R6014

100K(J)

NOT MOUNT

GND

21

U

21

U

22K(J)

NOT MOUNT

22K(J)

NOT MOUNT

21

100K(J)

NOT MOUNT

GND

FL616

12

MMZ1005F470CT

FL617

12 MMZ1005F470CT

FL618

12 MMZ1005F470CT

GND

10K(D)

21

R6004

A_L_E1

A_R_E1

A_R_TV1

A_L_TV1

MOUNT

606

310

R6001 125mW 75(J)

R6002 125mW 75(J)

R6003 125mW 75(J)

R6007

125mW 150(J)

R6008

125mW 150(J)

R6000

125mW 75(J)

21

MOUNT

21

MOUNT

21

MOUNT

21

MOUNT

R6005

2.7K(F)

21

GND

[VARA]

RV604

U

NOT MOUNT

[VARA]

RV600

U

NOT MOUNT

[VARA]

RV601

NOT MOUNT

U

[VARA]

RV602

NOT MOUNT

U

[VARA]

RV603

U

NOT MOUNT

21

GND

V_TV_OUT

V_E1

RED_E1

GREEN_E1

BLUE_E1

M_VSYNC1

M_HSYNC1

605

606

608

107

V22A00106000

7453/6453 Main

[C15A2]

PJ604

D229FD015S117BY

DP644

1

DP645

1

DP646

1

DP647

1

DP649

1

GND

2

C6038

1

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15

1T 2T

DP661

DP662

1

2

C6039

1

10pF(J)

GND

10pF(J)

V_DSUB_SDA V_DSUB_SCL

5V_VGA

GND

DP666

1

DP663

1

2

C6035

1

DP667

2

C6036

1

10pF(J)

609 609

DP6581DP6591DP660

2

C6037

1

10pF(J)

1

2

C6032

1

DP653

1

2

C6033

1

10pF(J)

GND

DP654

2

C6034

1

10pF(J)

5V1

FL610

12

MMZ1005D220CT

FL611

12

MMZ1005D220CT

FL612

12

MMZ1005D220CT

E

C

R6042

75(J)

R6043

75(J)

R6044

75(J)

ON

21

GND

ON

21

GND

21

GND

V41A00002900

SSM3K16FV(TPL3,Z)

Q6029

S

D

V41A00002900

SSM3K16FV(TPL3,Z)

Q6030

S

D

[MFNN] [MFNN]

[MFNN]

G

V_PC_R

V_PC_G

ON

V_PC_B

V_HD_DSUB

V_VD_DSUB

M_DDCA_CK

608

101 116 990

101 116

M_VDBG_EN

2.2k+10k

[TRNC]

Q6028

B

DTC023YEBTL

V41A00021100

2.2k+10k

OR=V41A00013100

[TRPD]

B

C

E

Q6027

DTA023YEBTL

V41A00020200

OR=V41A00013200

R6089

10K(J)

21

GND

V41A00002900

SSM3K16FV(TPL3,Z)

Q6031

S

D

G

V41A00002900

SSM3K16FV(TPL3,Z)

Q6032

S

D

[MFNN]

G

M_DDCA_DA

101 116 990

C6009

7453/6453 Main

10V

10uF(K)

2

NOT MOUNT

R6017

18K(J)

21

NOT MOUNT

R6019

1

100(J)

W6003

0(X)

3.3V_AV

10V

2

C6010

NOT MOUNT

100nF(K)

1

R6020

560(J)

21

NOT MOUNT

21

E

21

B

GND

[TRP]

Q6003

2SA1576UB TLQ

NOT MOUNT

CV_E2

607

C

V21A00025500

[V-CN16E]

PJ601

[GN]

[BL]

[RD]

[WH]

[RD]

RCA-532H-00C-01

63mW

75(J)

R6052

63mW

75(J)

R6053

1nF(K)

GND

A_L_CS_E2

A_R_CS_E2

Y_CS_E2

CB_CS_E2

CR_CS_E2

CR_E2_SW

606

607

ON

R6018

10K(J)

21

NOT MOUNT

GND

FL613

12 MMZ1005D220CT

DP633

2

C6090

1

10pF(J)

DP638

1

DP639

1

2

C6091

1

2

C6092

1

10pF(J)

1

[TP]

1

[TP]

DP641

DP642

1

[TP]

DP640

DP634

DP635

DP643

DP636

DP637

FL614

12

MMZ1005D220CT

FL615

12

MMZ1005D220CT

R6062

1K(J)

C6018

1nF(K)

21

GND

R6063 1K(J)

11 10

9

8 7

6 5

4

3 2

1

GND

21

2

1

21

R6051 75(J)

125mW

21

2

C6024

1

GND

A_SPDIF

7453/6453 Main

105

[V-J7F]

PJ602

GND SW2 SW2

T2

SW1

T1

T3

PJ3523-FD07G1BA300

V21A00025200

1 5 7 3

6 4

2

DP630 DP631

3.3VD

V44A00005700

2

C3600

1uF(K)

6.3V

R3601 22(J)

21

D3600

CA

UDZVTE-176.2B

[ZD]

R6054

100mW

DP615

1

DP616

1

R6055

100mW R6056

100mW R6057

100mW

1

2

1 1

GND

1

DP622

C6058

2.2nF(K)

1

C6059

2.2nF(K)

21

75(J)

2

1

C6060

10nF(K)

2

1

C6061

10nF(K)

R6050

22(J)

1

2 1 3

1T 2T

OPT-108HA

GND

ON

R6058

A_HP_DET

3.3VD

21

4.7K(J)

(VCC) (Vin) (GND)

R_HP

L_HP

[OTB] DS360

320

106

LED

5VD

7453/6453 Main

3.3VD

V47A00064200

[V-L6219BXXX]

3

CE

4

NC

3.3V_AV

UREG

IC612

107

10V

M_CVBSOUT1

2

VIN

C6093100nF(K)

1

TCR2EF33,LM(T

[VSS]

GND

VOUT

51

2

C6094

1uF(K)

1

6.3V

V47A00045900

MOUNT

NOT MOUNT

2

C6098

1

10uF(K)

16V

GND

100nF(K)

C6096

1

C6097

100nF(K)

2

4

1

65

1

2

MOUNT

GND

[L2571]

IC611

VIN VOUT

POWER_SAVE VSAG

V+ GND

NJM2561BF1(TE2)

2

3

125mW 75(J)

21

R6030

V_TV_OUT

600

MOUNT

GND

600

7453/6453 Main

V_E1

MOUNT

R6034

470(J)

MOUNT R6100

33(J)

M_CVBS3

MOUNT

C6007

1

1nF(K)

C6045

2

47nF(K)

MOUNT

2

1

C6008

1

NOT MOUNT

100nF(K)

NOT MOUNT

21

C6105

2

M_SOGIN1

2

1

M_CVBS2

107

100nF(K)

107

C6127

2

1

GND

107

603

A_L_E1

600

A_R_E1

600

Y_CS_E2

CB_CS_E2

CR_CS_E2

A_L_CS_E2

A_R_CS_E2

330pF(J)

NOT MOUNT

330pF(J)

NOT MOUNT

2

C6052

1

2

C6062

1

2

C6053

1

330pF(J)

NOT MOUNT

R6121

0(X)

R6098

R6099

R6097

33(J)

2

C6063

1

330pF(J)

NOT MOUNT

10K(J)

R6106

R6104

10K(J)

21

10K(J)

R6116

R6118

21

R6107

12K(J)

21

R6117

12K(J)

21

2

C6047

1

R6108

21

560pF(K)

C6095 1nF(K)

2

C6041

2

C6042

2

C6040

2

47nF(K)

2

C6056

1

R6115

21

560pF(K)

2.2uF(K) C6048

C6046

2

C6049

1

GND

2

C6054

1

GND

2

1

2

1

2.2uF(K) C6055

2

C6057

2

GND

M_AUL0

M_AUR0

M_SOGIN2

C6111 NOT MOUNT

1

C6112

1

C6113 NOT MOUNT

1

M_GIN2P

2

M_BIN2P

NOT MOUNT

2

M_RIN2P

2

47pF(J)

GND

1

M_AUL1

M_AUR1

105

107

105

GND

R6200

68(J)

R6201

68(J)

R6202

68(J)

R6203

68(J)

R6204

68(J)

R6205

68(J)

R6206

68(J)

R6207

68(J)

R6208

68(J)

R6209

68(J)

C6200

21

2

47nF(K)

C6201

21

2

47nF(K)

C6202

21

2

47nF(K)

C6203

21

2

47nF(K)

C6204

21

2

47nF(K)

C6205

21

2

47nF(K)

C6206

21

2

47nF(K)

C6207

21

2

47nF(K)

C6208

21

2

47nF(K)

C6209

21

2

47nF(K)

1

M_BIN0M

M_GIN0M

M_RIN0M

M_BIN1M

M_GIN1M

M_RIN1M

M_BIN2M

M_GIN2M

M_RIN2M

M_VCOM

107

603

7453/6453 Main

603

CV_E2

CR_E2_SW

3.3VD

R6140

10K(J)

21

R6136

33(J)

21

2

C6069 NOT MOUNT

1

C6064

2

47nF(K)

R6142

100(J)

1

C6108

1

220pF(J)

NOT MOUNT

21

M_CVBS1

2

GND

M_CR_SW

107

106

1

C6117

100nF(K)

2

GND

M_CVBS0

107

GND

600

7453/6453 Main

600

GREEN_E1

RED_E1

BLUE_E1

MOUNT

R6094

33(J) MOUNT

R6096

33(J) MOUNT

R6095

33(J)

21

MOUNT

2

C6082

47nF(K)

MOUNT

2

C6081

47nF(K)

MOUNT

2

C6083

47nF(K)

1

100nF(K)

NOT MOUNT

1

100nF(K)

NOT MOUNT

1

100nF(K)

NOT MOUNT

C6114

2

C6115

2

C6116

2

GND

M_GIN1P

M_RIN1P

M_BIN1P

107

V_PC_R

602

V_PC_G

602

V_PC_B

602

V_HD_DSUB

602

V_VD_DSUB

602

R6035

100(J)

R6038

100(J)

R6164

21

R6165

21

R6166

21

33(J)

NOT MOUNT

R6041

21

0(X)

21

GND

R6036

2.2K(J)

R6039

2.2K(J)

21

R6037

100(J)

R6040

100(J)

21

C6073

2

C6076

2

C6074

2

47nF(K)

NOT MOUNT

C6065

1

1nF(K)

1

2

C6118

1

C6119

1

C6120

1

C6066

1

100nF(K)

10V

2

NOT MOUNT

2

NOT MOUNT

2

NOT MOUNT

GND

M_RIN0P

M_GIN0P

M_BIN0P

M_SOGIN0

M_HSYNC0

M_VSYNC0

107

G

7453/6453 Main

5V_VGA

5V1

104 116

602

M_VGA_EEP_WP

V_DSUB_SCL

V_DSUB_SDA

[SBD] D6080

CA

1SS388(TPH3,F)

[SBD] D6081

CA

1SS388(TPH3,F)

[TRNC]

Q6010

B

DTC023YEBTL

V41A00021100

2.2k+10k

OR=V41A00013100

R6080

10K(J)

21

C

E

GND

6

1 2 3 7

2

C6084

1

100nF(K)

V46A00026900

EEPROM

[V-MSEE2568E]

IC610

SDA

SCL

E0 E1 E2 WC

VSSVCC

M24C02-WMN6TP

R6082

10K(J)

21

R6083

10K(J)

21

Q6025

[MFNN]

V41A00002900

D

S

R6088

10K(J)

21

R6087

21

M_DSUB_I2CCLK

104

SSM3K16FV(TPL3,Z)

100(J)

21

R6084

5

100(J)

21

R6085

V41A00002900

Q6026

[MFNN]

D

G

S

SSM3K16FV(TPL3,Z)

M_DSUB_I2CDATA

104

48

GND

106

7453/6453 Main

106 106 106

106 106 106 106

103

106

652 101

106

101

M_LVA4-1 M_LVA4+1 M_LVA3-1 M_LVA3+1

M_LVACLK-1 M_LVACLK+1 M_LVA2-1 M_LVA2+1

M_LVA1-1 M_LVA1+1 M_LVA0-1 M_LVA0+1

M_LVB4-1 M_LVB4+1 M_LVB3-1 M_LVB3+1

M_LVBCLK-1 M_LVBCLK+1 M_LVB2-1 M_LVB2+1

M_LVB1-1 M_LVB1+1 M_LVB0-1 M_LVB0+1

F_FRC_CTRL0

F_FRC_CTRL1

F_HE_RESET

F_HELVOPDN

F_FRC_RESET

M_BLPWM

F_I2C_SW

M_3D_ENA

3.3VD

R6524NOT MOUNT

3.3K(J)

21

R6525NOT MOUNT

3.3K(J)

21

B_I2CP_CK

B_PANEL_I2C_SW

B_I2CP_DA

10K(J)

21

R6515

GND

MCZ2010AH121T

45 3 27 1

FL640

6

8

[FL09C]

MCZ2010AH121T

45 3 27 1

FL641

6

8

[FL09C]

12V_LCD

2

1

16V

C6500

100nF(K)

2

1

16V

C6501

1uF(K)

2

1

50V

C6502

1nF(K)

GND

DP651

1

GND

MCZ2010AH121T

45 3 27 1

FL642

6

8

[FL09C]

MCZ2010AH121T

45 3 27 1

FL643

6

8

[FL09C]

MCZ2010AH121T

45 3 27 1

FL644

6

8

[FL09C]

MCZ2010AH121T

45 3 27 1

1

[TP]

DP665

10K(J)

21

NOT MOUNT

R6516

GND GND

21

R6513 10K(J)

R6517 10K(J)

FL645

6

8

[FL09C]

R6511 MOUNT100(J)

21

R6510 MOUNT100(J)

21

R6509 MOUNT100(J)

21

R6508 MOUNT100(J)

21

R6507 MOUNT100(J)

21

R6506 MOUNT100(J)

21

R6505 MOUNT100(J)

21

R6504 MOUNT100(J)

21

R6514

100(J)

21

MOUNT

3.3VD

V46A00014400

MOUNT

TC7WB66FK(TE85L,F)

[L66] IC650

1

7

5

3

8

[1]

A1A2B1

OE1

[2]

OE2

VCC GND

1

100nF(K)

C6503

MOUNT

DP668

1

DP669

1

DP670

1

DP671

1

DP672

1

DP673

1

DP674

1

DP675

1

DP676

DP677

1

MOUNT

R6526

R6527

10(J)

MOUNT

10(J)

21

2

B2

6

1

R6502

4

2

GND

R6503

DP652

1

W6500

0(X)

21

MOUNT

DP655

MOUNT

W6501

0(X)

21

GND

DP6561DP657

4.7K(J)

0(X)

GND

4.7K(J)

R6500

21

NOT MOUNT

0(X)

MOUNT

R6501

21

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

1

25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51

1T 2T 3T 4T 5T 6T 7T

1

8T 9T 10T 11T 12T

NOT MOUNT

GND

MOUNT

FI-RNE51SZ-HF-R1500

V22A00092600

[V-CN51A]

CN650

[SHIELD]

M_BL_ONOFF

7453/6453 Main

101

21

MOUNT

R6530

10K(J)

R6531

0(X)

21

2

C6531

50V

2.2nF(K)

1

B_BL_ONOFF

950

650 101

106

M_BLPWM

M_CURRENT_SW1

M_CURRENT_SW2

GND

21

MOUNT

GND

R6532

10K(J)

R6533

33(J)

R6535

33(J)

R6537

33(J)

GND

21

2

C6532

2.2nF(K) 50V

1

B_PWM

950

GND

21

C6533

2.2nF(K) 50V

2

2.2nF(K)

1

GND

C6534

50V

2

1

GND

B_CURRENT_SW1

B_CURRENT_SW2

950

12V_IN

7453/6453 Main

L6503

MPZ1608S300AT

MOUNT

12V_LCD

101 116

M_POWER_LCD

21

R6543

GND

MPZ1608S300AT

R6541

1K(J)

10K(J)

L6504

NOT MOUNT

21

C6541

1uF(K)

16V

21

R6542

V47A00048400 AOZ1361DI-02

LOAD SWITCH

[V-L136XX]

IC653

TH_PAD:OUT

1

VIN

2

VIN

3

FLTB

68

7

4

GND

12

TH-PAD:GND

EN

SET

TFLT

27K(J)

GND

106

F_POWER_FRC

OUT OUT

11

10

9

5

SS

25V

C6542

22nF(K)

2

1

C6543

1nF(K)

50V

R6546

C6544

100nF(K) 16V

R6549 100(J)

R6545

8.2K(J) NOT MOUNT

GND

8.2K(J)

DP678

DP680

DP679

1

12V_FRC

V22A00100200

1 2 3 4 5

1T 2T

SM05B-GHS-TB(LF)(SN)

[C5A2]

CN782

GND

V22A00122800

7453/6453 Main

[C19A4]

PJ660

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19

1T 2T 3T 4T

H050FS019G475BR

MCZ2010CH900L4T

45 3 27 1

FL660

6

8

[FL09C]

MCZ2010CH900L4T

45 3 27 1

12K(J)

21

GNDGND

47K(J)

21

FL661

R6600

R6601

6

8

[FL09C]

C6600

1

1uF(K)

16V

2

0(J)

4 36

RM660

5

72 81

[RMX4A]

0(J)

4 36

R6602

RM661

21

5

72 81

[RMX4A]

H_DDCDB_CK H_DDCDB_DA

10(J)

H_RXB2P H_RXB2N H_RXB1P H_RXB1N

H_RXB0P

H_RXB0N H_RXBCKP H_RXBCKN

H_PWRB H_HPDB

H_ARC0

108 108 108 108

665 108 665 108

661 663 663

108

V22A00122800

[C19A4]

PJ662

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19

1T 2T 3T 4T

H050FS019G475BR

GND

0(J)

H_RXC2P 4 36

RM664

5

72 81

[RMX4A]

H_RXC2N

H_RXC1P

H_RXC1N

0(J)

H_RXC0P 4 36

RM665

5

H_RXCCKP H_RXCCKN

72 81

[RMX4A]

H_DDCDC_CK H_DDCDC_DA

H_PWRC_CN

H_HPDC_CN

H_RXC0N

H_CDSENSE_CN

108 108 108 108

108 674 108 674

664 675 662

664

676

V22A00122800

[C19A4]

PJ661

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19

1T 2T 3T 4T

H050FS019G475BR

GND

R6604

H_CEC

21

108

100(J)

MCZ2010CH900L4T

45 3 27 1

FL662

6

8

[FL09C]

MCZ2010CH900L4T

45 3 27 1

FL663

6

8

[FL09C]

0(J)

H_RXA2P 4 36

RM662

5

72 81

[RMX4A]

H_RXA2N

H_RXA1P

H_RXA1N

0(J)

H_RXA0P 4 36

RM663

5

H_RXACKP H_RXACKN

72 81

[RMX4A]

H_DDCDA_CK H_DDCDA_DA

H_RXA0N

H_PWRA

H_HPDA

108 108 108 108

665 108 665 108

661 663 663

V22A00120000

[V-C19A6]

PJ663

MCZ2010CH900L4T

45 3

27 1 2 3 4 5 6 7 8 9

10 11 12 13 14 15 16 17 18 19

1T 2T 3T 4T 5T 6T

1

MCZ2010CH900L4T

45

3

27

1

FL666

FL667

6

8

[FL09C]

6

8

[FL09C]

0(J)

H_RXD2P H_RXD2N

RM666

5

72 81

[RMX4A]

H_RXD1P H_RXD1N

4 36

0(J)

H_RXD0P 4 36

RM667

5

H_RXDCKP H_RXDCKN

72 81

[RMX4A]

H_DDCDD_CK H_DDCDD_DA

H_RXD0N

H_PWRD

H_HPDD

108 108 108 108

665 108 665 108

664 662 664

H050FS019G406BR

GNDGND

GND

3.3VD

7453/6453 Main

21

R6605 1K(J)

660 663

H_PWRA

H_PWRB

1.5K(J)

21

R6610

3.3K(J)

GND

1.5K(J)

21

R6612

3.3K(J)

GND

R6611

21

R6613

21

C

Q6610

B

2SC4116-Y(TE85L,F)

E

GND

3.3VD

R66031K(J)

21

C

Q6611

B

2SC4116-Y(TE85L,F)

E

GND

H_+5VPWRA

H_+5VPWRB

101

660 664 675

7453/6453 Main

H_PWRC_CN

1.5K(J)

21

R6614

3.3K(J)

GND

R6615

21

3.3VD

R66091K(J)

21

C

Q6612

B

2SC4116-Y(TE85L,F)

E

GND

3.3VD

R66081K(J)

21

H_+5VPWRC

101

660 664

H_PWRD

1.5K(J)

21

R6616

R6617

3.3K(J)

21

GND

C

Q6613

B

2SC4116-Y(TE85L,F)

E

GND

H_+5VPWRD

101

660 661

7453/6453 Main

108

H_PWRA

H_HOTPLUGA

21

R6623

10K(J)

R6622

4.7K(J)

R6624

820(J)

21

R6628

56(J)

C

Q6600

B

2SC4116-Y(TE85L,F)

E

GND

R6629

21

62(J)

R6630

21

H_HPDA

660

62(J)

660 661

108

H_PWRB

H_HOTPLUGB

21

R6626

10K(J)

R6625

4.7K(J)

R6627

820(J)

21

R6631

56(J)

C

Q6601

B

2SC4116-Y(TE85L,F)

E

GND

R6632

21

62(J)

R6633

21

H_HPDB

660

62(J)

660 675 662

7453/6453 Main

H_PWRC_CN

R9904

10(J)

21

H_AVDD5_HDMI_C

108

660

660 662

660

H_HPDC_CN

H_PWRD

H_HPDD

R6607

21

33(J)

R9905

21

10(J)

R6606

21

33(J)

H_HOTPLUGC

H_AVDD5_HDMI_D

H_HOTPLUGD

108

5V1

7453/6453 Main

660 108 660 108

H_DDCDA_CK H_DDCDA_DA

H_DDCDB_CK H_DDCDB_DA

H_DDCDD_CK H_DDCDD_DA

47K(J)

21

R6640 47K(J)

R6641 47K(J)

R6642

21

R6643 47K(J)

47K(J)

21

R6646 47K(J)

R6647

3.3V_STNBY

7453/6453 Main

5V1

[SBD]

D6650

CA

RB055L-30TE25

2

C6650

1

2.2uF(K) 10V

D6651

1SS355VMTE-17

V47A00057700

UREG

[V-L00I]

8

5

4

6

IC667

VCC

EN

NC

BD00IA5WEFJ-E2

TH-PAD

V0UT

GND

3.3V_HDMI

AC

21

R6680

10K(D)

1

2

FB

37

9

GND

21

R6681

21

R6682

2

330(D)

C6651

1

2.2uF(K)

3.3K(D)

10V

5V1

7453/6453 Main

660 108

H_DDCDC_CK

H_DDCDC_DA

47K(J)

21

R6702

47K(J)

21

R6701

3.3V_STNBY

7453/6453 Main

5V_MHLIN

H_PWRC_CN

660 664 662

H_MHL_OVC

115

R6750

9.1K(D)

21

R6751

C6702

3.9K(D) 100nF(K)10V

NOT MOUNT

5V_MHLIN

21

R6731

22K(D)

21

R6733

5

3

NOT MOUNT

R6732

0(X)

V46A00063900 XC6108N12AMR

RESET IC

[V-L6108]

IC677

VSEN

Cd

VIN

21

VOUT

VSS

[CP]

100uF(M)

14

2

+

C6753

16V

GND

1

2

1uF(K)

1

C6754

24K(D)

GND

V47A00061400

TPS2553DRVR

[V-UTPS2553]

1

OUT

2

ILIM GND

3

FAULT

R6730

21

IC675

PAD

21

GND

R6736

4.7K(J)

6

IN

5

4

EN

7

GND

V45A00011600

TC7SET08FU(T5L,JF)

[7SET08]

4

IC676

2

C6755

1

100nF(K)

&

[Vcc]

[Vss]

1

C_EN_VBUS

101

2

5

3

2

C6700

1

100nF(K)

GND

H_CD_SENSE

676

GND

10V

C6703

100nF(K)

GND

660

7453/6453 Main

H_CDSENSE_CN

21

R6727

300K(J)

GND

2

C6709

1

47nF(K)

3.3V_STNBY

SSM3K16FV(TPL3,Z)

[MFNN]

D

Q6708

G

S

21

R6726

160(J)

SSM3K16FV(TPL3,Z)

Q6703

[MFNN]

G

21

R6725

4.7K(J)

GND

3.3V_STNBY

R6700

21

D

S

GND

47K(J)

H_CD_SENSE_INV

H_CD_SENSE

101

675

101

7453/6453 Main

101

C_IRIN

C_OP_IN

MOUNT

R7022

21

0(X)

NOT MOUNT

[CL1G017]

IC706

42

21

47(J)

R7021

35

GND

NL17SZ17XV5T2G

[Vcc][GND]

C7027

NC

AY

3.3V_STNBY

1

NOT MOUNT100nF(K)

C7006

100nF(K)

2

C7028

1

MOUNT

GND

R7000

21

33(J)

2

1

GND

21

47(J)

R7023

33pF(J)

[TP]

DP713

21

R7001

15K(J)

NOT MOUNT

[TP] DP711

DP721

1

C7031

[TP] DP715

1

[TP][TP] [TP]

3.3VD 3.3V_STNBY

[TP] DP712

1

[TP]

DP714

2

1

2

1

C7036

1

[C9A2]

CN741 1 2 3 4 5 6 7 8 9

1T 2T

SM09B-GHS-TB(LF)(SN)

100nF(K)

V22A00103700

5V1

1

DP7171DP718

1

C7032

1uF(K)

2

100nF(K)

1

101 113

115

101 101

C_LED_G

C_LED_R

C_POWER_KEY C_KEY_1

21

4.7K(J)

R7033

10K(J)

GND

21

4.7K(J)

R7034

10K(J)

GND

21

R7030

R7036

3.3V_STNBY

21

R7014

33K(J)

21

100K(J)

R7031

21

100K(J)

R7035

R7012

33K(J)

R7019 1K(J)

21

C

Q7011

B

2SC4116-Y(TE85L,F)

E

GND

C

Q7010

B

2SC4116-Y(TE85L,F)

E

GND

21

R7018 1K(J)

2

C7035

1

10nF(K)

GND

2

C7034

1

10nF(K)

GND

[TP] DP719

[TP]

DP720

DP726

[TP]

GND

1

V22A00098800

1

1 2 3

1T 2T

[C3A2]

CN743

SM03B-GHS-TB(LF)(SN)

GND

106 116

7453/6453 Main

103

104 116

103

C_FANSTOP_1

C_FAN_ENABLE1

10K(D)

21

GND

C_FANSTOP_2

C_FAN_ENABLE2

10K(D)

21

GND

R7053

MOUNT

R7054

3.3VD

R7058

MOUNT

10K(D)

21

NOT MOUNT

R7063

NOT MOUNT

R7064

R7101

MOUNT

10K(D)

21

NOT MOUNT

R7108

NOT MOUNT

R7109

3.3VD

NOT MOUNT

10K(D)

21

0(X)

21

0(X)

3.3VD

NOT MOUNT

10K(D)

21

0(X)

21

0(X)

R7062

R7107

12V_LNB

C7021

1uF(K)

GND

12V_FRC

C7105

1uF(K)

GND

V47A00027400

XC6216C202PR

[V-L6216CXXX]

3

CE

VIN

16V

NOT MOUNT

V47A00027400

XC6216C202PR

[V-L6216CXXX]

3

CE

VIN

16V

NOT MOUNT

UREG

IC705

[VSS]

NOT MOUNT

UREG

IC708

[VSS]

NOT MOUNT

VOFB

VOUT

C7022

1uF(K)

16V

NOT MOUNT

VOFB

VOUT

C7106

1uF(K)

16V

NOT MOUNT

R7065

100(J)

4

15

2

NOT MOUNT

R7106

100(J)

4

15

2

NOT MOUNT

21

C7023

1uF(K)

16V

GND

21

C7107

1uF(K)

16V

GND

NOT MOUNT

21

R7061

30K(D)

R7060

21

10K(D)

NOT MOUNT

GND

21

R7103

30K(D)

R7102

21

10K(D)

GND

NOT MOUNT

2

C7024

1

1nF(K)

NOT MOUNT

GND

2

C7108

1

1nF(K)

NOT MOUNT

GND

[TP]

DP708

1

2

C7025

1

10nF(K)

[TP]

DP723

1

2

C7109

1

10nF(K)

[TP]

DP709

[TP]

DP710

1

2

C7026

1

10nF(K)

NOT MOUNT

[TP]

DP724

[TP]

DP725

1

2

C7110

1

10nF(K)

NOT MOUNT

V22A00098800

[C3A2]

CN710 1 2 3

1T 2T

SM03B-GHS-TB(LF)(SN)

NOT MOUNT

V22A00098800

[C3A2]

CN711 1 2 3

1T 2T

SM03B-GHS-TB(LF)(SN)

NEW_V86A00020500

7453/6453 Main

TUNER

[V-HBSTPE232]

*H7501

ANT5V(GND)

Vcc(3.3V)

SDA

SCL

IF_P

IF_N

AGC_T

IOUT

QOUT

AGC_S

LNB_IN

GND GND GND GND GND GND GND GND GND GND GND

SUT-RE232TN<V86A00020400>

DP760

1

2

3

4

5

6

7

8

9

10

11

1T 2T 3T 4T 5T 6T 7T 8T

9T 10T 11T

1

GND

DP759

1

DP757

1

1nF(K)

1

DP758

DP750

DP751

DP752

DP753

DP754

DP761

DP762

DP755

DP756

C7502

50V

3.3V_DEMO

GND

2

1

GND

NOT MOUNT

FL750

0ohm

MPZ1608S601AT

12

C7500 10uF(K)

2

C7501

100nF(K)

2

C7503 1nF(K)

50V

NOT MOUNT

1nF(K)

NOT MOUNT

1

2

1

GND

C7504

50V

GND

R7500 0(J)

21

R7501 0(J)

*R7503 0(J)

*R7504 0(J)

21

*R7505 100(J)

21

1

R7502 3K(J)

2

21

*C7505 100nF(K)

GND

NOT MOUNT

C7506

33pF(J)

2

C7510

1

GND

1

GND

2

C7507

33pF(J)

1

NOT MOUNT

0(J)

R7506

R7507 0(J)

21

R_SDA_TN

R_SCL_TN

R_DIF_P

R_DIF_N

R_IFAGC

R_DIF_S2IP

R_DIF_S2QP

R_IFAGC_S2

LNB

755

760

770

750

7453/6453 Main

750

R_DIF_N

R_DIF_P

C7552

1uF(K)

2

C7553

1uF(K)

1

C7550

8pF(D)

3K(J)

R7550

21

C7551

1

8pF(D)

FL755

300ohm

12

MMZ1005Y301CT

2

GND

12

MMZ1005Y301CT

FL756

300ohm

C7554

8pF(D)

1

C7555

8pF(D)

3.3VD

R7560

FL757 300ohm

12

MMZ1005Y301CT

2

GND

FL758 300ohm

12

MMZ1005Y301CT

C7556

22pF(J)

1

C7557

22pF(J)

M_ADCIN

2

GND

M_ADCIP

104

R_IFAGC R_IFAGC_SoC

750

C7562

R7565

47K(J)

NOT MOUNT

GND

100nF(K)

21

R7562

100(J)

21

2

1

GND GND

R7561

0(X)

C7561

22nF(K)

10K(J)

21

104

370 101 116

104 116

R_TUNER_BUSSW_EN

M_I2CCLK

M_I2CDATA

R7553

0(J)

21

R7555

0(J)

21

R7554

0(J)

2

C7563

1

100nF(K)

NOT MOUNT

GND

3.3V_DEMO

GND

1

7

5

3

8

2

1

C7558

100nF(K)

DBG_TUNER_BUSSW_EN

V45A00010300

[CL2G066]

IC755

[1]

IN/OUT

OUT/IN

CONT

[2]

IN/OUT

OUT/IN

CONT

GNDVCC

TC7W66FU(TE12L,F)

R_I2CDATA

R_I2CCLK

2

6

21

4

GND

R7556

10K(J)

780

760 770 780

R_SCL_TN

R_SDA_TN

21

R7557

10K(J)

750

3.3V_DEMO

7453/6453 Main

12

750

770

750

*FL760

220ohm

R_DIF_S2QP

R_DIF_S2IP

R_DSQOUT

R_IFAGC_S2

3.3V_DVDD

1

*C7601

100nF(K)

*C7607

100nF(K)

1

21

0(J)

*R7611

*R7608

21

0(X)

2

C7606

10pF(J)

2

1

43

21 21

21

V46A00084000

44

46 47

19 20 21

6 7

2

14

1 5 41 48

10 16 33

8 12 35

MSB1312

2

1

*C7620

1nF(K)

2

21

0(X)

*C7600

2.2nF(K)

3.3V_AVDD

GND

1

*R7601 10K(J)

1

21

2

GND

1.26V_DEMO

*C7613

100nF(K)

GND

3.3V_DEMO

3.3V_DVDD

1.26V_DEMO

*C7614

100nF(K)

*R7604

2.2K(J)

*R7605

2.2K(J)

*R7609 10K(J)

3.3V_AVDD

C7605

10pF(J)

2

GND

*R7603

[V-LMSB1310]

QP QM

IP IM

DiSEqC_IN DiSEqC_OUT DiSEqC_HV

I2CM_SCL I2CM_SDA

*IC760

XTALO XTALI

TS_D7 TS_D6 TS_D5 TS_D4 TS_D3 TS_D2 TS_D1 TS_D0

TS_ERR TS_CLK TS_VLD

TS_SYNC

I2CS_SDA I2CS_SCL

RESETn

GPIO

SAR_RSSI

IF_AGC

AVDD_3V3 GND AVDD_3V3 GND AVDD_3V3 AVDD_3V3

VDDP_3V3 VDDP_3V3

VDDC_1V26 VDDC_1V26 VDDC_1V26

GND GND

GNDVDDP_3V3 GND GND

GND GND

39 40

23 24 25 26 27 28 29 30

11 22 31 32

36 37

R_S2_MOSTRT

17

13

3

4 42 45

9 15 34

18 38

GND

DP763

1

*R7607

21

R_S2_MDO7 R_S2_MDO6 R_S2_MDO5 R_S2_MDO4 R_S2_MDO3 R_S2_MDO2 R_S2_MDO1 R_S2_MDO0

R_S2_TSERR R_S2_MOCLK R_S2_MOVAL

*R7612

*R7613 0(X)

*R7614 0(X)

1M(J)

*C7619

9pF(D)

765 765 765 765 765 765 765 765

765 765 765 765

0(X)

21

R_TDEMO_RST

21

2

1

R_I2CDATA

R_I2CCLK

2

1

GND

755 770 780

104 116

V10A00019000

1

3

*C7618

8pF(D)

[XF]

*X7600

24MHz

2

NC

4

NC

GND

100nF(K)

*C7608

100nF(K)

2

1

*C7609

2

1

10nF(K)

*C7621

10nF(K)

2

1

*C7622

GND

*C7610

100nF(K)

*C7612

100nF(K)

*C7623

100nF(K)

*C7624

100nF(K)

*C7615

100nF(K)

*C7616

100nF(K)

*C7617

2

1

*C7625

10nF(K)

*C7611

10nF(K)

2

1

*C7626

10nF(K)

2

GND

760

7453/6453 Main

760 760 760

760 760 760 760

R_S2_MDO0 R_S2_MDO1 R_S2_MDO2 R_S2_MDO3

R_S2_MDO4 R_S2_MDO5 R_S2_MDO6 R_S2_MDO7

[RMX4A]

*RM765

36 4

81 72

5

33(J)

[RMX4A]

*RM766

36 4

81 72

5

33(J)

R_DATA0 R_DATA1 R_DATA2 R_DATA3

[RMX4A]

RM770

36 4

10K(J)

R_DATA4 R_DATA5 R_DATA6 R_DATA7

[RMX4A]

RM768

36 4

10K(J)

796 104 796 104 796 104 796 104

81 72

5

GND

796 104 796 104 796 104 796 104

81 72

5

GND

760

R_S2_MOVAL

R_S2_MOSTRT

R_S2_TSERR

R_S2_MOCLK

*R7652

10(J)

*R7654

10(J)

*R7650

10(J)

21

R7653

10K(J)

R7655

10K(J)

*R7656

10K(J)

R7651

10K(J)

R_TSVAL

21

GND

R_TSSYC

21

GND

21

GND

R_TSCLK

21

GND

796 104

[SBD]

7453/6453 Main

*D7700

RB055L-30TE25

12

*L7700

10uH(X)

2.5A

2

[CP]

+

*C7707

1

100uF(M)

16V

NOT MOUNT

GND

CA

2

760

+

*C7704

1

100uF(M)

GND

R_I2CDATA

R_I2CCLK

R_DSQOUT

2

*C7711

10uF(K)

1

16V

*C7708

1uF(K)

1

50V

NOT MOUNT

GND

755 760 780

12V_LNB

2

1

GND GND GND GND

*C7701

10uF(K)

16V

2

*C7710

10uF(K)

1

16V

*FL771

MPZ2012S221AT

[CP]

35V

2

*C7712

10uF(K)

1

16V

NOT MOUNT

2

*C7703

4.7uF(K) 25V

1

GND

2

1

GND

*C7702

220nF(K)

25V

AC

*D7701

1SR154-400TE25

[V-LLNBH25S]

21

Vup

3

LX

8

SDA

7

SCL

22

DSQIN

23

DSQOUT

GND

2

FLT

1

NC

5

NC

10

NC

11

NC

17 15

Vcc A_GND

*IC770

HEAT_GND

V46A00084700

LNBH25

Vout

BPSW

DETIN

ADDR

VBYP

ISEL

P_GND

20

2

1

GND

*C7705

220nF(K)

25V

18

19

6

GND

CA

[SBD]

GND

*D7702

RB055L-30TE25

LNB

750

16

2

21

1

12K(D)

*C7706

220nF(K)

25V

9

12

NC NC NC NC

*R7700

13 14 24

4

25

GND

Toshiba 42L7453D, 42L7463D Schematic

Specifications and Main Features

Frequently Asked Questions

User Manual

EXPLODED VIEW

PANEL IDENTIFICATION

CONTENTS

IMPORTANT NOTICE

GREEN PRODUCT PROCUREMENT

LEAD-FREE SOLDER

SAFETY INSTRUCTION

SERVICE MODE

LED INDICATIONS FOR SERVICE

HOTEL MODE

1. ENTERING HOTEL MODE MENU

2. DISPLAY OF HOTEL MODE MENU

3. OPERATING HOTEL MODE MENU

4. USB CLONE FUNCTION

MAIN BOARD EXCHANGE

WRITING SERIAL NUMBER INTO M AIN BOARD

EXPLODED VIEW