Toshiba 65L9400U Series User manual

SERVICE MANUAL
LCD Color Television
65L9400U series
(System Information)
FILE NO. 050-2014124

CONTENTS
1. IMPORTANT NOTICE
2. GREEN PRODUCT PROCUREMENT
3. LEAD-FREE SOLDER
4. SAFETY INSTRUCTION
5. SERVICE MODE
6. LED INDICATIONS FOR SERVICE
7. FIRMWARE UPDATING
8. MAIN BOARD EXCHANGE
9. SETTING SHIPOUT CODE (when Main board is
exchanged)
10. INTERCONNECT
11. SCHEMATIC DIAGRAM
1

IMPORTANT NOTICE
WARNING:
You are requested that you shall not modify or alter the information or data provided
herein without prior written consent by Toshiba. Toshiba shall not be liable to
anybody for any damages, losses, expenses or costs, if any, incurred in connection
with or as a result of such modification or alteration.
THE INFORMATION OR DATA HEREIN SHALL BE PROVIDED "AS IS" WITHOUT ANY
WARRANTY OF ANY KIND, EITHER EXPRESS OR IMPLIED WARRANTY OF
MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.
Toshiba shall not be liable for any damages, losses, expenses or costs, if any,
incurred in connection with or as a result of use of any information or data provided
herein.

GREEN PRODUCT PROCUREMENT
The EC is actively promoting the WEEE & RoHS Directives that define standards for
recycling and reuse of Waste Electrical and Electronic Equipment and for the Restriction of
the use of certain Hazardous Substances. From July 1, 2006, the RoHS Directive will
prohibit any marketing of new products containing the restricted substances.
Increasing attention is given to issues related to the global environmental. Toshiba
Corporation recognizes environmental protection as a key management tasks, and is doing
its utmost to enhance and improve the quality and scope of its environmental activities. In
line with this, Toshiba proactively promotes Green Procurement, and seeks to purchase
and use products, parts and materials that have low environmental impacts.
Green procurement of parts is not only confined to manufacture. The same green parts
used in manufacture must also be used as replacement parts.
LEAD-FREE SOLDER
This product is manufactured using lead-free solder as a part of a movement within the
consumer products industry at large to be environmentally responsible. Lead-free solder
must be used in the servicing and repair of this product.
WARNING: This product is manufactured using lead free solder.
DO NOT USE LEAD BASED SOLDER TO REPAIR THIS PRODUCT!
The melting temperature of lead-free solder is higher than that of leaded solder by 54ºF to
72ºF (30ºC to 40ºC). Use of a soldering iron designed for lead-based solders to repair
product made with lead-free solder may result in damage to the component and or PCB
being soldered. Great care should be made to ensure high-quality soldering when servicing
this product especially when soldering large components, through-hole pins, and on PCBs
as the level of heat required to melt lead-free solder is high.

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SAFETY INSTRUCTION
WARNING: BEFORE SERVICING THIS CHASSIS, READ THE "SAFETY
PRECAUTION" AND "PRODUCT SAFETY NOTICE" INSTRUCTIONS BELOW.
Safety Precaution
WARNING: SERVICING SHOULD NOT BE ATTEMPTED BY ANYONE UNFAMILIAR
WITH THE NECESSARY PRECAUTIONS ON THIS RECEIVER. THE FOLLOWING ARE
THE NECESSARY PRECAUTIONS TO BE OBSERVED BEFORE SERVICING THIS
CHASSIS.
1. An isolation transformer should be connected in the power line between the receiver
and the AC line before any service is performed on the receiver.
2. Always disconnect the power plug before any disassembling of the product. It may
result in electrical shock.
3. When replacing a chassis in the cabinet, always be certain that all the protective
devices are put back in place, such as nonmetallic control knobs, insulating covers,
shields, isolation resistor-capacitor network, etc.
4. Always keep tools, components of the product, etc away from the children, These
items may cause injury to children.
5. Depending on the model, use an isolation transformer or wear suitable gloves when
servicing with the power on, and disconnect the power plug to avoid electrical shock
when replacing parts. In some cases, alternating current is also impressed in the
chassis, so electrical shock is possible if the chassis is contacted with the power on.
6. Always use the replacement parts specified for the particular model when making
repairs. The parts used in products require special safety characteristics such as
inflammability, voltage resistance, etc. therefore, use only replacement parts that
have these same characteristics. Use only the specified parts when the mark is
indicated in the circuit diagram or parts list.
7. Parts mounting and routing dressing of wirings should be the same as that used
originally. For safety purposes, insulating materials such as isolation tube or tape are
sometimes used and printed circuit boards are sometimes mounted floating. Also
make sure that wirings is routed and clamped to avoid parts that generate heat and

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which use high voltage. Always follow the manufactured wiring routes / dressings.
8. Always ensure that all internal wirings are in accordance before re-assembling the
external casing after a repairing completed. Do not allow internal wiring to be
pinched by cabinets, panels, etc. Any error in reassembly or wiring can result in
electrical leakage, flame, etc., and may be hazardous.
9. NEVER remodel the product in any way. Remodeling can result in improper
operation, malfunction, or electrical leakage and flame, which may be hazardous.
10. Always perform an AC leakage current checking on the exposed metallic parts of the
cabinet such as antennas, terminals, screw heads, metal overlays, control shafts
and etc. to be sure that the set is safe to operate without any dangerous of electrical
shocks before returning the set to the customer.
11. The leakage current checking. (After completing the work, measure the leakage
current to prevent an electrical shock.)
 Plug the AC line cord directly into a 120V AC outlet. Do not use an isolation
transformer for this check.
 Use an AC voltmeter having 5000 ohms per volt or more sensitivity in the following
manner.
Connect a 1500 ohm 10 watt resistor, paralleled by a 0.15 µF, AC type capacitor, between
a known good earth ground (water pipe, conduit, etc.) and the exposed metallic parts, one
at a time. Measure the AC voltage across the combination of 1500 ohm resistor and 0.15
µF capacitor. Reverse the AC plug at the AC outlet and repeat AC voltage measurements
for each exposed metallic part. Voltage measured must not exceed 0.3 volts rms. This
corresponds to 0.2 milliamp. AC. Any value exceeding this limit constitutes a potential
shock hazard and must be corrected immediately.

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Product Safety Notice
Many electrical and mechanical parts in this chassis have special safety-related
characteristics. These characteristics are often passed unnoticed by a visual inspection and
the protection afforded by them cannot necessarily be obtained by using replacement
components rated for higher voltage, wattage, etc. Replacement parts which have these
special safety characteristics are identified in this manual and its supplements; electrical
components having such features are identified by the international hazard symbols on the
schematic diagram and the parts list.
Before replacing any of these components, read the parts list in this manual carefully. The
use of substitute replacement parts which do not have the same safety characteristics as
specified in the parts list may create electrical shock, fire, or other hazards.

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SERVICE MODE
ENTERING SERVICE MODE
1. Press MUTE button twice on Remote Control.
TV mode changes as follows. Un-Mute => 1/2Mute => Mute
2. Press MUTE button again and keep pressing.
(Sound Mute is canceled)
3. While pressing the MUTE button, press CH/INPUT button on TV control panel.
(Enter Service Mode)

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KEY FUNCTION IN THE SERVICE MODE
The following key entry during display of adjustment menu provides special functions.
Button Function
INPUT button (on Remote) Test signal selection
CH (on Remote) Selection of the adjustment items
VOL +/– (on Remote) Change of the data value
[7] button Automatic A/D Adjustment
(PC, Component, Composite(PAL, NTSC))
[9] button Self Check display ON
[Exit] button Exit from Service mode
Self Check display Off
CAUTION: Never try to perform initialization unless you have changed the memory IC.
TEST SIGNAL SELECTION
1) While displaying the adjustment menu, every pressing of INPUT button on the Remote Control changes the
built-in test patterns on screen as described below.
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 CH button to cycle through the adjustment items in the
order of table. (CH button for reverse order)
ADJUSTING THE DATA
1) While displaying the adjustment menu, press the VOL +/– 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.
Normal
Picture
Red screen Green screen
Blue screen

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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
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
/

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FIRMWARE UPDATING
To upgrade FW for L8400U/L9400U series via USB mass storage device, please follow the
steps below:
1. Use the USB mass storage device formatted with “FAT32”.


2. Copy the following 3 files to the root directory of the USB mass storage device.
Model: 58L8400U
L8400.meta
L8400_FRC_xxxx.fwu
L9400_9.12.xx.yy.zz.1.fwu ("9.12.xx.yy.zz.1" is a FW version number.) (Same as L9400 model)
Model: 65L9400U
L9400.meta
L9400_FRC_xxxx.fwu
L9400_9.12.xx.yy.zz.1.fwu ("9.12.xx.yy.zz.1" is a FW version number.)
3. Plug and turn on the DTV, waiting until the picture is displayed on the screen.
4. Insert the USB mass storage device to the USB-1 slot(Bottom side) of the DTV.

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6. Then, the following message appears to enable users to select their preferable behaviour
after the SW upgrade completes. If YOU want DTV to reboot automatically after FW
upgrade, select “Yes”. If YOU want DTV to go to standby after that, select “No”.
5. After the following message appears, select “Yes” with Left/Right key, and push “OK”
key to start FW upgrade.

9. If FW upgrade succeeds, the following message appears. After that, the DTV will reboot
or go to standby automatically according to the user setting on No.6 above.
10. Unplug USB mass storage device from the DTV.
8. After that, the following gauge screen appears. Wait until the gauge display reaches
100%.
7. When FW upgrade starts, the following message appears. Please leave the DTV alone
until FW upgrade completes as described in No.9 below.

MAIN BOARD EXCHANGE
1. Whenever Main Board is exchanged, you are required to confirm the Destination (Ship
Out Code Setting).
If the Setting is not valid, change the Ship Out Code.
(See “SETTING SHIPOUT CODE_TM14NA4K”)
2. Check the shipout code 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”
00 00 00 00 00
The 4th byte is the Shipout code.
00: USA
01: Canda
02: Mexico

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SETTING SHIPOUT CODE (when Main board
is exchanged)
When Main board is exchanged, the shipout code needs to be set up according to the each
Destination.
Please install the each Model Setting File in the following procedure.
1. Use the USB mass storage device formatted with “FAT32”.
2. Copy the following file to the root of the USB mass storage device.
<Use below file to change the shipout code to USA>
58L8400U: USA¥Model_Setting_L8400_58_C.bin
65L9400U: USA¥Model_Setting_L9400_65_C.bin
<Use below file to change the shipout code to Canada>
58L8400UC: Canada¥Model_Setting_L8400_58_C.bin
65L9400UC: Canada¥Model_Setting_L9400_65_C.bin
<Use below file to change the shipout code to Mexico>
58L8400UM: Mexico¥Model_Setting_L8400_58_C.bin
65L9400UM: Mexico¥Model_Setting_L9400_65_C.bin

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3. Insert the USB mass storage device USB-1 slot(Bottom side) of the TV set.
4. While pushing “VOL –“ key on the local key that is installed on the side of DTV, plug and
turn on the DTV, waiting for TOSHIBA logo OSD to appear.
5. Wait for about 2 minutes, and unplug USB mass storage device.
6. Push “MENU” key on the remote, select “Installation”> > “Reset TV”.
7. After the following message appears, select “Yes” with Left/Right key, and
push“OK”key.
8. Following the success of “Reset TV”, shipout change becomes valid.

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9. Check the shipout code by using self check screen.
How to enter the self check screen.
1 Push “MENU” key on the remote.
2 Select “Get Help” >> “System Information”
3 Press “3” “5” “7” “4”
00 00 00 00 00
The 4th byte is the Shipout code.
00: USA
01: Canda
02: Mexico

CN30 CN90 CN650 CN651 CN652
CN201 CN202 CN102 PJ91 PJ90 1 R+_AMP 112V 1CML_GND 1NC 1TEST-MODE
1L64_Cathode 1R11_Anode 1GND 1AC_DETECT 112V 2R-_AMP 212V 2VX1TX7P 2Temp_SEL0 2VSYNC_IN
2L34_Cathode 2R41_Anode 2NC 2POWER_TV 212V 3L-_AMP 312V 3VX1TX7N 3Temp_SEL1 3GND
3L63_Cathode 3R12_Anode 3TEST-MODE 35V1 312V 4L+_AMP 412V 4CML_GND 4NC 4SCREEN_SIZE
4L33_Cathode 4R42_Anode 4NC 4GND 412V 5GND 5VX1TX6P 5NC 5BL_ONOFF
5L62_Cathode 5R13_Anode 5VSYNC-IN 518V(LNB) 5GND 6GND 6VX1TX6N 6NC 6SERIAL_DATA
6L32_Cathode 6R43_Anode 6NC 6GND 6GND CN45 7GND 7CML_GND 7NC 7SERIAL_CLK
7L61_Cathode 7R14_Anode 7GND 7BL_ON/OFF 7GND 13.3V_TVM 8GND 8VX1TX5P 8NC 8GND
8L31_Cathode 8R44_Anode 8SCREEN SIZE 8POWER_LCD 8GND 2REMOTE_IN 918.5V_AUDIO 9VX1TX5N 9NC 93D_EN
9L54_Cathode 9R21_Anode 9BL_ONOFF 9NC 3GND 10 18.5V_AUDIO 10 CML_GND 10 NC
10 L24_Cathode 10 R51_Anode 10 SERIAL_DATA 4OP_IN 11 GND_AUDIO 11 VX1TX4P 11 NC
11 L53_Cathode 11 R22_Anode 11 GND 53.3VD 12 GND_AUDIO 12 VX1TX4N 12 NC CN165
12 L23_Cathode 12 R52_Anode 12 SERIAL_CLK PJ92 6 5V1 13 CML_GND 13 NC 15V_WLAN
13 L52_Cathode 13 R23_Anode 13 GND 118V(Audio) 7GND 14 VX1TX3P 14 NC 2S_USBO2DM
14 L22_Cathode 14 R53_Anode 14 3D_EN 218V(Audio) 8LED_GREEN 15 VX1TX3N 15 NC 3S_USBO2DP
15 L51_Cathode 15 R24_Anode 15 GND 3GND(Audio) 9LED_RED 16 CML_GND 16 NC 4GND
16 L21_Cathode 16 R54_Anode 4GND(Audio) 10 KEY_POWER 17 VX1TX2P 17 CML_GND 5C_WWOL_WAKEUP
17 L44_Cathode 17 R31_Anode 11 KEY_IN2 CN91 18 VX1TX2N 18 VX1TX15P 6GND
18 L14_Cathode 18 R61_Anode 12 GND 1AC_DETECT 19 CML_GND 19 VX1TX15N
19 L43_Cathode 19 R32_Anode 13 KEY_IN1 2POWER_TV 20 VX1TX1P 20 CML_GND
20 L13_Cathode 20 R62_Anode PJ93 3 5V 21 VX1TX1N 21 VX1TX14P
21 L42_Cathode 21 R33_Anode CN101 PJ860 1GND 4GND 22 CML_GND 22 VX1TX14N
22 L12_Cathode 22 R63_Anode 1GND 1GND(LED) 2GND 518V_LNB 23 VX1TX0P 23 CML_GND
23 L41_Cathode 23 R34_Anode 2GND 2GND(LED) 312V CN355 6GND 24 VX1TX0N 24 VX1TX13P
24 L11_Cathode 24 R64_Anode 3GND 3GND(LED) 412V 1 7 BL-ONOFF 25 CML_GND 25 VX1TX13N
25 NC 25 NC 4GND 4GND(LED) 512V 2 8 POWER_LCD 26 LOCKN 26 CML_GND
26 NC 26 NC 5GND 5GND(LED) 6NC 3 9 POWER-DB 27 HTPDN 27 VX1TX12P
27 L64_Anode 27 R11_Cathode 6GND 6GND(LED) 410 PWM 28 GND 28 VX1TX12N
28 L34_Anode 28 R41_Cathode 7GND 7GND(LED) 529 3D_SYNCI 29 CML_GND
29 L63_Anode 29 R12_Cathode 818V(LED)/24V(LED) 818V(LED)/24V(LED) 630 3D_SYNCO 30 VX1TX11P
30 L33_Anode 30 R42_Cathode 918V(LED)/24V(LED) 918V(LED)/24V(LED) 731 3D_EN 31 VX1TX11N
31 L62_Anode 31 R13_Cathode 10 18V(LED)/24V(LED) 10 18V(LED)/24V(LED) 832 NC 32 CML_GND
32 L32_Anode 32 R43_Cathode 11 18V(LED)/24V(LED) 11 18V(LED)/24V(LED) 933 NC 33 VX1TX10P
33 L61_Anode 33 R14_Cathode 12 18V(LED)/24V(LED) 12 18V(LED)/24V(LED) 10 34 NC 34 VX1TX10N
34 L31_Anode 34 R44_Cathode 13 18V(LED)/24V(LED) 13 18V(LED)/24V(LED) 11 35 NC 35 CML_GND
35 L54_Anode 35 R21_Cathode 14 18V(LED)/24V(LED) 14 18V(LED)/24V(LED) 12 36 NC 36 VX1TX9P
36 L24_Anode 36 R51_Cathode 13 3.3V_IO 37 NC 37 VX1TX9N
37 L53_Anode 37 R22_Cathode 14 GND 38 GND 38 CML_GND
38 L23_Anode 38 R52_Cathode 39 GND 39 VX1TX8P
39 L52_Anode 39 R23_Cathode 40 GND 40 VX1TX8N
40 L22_Anode 40 R53_Cathode 41 GND 41 CML_GND
41 L51_Anode 41 R24_Cathode 42 GND
42 L21_Anode 42 R54_Cathode 43 NC
43 L44_Anode 43 R31_Cathode 44 12V
44 L14_Anode 44 R61_Cathode 45 12V
45 L43_Anode 45 R32_Cathode 46 12V
46 L13_Anode 46 R62_Cathode 47 12V
47 L42_Anode 47 R33_Cathode CN46 48 12V
48 L12_Anode 48 R63_Cathode P801A 1VCC_FAN 49 12V
49 L41_Anode 49 R34_Cathode 1Line 2GND 50 12V
50 L11_Anode 50 R64_Cathode 2Neutral 3STOP_FAN 51 12V
CN740
13.3V_TVM
2RMT_IN
3GND
4OP_IN
53.3VD
CN401 65V1
1C_POWER_KEY 7GND
2C_KEY2(MODE) 8LED_GREEN
3GND 9LED_RED
4C_KEY1(UP)(DOWN)
Speaker
PE1188
Main
LCON
65":
TYL5865TD048A01
T-CON
Speaker
AC IN
PANEL BACKLIGHT
PE1183
LED/REMOTE/SENSOR
POWER
65":
N13-535P1A
Cooling fan
WLAN
PE1121
KEY
MN860
MN93
MN30
MN45
MN90
MN91
MN46
MN6
MN165
MZ01 MZ02
U800
U811
U01A
U802
U03A
U04A
P801

TOSHIBA CORPORATION
APPROVED BY CHECKED BY TITLE TOTAL PAGE NO. REV.MARK DRAWING.NO.DESIGNED BY
5T03655-2E
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PWA NAME
PWB NAME
UNIT NAME
PWB NO.
UNIT NO.
PWA NO.
SCHEMATIC DIAGRAMS
PRODUCT NAME
2014.08.06 16:14
CIRCUIT DIAGRAM 1 0
L84xx/L94xx MP
TITLE
MAIN UNIT
PE1188ZA
101 MSD8832WDK TS/USB/LAN 00
102 MSD8832WDK FLASH 00
103 MSD8832WDK DDR A 00
104 MSD8832WDK DDR B 00
105 MSD8832WDK GPIO 00
106 MSD8832WDK HDMI 00
107 MSD8832WDK LVDS/Vby1 00
108 MSD8832WDK AUDIO 00
109 MSD8832WDK VIDEO 00
110 MSD8832WDK POWER1 00
111 MSD8832WDK POWER2 00
112 MSD8832WDK POWER3 00
113 MSD8832WDK CAPACITOR 00
114 MSD8832WDK T2POWER 00
115 MSD8832WDK CONFIG 00
116 PERI (XTAL, RESET) 00
117 PERI (GPIO, I2C, DBG) 00
120 DDR3 SDRAM A 00
121 DDR3 SDRAM A HIGH 00
122 DDR3 SDRAM B LOW 00
123 DDR3 SDRAM B HIGH 00
124 DDR3 SDRAM POWER 00
125 DDR3 SDRAM RESET/CKE 00
126 DDR DAMPING REG A 0
127 DDR DAMPING REG B 0
130 SPI FLASH 00
131 EMMC 00
151 RJ45 CONNECTOR 00
160 USB CONNECTOR 00
161 Wireless LAN 00
310 Audio Line Driver 00
320 Headphone AMP 00
370 AUDIO D-AMP 00
371 AUDIO D-AMP OUT 00
372 AUDIO D-AMP Connector 00
373 AUDIO MUTE 00
501 MST7410DZ Misc./GPIO 00
502 MST7410DZ LVDS/VB1 00
503 MST7410DZ DDR Ach 00
504 MST7410DZ DDR Bch 00
505 MST7410DZ HDMI 00
506 MST7410DZ POWER1 00
507 MST7410DZ POWER2 00
508 MST7410DZ POWER3 00
509 MST7410DZ POWER4 00
510 MST7410DZ POWER5 00
515 MST7410DZ CAPACITOR 00
516 MST7410DZ CONFIG 00
517 DEBUG 00
520 DDR3 SDRAM CH0 00
521 DDR3 SDRAM CH0 00
522 DDR3 SDRAM CH1 00
523 DDR3 SDRAM CH1 00
524 DDR3 SDRAM POWER 00
525 FRC DDR3 SDRAM VTT 00
530 SPI FLASH 00
600 EURO SCART 00
601 PC Audio/Fix Out 00
602 DSUB15P PC IN 00
603 COMPONENT IN 00
604 OPTICAL OUT 00
605 EURO SCART OUT 00
606 AV INPUT1 00
607 AV INPUT2 00
608 AV INPUT3 00
609 DSUB PC EDID 00
650 VB1 CONNECTOR 00
651 VB1 CONNECTOR2 00
652 BL_Control 00
653 T-CON POWER 00
655 PANEL_SELECT 00
00660 HDMI Connector
00663 HDMI HPD
00
00
665 HDMI DDC I2C
00
666 3.3V_HDMI
00
667 1.0V_HDMI
00
670 MN864778 1/5
00
671 MN864778 2/5
00
672 MN864778 3/5
00
673 MN864778 4/5
00
674 MN864778 5/5
00
690 SII9679 1/2
00
691 SII9679 2/2
00
692 SII9679 SPI
00
696 SII9679 MISC.
00
700 LED/RMT/KEY IF
00
704 FAN
00
705 IR OUT
00
750 TUNER
00
755 TUNER IF/AGC
00
760 DVB-S/S2 Demod
00
765 DEMOD TSREG
00
770 LNB
00
780 TUNER POWER
00
791 CI CARD SLOT
00
792 CI BUS1
00
793 CI BUS2
00
795 CI CONTROL
00POWER 3.3V STANDBY901
CI TS IN/OUT796