Follow these safety, servicing and ESD precautions to prevent damage and to protect against potential hazards such as
electrical shock.
1-1-1. Warnings
For continued safety, do not attempt to modify the circuit board.1.
Disconnect the AC power and DC power jack before servicing.2.
1-1-2. Servicing the LED TV
When servicing the LED TV, Disconnect the AC line cord from the AC outlet.1.
It is essential that service technicians have an accurate voltage meter available at all times. 2.
Check the calibration of this meter periodically.
1-1-3. Fire and Shock Hazard
Before returning the LED TV to the user, perform the following safety checks:
Inspect each lead dress to make certain that the leads are not pinched or that hardware is not lodged between the 1.
chassis and other metal parts in the LED TV.
Inspect all protective devices such as nonmetallic control knobs, insulating materials, cabinet backs, adjustment and 2.
compartment covers or shields, isolation resistorcapacitor networks, mechanical insulators, etc.
Leakage Current Hot Check (Figure 1-1): 3.
WARNING : Do not use an isolation transformer during this test.
Use a leakage current tester or a metering system that complies with American National Standards Institute (ANSI
C101.1, Leakage Current for Appliances), and Underwriters Laboratories (UL Publication UL1410, 59.7).
(READING SHOULD)
NOT BE ABOVE 0.5mA
DEVICE
UNDER
TEST
2-WIRE CORD
*ALSO TEST WITH
PLUG REVERSED
(USING AC ADAPTER
PLUG AS REQUIRED)
TEST ALL
EXPOSED METAL
SURFACES
LEAKAGE
CURRENT
TESTER
EARTH
GROUND
Figure 1-1. Leakage Current Test Circuit
With the unit completely reassembled, plug the AC line cord directly into a 120V AC outlet. With the unit’s AC switch 4.
rst in the ON position and then OFF, measure the current between a known earth ground (metal water pipe, conduit,
etc.) and all exposed metal parts, including: metal cabinets, screwheads and control shafts.
The current measured should not exceed 0.5 milliamp.
Reverse the power-plug prongs in the AC outlet and repeat the test.
1-1-4. Product Safety Notices
Some electrical and mechanical parts have special safetyrelated characteristics which are often not evident from visual
inspection. The protection they give may not be obtained by replacing them with components rated for higher voltage,
wattage, etc. Parts that have special safety characteristics are identied by on schematics and parts lists. A substitute
replacement that does not have the same safety characteristics as the recommended replacement part might create
shock, re and/or other hazards. Product safety is under review continuously and new instructions are issued whenever
appropriate.
1-1
Page 5
1-2
1. Precautions
1-2. Servicing Precautions
WARNING: An electrolytic capacitor installed with the wrong polarity might explode.
Caution: Before servicing units covered by this service manual, read and follow the Safety Precautions section of
this manual.
Note: If unforeseen circumstances create conict between the following servicing precautions and any of the
safety precautions, always follow the safety precautions.
1-2-1 General Servicing Precautions
Always unplug the unit’s AC power cord from the AC power source and disconnect the DC Power Jack before 1.
attempting to:
(a) remove or reinstall any component or assembly, (b) disconnect PCB plugs or connectors, (c) connect a test
component in parallel with an electrolytic capacitor.
Some components are raised above the printed circuit board for safety. An insulation tube or tape is sometimes 2.
used. The internal wiring is sometimes clamped to prevent contact with thermally hot components. Reinstall all such
elements to their original position.
After servicing, always check that the screws, components and wiring have been correctly reinstalled. Make sure that 3.
the area around the serviced part has not been damaged.
Check the insulation between the blades of the AC plug and accessible conductive parts (examples: metal panels, 4.
input terminals and earphone jacks).
Insulation Checking Procedure: Disconnect the power cord from the AC source and turn the power switch ON.5.
Connect an insulation resistance meter (500 V) to theblades of the AC plug.
The insulation resistance between each blade of the AC plug and accessible conductive parts (see above) should be
greater than 1 megohm.
Always connect a test instrument’s ground lead to the instrument chassis ground before connecting the positive lead; 6.
always remove the instrument’s ground lead last.
Some semiconductor (solid state) devices can be easily damaged by static electricity. Such components are commonly
called Electrostatically Sensitive Devices (ESD). Examples of typical ESD are integrated circuits and some eld-effect
transistors. The following techniques will reduce the incidence of component damage caused by static electricity.
Immediately before handling any semiconductor components or assemblies, drain the electrostatic charge from your 1.
body by touching a known earth ground. Alternatively, wear a discharging wrist-strap device. To avoid a shock hazard,
be sure to remove the wrist strap before applying power to the LED TV.
After removing an ESD-equipped assembly, place it on a conductive surface such as aluminum foil to prevent 2.
accumulation of an electrostatic charge.
Do not use freon-propelled chemicals. These can generate electrical charges sufcient to damage ESDs.3.
Use only a grounded-tip soldering iron to solder or desolder ESDs.4.
Use only an anti-static solder removal device. Some solder removal devices not classied as “anti-static” can generate 5.
electrical charges sufcient to damage ESDs.
Do not remove a replacement ESD from its protective package until you are ready to install it. Most replacement ESDs 6.
are packaged with leads that are electrically shorted together by conductive foam, aluminum foil or other conductive
materials.
Immediately before removing the protective material from the leads of a replacement ESD, touch the protective 7.
material to the chassis or circuit assembly into which the device will be installed.
Caution: Be sure no power is applied to the chassis or circuit and observe all other safety precautions.
Minimize body motions when handling unpackaged replacement ESDs. Motions such as brushing clothes together, 8.
or lifting your foot from a carpeted oor can generate enough static electricity to damage an ESD.
Page 6
1-3
1. Precautions
1-4. Installation Precautions
For safety reasons, more than a people are required for carrying the product.1.
Keep the power cord away from any heat emitting devices, as a melted covering may cause re or electric shock.2.
Do not place the product in areas with poor ventilation such as a bookshelf or closet. The increased internal 3.
temperature may cause re.
Bend the external antenna cable when connecting it to the product. This is a measure to protect it from being exposed 4.
to moisture. Otherwise, it may cause a re or electric shock.
Make sure to turn the power off and unplug the power cord from the outlet before repositioning the product. Also check 5.
the antenna cable or the external connectors if they are fully unplugged. Damage to the cord may cause re or electric
shock.
Keep the antenna far away from any high-voltage cables and install it rmly. Contact with the highvoltage cable or the 6.
antenna falling over may cause re or electric shock.
When installing the product, leave enough space (0.4m) between the product and the wall for ventilation purposes. 7.
A rise in temperature within the product may cause re.
This section of the service manual describes the disassembly and reassembly procedures for the LED/LCD TV.
WARNING: This LED/LCD TV contains electrostatically sensitive devices. Use caution when handling these
components.
3-1. Disassembly and Reassembly
Cautions: 1. Disconnect the LED TV from the power source before disassembly.
2. Follow these directions carefully; never use metal instruments to pry apart the cabinet.
DescriptionPicture Description
Place TV face down on cushioned table.
1
Remove screws from the Stand.
2
1 19D4003 : 2 EA
26D4003 : 2 EA
22D5003 : 2 EA
Screws
1
6003-001782
2 32D4003 : 4 EA
40D5003 : 4 EA
3 32D40* : 4 EA
2
6001-002621
3
6002-001294
3-1
Page 22
3-2
3. Disassembly and Reassembly
Remove stand.
3
1 19D4003
2 32D4003
3 32D40*
DescriptionPicture Description
1
26D4003
22D5003
40D5003
2
3
Screws
Remove the screws of rear-cover.
4
1 19D4003 : 4 EA
2 22D5003 : 4 EA
3 26D4003 : 4 EA
1
6003-001782
2
6003-001782
3
6003-001782
Page 23
3-3
3. Disassembly and Reassembly
DescriptionPicture Description
4 32D4003 : 4EA
5 40D5003 : 12 EA
Screws
4
6003-001782
6001-002671
5
6003-001782
6001-002671
6 32D40* : 8 EA
Lift up the rear-cover.
5
Remove the left and right speaker.
6
6
6002-001294
Page 24
3-4
3. Disassembly and Reassembly
DescriptionPicture Description
Remove the screws of main board and IP
7
board.
1 19D4003 : 7 EA
2 22D5003 : 7 EA
3 26D4003 : 9 EA
Screws
1
6003-000115
2
3
4 32D4003 : 9 EA
5 40D5003 : 10 EA
6001-002653
4
5
6 32D40* : 9 EA
6
6001-002284
Page 25
3-5
3. Disassembly and Reassembly
DescriptionPicture Description
Remove the 2 screws of stand link cover
8
and Remove the stand link.
40D5003
Remove the screws of stand link.
9
32D4003
40D5003
Screws
6003-001782
6001-002653
40D5003
Lift up the stand link.
10
19D4003
22D5003
26D4003
32D4003
40D5003
6001-002653
6003-001782
Page 26
3-6
3. Disassembly and Reassembly
32D4003
40D5003
Lift up the panel.
11
Reassembly procedures are in the reverse order of disassembly procedures. ※
Screw Size
DescriptionPicture Description
Screws
Code No.A (mm)B (mm)C (mm)Q'ty
19D4003 : 6 EA
26D4003 : 6 EA
6003-0017827.80~8.3011.20~12.003.81~3.91
6001-0026217.80~8.207.40~8.003.83~3.98
6002-0012947.80~8.3015.2~16.03.85~4.00
6001-0026717.10~7.505.70~6.002.98~3.02
6003-0001155.80~6.305.20~6.002.85~2.95
6001-0026537.10~7.505.70~6.002.98~3.02
22D5003 : 6 EA
32D4003 : 11 EA
40D5003 : 13 EA
32D40* : 7 EA
32D4003 : 4 EA
40D5003 : 4 EA
32D40* : 8EA
40D503 :
32D4003 : 1 EA
40D5003 : 3 EA
19D5003 : 7 EA
22D5003 : 7 EA
26D4003 : 9 EA
32D4003 : 13 EA
40D5003 :15 EA
6001-0022847.80~8.307.40~8.603.83~3.9832D40* : 11 EA
Page 27
3-7
3. Disassembly and Reassembly
3-2. How to disassembly Function & IR ASSY
DescriptionPicture Description
Check the 2 Function Clips.
1
(for 32D40*)
Remove the front cover.
2
Heat the Function Assy by Heat Gun
3
and Lift up the Function Assy.
Screws
Page 28
4. Troubleshooting
4-1. Troubleshooting
4-1-1. Previous check
Check the various cable connections rst. 1.
• Check to see if there is a burnt or damaged cable.
• Check to see if there is a disconnected or loose cable connection.
• Check to see if the cables are connected according to the connection diagram.
Check the power input to the Main Board.2.
4. Troubleshooting
14p cable
Power Assy
Speaker
Main Assy (CN202 / 204)
1B5V2SW_PW
3B5V4A5V
5GND6GND
7B12VS8GND
9B12VS 10 SW_INV
11B13V12NC
13B13V14DMM
LVDS Cable
Main Assy
Speaker
Power Assy (CMN801)
1B5V2SW_PW
3B5V4A5V
5GND6GND
7B12VS8GND
9B12VS 10 SW_INV
11B13V12NC
13B13V14DMM
14p cable
Main Assy
LVDS Cable
Speaker
Main Assy (CN201 / 203)
1B5V2SW_PW
3B5V4A5V
5GND6GND
7B12VS8GND
9B12VS 10 SW_INV
11B13V12NC
13B13V14DMM
Power Assy
T-CON
Speaker
Power Assy (CMN801)
1B5V2SW_PW
3B5V4A5V
5GND6GND
7B12VS8GND
9B12VS 10 SW_INV
11B13V12NC
13B13V14DMM
4-1
Page 29
4-2
4. Troubleshooting
4-1-2. How to check fault symptom
No Power
The LEDs on the front panel do not work when connecting the power cord. -
Symptom
Major
checkpoints
The SMPS relay does not work when connecting the power cord. -
The units appears to be dead. -
The IP relay or the LEDs on the front panel does not work when connecting the power cord if the
cables are improperly connected or the Main Board or SMPS is not functioning.
In this case, check the following:
Check the internal cable connection status inside the unit. -
Check the fuses of each part. -
Check the output voltage of SMPS. -
Replace the Main Board. -
Power indicator LED on?
Yes
Check the 14P power cable
Yes
No
Check an AC power connection.
No
Change 14p power cable or SMPS.
Diagnostics
Check ‘Stand-By 5V’ DC5V appear at
BD207(middle)/BD214(small)?
Yes
Check ‘Power input of Main Assy’ ?
DC B13V, B5V appear at BD209(M)/BD221(S)
(B13V), BD208, BD213(M)/BD210, 212(S)
Yes
Check ‘Power of main IC(B1.1V)’
Check ‘Power of DDR IC(B1.9V)’
appear at L201 (B1.1V)
BD1012 (B1.9V) ?
Yes
Check ‘Power of LVDS (13V)’ appear at
LVDS connector Pin #1~5 of T-con b’d?
Yes
Does proper DC B13V appear at F1 of
T-con b’d?
Yes
(B5V)?
No
No
No
No
No
Change SMPS.
Change the Main Assy.
Change the LVDS cable.
Change the T-con b’d.
Please, Contact tech support.
CautionMake sure to disconnect the power before working on the IP board.
Page 30
4-3
4. Troubleshooting
Location (Main) - TOP
Location (Main) - T-CON
Page 31
4-4
4. Troubleshooting
No video_HDMI1, 2 - Digital signal
SymptomAudio is normal but no picture is displayed on the screen. -
Major
checkpoints
Check the HDMI source. -
Check the HDMI switch, Check the Chelsea. -
This may happen when the LVDS cable connecting the Main Board and the Panel is disconnected. -
COMP: Calibration at #24 Chessboard Pattern Manual adjustment at #92 pattern (720p)
CVBS: Calibration at #24 Chessboard Pattern Manual adjustment at #92 pattern (NTSC)
- If nishing in HDMI mode, adjustment coordinate is almost same in AV/COMP mode.
- White Balance Manual Adjustment
Page 62
4-35
4. Troubleshooting
UN19D4003BD
P-Mode
[Dynamic Cool1]
HDMI
Comp
CVBS
[Movie Warm2]
HDMI
Comp
CVBS
UN26D4003BD
xyY(Luminance)T(K)+MPCD
H/L281288
L/L--
H/L--
L/L--
Adjustment Coordinate CA-210
R-Gain : 132
B-Gain : 154
Sub_CT : 128
(Sub_Brt:128 Fix)
R-Offset, B-Offset : 128
(M-Sub_CT:128 Fix)
appiled Movie W2 R/B-gain
(M-Sub_Brt:128 Fix)
appiled Movie W2 R/B-gain
10,000 (+/- 0)
-
-
-
P-Mode
[Dynamic Cool1]
HDMI
Comp
CVBS
[Movie Warm2]
HDMI
Comp
CVBS
UN32D4003BD
P-Mode
[Dynamic Cool1]
HDMI
Comp
CVBS
[Movie Warm2]
HDMI
Comp
CVBS
xyY(Luminance)T(K)+MPCD
H/L264274
L/L--
H/L319340
L/L--
xyY(Luminance)T(K)+MPCD
H/L264274
L/L--
H/L319340
L/L--
Adjustment Coordinate CA-210
30.1 fL
(Sub_CT:133 Fix)
1.8 fL
(Sub-Brt:128 Fix)
- fL
(M_Sub_CT:128 Fix)
- fL
(M_Sub_CT:128 Fix)
Adjustment Coordinate CA-210
31.8 fL
(Sub_CT:136 Fix)
1.8 fL
(Sub-Brt:128 Fix)
- fL
(M_Sub_CT:128 Fix)
- fL
(M_Sub_CT:128 Fix)
12,000 (±0)
-
6,500(+-0)
-
12,000 (±0)
-
6,500(+-0)
-
UN22D5003BF
P-Mode
[Dynamic Cool1]
HDMI
Comp
CVBS
[Movie Warm2]
HDMI
Comp
CVBS
xyY(Luminance)T(K)+MPCD
H/L264274
L/L--
H/L319340
L/L--
Adjustment Coordinate CA-210
31.8 fL
(Sub_CT:136 Fix)
1.8 fL
(Sub-Brt:128 Fix)
- fL
(M_Sub_CT:128 Fix)
- fL
(M_Sub_CT:128 Fix)
12,000 (±0)
-
6,500(+-0)
-
Page 63
4-36
4. Troubleshooting
LN32D40*E*D
P-Mode
[Dynamic Cool1]
HDMI
Comp
CVBS
[Movie Warm2]
HDMI
Comp
CVBS
xyY(Luminance)T(K)+MPCD
H/L272278
L/L272278
H/L306327
L/L306327
Adjustment Coordinate CA-210
38.0 fL
(Sub_CT:134 Fix)
2.2 fL
(Sub-Brt:128 Fix)
- fL
(M_Sub_CT:128 Fix)
- fL
(M_Sub_CT:128 Fix)
12,000 (±0)
12,000 (±0)
6,500 (±0)
6,500 (±0)
Page 64
4-37
4. Troubleshooting
4-5. Software Upgrade
Software Upgrade can be performed by downloading the latest rmware from samsung.com to a USB memory device.
Current Version - the software already installed in the TV.
Note : Software is represented as ‘Year/Month/Day_Version’.
4-5-1. How to check the SW version
Use the main menu
Click the “menu” key in remote controler.1.
Select Support menu.2.
Locate the menu cursor “Software Upgrade” menu.3.
Click the “info” key.4.
Check the Main SW and Micom version.5.
Use the factory mode
Access the factory mode
Option
Control
SVC
Expert
ADC/WB
Advanced
T-MX5FAUSC(FHD)/T-MX5HAUSC(HD) : SW Ver,
X7-MW-0013
X5-App-0013
OPTION : XXXXXXXX
ADC : HDMI / COMP / PC / AV
EDID SUCCESS
HDCP : SUCCESS
Current Flash : Flash 0
Build Date : XX-XX-XXXX
DATE OF PURCHASE : XX/XX/XX
Page 65
4-38
4. Troubleshooting
4-5-2. How to Upgade SW and Micom
Insert a USB drive containing the rmware upgrade downloaded from samsung.com into the TV.
Please be careful to not disconnect the power or remove the USB drive while upgrades are being applied. The TV will
turn off and turn on automatically after completing the rmware upgrade. Please check the rmware version after the
upgrades are complete (the new version will have a higher number than the older version). When software is upgraded,
video and audio settings you have When software is upgraded, video and audio settings you have you write down your
settings so that you can easily reset them after the upgrade.
Main SW upgrade
Store the sw program named "T-MX5FAUSC"(FHD) or 1.
"T-MX5HAUSC"(HD) in USB memory stick.
Connect the USB. -
Click the2. MENU key in remote controler.
Select 3. Support menu.
Locate the menu cursor -Software Upgrade menu.
Click the 4. ENTER key.
Click the 5. ENTER key.
Wait for upgrade complete and check the SW version. -
Page 66
4-39
4. Troubleshooting
4-6. Rear Cover Dimension
Cover-Rear Area
19D4003
26D4003
32D4003
22D5003
40D5003
32D40*
123456
121.8 203.5 51.8 67.5 75.0 75.0
166.0 68.0 82.7 378.0 200.0 200.0
183.4 80.3 142.1 496.4 200.0 200.0
157.6 268.8 53.8 68.8 75.0 75.0
236.3 159.4 196.6 604.7 200.0 200.0
235.850.7125542.7200200
Page 67
5. Wiring Diagram
PANEL
Main Board
IP Board
PANEL
Speaker
CNI802
CN801
Speaker
FUNCTION& IR
CN1
CN201
CN1202
CN301
CN1601
UN26D4003BD_UN32D403BD
UN22D5003BF_UN19D4003BD
T-CON
Function
Main Board
Speaker
SMPS
Speaker
CNM801
CN1801
PANEL
CN202
CN1202
CN301
CN1602
CN1
5-1. Wiring Diagram
5. Wiring Diagram
5-1
Page 68
UN40D5003BF
T-CON
Main Board
IP Board
PANEL
Speaker
CNI802
CN801
Speaker
FUNCTION& IR
CN1
CN203
CN1202
CN301
CN1604
LN32D40*E*D
PANEL
Main
Board
Speaker
CN301
CN1202
IP Board
Driver
CN203
CN1601
Speaker
CNI802
CN801
Function&IR
CN1
5-2
5. Wiring Diagram
Page 69
5-2. Position of Connector
5-3
5. Wiring Diagram
5-2-1. UN19D4003BD
1 CN1604_S_HD
9 CN1502 (USB1)
7 CN502 (HDMI1)8 CN503 (HDMI2)
6 CN403(COMPONETN)
3 CN1201 (FUNCTION)
4 CN301 (SPEAKER)
Connector
2 CN201_S_LED (to Powr board)
5 CN1203(DEBUG)
1 CN1604_S_HD
1PANEL_VCC16ODD_CLK+
2PANEL_VCC17ODD_CLK-
3PANEL_VCC18GND
4PANEL_VCC19ODD2+
5PANEL_VCC20ODD2-
6GND21GND
7GND22ODD1+
8GND23ODD1-
9WP_PANEL24GND
10LVDS FORMAT25ODD0+
11NC26ODD0-
12GND27GND
13ODD3+28SDA
14ODD3-29SCL
15GND30NC
2 CN201_S_LED (to Powr board)
1B5V8GND
2SW_POWER9B12VS
3B5V10SW_INVERTER
4A5V11B13V
5GND12NC
6GND13B13V
7B12VS14PWM_DIMM
3 CN1201 (FUNCTION)
1B5V8GND
2SW_POWER9B12VS
3B5V10SW_INVERTER
4A5V11B13V
5GND12NC
6GND13B13V
7B12VS14PWM_DIMM
4 CN301 (SPEAKER)
1R+3L+
2R-4L-
Page 70
5-4
5. Wiring Diagram
5 CN1203(DEBUG)
1GND4DEBUG_TX
2DEBUG_RX5DEBUG_TX
3DEBUG_TX6GND
6 CN403(COMPONETN)
1GND9GND
2COMP1_Y10GND
3IDENT_AV11SL
4GND12SR
5PB13GND
6IDENT_COMP14SR
7GND15SL
8PR
7 CN502 (HDMI1)
1HDMI1_RX2+11GND
2GND12HDMI1_RXCLK-
3HDMI1_RX2-13HDMI_CEC
4HDMI1_RX1+14GND
5GND15SCL
6HDMI1_RX1-16SDA
7HDMI1_RX0+17GND
8GND185V
9HDMI1_RX0-19HPD
10HDMI1_RXCLK+
8 CN503 (HDMI2)
1HDMI2_RX2+11GND
2GND12HDMI2_RXCLK-
3HDMI2_RX2-13HDMI_CEC
4HDMI2_RX1+14GND
5GND15SCL
6HDMI2_RX1-16SDA
7HDMI2_RX0+17GND
8GND185V
9HDMI2_RX0-19HPD
10HDMI2_RXCLK+
9 CN1502 (USB1)
1USB_VCC3USB_DP
2USB_DM4GND
Page 71
5-2-2. UN32D4003BD_UN26D4003BD
5-5
5. Wiring Diagram
9 CN1502 (USB1)
7 CN502 (HDMI1)8 CN503 (HDMI2)
6 CN403(COMPONETN)
3 CN1201 (FUNCTION)5 CN1203(DEBUG)
4 CN301 (SPEAKER)
Connector
2 CN202_L_LED (to Powr board)
1 CN1602_L_HD
1 CN1602_L_HD
1PANEL_VCC16ODD_CLK+
2PANEL_VCC17ODD_CLK-
3PANEL_VCC18GND
4PANEL_VCC19ODD2+
5PANEL_VCC20ODD2-
6GND21GND
7GND22ODD1+
8GND23ODD1-
9WP_PANEL24GND
10LVDS FORMAT25ODD0+
11NC26ODD0-
12GND27GND
13ODD3+28SDA
14ODD3-29SCL
15GND30NC
2 CN202_L_LED (to Powr board)
1B5V8GND
2SW_POWER9B12VS
3B5V10SW_INVERTER
4A5V11B13V
5GND12NC
6GND13B13V
7B12VS14PWM_DIMM
3 CN1201 (FUNCTION)
1B5V8GND
2SW_POWER9B12VS
3B5V10SW_INVERTER
4A5V11B13V
5GND12NC
6GND13B13V
7B12VS14PWM_DIMM
4 CN301 (SPEAKER)
1R+3L+
2R-4L-
Page 72
5-6
5. Wiring Diagram
5 CN1203(DEBUG)
1GND4DEBUG_TX
2DEBUG_RX5DEBUG_TX
3DEBUG_TX6GND
6 CN403(COMPONETN)
1GND9GND
2COMP1_Y10GND
3IDENT_AV11SL
4GND12SR
5PB13GND
6IDENT_COMP14SR
7GND15SL
8PR
7 CN502 (HDMI1)
1HDMI1_RX2+11GND
2GND12HDMI1_RXCLK-
3HDMI1_RX2-13HDMI_CEC
4HDMI1_RX1+14GND
5GND15SCL
6HDMI1_RX1-16SDA
7HDMI1_RX0+17GND
8GND185V
9HDMI1_RX0-19HPD
10HDMI1_RXCLK+
8 CN503 (HDMI2)
1HDMI2_RX2+11GND
2GND12HDMI2_RXCLK-
3HDMI2_RX2-13HDMI_CEC
4HDMI2_RX1+14GND
5GND15SCL
6HDMI2_RX1-16SDA
7HDMI2_RX0+17GND
8GND185V
9HDMI2_RX0-19HPD
10HDMI2_RXCLK+
9 CN1502 (USB1)
1USB_VCC3USB_DP
2USB_DM4GND
Page 73
5-2-3. UN22D5003BF
5-7
5. Wiring Diagram
2 CN201_S_LED (to Powr board)
9 CN1502 (USB1)
7 CN502 (HDMI1)8 CN503 (HDMI2)
6 CN403(COMPONETN)
1 CN1603_S_FHD
3 CN1201 (FUNCTION)
5 CN1203(DEBUG)
4 CN301 (SPEAKER)
Connector
1 CN1603_S_FHD
1PANEL_VCC16ODD_CLK+
2PANEL_VCC17ODD_CLK-
3PANEL_VCC18GND
4PANEL_VCC19ODD2+
5PANEL_VCC20ODD2-
6GND21GND
7GND22ODD1+
8GND23ODD1-
9WP_PANEL24GND
10LVDS FORMAT25ODD0+
11NC26ODD0-
12GND27GND
13ODD3+28SDA
14ODD3-29SCL
15GND30NC
2 CN201_S_LED (to Powr board)
1B5V8GND
2SW_POWER9B12VS
3B5V10SW_INVERTER
4A5V11B13V
5GND12NC
6GND13B13V
7B12VS14PWM_DIMM
3 CN1201 (FUNCTION)
1B5V8GND
2SW_POWER9B12VS
3B5V10SW_INVERTER
4A5V11B13V
5GND12NC
6GND13B13V
7B12VS14PWM_DIMM
4 CN301 (SPEAKER)
1R+3L+
2R-4L-
Page 74
5-8
5. Wiring Diagram
5 CN1203(DEBUG)
1GND4DEBUG_TX
2DEBUG_RX5DEBUG_TX
3DEBUG_TX6GND
6 CN403(COMPONETN)
1GND9GND
2COMP1_Y10GND
3IDENT_AV11SL
4GND12SR
5PB13GND
6IDENT_COMP14SR
7GND15SL
8PR
7 CN502 (HDMI1)
1HDMI1_RX2+11GND
2GND12HDMI1_RXCLK-
3HDMI1_RX2-13HDMI_CEC
4HDMI1_RX1+14GND
5GND15SCL
6HDMI1_RX1-16SDA
7HDMI1_RX0+17GND
8GND185V
9HDMI1_RX0-19HPD
10HDMI1_RXCLK+
8 CN503 (HDMI2)
1HDMI2_RX2+11GND
2GND12HDMI2_RXCLK-
3HDMI2_RX2-13HDMI_CEC
4HDMI2_RX1+14GND
5GND15SCL
6HDMI2_RX1-16SDA
7HDMI2_RX0+17GND
8GND185V
9HDMI2_RX0-19HPD
10HDMI2_RXCLK+
9 CN1502 (USB1)
1USB_VCC3USB_DP
2USB_DM4GND
Page 75
5-2-4. UN40D5003BF
5-9
5. Wiring Diagram
9 CN1502 (USB1)
7 CN502 (HDMI1)8 CN503 (HDMI2)
6 CN403(COMPONETN)
3 CN1201 (FUNCTION)
4 CN301 (SPEAKER)
Connector
2 CN202_L_LED (to Powr board)
1 CN1601_L_FHD (to Panel)
5 CN1203(DEBUG)
1 CN1601_L_FHD (to Panel)
1NC27EVEN[0]-
2NC28GND
3NC29ODD[4]+
4NC30ODD[4]-
5NC31ODD[3]+
6NC32ODD[3]-
7FORMAT33GND
8SDA_Panel34ODDCLK+
9TCON_WP35ODDCLK-
10NC36GND
11SDA_Panel37ODD[2]+
12SCL_Panel38ODD[2]-
13GND39ODD[1]+
14EVEN[4]+40ODD[1]-
15EVEN[4]-41ODD[0]+
16EVEN[3]+42ODD[0]-
17EVEN[3]-43GND
18GND44GND
19EVENCLK+45GND
20EVENCLK-46NC
21GND47Panel_VCC
22EVEN[2]+48Panel_VCC
23EVEN[2]-49Panel_VCC
24EVEN[1]+50Panel_VCC
25EVEN[1]-51Panel_VCC
26EVEN[0]+
2 CN202_L_LED (to Powr board)
1B5V8GND
2SW_POWER9B12VS
3B5V10SW_INVERTER
4A5V11B13V
5GND12NC
6GND13B13V
7B12VS14PWM_DIMM
3 CN1201 (FUNCTION)
1B5V8GND
2SW_POWER9B12VS
3B5V10SW_INVERTER
4A5V11B13V
5GND12NC
6GND13B13V
7B12VS14PWM_DIMM
4 CN301 (SPEAKER)
1R+3L+
2R-4L-
Page 76
5-10
5. Wiring Diagram
5 CN1203(DEBUG)
1GND4DEBUG_TX
2DEBUG_RX5DEBUG_TX
3DEBUG_TX6GND
6 CN403(COMPONETN)
1GND9GND
2COMP1_Y10GND
3IDENT_AV11SL
4GND12SR
5PB13GND
6IDENT_COMP14SR
7GND15SL
8PR
7 CN502 (HDMI1)
1HDMI1_RX2+11GND
2GND12HDMI1_RXCLK-
3HDMI1_RX2-13HDMI_CEC
4HDMI1_RX1+14GND
5GND15SCL
6HDMI1_RX1-16SDA
7HDMI1_RX0+17GND
8GND185V
9HDMI1_RX0-19HPD
10HDMI1_RXCLK+
8 CN503 (HDMI2)
1HDMI2_RX2+11GND
2GND12HDMI2_RXCLK-
3HDMI2_RX2-13HDMI_CEC
4HDMI2_RX1+14GND
5GND15SCL
6HDMI2_RX1-16SDA
7HDMI2_RX0+17GND
8GND185V
9HDMI2_RX0-19HPD
10HDMI2_RXCLK+
9 CN1502 (USB1)
1USB_VCC3USB_DP
2USB_DM4GND
Page 77
5-2-5. LN32D40*E*D
5-11
5. Wiring Diagram
9 CN1502 (USB1)
7 CN502 (HDMI1)8 CN503 (HDMI2)
6 CN403(COMPONETN)
3 CN1201 (FUNCTION)
4 CN301 (SPEAKER)
Connector
2 CN204_L_LCD (to Powr board)
1 CN1605_SHARP
5 CN1203(DEBUG)
1 CN1605_SHARP
1GND16ODD1-
2GND17GND
3NC18ODD0+
4NC19ODD0-
5GND20GND
6ODD3+21NC
7ODD3-22LVDS FORMAT
8GND23GND
9ODD_CLK+24GND
10ODD_CLK-25GND
11GND26GND
12ODD2+27PANEL VCC
13ODD2-28PANEL VCC
14GND29PANEL VCC
15ODD1+30PANEL VCC
2 CN204_L_LCD (to Powr board)
1B5V8GND
2SW_POWER9B12VS
3B5V10SW_INVERTER
4A5V11B13V
5GND12NC
6GND13B13V
7B12VS14PWM_DIMM
3 CN1201 (FUNCTION)
1B5V8GND
2SW_POWER9B12VS
3B5V10SW_INVERTER
4A5V11B13V
5GND12NC
6GND13B13V
7B12VS14PWM_DIMM
4 CN301 (SPEAKER)
1R+3L+
2R-4L-
Page 78
5-12
5. Wiring Diagram
5 CN1203(DEBUG)
1GND4DEBUG_TX
2DEBUG_RX5DEBUG_TX
3DEBUG_TX6GND
6 CN403(COMPONETN)
1GND9GND
2COMP1_Y10GND
3IDENT_AV11SL
4GND12SR
5PB13GND
6IDENT_COMP14SR
7GND15SL
8PR
7 CN502 (HDMI1)
1HDMI1_RX2+11GND
2GND12HDMI1_RXCLK-
3HDMI1_RX2-13HDMI_CEC
4HDMI1_RX1+14GND
5GND15SCL
6HDMI1_RX1-16SDA
7HDMI1_RX0+17GND
8GND185V
9HDMI1_RX0-19HPD
10HDMI1_RXCLK+
8 CN503 (HDMI2)
1HDMI2_RX2+11GND
2GND12HDMI2_RXCLK-
3HDMI2_RX2-13HDMI_CEC
4HDMI2_RX1+14GND
5GND15SCL
6HDMI2_RX1-16SDA
7HDMI2_RX0+17GND
8GND185V
9HDMI2_RX0-19HPD
10HDMI2_RXCLK+
9 CN1502 (USB1)
1USB_VCC3USB_DP
2USB_DM4GND
Page 79
5-3. Connector Functions
5-13
5. Wiring Diagram
ConnectorFunctions
CN201 IP CN801
CN1601_FHD/CN1602_HD T-CON CNF1
Supply main power and dimming signal from IP board to Main Board.
The LVDS signal transfered from Main Board to Panel.