AV1 OUT Video (21 pin) 1V p-p 75 Audio (21 pin) 500mV rms 1k
AV2 IN Video (RCAx1) 1V p-p 75
Audio (RCAx2) 500mV rms 10k (used for HDMI1/2_AV2 audio IN)
COMPONENT Video (RCAx3) Y:1V p-p 75 (including synchronization)
Pb, Pr: ±0.35V p-p 75
HDMI1, HDMI2Type A Connectors
HDMI 2: HDMI (Version 1.4 with Audio Return Channel)
This TV supports “HDAVI Control 5” function.
DIGITAL AUDIO OUT PCM / Dolby digital / DTS, Fiber optic
L32X3E LR32X3
CARD SLOT SD CARD slot x1 SD CARD slot x1
Common interface slot (complies with CI Plus)x1 Common interface slot x1
LCD screen:VVX32H119G00 1366 x 768, 16:9 Visible Diagonal 800mm
Audio Output: 20W (2 x 10W), 10% THD Headphones: 3.5mm, 8 Impedance Accessories supplied : Remote Control 2 x R6 (UM3) Batteries
Dimensions:
Height: Width: Depth:
Including TV stand 514mm 769mm 230mm
TV set only 480mm 769mm 75mm
Mass:
Including TV stand 12.0kg
TV set only 9.5kg
Specifications are subject to change without notice.
Mass and dimensions shown are approximate.
Warning
This service information is designed for experienced repair technicians only and is not designed for use by the general public. It does not
contain warnings or cautions to advise non-technical individuals of potencial dangers in attempting to service a product. Products
powered by electricity should be serviced or repaired only by experienced professional technicians. Any attempt to service or repair the
product or products deal within this service information by anyone else could result in serious injury or death.
1. When servicing, observe the original lead dress. If a short circuit is found, replace all parts which have been overheated
or damaged by the short circuit.
2. After servicing, see to it that all the protective devices such as insulation barriers, insulation papers shields are properly
installed.
3. After servicing, make the following touch current checks to prevent the customer from being exposed to shock hazards.
4. Always ensure cover label TBM4GU113 is correctly replaced before returning to customer (see Fig.1).
Touch-Current Check
1. Plug the AC cord directly into the AC outlet. Do not use an isolation transformer for this check.
2. 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, as shown in Fig. 2.
3. Use Leakage Current Tester (Simpson 228 or equivalent) to measure the potential across the measuring network.
4. Check each exposed metallic part, and measure the voltage at each point.
5. Reserve the AC plug in the AC outlet and repeat each of the above measure.
6. The potential at any point (TOUCH CURRENT) expressed as voltage U1 and U2, does not exceed the following values:
For a. c.: U1 = 35 V (peak) and U2 = 0.35 V (peak);
For d. c.: U1 = 1.0 V,
Note:
The limit value of U2 = 0.35 V (peak) for a. c. and U1 = 1.0 V for d. c. correspond to the values 0.7 mA (peak) a. c. and
2.0 mA d. c.
The limit value U1 = 35 V (peak) for a. c. correspond to the value 70 mA (peak) a. c. for frequencies greater than 100
kHz.
7. In case a measurement is out of the limits specified, there is a possibility of a shock hazard, and the equipment should
be repaired and rechecked before it is returned to the customer.
COLD
WATER PIPE
(EARTH GROUND)
TO
APPLIANCES
EXPOSED
METAL PARTS
Resistance values in ohms ()
V: Voltmetr or oscilloscope
(r.m.s. or peak reading)
NOTE – Appropriate measures should be taken to obtain the correct value in case of non-sinusoidal waveforms
Measuring network for TOUCH CURRENTS
=1500
R
S
Input resistance: 1M
Input capacitance:200pF
Frequency range: 15Hz to 1MHz and d.c.respectively
R0=500
Fig. 2
Fig. 1
=0.22F
C
S
10k
U1 (V)
F
0.022
V
U2 (V)
Page 5
Prevention of Electrostatic Discharge (ESD) to Electrostatically
5
Sensitive (ES) Devices
Some semiconductor (solid state) devices can be damaged easily by static electricity. Such components commonly are
called Electrostatically Sensitive (ES) Devices. Examples of typical ES devices are integrated circuits and some field-effect
transistors and semiconductor "chip" components. The following techniques should be used to help reduce the incidence of
component damage caused by electrostatic discharge (ESD).
1. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off any ESD on
your body by touching a known earth ground. Alternatively, obtain and wear a commercially available discharging ESD
wrist strap, which should be removed for potential shock reasons prior to applying power to the unit under test.
2. After removing an electrical assembly equipped with ES devices, place the assembly on a conductive surface such as
aluminum foil, to prevent electrostatic charge build up or exposure of the assembly.
3. Use only a grounded-tip soldering iron to solder or unsolder ES devices.
4. Use only an anti-static solder removal device. Some solder removal devices not classified as "anti-static (ESD
protected)" can generate electrical charge sufficient to damage ES devices.
5. Do not use freon-propelled chemicals. These can generate electrical charges sufficient to damage ES devices.
6. Do not remove a replacement ES device from its protective package until immediately before you are ready to install it.
(Most replacement ES devices are packaged with leads electrically shorted together by conductive foam, aluminum foil
or comparable conductive material).
7. Immediately before removing the protective material from the leads of a replacement ES device, touch the protective
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.
8. Minimize bodily motions when handling unpackaged replacement ES devices. (Otherwise harmless motion such as the
brushing together of your clothes fabric or the lifting of your foot from a carpeted floor can generate static electricity
(ESD) sufficient to damage an ES device).
There are special components used in this equipment which are important for safety.
These parts are marked by in schematic diagrams, exploded views and replacement parts list. It is essential that
these critical parts should be replaced with manufacturer’s specified parts to prevent shock, fire, or other hazards. Do
not modify the original design without permission of manufacturer.
IMPORTANT SAFETY NOTICE
Page 6
About lead free solder (PbF)
6
Note: Lead is listed as (Pb) in the periodic table of elements.
In the information below, Pb will refer to Lead solder, and PbF will refer to Lead Free Solder.
The Lead Free Solder used in our manufacturing process and discussed below is (Sn+Ag+Cu).
That is Tin (Sn), Silver (Ag) and Copper (Cu) although other types are available.
This model uses Pb Free solder in it’s manufacture due to environmental conservation issues. For service and repair work,
we’d suggest the use of Pb free solder as well, although Pb solder may be used.
PCBs manufactured using lead free solder will have the PbF within a leaf Symbol
stamped on the back of PCB.
Caution
Pb free solder has a higher melting point than standard solder. Typically the melting point is 50 ~ 70 °F (30~40°C)
higher. Please use a high temperature soldering iron and set it to 700 ± 20 °F (370 ± 10 °C).
Pb free solder will tend to splash when heated too high (about 1100 °F or 600 °C).
If you must use Pb solder, please completely remove all of the Pb free solder on the pins or solder area before
applying Pb solder. If this is not practical, be sure to heat the Pb free solder until it melts, before applying Pb solder.
After applying PbF solder to double layered boards, please check the component side for excess solder which may
flow onto the opposite side. (see Fig.3)
Suggested Pb free solder
There are several kinds of Pb free solder available for purchase. This product uses Sn+Ag+Cu (tin, silver, copper) solder.
However, Sn+Cu (tin, copper), Sn+Zn+Bi (tin, zinc, bismuth) solder can also be used. (see Fig.4)
Fig.3
Fig.4
Page 7
Applicable Signals
7
Component (Y, Pb, Pr), HDMI
Applicable input signal for PC is basically compatible to HDMI standard timing.
Signals other than above may not be displayed properly.
The above signals are reformatted for optimal viewing on your display.
PC signal is magnified or compressed for display, so that it may not be possible to show fine detail
with sufficient clarity.
31.47 60.00
Page 8
Service Hints
/4pcs/
8
How to remove the backcover
Lay the main unit face down. (see Fig.5)
Fig.5
Remove the 4 fixing screws and the pedestal assembly. (see Fig.6)
Fig.6
Remove the 31 fixing screws, 4 caps and the backcover. (see Fig.7)
(1)
(2)
(2)
(1)
(1)
(1)
(1)
(5)
(5)
(2)
(2)
(2)
(2)
(1)
(1)
(1)
(1)
(1)
Fig.7
(1)
SCREWS
XYN4+F30FJK
(1)
(2)
SCREWS
(1) XTB4+15JFJK /18pcs/
(5)
(4)
(4)
(5)
(3)
(3)
(1)
(1)
(2) THEJ0389 /9pcs/
(3) XTV3+10GFJK /2pcs/
(1)
(4) XYN3+F6FN /2pcs/
(1)
(5) TKKL5521 /4pcs/
(2)
(1)
(2)
(1)
Page 9
Chassis Board Layout
9
P-BOARD
LD-BOARD
KA-BOARD
Board Name Function
A-Board AV Terminal, HDMI, Digital Audio Out, SD Card, CI slot,
KA-Board Remote Receiver, Power and Timer LED, C.A.T.S
P-Board Main Input, Power Supply, Key Control, Power Switch
LD-Board LED Driver
A-BOARD
TV tuner, Peaks_sLD2, AV Switch, Speaker out,
EEPROM, Flash Memory, DDR SDRAM
Location of Lead Wiring
To find the Part Number of required wire in Replacement Parts List click on the wire name in red box.
A09-P2 WIRE
LVDS FFC
P2
P4
LD2
LD4
P1
A12
A09
A15
A10
SP_R
KA10
SP_L
A10-KA10 WIRE P4-LD4 WIRE A12-SPK WIRE
Page 10
Technical Description
10
Specification of KEY for CI Plus, DTCP-IP and One-to-One
General information:
1. EEPROM (IC8902) for spare parts has the seed of KEY for each.
2. The final KEY data will be generated by sLD2 IC (IC8000) when SELF CHECK was done and are stored in both sLD2 IC
(IC8000) and EEPROM (IC8902).
Three KEY are not generated for all models.
The necessary KEY are only generated and stored depend on the feature of models.
Replacement of ICs:
When sLD2 IC (IC8000) is replaced, EEPROM (IC8902) should be also replaced with new one the same time.
When EEPROM (IC8902) is replaced, sLD2 IC (IC8000) is not necessary to be replaced the same time.
After the replacement of IC, SELF CHECK should be done to generate the final KEY data.
How to SELF CHECK: While pressing [VOLUME ( - )] button on the main unit, press the STATUS button on the remote
control for more than 3 seconds.
TV will be forced to the factory shipment setting after this SELF CHECK.
If the CCU ports have been checked and found to be incorrect or not located then " - - " will appear in place of "O.K.".
Page 13
Power LED blinking timing chart
13
1. Subject
Information of LED Flashing timing chart.
2. Contents
When abnormality has occurred the unit, the protection circuit operates and reset to the stand by mode. At this time, the
defective block can be identified by number of blinking of the Power LED on the front panel of the unit.
Blinking
times
Once
1 BL_SOS
3
4
Blinking timing Contents Check point
4 sec
Light
No Light
SOS
SUB12V_SENSE_SOS
A BOARD
P BOARD
LD BOARD
A BOARD
A BOARD
P BOARD
7
9
12
13
14
SUB3.3V_SENSE_SOS
SOUND_SOS
BE(sLD2)SOS A BOARD
EMERGENCY _SOS A BOARD
IROM_SOS A-BOARD
A BOARD
A BOARD
P BOARD
Page 14
Service Mode Function
14
MPU controls the functions switching for each IICs through IIC bus in this chassis. The following setting and adjustment can
be adjusted by remote control in Service Menu
How to enter SERVICE
While pressing (-/v) button on the TV unit, press on the remote control for 3 times within 2 seconds.
Note:
To exit from Service mode, press the exit button on remote control.
0
Page 15
Service
A
A
A
A
A
A
V
15
SERVICE
ADJUST
WB-ADJ
OPTION
SRV-TOOL
Peaks SOFT 1.112 OPTION 1 84
Peaks EEP 01.00.0012 OPTION 2 ee
1,2:MAIN SELECT
3,4:SUB SELECT
9:PICTURE MENU SELECT
YELLOW:AUTO ADJUST
VOL :ADJUST
OK :WRITE
1
WB-ADJ DYNAMIC
R-GAIN
BEFORE 76
METHOD 02
COLOR TEMP NORMAL
1,2:MAIN SELECT
3,4:SUB SELECT
7:COLOR TEMP SELECT
9:PICTURE MENU SELECT
0:WB METHOD SELECT
VOL :ADJUST
OK :WRITE/WB DIFF ADJ
1
OPTION DYNAMIC
Boot
1,2:MAIN SELECT
3,4:SUB SELECT
9:PICTURE MENU SELECT
VOL :ADJUST
1
SRV-TOOL DYNAMIC
1,2:MAIN SELECT
9:PICTURE MENU SELECT
OK:ENTER
000
76
ROM
00
2
3
4
2
3
4
2
3
4
2
ADJUST DYNAMIC
COLOR
1,2:MAIN SELECT
3,4:SUB SELECT
9:PICTURE MENU SELECT
VOL :ADJUST
OK :WRITE
WB-ADJ DYNAMIC
G-GAIN
BEFORE 80
METHOD 02
COLOR TEMP NORMAL
1,2:MAIN SELECT
3,4:SUB SELECT
7:COLOR TEMP SELECT
9:PICTURE MENU SELECT
0:WB METHOD SELECT
VOL :ADJUST
OK :WRITE/WB DIFF ADJ
OPTION DYNAMIC
STBY-SET
1,2:MAIN SELECT
3,4:SUB SELECT
9:PICTURE MENU SELECT
OK :POWER OFF
3F
80
00
216
DJUST DYNAMIC
3
TINT
1,2:MAIN SELECT
4
3,4:SUB SELECT
9:PICTURE MENU SELECT
VOL :ADJUST
OK :WRITE
WB-ADJ DYNAMIC
B-GAIN
3
BEFORE 65
METHOD 02
COLOR TEMP NORMAL
1,2:MAIN SELECT
3,4:SUB SELECT
4
7:COLOR TEMP SELECT
9:PICTURE MENU SELECT
0:WB METHOD SELECT
VOL :ADJUST
OK :WRITE/WB DIFF ADJ
OPTION DYNAMIC
Emergency
3
1,2:MAIN SELECT
4
3,4:SUB SELECT
9 :PICTURE MENU SELECT
VOL:ADJUST
Key Command
Press the 3/4 button to change the adjustment values or function.
Press the 1/2 button to step up/down through the functions and adjustments
Press the numerical button VOLUME (+/-) to change of each option item.
Press the OK button after each adjustment has been made to store the required values.
65
ON
00
ADJUSTDYNAMIC
3
SUB-BRT
1,2:MAIN SELECT
4
3,4:SUB SELECT
9:PICTURE MENU SELECT
VOL :ADJUST
OK :WRITE
WB-ADJDYNAMIC
R-CENT
3
BEFORE 7D
METHOD 02
COLOR TEMP NORMAL
1,2:MAIN SELECT
3,4:SUB SELECT
4
7:COLOR TEMP SELECT
9:PICTURE MENU SELECT
0:WB METHOD SELECT
VOL :ADJUST
OK :WRITE/WB DIFF ADJ
OPTIONDYNAMIC
Y/C Delay
3
1,2:MAIN SELECT
4
3,4:SUB SELECT
9:PICTURE MENU SELECT
VOL :ADJUST
OK :WRITE
800
7D
DJUSTDYNAMIC
3
BACKLGT
1,2:MAIN SELECT
4
3,4:SUB SELECT
9:PICTURE MENU SELECT
VOL :ADJUST
OK :WRITE
WB-ADJDYNAMIC
G-CENT
3
BEFORE 80
METHOD 02
COLOR TEMP NORMAL
1,2:MAIN SELECT
3,4:SUB SELECT
4
7:COLOR TEMP SELECT
9:PICTURE MENU SELECT
0:WB METHOD SELECT
VOL :ADJUST
OK :WRITE/WB DIFF ADJ
OPTIONDYNAMIC
OPT 1
3
1,2:MAIN SELECT
4
3,4:SUB SELECT
5,6:BIT SELECT
9:PICTURE MENU SELECT
VOL :ADJUST
OK :WRITE
200
80
00010100
DJUSTDYNAMIC
H-POS
3
1,2:MAIN SELECT
4
3,4:SUB SELECT
9:PICTURE MENU SELECT
VOL :ADJUST
OK :WRITE
WB-ADJDYNAMIC
B-CENT
3
BEFORE 8F
METHOD 02
COLOR TEMP NORMAL
1,2:MAIN SELECT
3,4:SUB SELECT
4
7:COLOR TEMP SELECT
9:PICTURE MENU SELECT
0:WB METHOD SELECT
VOL :ADJUST
OK :WRITE/WB DIFF ADJ
OPTIONDYNAMIC
OPT 2
3
1,2:MAIN SELECT
4
3,4:SUB SELECT
5,6:BIT SELECT
9:PICTURE MENU SELECT
VOL :ADJUST
OK :WRITE
8F
11101110
DJUST DYNAMIC
0
H-AMP
3
1,2:MAIN SELECT
4
3,4:SUB SELECT
9:PICTURE MENU SELECT
VOL :ADJUST
OK:WRITE
OPTION DYNAMIC
OPT 3
3
1,2:MAIN SELECT
4
3,4:SUB SELECT
5,6:BIT SELECT
9:PICTURE MENU SELECT
VOL :ADJUST
OK :WRITE
0
00010000
ADJUST DYNAMIC
V-POS
3
1,2:MAIN SELECT
4
3,4:SUB SELECT
9:PICTURE MENU SELECT
VOL :ADJUST
OK :WRITE
OPTION DYNAMIC
OPT 4
3
1,2:MAIN SELECT
4
3,4:SUB SELECT
5,6:BIT SELECT
9:PICTURE MENU SELECT
VOL :ADJUST
OK :WRITE
00000000
DJUSTDYNAMIC
0
V-AMP
3
1,2:MAIN SELECT
4
3,4:SUB SELECT
9:PICTURE MENU SELECT
VOL :ADJUST
OK :WRITE
4
DJUSTDYNAMIC
VCOM
BEFORE 000
1,2:MAIN SELECT
3,4:SUB SELECT
5 :FLICKER PATTERN
9 :PICTURE MENU SELECT
OK :WRITE
OL :ADJUST
OPTIONDYNAMIC
EDID-CLK
3
HDMI 1
1,2:MAIN SELECT
4
3,4:SUB SELECT
7 :HDMI SELECT
9 :PICTURE MENU SELECT
OK:WRITE
0
3
000
MID
Page 16
Service Tool Mode
16
How to access
1. Select [SRV-TOOL] in Service Mode.
2. Press [OK] button on the remote control.
Display of TD2Microcode version
Display of Flash ROM maker code
Display of SOS History
SRV-TOOL
TD2Microcode:005a0910
Flash ROOM: AD – F1
PTCT:00.00.00.00.00 Time 00051:30 On/Off 0000042
Display of SOS History
SOS History (Number of LED blinking) indication.
From left side; Last SOS, before Last, three occurrence before, 2
This indication will be cleared by [Self/check indication and forced to factory shipment setting].
nd
occurrence after shipment, 1st occurrence after shipment.
Power ON Time, On/Off
Note: To display TIME/COUNT menu, highlight position, then press MUTE for 3sec.
Time: Cumulative power on time, indicated hour: minute by decimal.
On/Off: Number of On/Off switching by decimal.
Note: This indication will not be cleared by either of the self-checks or any other command.
Exit
Disconnect the AC cord from wall outlet or switch off the power with [Power] button on the main unit.
POWER ON TIME/COUNT
Press [MUTE] button (3sec)
Page 17
Hotel Mode
17
1. Purpose
Restrict a function for hotels.
2. Access command to the Hotel mode setup menu.
In order to display the Hotel mode setup menu,
please enter the following command (within 2 second).
[TV] : Vol.[Down] + [REMOTE] : AV (3 times)
Then, the Hotel mode setup menu is displayed.
Hotel mode
Hotel mode
Initial INPUT
Initial POS
Off
Off
Off
Initial VOL Level
Maximum VOL Level
Button Lock
Remote Lock
Off
100
Off
Off
Select
EXIT
Change
RETURN
3. To exit the “Hotel mode” menu press the EXIT
button on remote control.
4. Explain the Hotel mode setup menu.
ITEM Function
Hotel Mode Select hotel mode ON/OFF
Initial INPUT Select input signal modes.
Initial POS Select programme number.
Initial VOL Level Adjust the volume when each time power is
Maximum VOL
Level
Button Lock Select local key conditions.
Remote Lock Select remote control key conditions.
Set the input, when each time power is switched on.
Selection:
Off/Analog /DVB-C/DVB-T/AV1/AV2/Component/
HDMI1/HDMI2
*Off: give priority to the last memory. However, Euro
Model is compulsorily set to TV.
*AVnS/AVnC: only Euro model selectable
* PC:selectable with VGA option
Selection:
Off/0 to 99
*Off: give priority to the last memory
switched on.
Selection/Range:
Off/0 to 100
*Off: give priority to the last memory
Adjust maximum volume.
Range:
0 to 100
Selection:
Off/SETUP/MENU/ALL
*Off: altogether valid
*Setup: only F-key is invalid
(Tuning guide (menu) can not be selected.)
*MENU: only F-key is invalid
(only Volume/Mute can be selected.)
*All: altogether invalid.
Selection:
Off/SETUP/MENU
*Off: altogether valid
*Setup: only Setup menu is invalid
MENU: Picture/Sound/Setup menu are invalid
Page 18
Data Copy by SD Card
18
Purpose
a) Board replacement (Copy the data when exchanging A-board):
When exchanging A-board, the data in original A-board can be copied to SD card and then copy to new A-board.
TV
A-board
(Before exchanging)
Copy to SD card
(After exchanging)
Copy back from SD card
SD
Following data can be copied.
User setting data
(inc. Hotel mode setting data)
Channel scan data
Adjustment and factory preset data
b) Hotel (Copy the data when installing a number of units in hotel or any facility):
When installing a number of units in hotel or any facility, the data in master TV can be copied to SD card and the copy
to other TVs.
Master TV
Copy to SD card
SD
Other TV
Copy from SD card
Other TV
Other TV
Following data can be copied.
User setting data
(inc. Hotel mode setting data)
Channel scan data
Preparation
Make pwd file as startup file for (a) or (b) in an empty SD card.
1. Insert an empty SD card to your PC.
2. Right-click a blank area in a SD card window, point to New, and then click text document. A new file is created by
default (New Text Document.txt).
3. Right-click the new text document that you just created and select rename, and then change the name and extension
of the file to the following file name (a) or (b) and press ENTER.
File name:
(a) For Board replacement: boardreplace.pwd
(b) For Hotel: hotel.pwd
Note:
Please make only one file to prevent the operation error.
No any other file should be in SD card.
Page 19
Data Copy from TV set to SD Card
19
1. Turn on the TV set.
2. Insert SD card with a startup file (pwd file) to SD slot.
On-screen Display will be appeared according to the startup file automatically.
3. Input a following password for (a) or (b) by using remote control.
(a) For Board replacement: 2770
(b) For Hotel: 4850
Data will be copied from TV set to SD card.
It takes around 2 to 6 minutes maximum for copying.
4. After the completion of copying to SD card, remove SD card from TV set.
5. Turn off the TV set.
Note:
Following new folder will be created in SD card for data from TV set.
(a) For Board replacement: user_setup
(b) For Hotel: hotel
Please do not remove the SD card
Data copy has been successful
Data Copy(Board replacement )
Input password
Data Copy(Board replacement )
Input password
Data Copy(Board replacement )
Copy TV to SD card
Please wait for a while
Data Copy(Board replacement )
Performing
Please remove SD card
Data copy
(Board replacement) or (Hotel)
-----
Input Password
2770 or 4850
-----
Performing
GETTING
Completion
FINISH
Page 20
Data Copy from SD Card to TV set
20
1. Turn on the TV set.
2. Insert SD card with Data to SD slot.
On-screen Display will be appeared according to the Data folder automatically.
3. Input a following password for (a) or (b) by using remote control.
(a) For Board replacement: 2771
(b) For Hotel: 4851
Data will be copied from SD card to TV set.
4. After the completion of copying to SD card, remove SD card from TV set.
(a) For Board replacement: Data will be deleted after copying (Limited one copy).
(b) For Hotel: Data will not be deleted and can be used for other TVs.
5. Turn off the TV set.
Note:
1. Depending on the failure of boards, function of Data for board replacement does not work.
2. This function can be effective among the same model numbers.
Data Copy(Board replacement )
Input Password
Input password
Performing
Data Copy(Board replacement )
Copy SD card to TV
Please wait for a while
Please do not remove the SD card
Data Copy(Board replacement )
Performing
Data copy has been successful
Please remove SD card
Input Password
2771 or 4851
-----
Performing
WRITING
Completion
FINISH
Page 21
Option Bytes Description
21
OPTION1
OPTION2
OPTION3
OPTION4
b1 TEXT Ch Refresh ON (1) / OFF (0)
b2 ID-1 ON (1) / OFF (0)
b3 Macrovision Auto-judge ON (1) / OFF (0)
b4 Surround enable low bit ON (1) / OFF (0)
b5 Surround enable high bit ON (1) / OFF (0)
b7 TINT_Component_HDMI ON (1) / OFF (0)
b0 Adjust gain enable ON (1) / OFF (0)
b1 A2 BG enable (5.5MHz) ON (1) / OFF (0)
b2 A2 DK1 enable (6.26MHz) ON (1) / OFF (0)
b3 A2 DK3 enable (5.742MHz) ON (1) / OFF (0)
b4 NICAM scan ON (1) / OFF (0)
b5 NICAM BG enable (5.5MHz) ON (1) / OFF (0)
b6 NICAM I enable (6.0MHz) ON (1) / OFF (0)
b7 NICAM DK enable (6.5MHz) ON (1) / OFF (0)
b0 NICAM priority ON (1) / OFF (0)
b1 Starhub scan enable (Singapore) ON (1) / OFF (0)
b3 A2 DK2 enable ON (1) / OFF (0)
Inhibition of countermeasure
b4
for SIF signal drop
b5 Get onid from physical CH (CHINA) ON (1) / OFF (0)
b6 SSU search enable for HOTEL model ON (1) / OFF (0)
b7 SASO mute (ASIA) ON (1) / OFF (0)
b2 3DYC color motion detect ON (1) / OFF (0)
b4 SHOP banner enable ON (1) / OFF (0)
b6 PIP ON (1) / OFF (0)
Enable work around for Polsat
b7
CAM problem
ON (1) / OFF (0)
ON (1) / OFF (0)
Page 22
Adjustment Method
22
Sub-Contrast/White Balance Adjustment
Instrument Name Connect to Remarks
1. Remote controller
2. LCD WB meter (Minolta CA-210 or equivalent)
3. Comunication jig
4. Computer for external control
Procedure Remarks
Subcontrast adjustment
1. Receive PAL colour bar (100% white) RF signal.
2. Enter “Contrast” adj. In SERVICE mode.
3. Start adjusting by using Yellow Key.
4. If the adjustment finished normally, the letter of Contrast will change from red
to black.
White Balance adjustment
1. Procedure basically performs checking using the production software and
make automatic adjustment using external computer.
2. It adjusts in the mode of: Colour balance Normal
Viewing Mode Dynamic
Normal
Highlight x: 0.303 0.010
y: 0.321 0.010
Normal
Lowlight x: 0.303 0.010
y: 0.321 0.010
Correlation can be also taken by
CS-1000A or equivalent
Let the panel standfor more than 3
hours at more than 20 C.
Basically perform adjustment in the
ambient environment of room
temperature more than 20 C.
The aging time is more than20 min
at above room temperature.
The numbers on the exploded view below refer to the exploded view section of the Replacement Parts List.
26
24
NOTE:
18
25
5
13
20
8
4
3
Page 27
Parts Location
27
The numbers on the exploded view below refer to the exploded view section of the Replacement Parts List.
22
14
21
17
NOTE:
23
7
6
12
10
2
9
11
19
15
10
2
9
16
1
Page 28
Replacement Parts List
28
Components Identified by mark have special characteristics important for safety.
In case of ordering these spare parts, please always add the complete Model-Type number to your order.
RTL (Retention Time Limited)
Note:
* When replacing any of these components, use only manufacturers specified parts.
The marking (RTL) indicates that the Retention Time is Limited for this item. After the
discontinuation of this assembly in production, the item will continue to be available for
a specific period of time. The retention period of availability is dependent on the type of
assembly, and in accordance with the laws governing part and product retention. After
the end of this period, the assembly will no longer be available.
Important Safety Notice
X
The marking (X) indicates that board should be exchanged for service.
DescriptionCct RefParts NumberDescriptionCct RefParts Number
COMMON PARTS
EXPLODED VIEW
TUNER DVB-T/T2/C 1ENGS7302D5F
SPEAKER UNIT 2L0AA16C00007
PEDESTAL ASSY 3TBL5ZA0050
PEDESTAL FIX ASSY 4TBL5ZX0189
COVER LABEL 5TBM4GU113
POWER BUTTON 6TBX0E50200
SIDE AV BRACKET 7TKP0EA00301
BACK COVER 8TKU0E8001
SP BRACKET L 9TKX4GA04901
SP BRACKET R 10TKX4GA05001
METAL BRACKET BOTTOM 11TKZ4GX5051
BARRIER LCD ASSY 12TMK0EX047
BARRIER BC ASSY 13TMK0EX048
LD P.C.B. 14TNPA5377AA
KA P.C.B. 15TNPA5378AB
HEAT SINK 16TUC2AJ5005
CONTROL PANEL ASSY 17TXAKP01PQUEA
AC CORD 18TXASX01PVUE
BOTTOM COVER ASSY 19TXFKX01PRUE
CABINET ASSY 20TXFKY5Z0198
P P.C.B. 21TZRNP01PAUB
LCD PANEL 22VVX32H119G00
MISCELLANEOUS COMPONENTS
BATTERY .R6DB/2P
SIDE AV LABEL .TBM0E2709
REAR AV LABEL .TBM0E2711
SCREW .THE4GJ001J
SCREW .THEJ036J
SCREW .THEJ0389
M6_CAP .TKKL5521
LED PANEL .TKP4GA06901
SPEAKER SPONGE .TMK0EG033
CLAMPER .TMME268
CLAMPER .TMME397
SPACER .TMME398
PROTECTION SHEET .TPE0E4043
POLYBAG_PEDESTAL .TPE0E9004
BAG .TPE0E9008
LABEL .TQF0EM3534
SCREW .XTB4+15JFJ
SCREW .XTB4+15JFJK
SCREW .XTV3+10GFJK
RTL
RTL
RTL
SCREW .XTW3+10TFJ
SCREW .XYN3+C8FJ
SCREW .XYN4+F30FJK
BOTTOM CUSHION BOTCUS TPD0E2169
CARTON CARTON TPC0EA09201
THERMAL PAD FA01TMKK431
THERMAL PAD DDR FA03TMKK432
TOP CUSHION TOPCUS TPD0E1163
I.C.s
AUDIO VIDEO SWITCHIC3001C1AB00003384
TCON GAMMA DAC IC4120C0FBBY000086
DC/DC CONVERTER IC4150C0DBAYY00868
AUDIO AMPLIFIER IC4900C1AB00003457
ANALOG ASIC IC5000AN34043AAVF
REGULATOR IC5416C0DBGYY00281
POWER FACTOR CONTROLIC7201C0DBBYY00033
PWM CONTROLLER IC7301C5HAZYY00014
REGULATOR IC7502C0DBZYY00486
DC/DC CONVERTER IC7601C0DBAYY00922
PEAKS_SLD2 IC8000MN2WS0177C
DC/DC CONVERTER IC8100C0DBAYY00715
DDR SDRAM IC8201C3ABTY000026
BUFFER IC8403C0JBAZ003032
POWER SWITCH IC IC8404C0DBZYY00382
REGULATOR IC8700C0DBAYY00915
REGULATOR IC8701C0DBAYY00915
REGULATOR IC8702C0DBAFG00029
REGULATOR IC8706C0DBGYY00887
NAND FLASH MEMORY IC8900TVRS074AH
LED DRIVER WITH DC/DCIC9500C0ZBZ0001816
PHOTO COUPLER PC7301B3PAA0000363
PHOTO COUPLER PC7302B3PAA0000363
PHOTO COUPLER PC7303B3PAA0000363
RC RECEIVER RM2800 PNJ4815M01TV
PHOTO IC DIODE SN2800B3JB00000078
FUSES
FUSE HOLDER F7101-2 K3GE1ZZ00001
FUSE HOLDER F7101-1 K3GE1ZZ00001
FUSE F7101K5D502BNA005
FUSE PA4150K5H1622A0031
FUSE PA4151ERBSE1R50U
FUSE PA4152ERBSE1R50U
FUSE PA7503K5H502YA0063
FUSE PA7504K5H502YA0063
FUSE PA7601K5H502YA0063
DIODES
DIODE D0917DZ2J062M0L
DIODE D1000B0JCCD000020
Page 29
DescriptionCct RefParts NumberDescriptionCct RefParts Number
29
VARISTOR D2005EZJZ0V120JA
ZENER DIODE D2007DZ2J140M0L
LED DIODE D2800AB3AGB0000065
DIODE D3130DA2J10100L
DIODE D4001DA2J10100L
DIODE D4150B0JCDE000006
DIODE D4151B0JDCE000017
DIODE D4152B0JCDE000006
DIODE D4153B0JCDE000006
DIODE D4154B0JCDE000006
ZENER DIODE D4155B0BC03200003
DIODE D4156DA2J10100L
DIODE D4157DA2J10100L
DIODE D4159B0JCDE000006
DIODE D4160B0JCDE000006
DIODE D4161B0JCDE000006
DIODE D4162B0JCDE000006
DIODE D4163DZ2J200M0L
ZENER DIODE D4165B0BC01000035
DIODE D4166DA2J10100L
DIODE D4167DA2J10100L
DIODE D4168DA2J10100L
ZENER DIODE D4169B0BC4R700007
ZENER DIODE D4170DZ2J047M0L
DIODE D4171DA2J10100L
DIODE D4172B0JCPE000004
ZENER DIODE D4173B0BC17000001
ZENER DIODE D4174B0BC022A0007
DIODE D4175DA2J10100L
DIODE D4500B0JCCE000008
DIODE D4604B0JCCD000020
DIODE D4649B0JCCD000020
DIODE D5172B0BC01700015
DIODE D5173DA2J10100L
DIODE D5174B0BC010A0007
DIODE D5175DA2J10100L
ZENER DIODE D5180DZ2J033M0L
DIODE D5480B0JCCD000020
VARISTOR D7101ERZV10V621C2
DIODE D7102B0FBAT000018
DIODE D7202B0ADCJ000100
DIODE D7203B0JAME000091
DIODE D7204B0JAME000091
DIODE D7205B0HASR000018
ZENER DIODE D7207DZ2J068M0L
DIODE D7208DA2J10100L
DIODE D7209B0BC02500002
DIODE D7302B0HAGQ000001
DIODE D7303B0HAGQ000001
DIODE D7325B0BC02500002
DIODE D7326DA2J10100L
DIODE D7327DA2J10100L
DIODE D7328DA2J10100L
DIODE D7329B0ACDJ000014
DIODE D7330B0ACDJ000014
ZENER DIODE D7331B0BC4R000002
DIODE D7332B0HAGQ000001
DIODE D7333B0JAME000126
DIODE D7334B0ADCJ000100
DIODE D7335DZ2J180M0L
DIODE D7336B0BC03300012
DIODE D7337B0BC02500002
DIODE D7338B0BC02500002
DIODE D7339B0BC02500002
DIODE D7341B0BC02500002
DIODE D7342DA2J10100L
DIODE D7343DA2J10100L
DIODE D7501B0JBSL000047
TRANSISTORS
TRANSFORMERS
COILS
DIODE D7502B0JBSL000047
DIODE D7507B0ADCJ000100
DIODE D7508DA2J10100L
DIODE D7600B0JCPE000038
ZENER DIODE D8703B0BC6R600005
ZENER DIODE D8705B0BC6R600005
DIODE D8716DA2J10100L
DIODE D8720B0JCMD000066
DIODE D9500B0FCAM000001
ZENER DIODE D9505B0BC03900015
ZENER DIODE D9506B0BC03900015
ZENER DIODE D9507B0BC03900015
ZENER DIODE D9508B0BC03900015
ZENER DIODE D9510B0BC6R600005
DIODE D9520DB2J41100L
DIODE D9522B0ECKM000053
TRANSISTOR Q0900DSA200100L
TRANSISTOR Q2800B1ABCE000015
TRANSISTOR Q2801B1ABCE000015
TRANSISTOR Q2802B1ABCE000015
TRANSISTOR Q3102B1ABCF000231
TRANSISTOR Q3103B1ABCF000231
TRANSISTOR Q4150DSC500100L
TRANSISTOR Q4151DSA500100L
TRANSISTOR Q4152DSA500100L
TRANSISTOR Q4153B1ABCF000231
TRANSISTOR Q4154B1CFQD000001
TRANSISTOR Q4600B1ABCF000231
TRANSISTOR Q4604B1ABCF000231
TRANSISTOR Q4750B1HFCEA00001
TRANSISTOR Q4751B1ADCE000022
TRANSISTOR Q4971B1AAFB000002
TRANSISTOR Q4972B1AAFB000002
TRANSISTOR Q4973DSA2001S0L
TRANSISTOR Q4974DSC2001S0L
TRANSISTOR Q7201B1CERR000057
TRANSISTOR Q7202B1HFCFA00020
TRANSISTOR Q7301B1ADCE000022
TRANSISTOR Q7308B1ADGJ000008
TRANSISTOR Q7309B1ABGF000019
TRANSISTOR Q7310B1ABCF000231
TRANSISTOR Q7311B1ABCF000231
TRANSISTOR Q7312B1ADCE000022
TRANSISTOR Q7313B1CBGD000001
TRANSISTOR Q7314B1ABCF000231
TRANSISTOR Q7501B1ABCF000231
TRANSISTOR Q7502B1ABCF000231
TRANSISTOR Q7503B1CHRE000008
TRANSISTOR Q7504B1CHRE000008
TRANSISTOR Q7506B1CHRE000008
TRANSISTOR Q7507B1ABCF000231
TRANSISTOR Q8100B1MBEDA00027
TRANSISTOR Q8102B1MBEDA00027
TRANSISTOR Q9502DSC200100L
TRANSISTOR Q9503B1CFRM000024
TRANSFORMER T7201G4DYA0000289
TRANSFORMER T7301G4DYA0000284
COIL L2001J0JYC0000065
COIL L2750J0JYC0000065
COIL L2751J0JYC0000065
COIL L2752J0JYC0000065
COIL L2754J0JYC0000065
COIL L3002G1C100MA0072
COIL L3108J0JCC0000287
Page 30
FILTERS
30
CRYSTALS
RESISTORS
DescriptionCct RefParts NumberDescriptionCct RefParts Number
CHIP INDUCTOR L3111J0JYC0000331
CHIP INDUCTOR L3112J0JYC0000331
CHIP INDUCTOR L3113J0JYC0000331
CHIP INDUCTOR L3116J0JYC0000331
CHIP INDUCTOR L3117J0JYC0000331
CHIP INDUCTOR L3118J0JYC0000331
COIL L3121J0JCC0000287
COIL L4150J0JHC0000046
COIL L4151G1C100MA0426
COIL L4152J0JHC0000077
COIL L4153G1C220MA0234
COIL L4200J0JHC0000046
CHIP INDUCTOR L4700J0JYC0000068
CHIP INDUCTOR L4701J0JYC0000068
CHIP INDUCTOR L4702J0JYC0000068
CHIP INDUCTOR L4703J0JYC0000068
COIL L4800G1CR39J00009
COIL L4801G1CR39J00009
COIL L4802J0JGC0000020
COIL L4803J0JGC0000020
COIL L4804J0JGC0000020
CHIP INDUCTOR L4808J0JCC0000278
COIL L4900G1C150MA0426
COIL L4901G1C150MA0426
COIL L4902G1C150MA0426
COIL L4903G1C150MA0426
COIL L4904J0JHC0000078
COIL L4905J0JHC0000078
COIL L4906J0JHC0000078
COIL L4907J0JHC0000078
FILTER L7201J0JKB0000034
FILTER L7209J0JKB0000034
FILTER L7302J0JKB0000034
FILTER L7306J0JKB0000034
COIL L7502J0JKA0000024
COIL L7503J0JKA0000024
COIL L7504J0JKA0000024
COIL L7505J0JKA0000024
COIL L7600G0C270MA0049
COIL L8003J0JCC0000287
COIL BLM18PG121SN1DL8005J0JHC0000045
COIL BLM18PG121SN1DL8006J0JHC0000045
COIL BLM18PG121SN1DL8007J0JHC0000045
COIL L8009J0JKC0000021
COIL L8015J0JCC0000287
COIL L8016J0JCC0000287
COIL L8100G1C4R7MA0416
COIL L8102G1C3R3MA0425
COIL L8700G1C6R8MA0416
COIL L8701G1C100MA0416
COIL L9500G1C470MA0490
COI
L L9501G1C470MA0490
COIL BLM21PG600SN1DL9503J0JHC0000075
FILTER FL4002EXC28CE201U
FILTER FL4006EXC28CE201U
FILTER FL4009EXC28CE201U
FILTER FL4010EXC28CE201U
LINE FILTER LF7101G0B650H00002
LINE FILTER LF7102G0B103H00013
LINE FILTER LF7103G0B103H00013
CRYSTAL X8300H0J245500113
THERMISTCF7101D4CAY8R20001--8R2 Ω
THERMISTCF7102D4CAY8R20001--8R2 Ω
SMDJS0033D0GAR00J0005.063W 5%0 Ω
SMDJS7402D0GDR00J0004.125W 5%0 Ω
SMDJS7404D0GDR00J0004.125W 5%0 Ω
SMDJS7502D0GDR00J0004.125W 5%0 Ω
SMDR0800D0GA472JA023.063W 5%4K7 Ω
SMDR0900D0GA272JA023.063W 5%2K7 Ω
SMDR0901D0GA272JA023.063W 5%2K7 Ω
SMDR0902D0GA272JA023.063W 5%2K7 Ω
SMDR0903D0GA272JA023.063W 5%2K7 Ω
SMDR0904D0GA272JA023.063W 5%2K7 Ω
SMDR0905D0GA272JA023.063W 5%2K7 Ω
SMDR0906D0GA272JA023.063W 5%2K7 Ω
SMDR0907D0GA272JA023.063W 5%2K7 Ω
SMDR0910EXB28V472JX28V 5%4K7 Ω
SMDR0911D0GA473JA015.063W 5%47K Ω
SMDR0912D0GAR00J0005.063W 5%0 Ω
SMDR0913D0GAR00J0005.063W 5%0 Ω
SMDR0918D0GA220JA023.063W 5%22 Ω
SMDR0919D0GA220JA023.063W 5%22 Ω
SMDR0920D0GA220JA023.063W 5%22 Ω
SMDR0921D0GA220JA023.063W 5%22 Ω
SMDR0922D0GA220JA023.063W 5%22 Ω
SMDR0923D0GA220JA023.063W 5%22 Ω
SMDR0924D0GA220JA023.063W 5%22 Ω
SMDR0925D0GA220JA023.063W 5%22 Ω
SMDR0930D0GA220JA023.063W 5%22 Ω
SMDR0931D0GA220JA023.063W 5%22 Ω
SMDR0932D0GA220JA023.063W 5%22 Ω
SMDR0933D0GA220JA023.063W 5%22 Ω
SMDR0934D0GA680JA023.063W 5%68 Ω
SMDR0935D0GA680JA023.063W 5%68 Ω
SMDR0936D0GA680JA023.063W 5%68 Ω
SMDR0937D0GA680JA023.063W 5%68
SM
DR0938D0GA680JA023.063W 5%68 Ω
SMDR0939D0GA680JA023.063W 5%68 Ω
SMDR0940D0GA680JA023.063W 5%68 Ω
SMDR0941D0GA680JA023.063W 5%68 Ω
SMDR0942D0GA680JA023.063W 5%68 Ω
SMDR0943D0GA680JA023.063W 5%68 Ω
SMDR0944D0GA101JA015.063W 5%100 Ω
SMDR0945D0GA102JA023.063W 5%1K Ω
SMDR0947D0GA680JA023.063W 5%68 Ω
SMDR0948D0GA680JA023.063W 5%68 Ω
SMDR0949D0GA680JA023.063W 5%68 Ω
SMDR0951D0GA473JA015.063W 5%47K Ω
SMDR0952D0GA102JA023.063W 5%1K Ω
SMDR0962D0GA680JA023.063W 5%68 Ω
SMDR0963D0GA680JA023.063W 5%68 Ω
SMDR0964D0GA680JA023.063W 5%68 Ω
SMDR0965D0GA680JA023.063W 5%68 Ω
SMDR0966D0GA680JA023.063W 5%68 Ω
SMDR0967D0GA680JA023.063W 5%68 Ω
SMDR1000D0GA331JA023.063W 5%330 Ω
SMDR1001D1BB7151A0550.1W 1%7K15 Ω
SMDR1004D0GA103JA015.063W 5%10K Ω
SMDR1005D0GA102JA023.063W 5%1K Ω
SMDR1006D0GA182JA023.063W 5%1K8 Ω
FIXEDR1007EXB28V473JX- 5%47K Ω
SMDR1304D0GA473JA015.063W 5%47K Ω
SMDR1308D0GA103JA015.063W 5%10K Ω
SMDR2005D0GAR00J0005.063W 5%0 Ω
SMDR2006D0GA101JA015.063W 5%100 Ω
SMDR2009D0GA101JA015.063W 5%100 Ω
SMDR2012D0GA222JA023.063W 5%2K2 Ω
SMDR2018D0GA473JA015.063W 5%47K Ω
SMDR2019D0GA473JA015.063W 5%47K Ω
SMDR2752D0GDR00J0004.125W 5%0 Ω
SM
DR2753D0GDR00J0004.125W 5%0 Ω
SMDR2772D0GAR00J0005.063W 5%0 Ω
Ω
Page 31
DescriptionCct RefParts NumberDescriptionCct RefParts Number
31
SMDR2795D0GAR00J0005.063W 5%0 Ω
SMDR2796D0GAR00J0005.063W 5%0 Ω
SMDR2800D1BA9530A014.063W 1%953 Ω
SMDR2801D0GA473JA015.063W 5%47K Ω
SMDR2802D0GA223JA023.063W 5%22K Ω
SMDR2803D0GA473JA015.063W 5%47K Ω
SMDR2804D0GA103JA015.063W 5%10K Ω
SMDR2805D1BA2261A014.063W 1%2K26 Ω
SMDR2806D0GA470JA023.063W 5%47 Ω
SMDR2807D0GA562JA023.063W 5%5K6 Ω
SMDR2808D0GA184JA023.063W 5%180K Ω
SMDR2809D0GA103JA015.063W 5%10K Ω
SMDR2810D0GA104JA023.063W 5%100K Ω
SMDR2811D0GA103JA015.063W 5%10K Ω
SMDR2826D0GAR00J0005.063W 5%0 Ω
SMDR3001D0GA102JA023.063W 5%1K Ω
SMDR3002D0GA122JA023.063W 5%1K2 Ω
SMDR3014D0GA221JA023.063W 5%220 Ω
SMDR3030D0GA101JA015.063W 5%100 Ω
SMDR3121EXB28V221JX.031W 5%220 Ω
SMDR3125D0GAR00J0005.063W 5%0 Ω
SMDR3129D0GA104JA023.063W 5%100K Ω
SMDR3137D1BD75R0A066.125W 1%75 Ω
SMDR3141D1BF75R0A0110.25W 1%75 Ω
SMDR3142D1BF75R0A0110.25W 1%75 Ω
SMDR3143D1BF75R0A0110.25W 1%75 Ω
SMDR3147D1BF75R0A0110.25W 1%75 Ω
SMDR3148D0GAR00J0005.063W 5%0 Ω
SMDR3155D1BD3R30A066.125W 1%3R3 Ω
SMDR3156D1BD3R30A066.125W 1%3R3 Ω
SMDR3157EXB28V221JX.031W 5%220 Ω
SMDR3163D0GA104JA023.063W 5%100K Ω
SMDR3164D0GA104JA023.063W 5%100K Ω
SMDR3167D0GA473JA015.063W 5%47K Ω
SM
DR3168D0GA473JA015.063W 5%47K Ω
SMDR3171D0GA222JA023.063W 5%2K2 Ω
SMDR3172D0GA222JA023.063W 5%2K2 Ω
SMDR3173EXB28V221JX.031W 5%220 Ω
SMDR3174D0GA221JA023.063W 5%220 Ω
SMDR3175D0GA221JA023.063W 5%220 Ω
SMDR3179D0GA331JA023.063W 5%330 Ω
SMDR3180D0GA331JA023.063W 5%330 Ω
SMDR3181D1BD75R0A066.125W 1%75 Ω
SMDR3182D1BD75R0A066.125W 1%75 Ω
SMDR3183D1BD75R0A066.125W 1%75 Ω
SMDR3186D0GA473JA015.063W 5%47K Ω
SMDR3187D0GA473JA015.063W 5%47K Ω
SMDR3192EXB28V820JXOTHER 5%82 Ω
SMDR3202D1BF75R0A0110.25W 1%75 Ω
SMDR3204D1BA2152A014.063W 1%21K5 Ω
SMDR3206D1BA1302A014.063W 1%13K Ω
SMDR3208D0GA273JA023.063W 5%27K Ω
SMDR3211D0GA220JA023.063W 5%22 Ω
SMDR3212D0GA680JA023.063W 5%68 Ω
SMDR3221D1BF75R0A0110.25W 1%75 Ω
SMDR4000EXB28VR000X0W-0 Ω
SMDR4001D0GAR00J0005.063W 5%0 Ω
SMDR4024D0GA103JA015.063W 5%10K Ω
SMDR4025EXB28V103JX.031W 5%10K Ω
SMDR4027EXB28V103JX.031W 5%10K Ω
SMDR4029EXB28VR000X0W-0 Ω
SMDR4120D0GAR00J0005.063W 5%0 Ω
SMDR4121EXB28V100JX28V 5%10 Ω
SMDR4122EXB28V100JX28V 5%10 Ω
SMDR4123D0GA223JA023.063W 5%22K Ω
SMDR4124D0GA473JA015.063W 5%47K Ω
SMDR4125D0GA100JA023.063W 5%10 Ω
SMDR4126D0GA100JA023.063W 5%10 Ω
4560D0GA273JA023.063W 5%27K Ω
SM
DR4127D0GA100JA023.063W 5%10 Ω
SMDR4128D0GA100JA023.063W 5%10 Ω
SMDR4146D0GAR00J0005.063W 5%0 Ω
SMDR4150D0GD391JA052.125W 5%390 Ω
SMDR4151D1BA2201A014.063W 1%2K2 Ω
SMDR4152D1BA3002A014.063W 1%30K Ω
SMDR4153D1BA20010002.063W 1%2K Ω
SMDR4154D1BA1002A014.063W 1%10K Ω
SMDR4155D1BA1002A014.063W 1%10K Ω
SMDR4157D1BA1001A014.063W 1%1K Ω
SMDR4158D0GD271JA052.125W 5%270 Ω
SMDR4159D1BA3301A014.063W 1%3K3 Ω
SMDR4160D1BA3301A014.063W 1%3K3 Ω
SMDR4161D1BA3601A014.063W 1%3K6 Ω
SMDR4162D1BA2201A014.063W 1%2K2 Ω
SMDR4166D0GA223JA023.063W 5%22K Ω
SMDR4167D0GA473JA015.063W 5%47K Ω
SMDR4168D0GA103JA015.063W 5%10K Ω
SMDR4169D0GA103JA015.063W 5%10K Ω
SMDR4170D0GA103JA015.063W 5%10K Ω
SMDR4171D1BA3002A014.063W 1%30K Ω
SMDR4172D1BA1203A014.063W 1%120K Ω
SMDR4173D0GA103JA015.063W 5%10K Ω
SMDR4178D1BA2202A014.063W 1%22K Ω
SMDR4181D1BA1302A014.063W 1%13K Ω
SMDR4182D0GA182JA023.063W 5%1K8 Ω
SMDR4184D0GBR00J00040.1W 5%0 Ω
SMDR4206D1BA2202A014.063W 1%22K Ω
SMDR4264EXB28VR000X0W-0 Ω
SMDR4265EXB28VR000X0W-0 Ω
SMDR4266EXB28VR000X0W-0 Ω
SMDR4267EXB28VR000X0W-0 Ω
SMDR4524D0GA103JA015.063W 5%10K Ω
SMDR
SMDR4602D0GA103JA015.063W 5%10K Ω
SMDR4607D0GA220JA023.063W 5%22 Ω
SMDR4608D0GA103JA015.063W 5%10K Ω
SMDR4609D0GA103JA015.063W 5%10K Ω
FIXEDR4610EXB28V473JX- 5%47K Ω
SMDR4611D0GA102JA023.063W 5%1K Ω
FIXEDR4623EXB28V473JX- 5%47K Ω
SMDR4631D0GA103JA015.063W 5%10K Ω
SMDR4635D0GA103JA015.063W 5%10K Ω
FIXEDR4636EXB28V473JX- 5%47K Ω
SMDR4638D0GA103JA015.063W 5%10K Ω
SMDR4639D0GA102JA023.063W 5%1K Ω
SMDR4659D0GAR00J0005.063W 5%0 Ω
SMDR4750D0GA220JA023.063W 5%22 Ω
SMDR4751D0GA151JA023.063W 5%150 Ω
SMDR4752D0GA151JA023.063W 5%150 Ω
SMDR4754D0GA560JA023.063W 5%56 Ω
SMDR4755D0GA102JA023.063W 5%1K Ω
SMDR4756D0GA473JA015.063W 5%47K Ω
SMDR4757D0GA103JA015.063W 5%10K Ω
SMDR4760D0GA151JA023.063W 5%150 Ω
SMDR4800D0GA103JA015.063W 5%10K Ω
SMDR4801D0GAR00J0005.063W 5%0 Ω
SMDR4802D0GAR00J0005.063W 5%0 Ω
SMDR4803D0GAR00J0005.063W 5%0 Ω
SMDR4804D0GAR00J0005.063W 5%0 Ω
SMDR4805D0GA102JA023.063W 5%1K Ω
SMDR4910D0GA100JA023.063W 5%10 Ω
SMDR4911D0GA100JA023.063W 5%10 Ω
SMDR4912D0GA100JA023.063W 5%10 Ω
SMDR4913D0GA103JA015.063W 5%10K Ω
SMDR4914EXB28V220JX.031W 5%22 Ω
SMDR4915D0GF3R3JA0480.1W 5%3R3 Ω
SM
DR4916D0GF3R3JA0480.1W 5%3R3 Ω
Page 32
DescriptionCct RefParts NumberDescriptionCct RefParts Number
32
SMDR4917D0GF3R3JA0480.1W 5%3R3 Ω
SMDR4918D0GF3R3JA0480.1W 5%3R3 Ω
SMDR4919D0GFR00J00050.25W 5%0 Ω
SMDR4921D0GA103JA015.063W 5%10K Ω
SMDR4970D1BB1403A0550.1W 1%140K Ω
SMDR4971D1BB1403A0550.1W 1%140K Ω
SMDR4972D0GA103JA015.063W 5%10K Ω
SMDR4973D0GA103JA015.063W 5%10K Ω
SMDR4974D0GD272JA052.125W 5%2K7 Ω
SMDR4978D0GA101JA015.063W 5%100 Ω
SMDR4979D0GA101JA015.063W 5%100 Ω
SMDR4980D0GA473JA015.063W 5%47K Ω
SMDR4981D0GA473JA015.063W 5%47K Ω
SMDR4982D0GA105JA023.063W 5%1M Ω
SMDR4984D0GA473JA015.063W 5%47K Ω
SMDR4985D0GA103JA015.063W 5%10K Ω
SMDR4988D0GF102JA0480.1W 5%1K Ω
SMDR5002D0GA683JA023.063W 5%68K Ω
SMDR5003D0GA123JA023.063W 5%12K Ω
SMDR5006D0GA563JA023.063W 5%56K Ω
SMDR5007D0GA223JA023.063W 5%22K Ω
SMDR5012D1BA1502A014.063W 1%15K Ω
SMDR5018D0GAR00J0005.063W 5%0 Ω
SMDR5020D0GA473JA015.063W 5%47K Ω
SMDR5030D0GA103JA015.063W 5%10K Ω
SMDR5032D0GA101JA015.063W 5%100 Ω
SMDR5033D0GA101JA015.063W 5%100 Ω
SMDR5034D1BA5602A014.063W 1%56K Ω
SMDR5035D0GAR00J0005.063W 5%0 Ω
SMDR5100D0GA101JA015.063W 5%100 Ω
SMDR5104D0GA103JA015.063W 5%10K Ω
SMDR5152D0GA222JA023.063W 5%2K2 Ω
SMDR5173D0GAR00J0005.063W 5%0 Ω
SMDR5175D0GA680JA023.063W 5%68 Ω
SM
DR5176D0GAR00J0005.063W 5%0 Ω
SMDR5178D0GAR00J0005.063W 5%0 Ω
SMDR5179D0GA153JA023.063W 5%15K Ω
SMDR5180D0GA683JA023.063W 5%68K Ω
SMDR5181D0GA103JA015.063W 5%10K Ω
SMDR5607D0GA103JA015.063W 5%10K Ω
SMDR5609D0GA103JA015.063W 5%10K Ω
SMDR6953D0GAR00J0005.063W 5%0 Ω
SMDR6956D0GAR00J0005.063W 5%0 Ω
SMDR6957D0GAR00J0005.063W 5%0 Ω
SMDR7101ERJ14YJ105U0.5W 5%1M Ω
SMDR7102ERJ14YJ105U0.5W 5%1M Ω
SMDR7103ERJ14YJ105U0.5W 5%1M Ω
METALR7105D0B1106JA0331W 5%10M Ω
METALR7201ERX1SJR22V1W 5%R22 Ω
METALR7202ERX1SJR22V1W 5%R22 Ω
SMDR7203D0GD683JA052.125W 5%68K Ω
CARBONR7205ERDS1TJ391T0.5W 5%390 Ω
SMDR7206D0GD393JA052.125W 5%39K Ω
SMDR7207D0GD470JA052.125W 5%47 Ω
CARBONR7208ERDS1TJ2200.5W 5%22 Ω
SMDR7209D0GD104JA052.125W 5%100K Ω
METALR7210ERX1SJR22V1W 5%R22 Ω
SMDR7215D1BD1202A066.125W 1%12K Ω
SMDR7216D1BD3302A066.125W 1%33K Ω
SMDR7219D1BD7503A066.125W 1%750K Ω
SMDR7221D0GD683JA052.125W 5%68K Ω
SMDR7231D0GD104JA052.125W 5%100K Ω
SMDR7232D0GD472JA052.125W 5%4K7 Ω
SMDR7233D0GD103JA052.125W 5%10K Ω
SMDR7234D0GD103JA052.125W 5%10K Ω
SMDR7235D1BD4701A066.125W 1%4K7 Ω
SMDR7240ERJ8ENF1504V0.25W 1%1M5 Ω
SMDR7241ERJ8ENF1504V0.25W 1%1M5 Ω
SMDR7242ERJ8ENF1504V0.25W 1%1M5 Ω
SMDR7243D1BD6803A066.125W 1%680K Ω
SMDR7244D1BD5102A066.125W 1%51K Ω
SMDR7301D0GD223JA052.125W 5%22K Ω
SMDR7302D0GD103JA052.125W 5%10K Ω
SMDR7303D0GD470JA052.125W 5%47 Ω
SMDR7305D1BD1803A066.125W 1%180K Ω
SMDR7313D1BD1803A066.125W 1%180K Ω
SMDR7314D1BD1203A066.125W 1%120K Ω
SMDR7330D0GDR00J0004.125W 5%0 Ω
SMDR7331D0GD301JA052.125W 5%300 Ω
SMDR7332ERJ12YJ474U0.5W 5%470K Ω
SMDR7333ERJ12YJ474U0.5W 5%470K
SM
DR7353D0GD301JA052.125W 5%300 Ω
SMDR7354D0GD113JA052.125W 5%11K Ω
SMDR7355D0GD100JA052.125W 5%10 Ω
SMDR7356D0GD301JA052.125W 5%300 Ω
SMDR7357D0GD104JA052.125W 5%100K Ω
CARBONR7358ERDS1TJ222T0.5W 5%2K2 Ω
SMDR7359D0GD104JA052.125W 5%100K Ω
METALR7360ERX1SJ1R0V1W 5%1 Ω
SMDR7361D0GD105JA052.125W 5%1M Ω
SMDR7362D0GD821JA052.125W 5%820 Ω
SMDR7364D0GD103JA052.125W 5%10K Ω
SMDR7365D0GD103JA052.125W 5%10K Ω
SMDR7367D0GD152JA052.125W 5%1K5 Ω
SMDR7376D0GD223JA052.125W 5%22K Ω
SMDR7377D0GD103JA052.125W 5%10K Ω
METALR7380ERX1SJR22V1W 5%R22 Ω
METALR7381ERX1SJR22V1W 5%R22 Ω
SMDR7387D0GD152JA052.125W 5%1K5 Ω
SMDR7388D0GD162JA052.125W 5%1K6 Ω
SMDR7389D0GD162JA052.125W 5%1K6 Ω
SMDR7392D0GD392JA052.125W 5%3K9 Ω
SMDR7393D0GD101JA052.125W 5%100 Ω
SMDR7394D0GD101JA052.125W 5%100 Ω
SMDR7395D0GD103JA052.125W 5%10K Ω
SMDR7396ERJ8ENF2204V0.25W 1%2M2 Ω
SMDR7397ERJ8ENF2204V0.25W 1%2M2 Ω
SMDR7398ERJ8ENF2204V0.25W 1%2M2 Ω
SMDR7399ERJ8ENF2204V0.25W 1%2M2 Ω
SMDR7402D1BD6651A066.125W 1%6K65 Ω
SMDR7406D1BD1741A066.125W 1%1K74 Ω
SMDR7407D0GDR00J0004.125W 5%0 Ω
SMDR7408D1BD7151A066.125W 1%7K15 Ω
SMDR7409D1BD1432A066.125W 1%14K3 Ω
SMDR7501D0GD102JA052.125W 5%1K Ω
SM
DR7502D0GD102JA052.125W 5%1K Ω
SMDR7503D0GD472JA052.125W 5%4K7 Ω
SMDR7504D0GD103JA052.125W 5%10K Ω
SMDR7505D0GD222JA052.125W 5%2K2 Ω
SMDR7513D1BD3321A066.125W 1%3K32 Ω
SMDR7514D0GD103JA052.125W 5%10K Ω
SMDR7515D1BD1822A066.125W 1%18K2 Ω
SMDR7516D0GD153JA052.125W 5%15K Ω
SMDR7517D0GD153JA052.125W 5%15K Ω
SMDR7518D0GD153JA052.125W 5%15K Ω
SMDR7519D0GD303JA052.125W 5%30K Ω
SMDR7524D0GD473JA052.125W 5%47K Ω
SMDR7527D0GD153JA052.125W 5%15K Ω
SMDR7528D0GD153JA052.125W 5%15K Ω
SMDR7529D0GD472JA052.125W 5%4K7 Ω
SMDR7530D0GD103JA052.125W 5%10K Ω
SMDR7531D0GD103JA052.125W 5%10K Ω
SMDR7532D0GD103JA052.125W 5%10K Ω
SMDR7535D0GD473JA052.125W 5%47K Ω
SMDR7600D0GD473JA052.125W 5%47K Ω
SMDR7601D0GD105JA052.125W 5%1M Ω
Ω
Page 33
DescriptionCct RefParts NumberDescriptionCct RefParts Number
33
SMDR7603D1BD7872A066.125W 1%78K7 Ω
SMDR7604D1BD2212A066.125W 1%22K1 Ω
SMDR7605D0GD473JA052.125W 5%47K Ω
SMDR7606D0GD683JA052.125W 5%68K Ω
SMDR8001D0GA331JA023.063W 5%330 Ω
SMDR8100D1BB1271A0870.1W0.51K27 Ω
SMDR8102D1BB2101A0870.1W0.52K1 Ω
SMDR8104D1BB6200A0870.1W0.5620 Ω
SMDR8106D1BB2001A0870.1W0.52K Ω
SMDR8108D0GB100JA0650.1W 5%10 Ω
SMDR8110D0GB100JA0650.1W 5%10 Ω
SMDR8114D0GA243JA023.063W 5%24K Ω
SMDR8118D0GA183JA023.063W 5%18K Ω
SMDR8200D1BA2400A014.063W 1%240 Ω
SMDR8203D1BA1001A014.063W 1%1K Ω
SMDR8205D1BA1001A014.063W 1%1K Ω
SMDR8206D1BA1001A014.063W 1%1K Ω
SMDR8208D1BA1001A014.063W 1%1K Ω
SMDR8217D0GA111JA023.063W 5%110 Ω
SMDR8219D1BA2400A014.063W 1%240 Ω
SMDR8221D0GA103JA015.063W 5%10K Ω
SMDR8223EXB28V330JX.031W 5%33 Ω
SMDR8224D1BA1001A014.063W 1%1K Ω
SMDR8225D1BA1001A014.063W 1%1K Ω
SMDR8301D0GA681JA023.063W 5%680 Ω
SMDR8302D0GA360JA023.063W 5%36 Ω
SMDR8303D0GA360JA023.063W 5%36 Ω
SMDR8304D1BA6201A014.063W 1%6K2 Ω
SMDR8305D1BA6201A014.063W 1%6K2 Ω
SMDR8306D0GA243JA023.063W 5%24K Ω
SMDR8400D0GA680JA023.063W 5%68 Ω
SMDR8401D0GA680JA023.063W 5%68 Ω
SMDR8402D0GA680JA023.063W 5%68 Ω
SMDR8403D0GA680JA023.063W 5%68 Ω
SM
DR8404D0GA680JA023.063W 5%68 Ω
SMDR8405D0GA680JA023.063W 5%68 Ω
SMDR8406EXB2HV121JV.063W 5%120 Ω
SMDR8407EXB2HV680JV.063W 5%68 Ω
SMDR8408EXB2HV680JV.063W 5%68 Ω
SMDR8409EXB28V680JX.031W 5%68 Ω
SMDR8410EXB2HV680JV.063W 5%68 Ω
SMDR8411EXB2HV680JV.063W 5%68 Ω
SMDR8418D0GA103JA015.063W 5%10K Ω
SMDR8421EXB2HV101JV.063W 5%100 Ω
SMDR8424D0GA223JA023.063W 5%22K Ω
SMDR8425D0GA223JA023.063W 5%22K Ω
SMDR8426D0GA473JA015.063W 5%47K Ω
SMDR8427D0GA473JA015.063W 5%47K Ω
SMDR8429D0GA103JA015.063W 5%10K Ω
SMDR8433D0GA103JA015.063W 5%10K Ω
SMDR8434D0GA103JA015.063W 5%10K Ω
SMDR8435D0GA223JA023.063W 5%22K Ω
SMDR8436EXB2HV101JV.063W 5%100 Ω
CHIP RESR8437EXB2HV473JV.063W 5%47K Ω
SMDR8438EXB2HV103JV.063W 5%10K Ω
SMDR8440D0GA103JA015.063W 5%10K Ω
SMDR8441D0GA103JA015.063W 5%10K Ω
SMDR8442D0GA103JA015.063W 5%10K Ω
SMDR8447D0GA103JA015.063W 5%10K Ω
SMDR8592D0GAR00J0005.063W 5%0 Ω
SMDR8606D0GA472JA023.063W 5%4K7 Ω
SMDR8607D0GA472JA023.063W 5%4K7 Ω
SMDR8624D0GA560JA023.063W 5%56 Ω
SMDR8625D0GA560JA023.063W 5%56 Ω
SMDR8626D0GA560JA023.063W 5%56 Ω
SMDR8627D0GA560JA023.063W 5%56 Ω
SMDR8628D0GA560JA023.063W 5%56 Ω
SMDR8629D0GA560JA023.063W 5%56 Ω
8817D0GA103JA015.063W 5%10K Ω
SM
DR8630D1HG1038A002.063W 5%10K Ω
SMDR8632EXB28V560JX.031W 5%56 Ω
SMDR8634EXB28V560JX.031W 5%56 Ω
SMDR8636D0GA220JA023.063W 5%22 Ω
SMDR8639D0GA103JA015.063W 5%10K Ω
SMDR8640D0GA103JA015.063W 5%10K Ω
SMDR8641D0GAR00J0005.063W 5%0 Ω
SMDR8642D0GBR00J00040.1W 5%0 Ω
SMDR8647D0GA103JA015.063W 5%10K Ω
SMDR8648D0GA103JA015.063W 5%10K Ω
SMDR8649D0GA103JA015.063W 5%10K Ω
SMDR8650D0GA103JA015.063W 5%10K Ω
SMDR8651D0GA103JA015.063W 5%10K Ω
SMDR8653D0GA103JA015.063W 5%10K Ω
SMDR8670D0GA103JA015.063W 5%10K Ω
SMDR8671D0GA103JA015.063W 5%10K Ω
SMDR8672D0GA103JA015.063W 5%10K Ω
SMDR8673D0GA103JA015.063W 5%10K Ω
SMDR8700D1BB2402A0550.1W 1%24K Ω
SMDR8701D1BB6041A0550.1W 1%6K04 Ω
SMDR8702D0GA390JA023.063W 5%39 Ω
SMDR8703D1BB4301A0550.1W 1%4K3 Ω
SMDR8704D1BB2002A0550.1W 1%20K Ω
SMDR8705D1BB3001A0550.1W 1%3K Ω
SMDR8706D0GA390JA023.063W 5%39 Ω
SMDR8707D1BB5601A0550.1W 1%5K6 Ω
SMDR8717D0GAR00J0005.063W 5%0 Ω
SMDR8755D0GA104JA023.063W 5%100K Ω
SMDR8773D0GAR00J0005.063W 5%0 Ω
SMDR8774D0GAR00J0005.063W 5%0 Ω
SMDR8811D0GA103JA015.063W 5%10K Ω
SMDR8813D0GA103JA015.063W 5%10K Ω
SMDR8816D0GA102JA023.063W 5%1K Ω
SMDR
SMDR8818D0GA103JA015.063W 5%10K Ω
SMDR8819D0GA103JA015.063W 5%10K Ω
SMDR8820D0GA103JA015.063W 5%10K Ω
SMDR8821D0GA103JA015.063W 5%10K Ω
SMDR8822D0GA103JA015.063W 5%10K Ω
SMDR8823D0GA102JA023.063W 5%1K Ω
SMDR8824D0GA103JA015.063W 5%10K Ω
SMDR8825D0GA103JA015.063W 5%10K Ω
SMDR8860D0GA103JA015.063W 5%10K Ω
SMDR8909D0GA222JA023.063W 5%2K2 Ω
SMDR8910D0GA103JA015.063W 5%10K Ω
SMDR8914D0GA472JA023.063W 5%4K7 Ω
SMDR8915EXB2HV680JV.063W 5%68 Ω
SMDR8916EXB2HV680JV.063W 5%68 Ω
SMDR8917EXB2HV680JV.063W 5%68 Ω
SMDR8920EXB28V680JX.031W 5%68 Ω
SMDR8921EXB28V680JX.031W 5%68 Ω
SMDR8922D0GA680JA023.063W 5%68 Ω
SMDR8923D0GA680JA023.063W 5%68 Ω
SMDR8924D0GA680JA023.063W 5%68 Ω
SMDR8925EXB28V680JX.031W 5%68 Ω
SMDR8927D0GA680JA023.063W 5%68 Ω
SMDR8963D0GA103JA015.063W 5%10K Ω
SMDR8964D0GA103JA015.063W 5%10K Ω
SMDR8965EXB28V103JX.031W 5%10K Ω
SMDR8966D0GAR00J0005.063W 5%0 Ω
SMDR9502D0GDR00J0004.125W 5%0 Ω
SMDR9503D0GDR00J0004.125W 5%0 Ω
SMDR9504D0GDR00J0004.125W 5%0 Ω
SMDR9505D0GDR00J0004.125W 5%0 Ω
SMDR9506D1BD3R30A066.125W 1%3R3 Ω
SMDR9507D1BD3R30A066.125W 1%3R3 Ω
SMDR9508D1BD3R30A066.125W 1%3R3 Ω
SM
DR9509D1BD3R30A066.125W 1%3R3 Ω
Page 34
CAPACITORS
34
DescriptionCct RefParts NumberDescriptionCct RefParts Number
SMDR9510D0GA473JA015.063W 5%47K Ω
SMDR9511D1BA2152A014.063W 1%21K5 Ω
SMDR9512D1BA1102A014.063W 1%11K Ω
SMDR9513D1BA2322A014.063W 1%23K2 Ω
SMDR9514D0GA331JA023.063W 5%330 Ω
SMDR9515D1BA4703A014.063W 1%470K Ω
SMDR9516D0GA473JA015.063W 5%47K Ω
SMDR9517D0GA203JA023.063W 5%20K Ω
SMDR9520D0GFR20JA0200.25W 5%R2 Ω
SMDR9521D0GFR20JA0200.25W 5%R2 Ω
SMDR9523D0GD304JA052.125W 5%300K Ω
SMDR9524D0GD244JA052.125W 5%240K Ω
SMDR9525D0GD203JA052.125W 5%20K Ω
SMDR9526D0GA134JA023.063W 5%130K Ω
SMDR9527D0GA203JA023.063W 5%20K Ω
SMDR9528D0GD220JA0590.25W 5%22 Ω
SMDR9529D0GA473JA015.063W 5%47K Ω
SMDR9534D0GDR00J0004.125W 5%0 Ω
SMDR9535D0GDR00J0004.125W 5%0 Ω
SMDR9536D0GDR00J0004.125W 5%0 Ω
SMDR9537D0GDR00J0004.125W 5%0 Ω
SMDR9540D0GD1R0JA052.125W 5%1 Ω
SMDR9541D0GDR00J0004.125W 5%0 Ω
SMDR9542D0GAR00J0005.063W 5%0 Ω
SMDR9543D0GAR00J0005.063W 5%0 Ω
SMDR9544D0GAR00J0005.063W 5%0 Ω
SMDR9547D0GAR00J0005.063W 5%0 Ω
SMDR9548D0GA101JA015.063W 5%100 Ω
SMDR9549D0GA101JA015.063W 5%100 Ω
SMDR9552D1BD3R30A066.125W 1%3R3 Ω
SMDR9553D1BD3R30A066.125W 1%3R3 Ω
SMDR9554D1BD3R30A066.125W 1%3R3 Ω
SMDR9555D1BD3R30A066.125W 1%3R3 Ω
SMDR9556D0GD100JA0590.25W 5%10 Ω
SM
DR9705D0GBR00J00040.1W 5%0 Ω
SMDVJ8905D0GA680JA023.063W 5%68 Ω
SMDVJ8906D0GA680JA023.063W 5%68 Ω
S.M.CAPC0061F1G1H102000850V1nF
S.M.CAPC0064F1G1H102000850V1nF
S.M.CAPC0065F1G1H102000850V1nF
S.M.CAPC0066F1G1H102000850V1nF
S.M.CAPC0073F1G1H102000850V1nF
S.M.CAPC0077F1G1H102000850V1nF
S.M.CAPC0078F1G1H102000850V1nF
S.M.CAPC0079F1G1H102000850V1nF
S.M.CAPC0080F1G1H102000850V1nF
S.M.CAPC0081F1G1H102000850V1nF
S.M.CAPC0082F1G1H102000850V1nF
S.M.CAPC0904F1G1C104A07716V 100nF
S.M.CAPC1000F1G1E103000525V10nF
S.M.CAPC2003F1G1H102000850V1nF
S.M.CAPC2005F1G1C104A07716V 100nF
S.M.CAPC2007F1G1H102000850V1nF
S.M.CAPC2008F1K1E106A13625V10µF
S.M.CAPC2009F1G1C104A07716V 100nF
S.M.CAPC2013F1G1C103000816V10nF
S.M.CAPC2014F1G1H102000850V1nF
S.M.CAPC2016F1G1H102000850V1nF
S.M.CAPC2750F1G1C104A07716V 100nF
S.M.CAPC2751F1G1H102000850V1nF
S.M.CAPC2752F1G1H102000850V1nF
S.M.CAPC2753F1G1H102000850V1nF
S.M.CAPC2754F1G1H102000850V1nF
S.M.CAPC2755F1G1H102000850V1nF
S.M.CAPC2775F1G1H101A56550V 100pF
ELECTC2801F2G0J470A0196.3V47µF
C3121F2H1A101A04010V 100µF
S.M.CAPC2802F1G1C103000816V10nF
CERAMICC2805F1H1C104A04116V 100nF
S.M.CAPC3001F1G1A105A04710V 1000nF
S.M.CAPC3002F1G1A105A04710V 1000nF
S.M.CAPC3003F1G1C104A07716V 100nF
S.M.CAPC3004F1G1C104A07716V 100nF
S.M.CAPC3005F1G1A105A04710V 1000nF
S.M.CAPC3006F1G1A105A04710V 1000nF
S.M.CAPC3011F1J1A106A04310V10µF
S.M.CAPC3016F1G1C104A07716V 100nF
S.M.CAPC3018F1G1C104A07716V 100nF
S.M.CAPC3019F1G1C104A07716V 100nF
S.M.CAPC3020F1J1A106A04310V10µF
S.M.CAPC3028F1J1A106A08710V10µF
S.M.CAPC3084F1J1A106A04310V10µF
S.M.CAPC3085F1J1A106A04310V10µF
S.M.CAPC3086F1J1A106A04310V10µF
S.M.CAPC3101F1J1A106A04310V10µF
S.M.CAPC3108F1G1E333A09125V33nF
S.M.CAPC3109F1G1E333A09125V33nF
ELECTC3120F2H1A101A04010V 100µF
ELECT
S.
M.CAPC3124F1J1A106A04310V10µF
S.M.CAPC3130F1J1A106A04310V10µF
S.M.CAPC3131F1J1A106A04310V10µF
S.M.CAPC3132F1J1A106A04310V10µF
S.M.CAPC3135F1G1H561000450V 560pF
S.M.CAPC3136F1G1H561000450V 560pF
S.M.CAPC3139F1G1H561000450V 560pF
S.M.CAPC3140F1G1H561000450V 560pF
S.M.CAPC3145F1J1A106A04310V10µF
S.M.CAPC3146F1J1A106A04310V10µF
S.M.CAPC3147F1J1A106A04310V10µF
S.M.CAPC3148F1J1A106A04310V10µF
S.M.CAPC3151F1G1A105A04710V 1000nF
S.M.CAPC3152F1G1A105A04710V 1000nF
S.M.CAPC3155F1G1H561000450V 560pF
S.M.CAPC3156F1G1H561000450V 560pF
S.M.CAPC3157F1G1A105A04710V 1000nF
S.M.CAPC3158F1G1A105A04710V 1000nF
S.M.CAPC3163F1G1E333A09125V33nF
S.M.CAPC3164F1G1E333A09125V33nF
S.M.CAPC3172F1G1A105A04710V 1000nF
S.M.CAPC3173F1G1A105A04710V 1000nF
S.M.CAPC3174F1G1A105A04710V 1000nF
S.M.CAPC3175F1G1A105A04710V 1000nF
S.M.CAPC3178F1J1A106A04310V10µF
S.M.CAPC3179F1J1A106A04310V10µF
S.M.CAPC4120F1H1H104A97050V 100nF
S.M.CAPC4121F1H1H104A97050V 100nF
S.M.CAPC4122F1G1C104A07716V 100nF
S.M.CAPC4123F1G1C104A07716V 100nF
S.M.CAPC4124F1G1C104A07716V 100nF
S.M.CAPC4125F1G1C104A07716V 100nF
S.M.CAPC4126F1G1C104A07716V 100nF
S.M.CAPC4127F1G1C104A07716V 100nF
S.M.CAPC4128F1J1A106A08710V10µF
S.M.CAPC4129F1G1C104A07716V 100nF
S.M.CAPC4130F1G1C104A07716V 100nF
S.M.CAPC4131F1G1C104A07716V 100nF
S.M.CAPC4132F1G1C104A07716V 100nF
S.M.CAPC4133F1G1C104A07716V 100nF
S.M.CAPC4134F1H1C105A14516V 1000nF
S.M.CAPC4150F1J1E475A25125V 4700nF
S.M.CAPC4151F1G1C104A07716V 100nF
S.M.CAPC4152F1J1E105A23125V1µF
S.M.CAPC4153F1H1H104A97050V 100nF
S.M.CAPC4154F1H1H104A97050V 100nF
Page 35
DescriptionCct RefParts NumberDescriptionCct RefParts Number
35
S.M.CAPC4155F1H1H473A91850V47nF
S.M.CAPC4156F1H1H473A91850V47nF
S.M.CAPC4157F1H1H473A91850V47nF
S.M.CAPC4158F1H1H104A97050V 100nF
S.M.CAPC4159F1H1H473A91850V47nF
S.M.CAPC4160F1H1H104A97050V 100nF
S.M.CAPC4161F1J1E105A23125V1µF
S.M.CAPC4162F1H1H104A97050V 100nF
S.M.CAPC4163F1K1E106A13625V10µF
S.M.CAPC4164F1K1E106A13625V10µF
S.M.CAPC4165F1K1E225A08525V2.2µF
S.M.CAPC4166F1K1E225A08525V2.2µF
S.M.CAPC4167F1K1E225A08525V2.2µF
S.M.CAPC4168F1K1E225A08525V2.2µF
S.M.CAPC4169F1H1H104A97050V 100nF
S.M.CAPC4170F1G1A105A04710V 1000nF
S.M.CAPC4172F1J1A475A08710V 4.7µF
S.M.CAPC4173F1G1E472A08625V4.7nF
S.M.CAPC4174F1G1H560A56550V56pF
SMDC4175F1J1C475A17016V 4700nF
SMDC4176F1J1C475A17016V 4700nF
SMDC4177F1J1C475A17016V 4700nF
SMDC4178F1J1C475A17016V 4700nF
S.M.CAPC4179F1G1E472A08625V4.7nF
S.M.CAPC4180F1G1A105A04710V 1000nF
S.M.CAPC4181F1J1E475A25125V 4700nF
S.M.CAPC4182F1J1E475A25125V 4700nF
S.M.CAPC4187F1K0J10600176.3V10µF
S.M.CAPC4188F1K0J10600176.3V10µF
S.M.CAPC4201F1J1C475A21716V 4700nF
S.M.CAPC4202F1J1A106A08710V10µF
CERAMICC4205F1H1H103A21950V10nF
S.M.CAPC4206F1J1A106A08710V10µF
S.M.CAPC4504F1G1A105A04710V 1000nF
S.M.CAPC4750F1G1A105A04710V 1000nF
S.M.CAPC4800F1G1A105A04710V 1000nF
S.M.CAPC4801F1G1A105A04710V 1000nF
S.M.CAPC4802F1G1H220A56550V22pF
S.M.CAPC4803F1G1C104A07716V 100nF
S.M.CAPC4804F1G1C104A07716V 100nF
S.M.CAPC4805F1G1C104A07716V 100nF
S.M.CAPC4806F1G1C104A07716V 100nF
S.M.CAPC4807F1J1A106A04310V10µF
S.M.CAPC4808F1G1C104A07716V 100nF
S.M.CAPC4809F1J1A106A04310V10µF
S.M.CAPC4810F1G1C104A07716V 100nF
S.M.CAPC4811F1J1A106A04310V10µF
S.M.CAPC4812F1G1C104A07716V 100nF
S.M.CAPC4881F1G1H100A56550V10pF
S.M.CAPC4882F1G1H100A56550V10pF
S.M.CAPC4887F1G1C104A07716V 100nF
S.
M.CAPC4888F1G1C104A07716V 100nF
S.M.CAPC4907F1K1E106A13625V10µF
S.M.CAPC4909F1J1E105A23125V1µF
S.M.CAPC4910F1K1E106A13625V10µF
S.M.CAPC4911F1H1H104A97050V 100nF
S.M.CAPC4912F1J1E105A23125V1µF
S.M.CAPC4913F1H1H104A97050V 100nF
S.M.CAPC4914F1J1E105A23125V1µF
S.M.CAPC4915F1H1H104A97050V 100nF
S.M.CAPC4916F1K1E106A13625V10µF
S.M.CAPC4917F1H1H104A97050V 100nF
S.M.CAPC4918F1J1E105A23125V1µF
S.M.CAPC4921F1J1E474000125V 470nF
S.M.CAPC4922F1J1E474000125V 470nF
S.M.CAPC4924F1J1E474000125V 470nF
S.M.CAPC4925F1J1E474000125V 470nF
S.M.CAPC4926F1H1H223A21950V22nF
5477F1H1A105A02510V1µF
S.M.CAPC4927F1H1H223A21950V22nF
S.M.CAPC4928F1H1H223A21950V22nF
S.M.CAPC4929F1H1H223A21950V22nF
S.M.CAPC4930F1H1H223A21950V22nF
S.M.CAPC4931F1H1H223A21950V22nF
S.M.CAPC4932F1H1H223A21950V22nF
S.M.CAPC4933F1H1H223A21950V22nF
S.M.CAPC4934F1G1H102000850V1nF
S.M.CAPC4935F1G1H102000850V1nF
S.M.CAPC4936F1G1H102000850V1nF
S.M.CAPC4937F1G1H102000850V1nF
S.M.CAPC4970F1J1A106A08710V10µF
S.M.CAPC4971F1J1A106A08710V10µF
ELECTC4972F2H1A101A04010V 100µF
ELECTC4973F2H1A101A04010V 100µF
S.M.CAPC4977F1K1E106A13625V10µF
S.M.CAPC4978F1K1E106A13625V10µF
S.M.CAPC5000F1H1A105A02510V1µF
ELECTC5001F2H0J10100096.3V 100µF
S.M.CAPC5002F1H1A105A02510V1µF
S.M.CAPC5004F1H1A105A02510V1µF
S.M.CAPC5006F1J1E105A23125V1µF
S.M.CAPC5007F1G1H102000850V1nF
S.M.CAPC5012F1H1A105A02510V1µF
S.M.CAPC5020F1G1C104A07716V 100nF
S.M.CAPC5021F1G1A105A04710V 1000nF
S.M.CAPC5022F1G1A105A04710V 1000nF
S.M.CAPC5026F1H1C105A14516V 1000nF
S.M.CAPC5150F1G1C273A08116V27nF
CERAMICC5151F1H1H103A21950V10nF
S.M.CAPC5152F1G1H102000850V1nF
S.M.CAPC5153F1G1H102000850V1nF
S.M.CAPC5476F1H1A105A02510V1µF
S.M.CAPC
CERAMICC7102F1A2E471A003250V 470pF
CERAMICC7103F1A2E471A003250V 470pF
METALC7104F0CAF224A124275V 220nF
METALC7105F0CAF224A124275V 220nF
CERAMICC7107F1A2E471A003250V 470pF
S.M.CAPC7201F1J1H222A72150V2.2nF
S.M.CAPC7203F1J1H102A72150V1nF
S.M.CAPC7204F1J1H104A71750V 100nF
S.M.CAPC7205F1J1E224A13625V 220nF
S.M.CAPC7206F1J1H103000750V10nF
S.M.CAPC7207F1J1H103000750V10nF
S.M.CAPC7208F1J1H474A75750V 470nF
S.M.CAPC7209F1J1H104A71750V 100nF
CERAMICC7213F1A3A471A0601KV 470pF
PLASTICC7214F0CZZ1050007OTHER 1000nF
S.M.CAPC7218F1J1H103000750V10nF
S.M.CAPC7219F1J1H224000950V 220nF
CERAMICC7220F1A3A471A0601KV 470pF
S.M.CAPC7221F1J1H102A72150V1nF
ELECTC7301F2A2W8200012450V82µF
S.M.CAPC7302F1J1H102A72150V1nF
PLASTICC7314F0C2K273A046800V27nF
S.M.CAPC7320F1J1E223A22625V22nF
S.M.CAPC7321F1J1H221A70950V 220pF
ELECTC7322F2A1V471002335V 470µF
S.M.CAPC7323F1J1H104A71750V 100nF
S.M.CAPC7324F1J1H221A70950V 220pF
S.M.CAPC7325F1J1E105A23125V1µF
S.M.CAPC7326F1J1H104A71750V 100nF
S.M.CAPC7327F1J1E223A22625V22nF
S.M.CAPC7328F1J1E105A23125V1µF
ELECTC7501F2A1V182003135V 1800µF
ELECTC7502F2A1E182002525V 1800µF
S.M.CAPC7513F1J1C475A21716V 4700nF
Page 36
DescriptionCct RefParts NumberDescriptionCct RefParts Number
36
S.M.CAPC7514F1J1H474A75750V 470nF
S.M.CAPC7516F1J1H104A71750V 100nF
S.M.CAPC7521F1J1H104A71750V 100nF
S.M.CAPC7523F1J1E105A23125V1µF
S.M.CAPC7600F1K1E106A13625V10µF
S.M.CAPC7601F1K1E106A13625V10µF
S.M.CAPC7602F1J1E224A13625V 220nF
S.M.CAPC7604F1J1E105A23125V1µF
S.M.CAPC7606F1K1E106A13625V10µF
S.M.CAPC7607F1J1E223A22625V22nF
S.M.CAPC7608F1J1H222A72150V2.2nF
S.M.CAPC7610F1J1H472A70250V4.7nF
S.M.CAPC7611F1J1E105A23125V1µF
S.M.CAPC8001F1J1A106A08710V10µF
S.M.CAPC8004F1G1C104A07716V 100nF
S.M.CAPC8005F1G1C104A07716V 100nF
S.M.CAPC8006F1G1C104A07716V 100nF
S.M.CAPC8009F1J1A106A08710V10µF
S.M.CAPC8011F1G1C104A07716V 100nF
S.M.CAPC8014F1G1A105A04710V 1000nF
S.M.CAPC8015F1G1A105A04710V 1000nF
S.M.CAPC8016F1G1C104A07716V 100nF
S.M.CAPC8019F1J1A106A08710V10µF
S.M.CAPC8023F1G1C104A07716V 100nF
S.M.CAPC8024F1J1A106A08710V10µF
S.M.CAPC8025F1J1A106A08710V10µF
S.M.CAPC8026F1J0G22600014V22µF
S.M.CAPC8028F1G1C104A07716V 100nF
S.M.CAPC8029F1G1C104A07716V 100nF
S.M.CAPC8031F1G1C104A07716V 100nF
S.M.CAPC8034F1G1C104A07716V 100nF
S.M.CAPC8035F1G1C104A07716V 100nF
S.M.CAPC8037F1J1A106A08710V10µF
S.M.CAPC8041F1G1C104A07716V 100nF
S.M.CAPC8042F1J1A106A08710V10µF
S.M.CAPC8044F1G1C104A07716V 100nF
S.M.CAPC8046F1G1C104A07716V 100nF
S.M.CAPC8047F1G1C104A07716V 100nF
S.M.CAPC8050F1G1C104A07716V 100nF
S.M.CAPC8051F1G1C104A07716V 100nF
S.M.CAPC8053F1G1C104A07716V 100nF
S.M.CAPC8054F1G1C104A07716V 100nF
S.M.CAPC8055F1G1H102000850V1nF
S.M.CAPC8100F1G1E682A12325V6.8nF
S.M.CAPC8102F1J1A475A08710V4.7µF
S.M.CAPC8104F1H1C105A14516V 1000nF
S.M.CAPC8106F1G1C223A08116V22nF
S.M.CAPC8108F1G1C104A07716V 100nF
S.M.CAPC8110F1G1C104A07716V 100nF
S.M.CAPC8112F1K1E106A13625V10µF
S.M.CAPC8114F1K1E106A13625V10µF
S.
M.CAPC8116F1K1E106A13625V10µF
S.M.CAPC8118F1K1E106A13625V10µF
S.M.CAPC8120F1J0G22600014V22µF
S.M.CAPC8122F1J0G22600014V22µF
S.M.CAPC8124F1J0G22600014V22µF
S.M.CAPC8126F1J0G22600014V22µF
S.M.CAPC8128F1J0G22600014V22µF
S.M.CAPC8200F1G1C104A07716V 100nF
S.M.CAPC8205F1G1C104A07716V 100nF
S.M.CAPC8206F1G1C104A07716V 100nF
S.M.CAPC8207F1J1A106A08710V10µF
S.M.CAPC8208F1G1C104A07716V 100nF
S.M.CAPC8210F1G1C104A07716V 100nF
S.M.CAPC8212F1G1C104A07716V 100nF
S.M.CAPC8215F1G1C104A07716V 100nF
S.M.CAPC8225F1G1C104A07716V 100nF
S.M.CAPC8300F1G1H6R0A73250V6pF
8715F1J1A106A08710V10µF
TERMINALS AND LINKS
S.M.CAPC8301F1G1H7R0A73250V7pF
S.M.CAPC8302F1G1C104A07716V 100nF
S.M.CAPC8303F1G1C104A07716V 100nF
S.M.CAPC8304F1G1C104A07716V 100nF
S.M.CAPC8305F1G1A105A04710V 1000nF
S.M.CAPC8306F1G1A105A04710V 1000nF
S.M.CAPC8307F1G1A105A04710V 1000nF
S.M.CAPC8308F1G1A105A04710V 1000nF
S.M.CAPC8309F1G1A105A04710V 1000nF
S.M.CAPC8310F1G1A105A04710V 1000nF
S.M.CAPC8311F1G1A105A04710V 1000nF
S.M.CAPC8401F1G1C104A07716V 100nF
S.M.CAPC8402F1K0J226A0496.3V22µF
S.M.CAPC8403F1K0J226A0496.3V22µF
S.M.CAPC8406F1G1C104A07716V 100nF
S.M.CAPC8407F1G1C104A07716V 100nF
S.M.CAPC8411F1G1C104A07716V 100nF
S.M.CAPC8619F1G1C104A07716V 100nF
S.M.CAPC8620F1G1C104A07716V 100nF
S.M.CAPC8627F1G1C104A07716V 100nF
S.M.CAPC8628F1J1A106A08710V10µF
S.M.CAPC8629F1G1C104A07716V 100nF
S.M.CAPC8700F1G1C103000816V10nF
S.M.CAPC8702F1J1A106A04310V10µF
S.M.CAPC8703F1J1A106A04310V10µF
S.M.CAPC8705F1G1E103000525V10nF
S.M.CAPC8707F1G1C103000816V10nF
S.M.CAPC8708F1J1A106A04310V10µF
S.M.CAPC8709F1J1A106A04310V10µF
S.M.CAPC8710F1J1A106A04310V10µF
S.M.CAPC8711F1G1C223A08116V22nF
S.M.CAPC8712F1G1H272A57150V2.7nF
S.M.CAPC8714F1J1A475A08710V4.7µF
S.M.CAPC
S.M.CAPC8716F1G1C104A07716V 100nF
S.M.CAPC8717F1G1C104A07716V 100nF
S.M.CAPC8721F1K1E106A13625V10µF
S.M.CAPC8722F1K1E106A13625V10µF
S.M.CAPC8723F1K1E106A13625V10µF
S.M.CAPC8724F1K1E106A13625V10µF
S.M.CAPC8764F1H1A105A02510V1µF
S.M.CAPC8765F1H1A105A02510V1µF
S.M.CAPC8769F1G1C223A08116V22nF
S.M.CAPC8772F1J1A106A04310V10µF
S.M.CAPC8773F1J1A106A04310V10µF
S.M.CAPC8900F1G1C104A07716V 100nF
S.M.CAPC8901F1G1C104A07716V 100nF
S.M.CAPC8902F1G1C104A07716V 100nF
S.M.CAPC8903F1G1C104A07716V 100nF
ELECTC9500F2A1V471007935V 470µF
S.M.CAPC9501F1K1H225A11850V 2200nF
S.M.CAPC9502F1H1C474A14316V 470nF
S.M.CAPC9503F1G1E103000525V10nF
S.M.CAPC9505F1G1E103000525V10nF
S.M.CAPC9506F1J1A475A08710V4.7µF
S.M.CAPC9507F1H1C474A14316V 470nF
S.M.CAPC9513F1J1H182A72150V1.8nF
S.M.CAPC9514F1J1H182A72150V1.8nF
S.M.CAPC9515F1J1H182A72150V1.8nF
S.M.CAPC9516F1J1H182A72150V1.8nF
ELECTC9517F2A2C5600001160V56µF
S.M.CAPC9524F1L2E1040002250V 100nF
PLUG .K4AD01A00003
TERMINAL .K4AD01D00008
15P CONNECTOR A09K1KY15BA0324
A09-P2 WIRE A09-P2TXJA09PAUB-2
Page 37
SWITCHES
37
DescriptionCct RefParts NumberDescriptionCct RefParts Number
7P CONNECTOR A10K1KY07AA0719
A10-KA10 WIRE A10-KA10 TXJA10PAUB-2
4P CONNECTOR A12K1KA04BA0055
A12-SPK WIRE A12-SPK TXJA12PAUB-1
60P CONNECTOR A15K1MY60B00005
LVDS WIRE A15-PAN TSX0E207
14P CONNECTOR CN0102 K1KA14A00248
OPTICAL LINK D3050K7AAAY000011
YUV_AUDIO IN_V INJK1001B K1U608A00002
SCART TERMINAL JK1003K1FY121A0012
HDMI TERMINAL JK1020K1FY119D0015
HDMI TERMINAL JK1021K1FY119D0015
HP TERMINAL JK1052K2HC1YYB0063
CI SLOT JK1070K1NA68B00056
SD SLOT JK8850K1NA12E00016
7P CONNECTOR KA10K1KA07B00135
12P CONNECTOR LD2K1KY12BA0322
14P CONNECTOR LD4K1KY14BA0302
2P CONNECTOR P1K1KA02B00295
16P CONNECTOR P2K1KY16BA0311
14P CONNECTOR P4K1KA14BA0311
P4-LD4 WIRE P4-LD4TXJLEDPAUB-2
SWITCH SW 7401 K0F122A00203
SWITCH SW 7402 EVQ11G05R
SWITCH SW 7403 EVQ11G05R
SWITCH SW 7404 EVQ11G05R
SWITCH SW 7406 EVQ11G05R
SWITCH SW 7407 EVQ11G05R
RESISTORS
DIFFERENCES FOR MODEL TX--LR32X3
EXPLODED VIEW
INSTRUCTION BOOKS
I.C.s
RESISTORS
SMDJS0003D0GAR00J0005.063W 5%0 Ω
X
A P.C.B. 23A-LR32X3
BATTERY COVER OF RC 24BAT-C-0666
MODEL LABEL 25TBM0E2697
REMOTE CONTROL 26N2QAYB000666
KAZAKHSTAN .TQB0E21729
RUSSIAN .TQB0E2172L
UKRAINIAN .TQB0E2172Y
EEPROM STM IC8901STMLR32X3
EEPROM SLD2 IC8902X24CLR32X3
SMDJS0012D0GAR00J0005.063W 5%0 Ω
RTL
DIFFERENCES FOR MODEL TX--L32X3E
EXPLODED VIEW
A P.C.B. 23A-L32X3E
BATTERY COVER OF RC 24BAT-C-0487
MODEL LABEL 25TBM0E2695
REMOTE CONTROL 26N2QAYB000487
INSTRUCTION BOOKS
GERMAN .TQB0E2171A
DUTCH .TQB0E2171B
ITALIAN .TQB0E2171C
FRENCH .TQB0E2171D
SPANISH .TQB0E2171E
SWEDISH .TQB0E2171F
NORWEGIAN .TQB0E2171G
FINNISH .TQB0E2171H
LITHUANIAN .TQB0E2171I
PORTUGUESE .TQB0E2171J
DANISH .TQB0E2171K
BULGARIAN .TQB0E2171M
ROMANIAN .TQB0E2171N
LATVIAN .TQB0E2171O
POLISH .TQB0E2171P
HUNGARIAN .TQB0E2171Q
CZECH .TQB0E2171R
GREEK .TQB0E2171S
TURKISH .TQB0E2171T
ENGLISH .TQB0E2171U
CROATIAN .TQB0E2171V
SLOVAKIAN .TQB0E2171W
CD .TQB0E2171X
ESTONIAN .TQB0E2171Z
I.C.s
EEPROM STM IC8901STML32X3E
EEPROM SLD2 IC8902X24CL32X3E
X
RTL
Page 38
Schematic Diagrams
38
NOTE
1. RESISTOR
All resistors are carbon ¼W resistor, unless marked otherwise.
Unit of resistance is OHM () (k=1,000, M=1,000,000)
2. CAPACITORS
All capacitors are ceramic 50V unless marked otherwise.
Unit of capacitance is F unless otherwise stated.
3. COIL
Unit of inductance is H, unless otherwise stated.
4. TEST POINT
Test Point Position
5. EARTH SYMBOL
Chassis Earth (Cold)
Line Earth (Hot)
6. VOLTAGE MEASUREMENT
Voltage is measured by a D.C. voltmeter.
Measurement conditions are as follows:
Power source 220V-240V AC, 50 Hz
Receiving Signal Colour Bar signal (RF)
All customer controls Maximum position
7.
Indicates the Video signal path
Indicates the Audio signal path
These schematic diagrams are the latest at time of printing and are subject to change without notice.
REMARKS
a. Do not touch the hot part, or the hot and cold parts at the same time, as you are liable to a shock hazard.
b. Do not short circuit the hot and cold circuits as electrical components may be damaged.
c. Do not connect an instrument, such as an oscilloscope, to the hot and cold circuits simultaneously as this may cause
fuse failure. Connect the earth of the instruments to the earth connection of the circuit being measured.
d. Make sure to disconnect the power plug before removing the chassis.
NOTE
1. The Power Supply Circuit contains a circuit area, which uses a separate power supply to isolate the earth connection.
The circuit is defined by HOT and COLD indications in the schematic diagram. All circuits, except the Power Circuit, are
COLD.
Components identified by mark have special characteristics
important for safety. When replacing any of these components, use
only manufacturers' specified parts.