3.2.Back End ............................................................................................................................................6
4.IC AND COMPONENT DESCRIPTIONS ............................................................................................12
4.1.Basic IC List .....................................................................................................................................12
17MB18 has two programmable ICs, UOCIII (IC203) and 29XX800 (IC102, having the
PW1306 (IC100) codes).
29XX800 (IC102) will be programmed before the TV production and will be mounted as
programmed. On the other hand, software update can be needed after production so the
programming instructions is given also for this IC in related chapter.
1- Connect the 5 pin cable of the “programming board” to PL203 of the 17MB18 mainboard.
Connect the programming board to the computer in which “WISP” program is loaded via
“Paralel Port”.
2- Run WISP program. As it is seen in figure1 change “Delay time” value to “5” ms.
3- Under “Settings Menu”, set the I2C configurations as it is seen in figure2; press
“Confirm” and close this window.
(Note: Once the above settings are done, there is no need to do them again each time
loading the UOC code.)
4- Click “Enter ISP Mode” button and then click “Send” button. In the white display area
with “ISP status” heading, “ISP mode... Ready” will be displayed. (Unless you do not see
this warning, check the cable connections and the settings described above.)
Page 6
Figure1: WISP Main Menu
2
Figure2: I2C Configuration
5- Click “Erase Flash” button and then click “Send” button. If ereasing is done without any
problem, “three green OK” will be displayed on the main menu window. This indicates
that the memory inside the IC is erased succesfully.
6- Click “Write Flash” button and then click “Browse” button. Select the “gtv.hex” UOC code
file by browsing the explorer to the folder where this “gtv.hex” file is stored. Wait for a
few seconds untill the program reads the code. You will see the blue bar indicating the
“reading operation” on the bottom of the Wisp main menu window.
7- Click “Send” button. You will see the blue bar indicating the “Loading Code to UOC IC”
on the bottom of the window. When the loading operation is over without any error
“three green OK” will be displayed on the window. This indicates the loading operation is
performed succesfully.
Step3: Initializing the TV
8- Turn off and on the TV. Press RCs “Menu” (M) and “4””7””2””5” buttons respectively.
9- Press RCs “0” ”0” ”1” buttons respectively. (“Init TV 0” will be displayed on the screen)
10- Press RCs “Volume +” and set “Init TV 1” and wait the TV to automatically turn off.
Page 7
3
1.2. 29XX800 Programming for PW1306
The following instructions are only needed for software upgrades. For the TV production,
pre-programmed 29XX800 will be mounted on the board.
1- Copy flasher.hex and romcode.hex to “X:\XXX \ QTV_TVK2_V_021\Project\PW13XX_QTV”
directory.
2- Connect programmer board 4-pin cable to PL100 on 17MB18.
3- Connect programmer board serial port cable to PC COM Port1.
4- Close jumper PL501.
5- Execute “FlashUpgrader.exe” in “C:\XXX\ QTV_TVK2_V_021\bin\” directory.
6- Press “Choose” and select romcode.inf from
7- Press “Flash”
8- Power on the board. Observe the sliding bar on the main menu showing that flasher.hex
and then romcode.hex are being downloaded to the IC on 17MB18 main board.
9- Power off the board when the download operation is over.
10- Open jumper PL501.
11- Power On the board. Press Remote Controls (RC) “Menu” (M) and “4””7””2””6” buttons
respectively.
12- By using RIGHT and LEFT buttons of the RC, select “Service Submenu 2”
13- By using DOWN button of the RC highlight Init NVM. Press RIGHT button of the RC and
initialize the PixelWorks side.
14- Turn Off and On the TV.
15- Depanding the size of the Panel(15”, 17”, 20”) the screen may be full white and no
picture is observed.
If screen is full white:
For 15” TV, Press Remote Controls (RC) “Menu” (M) and “4” “7” “2” “6” buttons and then “0”
respectively.
For 17” TV, Press Remote Controls (RC) “Menu” (M) and “4” “7” “2” “6” buttons and then “2”
respectively.
For 20” TV, Press Remote Controls (RC) “Menu” (M) and “4” “7” “2” “6” buttons and then “1”
respectively.
Page 8
2.INTRODUCTION
2.1. Scope
The document covers 20” integrated digital TV(IDTV) 17MB18 chassis building blocks, basic features, service menu
settings, and the other information needed by service personal.
2.2. General Features
The system is a 14” to 23” TFT LCD TV solution with UOCIII Versatile Signal Processor and PW1306 Video Image
Processor chip-set on 4-layer PCB. The TV will support PAL/SECAM B/G/D/K/I/L/L’.
The other general default features of the TV are as listed below:
1 Full Scart input (with SVHS support)
1 SVHS input through standard S-Video interface.
1 CVBS input through standard RCA jack
75 ohms antenna input
D-Sub 15 PC Input
GERMAN + NICAM STEREO
<3W S/B Power Consumption from mains supply
2x3W Speaker Output Power @16 Ohm spks; HP Output, Stereo Audio line out
Stereo Audio line in
Equalizer
IR Control (RC5)
OSD;Menu Languages ENG, FRA, GER, ITA, SPA, POR, TUR, SWE, DEN, FIN, CRO, SLO, SLOVEN, NOR,
POL, CZE, HUN,ROM,BUL, RUS (subject to change and be grouped)
Teletext
2H/4H Comb Filter
White balance settings (warm/normal/cool) for TV&PC
Full AIR&CABLE band coverage
Auto Shut down
4
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17” TFT TV Service Manual19/11/2003
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3.SYSTEM BUILDING BLOCKS
17MB18 chassis main blocks are as follows:
Analog Front End: UOCIII (Microcontroller + Video Proccessor + Sound Proccessor + IF), CTI, Tuner, SAW
filters, Audio Amp., DAC
Back End: PW1306(Microcontroller, Scaler, OSD, Keyboard/IR Interface)
17MB18 Main Board consists of two major blocks. The first block is analog front-end and this block is handled by
UOCIII chip that is highly multifunctional. This IC does demodulation of Video & Audio from Tuner IF, CVBS, Audio,
RGB, SVHS input selection and processing. It has an audio processor that supports equalizer or tone control, volume
control, AVL, surround effect etc and supplies amplifier, headphone and CVBS & audio line outputs. It handles video
processing such as colour standard detection and demodulation, picture alignment (brightness, contrast, colour etc.). The
IC also does teletext decoding with 10 pages text memory. After video processing, the processed video is applied to
PW1306 chip in RGB format.
The TV Tuner is an asymmetrical IF output type and is PLL controlled. For multistandard reception, a switchable SAW
filter is used as the sound filter and it is controlled by SAW_SW output from UOC. After the SAW filter block, IF signal
is applied to UOC IF inputs (VIFIN[1,2] and SIF[1,2]).
As UOCIII can handle all the audio processing, there is no need for additional audio processor solution on the board.
UOC supports three Audio outputs. These outputs are assigned to Headphone, Speaker and Scart Audio line outputs. The
board employs TDA7056A and TDA1308 to drive speaker and headphone outputs respectively. As another dedicated
output for Audio Line out from jack is not possible in UOC, this line out signal is obtained by using I2S input DAC
CS4335. UOCIII I2S output is converted to anolog signal by DAC CS4335.
3.1.1.Tuner
As the thickness of the TV set has a limit, a horizontal mounted tuner with longer connector is used in the
product. The tuning is available through the digitally controlled I2C bus (PLL). Below you will find info on the
Asymmetrical Tuner in use.
General description:
The tuner meets a wide range of applications. It is a combined VHF, UHF tuner suitable for CCIR systems
B/G, H, L, L’, I and I’. The low IF output impedance drives a wide variety of SAW filters with sufficient
suppression of triple transient.
Features:
Small sized UHF/VHF tuners
Systems CCIR: B/G, H, L, L’, I and I’; OIRT: D/K
Digitally controlled (PLL) tuning via I2C-bus
Off-air channels, S-cable channels and Hyper band
ZS(AE) Aerial source impedance (unbalanced) 75 Ohm
PINSYMBOLDESCRIPTION
1
2
3
4
5
6
7
8
9
AGC
Automatic Gain Control Voltage 4 0.1
TUTuning voltage monitor (output)
AS
SCL
SDA
I 2C-Bus Address Select
I 2C-Bus Serial Clock
I 2C-Bus Serial Data
n.c.Not Connected
Vs
ADC
VST
Supply Voltage +5V 0.125
ADC Input
Fixed tuning Supply Voltage +33V 0.5
Page 10
10
11
M1,M2,M3,
M4
3.1.2.SAW Filters
K3953M is an IF Filter for Video Applications. The package is SIP5K. Supported standards are B/G, D/K, I,
L/L’.
K9656M is an IF Filter for Audio Applications. The package is SIP5K. Supported standards are B/G, D/K, I,
L/L’.
3.2.Back End
The Back End section is handled by PW1306 chip. This IC has built in ADC’s for RGB and SOY support. The RGB input
can handle standard interlaced RGB output from UOC, PC VGA RGB input. As only 1 set of ADC is present in PW1306
these sources should be multiplexed.
All the multiplexing operations are controlled by PW1306 via YUV_TV_SW (58) and VGA_TV_SW (57) signals.
The video output from PW1306 is a 48-bit digital RGB bus format and made available on two separate connectors with
TTL control signals (i.e. HS, VS, CLK, etc.). This digital output is intended to interface to TTL compatible display
devices. As PW1306 does not have integrated LVDS transmitter, 24 bit (even part of RGB) video output and TTL control
signals from PW1306 are also inputted to DS90C385 LVDS IC to produce single pixel LVDS output for LVDS
compatible LCDs.
Backlight control is also possible via PW1306 Porta7 pin (PWMOUT, PL176-10), that is a variable duty-cycle pulse
generator output.
I.F out 2Symmetrical I.F output 2 / Do not connect for asymmetrical
I.F out 1Asymmetrical I.F Output / Symmetrical I.F output 1
The keypads (17TK15, 16, 17, 20, 21, 26) for 17MB18 main board are listed in the Table below. (They have the same
connector pinning though):
20”
Key NameTypeFunction21
PowerSoft sw.Power shut-down and turn onX
Stand-byTact sw.Switch between stand-by and turn on modes.TV/AVTact sw.Input source select button.X
MenuTact sw.Display main menu on the screen. If any menu is
active, display the upper menu. If main menu is
active, turn menu off.
Program-Tact sw.Go to the lower program at any time in TV mode.
In menu mode, go to down menu item.
Program+Tact sw.Go to the upper program at any time in TV mode.
In menu mode, go to up menu item.
Volume-Tact sw.Decrease the volume level in the volume. In menu
mode, go to left menu item.
Volume+Tact sw.Increase the volume level in the volume. In menu
mode, go to right menu item.
Connector PL1 on keypads (connected to the connector PL175 on the main board):
*Reserved: It can be +5V in the future designs if needed.
3.3.2.IR&Led Board
IR&LED board contains LED indicator(s) to show TV’s status (Red for stand-by, green for normal operation) and one IR
receiver to get remote control instructions. All the IR&LED boards have the same circuit and connector pinning but the
different mechanical structure to fit different cabinets (see the related section for schematics and connector pinning).
17” TFT TV Service Manual
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Page 14
3.4. Power
Several linear regulators and switches are used to generate several separate analog and digital voltage supplies such as +5, +3.3,
+1.8, etc. (Please check the Figure 3, and Table 3 for power management details.)
17” TFT TV Service Manual
Table 3: Power management table.
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17” TFT TV Service Manual
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4.IC AND COMPONENT DESCRIPTIONS
4.1. Basic IC List
NoTitleDescription
IC203UOCIIIVersatile Signal Processor
IC100PW1306Video Image Processor with Analog Interface
IC102MT28F800B3WFlash Memory
IC176DS90C385Programmable LVDS Transmitter
IC103EL1883Sync Separator
The UOCIII series combines the functions of a Video Signal Processor (VSP) together with a FLASH embedded
TEXT/Control/Graphics m-Controller (TCG m-Controller) and US Closed Caption decoder. In addition the following functions
can be added:
Adaptive digital (4H/2H) PAL/NTSC combfilter
Teletext decoder with 10 page text memory
Multi-standard stereo decoder
BTSC stereo decoder
Digital sound processing circuit
Digital video processing circuit
The UOC III series consists of the following 3 basic concepts:
Stereo versions. These versions contain the TV processor with a stereo audio selector, the TCG m-Controller, the multi-
standard stereo or BTSC decoder, the digital sound processing circuit and the digital video processing circuit. Options are
the adaptive digital PAL/NTSC comb filter and a teletext decoder with 10 page text memory.
AV stereo versions. These versions contain the TV processor with stereo audio selector and the TCG m-Controller. Options
are the digital sound processing circuit, the digital video processing circuit, the adaptive digital PAL/NTSC comb filter and
a teletext decoder with a 10 page text memory.
Mono sound versions. These versions contain the TV processor with a selector for mono audio signals and the TCG m-
Controller. Options are the adaptive digital PAL/NTSC combfilter and a teletext decoder with 10 page text memory.
17” TFT TV Service Manual
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Page 17
4.2.1.Pinout
Figure 6: UOCIII Pin configuration “stereo” and “AV-stereo” versions with Audio DSP
SYMBOL
VSSP2111ground
VSSC4222ground
VDDC4333digital supply to SDACs (1.8V)
VDDA3(3.3V)444supply (3.3 V)
VREF_POS_LSL5
VREF_NEG_LSL+HPL6
VREF_POS_LSR+HPR7
STEREO +AV
STEREO
AV STEREO
NO AUDIO
DSP
--
--
--
MONODESCRIPTION
positive reference voltage SDAC (3.3 V)
negative reference voltage SDAC (0 V)
positive reference voltage SDAC (3.3 V)
13
17” TFT TV Service Manual
Page 18
SYMBOL
STEREO +AV
STEREO
VREF_NEG_HPL+HPR8
VREF_POS_HPR9
AV STEREO
NO AUDIO
DSP
--
--
MONODESCRIPTION
negative reference voltage SDAC (0 V)
positive reference voltage SDAC (3.3 V)
XTALIN101010crystal oscillator input
XTALOUT111111crystal oscillator output
VSSA1121212ground
VGUARD/SWIO131313
V-guard input / I/O switch (e.g. 4 mA current
sinking capability for direct drive of LEDs)
DECDIG141414decoupling digital supply
VP1151515
1stsupply voltage TV-processor (+5 V)
PH2LF161616phase-2 filter
PH1LF171717phase-1 filter
GND1181818ground 1 for TV-processor
SECPLL191919SECAM PLL decoupling
DECBG202020bandgap decoupling
EWD/AVL (1)
212121East-West drive output or AVL capacitor
VDRB222222vertical drive B output
VDRA232323vertical drive A output
VIFIN1242424IF input 1
VIFIN2252525IF input 2
VSC262626vertical sawtooth capacitor
IREF272727reference current input
GNDIF282828ground connection for IF amplifier
SIFIN1/DVBIN1 (2)
AUDOUT/AMOUT/FMOU
T
AUDOUTHPL62--audio output for headphone channel (left signal)
AUDOUTHPR63
CVBSO/PIP646464CVBS / PIP output
SVM656565scan velocity modulation output
FBISO/CSY666666
HOUT676767horizontal output
VSScomb686868ground connection for comb filter
VDDcomb696969supply voltage for comb filter (5 V)
--
--
-
audio 3 input (left signal)
-
audio output for audio power amplifier (left signal)
-audio output for audio power amplifier (right
signal)
62
audio output / AM output / FM output, volume
controlled
audio output for headphone channel (right signal)
flyback input/sandcastle output or composite H/V
timing output
VIN (R/PRIN2/CX)707070
UIN (B/PBIN2)717171
YIN (G/YIN2/CVBS-YX)727272
YSYNC737373Y-input for sync separator
V-input for YUV interface (2ndR input / PRinput or
CXinput)
U-input for YUV interface (2ndB input / PB input)
Y-input for YUV interface (2nd G input / Y input or
CVBS/YXinput))
15
17” TFT TV Service Manual
Page 20
SYMBOL
YOUT747474Y-output (for YUV interface)
UOUT (INSSW2)757575
VOUT (SWO1)767676V-output for YUV interface (general purpose
INSSW3777777
R/PRIN3787878
G/YIN3797979
B/PBIN3808080
GND3818181ground 3 for TV-processor
VP3828282
BCLIN838383beam current limiter input
BLKIN848484black current input
RO858585Red output
GO868686Green output
BO878787Blue output
VDDA1888888analog supply for TCG m-Controller and digital
STEREO +AV
STEREO
AV STEREO
NO AUDIO
DSP
MONODESCRIPTION
U-output for YUV interface (2ndRGB / YPBPR
insertion input)
switch output)
3rdRGB / YPBPR insertion input
3rdR input / PRinput
3rdG input / Y input
3rdB input / PBinput
3rdsupply for TV processor
supply for TV-processor (+3.3 V)
VREFAD_NEG898989negative reference voltage (0 V)
VREFAD_POS909090positive reference voltage (3.3 V)
VREFAD91
GNDA929292ground
VDDA(1.8V)939393analogue supply for audio ADCs (1.8 V)
VDDA2(3.3)949494supply voltage SDAC (3.3 V)
VSSadc959595ground for video ADC and PLL
VDDadc(1.8)969696supply voltage video ADC and PLL
INT0/P0.5979797
P1.0/INT1989898port 1.0 or external interrupt 1
P1.1/T0999999port 1.1 or Counter/Timer 0 input
VDDC2100100100digital supply to core (1.8 V)
VSSC2101101101ground
P0.4/I2SWS102
P0.4
P0.3/I2SCLK103
P0.3-103103port 0.3
P0.2/I2SDO2104
P0.2-104104port 0.2
P0.1/I2SDO1105
P0.1
-
-
--
--port 0.4 or I2S word select
102102port 0.4
--port 0.3 or I2S clock
--port 0.2 or I2S digital output 2
--port 0.1 or I2S digital output 1
105105port 0.1
reference voltage for audio ADCs (3.3/2 V)
external interrupt 0 or port 0.5 (4 mA current
sinking capability for direct drive of LEDs)
17” TFT TV Service Manual
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Page 21
SYMBOL
P0.0/I2SDI1/O106
P0.0
P1.3/T1107107107port 1.3 or Counter/Timer 1 input
STEREO +AV
STEREO
-
AV STEREO
NO AUDIO
DSP
--port 0.0 or I2S digital input 1 or I2S digital output
106106port 0.0
MONODESCRIPTION
P1.6/SCL108108108
P1.7/SDA109109109
VDDP(3.3V)110110110
P2.0/TPWM111111111port 2.0 or Tuning PWM output
P2.1/PWM0112112112port 2.1 or PWM0 output
P2.2/PWM1113113113port 2.2 or PWM1 output
P2.3/PWM2114114114port 2.3 or PWM2 output
P3.0/ADC0115115115port 3.0 or ADC0 input
P3.1/ADC1116116116port 3.1 or ADC1 input
VDDC1117117117digital supply to core (+1.8 V)
DECV1V8118118118decoupling 1.8 V supply
P3.2/ADC2119119119port 3.2 or ADC2 input
P3.3/ADC3120120120port 3.3 or ADC3 input
VSSC/P121121121digital ground for m-Controller core and periphery
P2.4/PWM3122122122port 2.4 or PWM3 output
P2.5/PWM4123123123port 2.5 or PWM4 output
VDDC3124124124digital supply to core (1.8V)
VSSC3125125125ground
port 1.6 or I2C-bus clock line
port 1.7 or I2C-bus data line
supply to periphery and on-chip voltage regulator
(3.3 V)
P1.2/INT2126126126port 1.2 or external interrupt 2
P1.4/RX127127127port 1.4 or UART bus
P1.5/TX128128128port 1.5 or UART bus
4.3.PW1306
The PW1306 Video Image Processor is a “system-on-a-chip ” that oversamples and processes RGB or YPbPr video from
analog video decoders. The PW1306 integrates video processing, including deinterlacer and video enhancement filters with a
triple ADC. Analog RGB or YPbPr in PC graphics, standard, or high-definition video can be displayed in either 4:3 or 16:9
formats.
Supports analog video decoders with triple 8-bit Analog-to-Digital Converters (ADCs) up to 140 MSPS conversion rate
Supports Sync-on-Green (SOG), Sync-on-Luma (SOY),and Composite sync inputs
1080i/720p/480p HDTV; 480i and 576i NTSC/PAL SDTV; PC graphics (up to SXGA)
YPbPr/YCbCr/YUV-to-RGB Color Space Converter with programmable coefficients
On-chip, bitmap-based, OSD controller with on-chip memory
24/30/48-bit RGB output with 135 MPixels/second maximum output rate
4.3.1.Pinout
This section lists the pin functions for the PW1306 208-pin PQFP package. Pin types include:
I/O SR5 (I/O slew rate-controlled,5V input tolerant)
17
17” TFT TV Service Manual
Page 22
I/O D5 (bidirectional, 5-volt tolerant with pull-down)
I/O U5 (bidirectional, 5-volt tolerant with pull-up)
ID 5 (input, 5-volt tolerant with pull-down)
OS (output with fixed slew-rate control)
AI (analog input, 5-volt tolerant)
DI (digital input, 5-volt tolerant)
DIS (digital input, 5-volt tolerant, Schmitt trigger)
I (XTALIN)
(XTALOUT)
P (power)
NC (no connect)
BOD (bidirectional open drain)
OSR (output with slew rate)
Figure 8: PW1306 Pin configuration.
SignalPinTypeFunction
RAIN37AI
GAIN43AI
BAIN50AI
17” TFT TV Service Manual
Red/Green/Blue Analog Inputs. These pins receive the Red, Green and Blue, or
YPbPr/YCbCr/YUV analog signals from the analog video source. For proper
operation of the clamp feature, these inputs must be AC-coupled.
18
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SignalPinTypeFunction
Analog Sync-On-Green or Sync-On-Luma input. Allows recovery of the HSYNC
SOGIN44AI
signal when this pin is AC-coupling to the Green (Red or Blue) analog signal source.
If not used, this pin should be left unconnected.
FILT23AI
HSYNC65DIS
VSYNC64DIS
DCLK106OSR
DCLKNEG107OSRDPort Pixel Clock.
DVS101OS
DHS102OS
External PLL Loop Filter. When using the on-chip PLL, this pin must be connected to
an external filter network.
Horizontal Synchronization Input. This digital input signal controls the horizontal scan
frequency by synchronizing the start of the horizontal scan. The logic polarity of this
signal is controlled by the HSPOL bit.
Vertical Synchronization Input. This digital signal controls the vertical scan
frequency.
DPort Pixel Clock. Output clock for the display port pixel data. DCLK is enabled by
the DCLKEN bit and can be inverted by the DCPOL bit. DCLK can be set to run at ½
pixel rate, for dual pixel output mode, by setting the DCK2EN bit. The internal DCLK
clock domain can be disabled by the DCLKOFF bit to reduce power consumption.
DPort Vertical Sync. DVS can be either active-high or active-low depending on the
VSPOL bit. Width and timing is controlled by the VPLSE and VDLY registers.
DPort Vertical Sync. DHS can be either active-high or active-low depending on the
HSPOL bit. Sync width can be controlled by the HPLSE register.
DEN103OS
DER098OSR
DER197OSR
DER294OSR
DER393OSR
DER492OSR
DER591OSR
DER690OSR
DER789OSR
DPort Pixel Enable. This signal is active whenever valid data is present. The polarity
is specified by the DENPOL bit.
DEPort Red Pixel Data. In dual pixel output mode these pins are the EVEN red
outputs.
17” TFT TV Service Manual
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SignalPinTypeFunction
DEG088OSR
DEG187OSR
DEG286OSR
DEG385OSR
DEPort Green Pixel Data. In dual pixel output mode these pins are the EVEN green
outputs.
DEG482OSR
DEG581OSR
DEG680OSR
DEG779OSR
DEB078OSR
DEB177OSR
DEB274OSR
DEB373OSR
DEB471OSR
DEB570OSR
DEB667OSR
DEB766OSR
VCLK72I/O D5
DEPort Blue Pixel Data. In dual pixel output mode these pins are the EVEN blue
outputs.
DVPort Pixel Clock. The VCLK pin is used for DV port image capture. The polarity
can be selected by the VCLKPOL bit.
VPEN55I/O D5
17” TFT TV Service Manual
DVPort Pixel Enable. Used when external flow control capture mode is enabled by
the EXTFCE bit. When VPEN is active, the input data is valid. The polarity can be
selected by the PENPOL bit. Use of this pin allows non-contiguous input data.
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SignalPinTypeFunction
PORTD(7:0) can be used as GPO (Output Only).
PORTD[0-7]
DOR0131
DOR1130
DOR2129
DOR3128
DOR4127
DOR5126
DOR6125
DOR7124
[56-
63]
I/O
I/O
SR5
I/O
SR5
I/O
SR5
I/O
SR5
I/O
SR5
I/O
SR5
I/O
SR5
I/O
SR5
DOPort Red Pixel Data. In dual pixel output mode these pins are the ODD red
outputs. In single pixel output mode these pins are not used.
DOG0121
DOG1120
DOG2119
DOG3118
DOG4117
DOG5116
DOG6115
DOG7114
DOB0113
I/O
SR5
I/O
SR5
I/O
SR5
I/O
SR5
I/O
SR5
I/O
SR5
I/O
SR5
I/O
SR5
I/O
SR5
DOPort Green Pixel Data. In dual pixel output mode these pins are the ODD green
outputs. In single pixel output mode these pins are not used.
DOPort Blue Pixel Data. In dual pixel output mode these pins are the ODD blue
outputs. In single pixel output mode these pins are not used.
DOB1112
17” TFT TV Service Manual
I/O
SR5
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SignalPinTypeFunction
DOB2111
DOB3110
DOB4109
DOB5108
DOB6100
DOB799
WR195I/O D5Write Enable. Low indicates a write to external RAM or other devices.
RD196I/O D5Read Enable. Low indicates a read to external RAM or other devices.
ROMOE197OSROM Output Enable. Low output indicates a read from external ROM.
ROMWE198OSROM Write Enable. Low indicates a write to external ROM.
Miscellaneous Chip Select 1. When EXTRAMEN=0, low selects external devices.
Chip select for external RAM. When EXTRAMEN=1, low selects external RAM.
(RAMCS)
NMI194ID 5
A1193
A2192
A3191
A4190
A5189
A6188
A7183
A8182
A9181
A10180
A11179
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
Non-Maskable Interrupt. A high input triggers a non-maskable interrupt to the on-chip
microprocessor.
Microprocessor address bus output bits (19:1).
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SignalPinTypeFunction
A12178
A13177
A14176
A15175
A16164
A17163
A18162
A19161
D0160
D1159
D2158
D3157
D4156
D5155
D6154
D7153
D8152
D9151
D10150
D11149
D12148
D13145
D14144
D15143
PORTA0208
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
D5
I/O
U5
Microprocessor 16-bit bidirectional data bus.
General-purpose I/O port bit controlled by PADAT0 and PAEN0. This pin has one
other possible function when EXTRAMEN=1. When EXTRAMEN=1 and PAEN0=0,
PORTA1 is microprocessor address bit 0 (A0).
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SignalPinTypeFunction
General-purpose I/O port bit controlled by PADAT1 and PAEN1. This pin has one
other possible function when EXTRAMEN=1. When EXTRAMEN=1 and PAEN1=0,
PORTA1207
I/O
U5
PORTA1 is microprocessor byte-high enable (BHEN)
PORTA2206
PORTA3205
PORTA4204
PORTA5203
PORTA6202
I/O
U5
I/O
U5
I/O
U5
I/O
U5
I/O
U5
General-purpose I/O port bit controlled by PADAT2 and PAEN2.
General-purpose I/O port bit controlled by PADAT3 and PAEN3. This pin can also
function as an external clock source for DCLK (DCLKEXT) when both the internal
PLLs are disabled or when DPLLBYP=1.
General-purpose I/O port bit controlled by PADAT4 and PAEN4. This pin has one
other possible function when IREN=1. When IREN=1 and PAEN4=1, this pin can
function as an input to the on-chip IR receiver 0. (IRRCVR0)
General-purpose I/O port bit controlled by PADAT5 and PAEN5. This pin has other
possible functions depending on the IREN, EIEN registers. When EIEN=1 and
PAEN5=1, this pin can function as an external interrupt to the on-chip CPU. When
IREN=1 and PAEN5=1, this pin can function as an input to the on-chip IR receiver 1
(IRRCVR1). When DPLLBYP=1 and PAEN=0, this pin becomes the output of the
DCLK PLL. This output can be routed through an external spread spectrum chip and
then back into port A3 (DCLK input) to implement spread spectrum.
General-purpose I/O port bit controlled by PADAT6 and PAEN6. This pin has one
other possible function when PREF1EN=1. When PREF1EN=1 and PAEN6=0,
PORTA6 is a variable duty-cycle pulse reference generator (PWM) output controlled
by PREF1HI and PREF1LO.
General-purpose I/O port bit controlled by PADAT7 and PAEN7. This pin has one
other possible function when PREF0EN=1. When PREF0EN=1 and PAEN7=0,
PORTA7201
RXD53I/O U5
TXD54I/O U5
TESTEN137ID 5Test Mode Enable. Connect to ground for normal operation.
RESET_N132BOD
XI169I
17” TFT TV Service Manual
I/O
D5
PORTA7 is a variable duty-cycle pulse reference generator (PWM) output controlled
by PREF0HI and PREF0LO.
Serial Receive Data. RXD is the serial receive data for the on-chip serial port. This
pin can also function as the 2-wire master data pin when 2WMEN=16.
Serial Transmit Data. TXD is the serial transmit data for the on-chip serial port. This
pin can also function as the 2-wire master clock output pin when 2WMEN=16.
Reset Output. RESET_N is a bidirectional pin that can be used to either drive
external logic in the system or receive an external reset signal.
Crystal Input. Connect to external crystal. XI can also function as the MCLK input
LVTTL-level signal from an external oscillator.
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SignalPinTypeFunction
XO170OCrystal Output. Connect to external crystal.
75,
95,
VDD1
VSS
VDDQ3
VSSQ
VDDPA1167P1.8V analog clock generator power.
135,
146,
173,
184
76,
96,
136,
147,
174,
185
68,
83,
104,
122,
133,
171,
186
69,
84,
105,
123,
134,
172,
187
P1.8V digital core power.
PDigital core ground.
P3.3V digital I/O power.
PDigital I/O ground.
VDDPA2165P1.8V analog clock generator power.
VSSPA1168PClock generator analog ground.
VSSPA2166PClock generator analog ground.
22,
PVD
PGND
DVDD1
DGND1
ALVDD
ALGND
AVDD
24,
26
21,
25,
27
1, 3,
20
2, 4,
19
28,
29
30,
31
6,
18,
32,
33,
36,
39,
41,
46,
48,
P1.8V PLL power.
PPLL ground.
P1.8V ADC digital power.
PADC digital ground.
P1.8V ADC PLL power.
PADC PLL ground.
P3.3V ADC analog power.
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SignalPinTypeFunction
52
9,
12,
34,
35,
38,
AGND
40,
PADC analog ground.
42,
45,
47,
49,
51
4.4.M29W800AT
Low Voltage Single Supply Flash Memory to store PW1306 code.
ELECTRONIC SIGNATURE
– Manufacturer Code: 20h
– Top Device Code, M29W800AT: D7h
4.5.DS90C385
The DS90C385 transmitter converts 28 bits of LVCMOS/ LVTTL data into four LVDS (Low Voltage Differential Signaling)
data streams. A phase-locked transmit clock is transmitted in parallel with the data streams over a fifth LVDS link. Every cycle
of the transmit clock 28 bits of input data are sampled and transmitted. At a transmit clock frequency of 85 MHz, 24 bits of
RGB data and 3 bits of LCD timing and control data (FPLINE, FPFRAME, DRDY) are transmitted at a rate of 595 Mbps per
LVDS data channel. Using a 85 MHz clock, the data throughput is 297.5 Mbytes/sec.
20 to 85 MHz shift clock support
Tx power consumption <130 mW (typ) @85MHz Grayscale
Supports VGA, SVGA, XGA and Dual Pixel SXGA.
Up to 2.38 Gbps throughput
Up to 297.5 Megabytes/sec bandwidth
PLL requires no external components
Compatible with TIA/EIA-644 LVDS standard
4.6.P15V330
The PI5V330 is a true bidirectional Quad 2-channel multiplexer/demultiplexer that is for both RGB and composite video
switching applications.
200 MHz bandwidth
3 Ohm on-resistance
Switching at 10 ns
100 mA output current
4.7.74HC4052
The 74HC/HCT4052 are dual 4-channel analog multiplexers/demultiplexers with common select logic. Each multiplexer has
four independent inputs/outputs (nY0 to nY3) and a common input/output (nZ). The common channel select logics include two
digital select inputs (S0 and S1) and an active LOW enable input (E).
Wide analog input voltage range: ± 5 V.
Low “ON” resistance:
26
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80 Ohm (typ.) at VCC - VEE = 4.5 V
70 Ohm (typ.) at VCC - VEE = 6.0 V
60 Ohm (typ.) at VCC - VEE = 9.0 V
4.8.TA1366FG
TA1366FG is an Analog Y Cb Cr picture signal improver in a 24-pin SSOP plastic package. TA1366FG functions are
controlled via I2C bus.
YCbCr 2inputs
Through mode (Y bandwidth: 0dB@30MHz)
Y block
Sharpness
SRT (LTI)
Y Group Delay Correction (Shoot balance)
Color Detail Enhancer (CDE) and Noise Detection
Cb/Cr block
Color SRT (CTI)
Green Stretcher
4.9.TDA7056A
The TDA7056A is a mono BTL output amplifier with DCvolume control. It is designed for use in TV and monitors.
Mute mode, No switch-on and off clicks,
Thermal protection,
Short-circuit proof,
ESD protected on all pins.
4.10. TDA1308
The TDA1308 is an integrated class AB stereo headphone driver contained in an SO8, DIP8 or a TSSOP8 plastic package.
Wide temperature range
No switch on/off clicks
Low power consumption
Short-circuit resistant
PINSYMBOLDESCRIPTIONPIN VALUE
1OUTAOutput A (Voltage swing)Min : 0.75V, Max : 4.25V
2INA(neg)Inverting input AVo(clip) : Min : 1400mVrms
3INA(pos)Non-inverting input A2.5V
4V
5INB(pos)Non-inverting input B2.5V
6INB(neg)Inverting input BVo(clip) : Min : 1400mVrms
7OUTBOutput B (Voltage swing)Min : 0.75V, Max : 4.25V
8V
SS
DD
Negative supply0V
Positive supply5V, Min : 3.0V, Max : 7.0V
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4.11. LM1117
The LM1117 is a series of low dropout voltage regulators with a dropout of 1.2V at 800mA of load current. The output voltage
is adjusted according to the formula shown in Figure 9.
Available in 1.8V, 2.5V, 2.85V, 3.3V, 5V, and Adjustable Versions
Current Limiting and Thermal Protection
Output Current 800mA
Line Regulation 0.2% (Max)
Load Regulation 0.4% (Max)
Temperature Range
LM1117 0°C to 125°C
LM1117I -40°C to 125°C
Figure 9: Basic adjustable regulator
4.12. 24LC32
24LC32 is a 4K x 8 (32Kbit) Serial Electrically Erasable PROM capable of operation across a broad voltage range (2.5V to 6.0V).
4.13. 24LC21
24LC21 is a 128 x 8 bit Electrically Erasable PROM. This device is designed for use in applications requiring storage and serial
transmission of configuration and control information.
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4.14. 74LVC541
The 74LVC541A is an octal non-inverting buffer/line driver with 5 V tolerant inputs/outputs. The 3-state outputs are
controlled by the output enable inputs OE1and OE2.
5 V tolerant inputs/outputs; for interfacing with 5 V logic
Wide supply voltage range from 2.7 to 3.6 V
CMOS low-power consumption
Direct interface with TTL levels
INPUTOUTPUT
OE1OE2AnYn
LLLL
LLHH
XHXZ
HXXZ
Pin noSymbolName and function
1
2, 3, 4, 5, 6, 7,
8, 9
11, 12, 13, 14,
15, 16, 17, 18
19OE2Output Enable Input
10GNDGround (0V)
20VCCPositive Supply Voltage
OE1
A0 to A7Data Inputs
Y0 to Y7Data Outputs
2A1 to 2A4Data Inputs
1Y1 to 1Y4Data Outputs
Output Enable Input
4.15. SAA3010T
The SAA3010 is intended as a general purpose (RC-5) infrared remote control system for use where a low voltage supply
and a large debounce time are expected. The device can generate 2048 different commands and utilizes a keyboard with
a single pole switch for each key. The commands are arranged so that 32 systems can be addressed, each system
containing 64 different commands. The circuit response to legal (one key pressed at a time) and illegal (more than one
key pressed at a time) keyboard operation is specified in the section “Keyboard operation”.
Low voltage requirement
Biphase transmission technique
Single pin oscillator
Test mode facility
PinMnemonicFunction
1X7 (IPU)sense input from key matrix
2SSM (I)sense mode selection input
3Z0-Z3 (IPU)sense inputs from key matrix
7MDATA (OP3)generated output data modulated with 1/12 the oscillator frequency at a 25%
duty factor
8DATA (OP3)generated output information
9-13DR7-DR3
Scan drivers
(ODN)
14VSSGround (0V)
15-17DR-2-DR0
Scan drivers
(ODN)
18OSC (I)Oscillator input
19TP2 (I)test point 2
20TP1 (I)Test point 1
21-27X0-X6 (IPU)Sense inputs from key matrix
28VDD(I)Voltage supply
Note:
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(I): Input,
(IPU): input with p-channel pull-up transistor,
(ODN): output with open drain n -channel transistor
(OD3): output 3-state
4.16. MC34167
The MC34167, MC33167 series are high performance fixed frequency power switching regulators that contain the
primary functions require d for dc–to–dc converters. This series was specifically designed to be incorporated in step–
down and voltage–inverting configurations with a minimum number of external components and can also be used
cost effectively in step–up applications.
These devices consist of an internal temperature compensated reference, fixed frequency oscillator with on–chip
timing components, latching pulse width modulator for single pulse metering, high gain error amplifier, and a high
current output switch.
Protective features consist of cycle–by–cycle current limiting, under voltage lockout, and thermal shutdown. Also included is a
low power standby mode that reduces power supply current to 36 mA.
• Output Switch Current in Excess of 5.0 A
• Fixed Frequency Oscillator (72 kHz) with On–Chip Timing
• Provides 5.05 V Output without External Resistor Divider
• Precision 2% Reference
• 0% to 95% Output Duty Cycle
• Cycle–by–Cycle Current Limiting
• Under voltage Lockout with Hysteresis
• Internal Thermal Shutdown
• Operation from 7.5 V to 40 V
• Standby Mode Reduces Power Supply Current to 36 mA
• Economical 5–Lead TO–220 Package with Two Optional Leadforms
• Also Available in Surface Mount D 2 PAK Package
• Moisture Sensitivity Level (MSL) Equals 1
4.17. TFMS5360
The TFMS5360 is a miniature receiver for infrared remote control systems.
4.18.13. Side HP Connector for Side-card Option (PL405)
PinSignalPinSignal
1Ground4HP-Left
2HP-Right5Ground
3Ground6HP switching signal HP_SW
enable
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4.18.14. Side AV Connector for Side-card Option (PL406)
PinSignalPinSignal
1Ground4Right Audio in
2Left Audio in5Ground
3Ground6CVBS in
4.18.15. Side SVHS Connector for Side-card Option (PL407)
PinSignal
1Y-Luma
2Ground
3C-Chroma
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6. SERVICE MENU SETTINGS
6.1.UOCIII Service Menu
Turn on the TV.
Press “Menu” (M) and “4” ”7” “2” “5” buttons of RC respectively. The following menu will
displayed on the screen.
GTV 3.2.1
000EurAsia TVSub05.01
00000000 00111100
01000000 01100100
11000101 01100100
00000000 01100100
Enter register index number directly from RC or use P/CH + and P/CH – buttons in order to
go any register setting.
Press Volume + and Volume - buttons of RC in order to change the register value
Press “TV” button from RC in order to turn the UOC service menu off.
6.1.1.UOCIII Service Menu Settings
Check the following register values in the table from UOCIII Service Menu. Change them if
they are not the same with the table below.
No:
0EurAsia TVSubGTV 3.2.105.01
1Init TV
2ISP Mode
3DCXO
4DCXO Auto
5Track. modeGeometry0
6RotationGeometry31
7Hor. ShiftGeometry32
8HBLZoom0
9WBFZoom4
10WBRZoom8
11WSS
12Gld-SCARTZoom Options1
13Col FeColor Saturation adjustment for RF inputColour alignment32
14Col AV1Color Saturation adjustment fo r Scart CVBS inputColour alignment32
15Col AV1SColour alignment32
16Col AV2Color Saturation adjustment for AV CVBS inputColour alignment32
AV CVBS contrast adjust.
S-Video input contrast adjust.
UOC Red Contrast
UOC Green Contrast for CVBS input
UOC Green Contrast for RGB input
UOC Blue Contrast
Group:
Video options1
Sub System36
Sub System32
Sub System30
Sub System32
Sub System32
Sub System32
Sub System32
Sub System32
Sub System34
Sub System32
Default:
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6.1.2.Tuner AGC Alignment
In this part, tuner AGC alignment procedure is described.
A TV pattern generator with RF output and volt-meter are needed for this alignment.
Test Set-up
“NICAM Stereo” and 60 dB PAL B/G RF signal from pattern generator will be applied.
Frequency must be set to 224.25 MHz.
Turn on the TV and measure the AGC voltage from Tuner Pin1 without plugging in any
RF input (Around 4.12V).
Apply “NICAM Stereo” and 60 dB(1 mV) PAL B/G RF signal to the tuner input.
Enter UOC service menu (as described above), and go to “AGC Take over” setting by
pressing “1” “1” “8”.
Measure AGC voltage from Tuner Pin1. By pressing Volume +/-; adjust AGC voltage so
that the measured value at this step should be 0,5V less than the value measured at first
step (Around 3.5V).
6.1.3.DCXO Alignment
If this alignment has not properly been done, some front end RF problems can be observed such
as Nicam stereo / mono sound switching, low RF reception and color separation performance.
Test Set-up
This alignment will be performed just after Tuner AGC Alignment. Apply “NICAM Stereo” and 60
dB PAL B/G RF signal from pattern generator. Frequency must be set to 224.25 MHz.
Turn on the TV.
Enter UOC service menu (as described above), and go to “DCXO Auto” setting.
Set “DCXO Auto” value to “1” by pressing “Volume +”.
TV will automatically align the DCXO (Digital Controlled Xtal Oscillator) value.
Then TV automatically re-sets “DCXO Auto” value to “0”. This indicates that DCXO
Alignment successfully completed.
6.2.PW1306 Service Menu
In order to work with PW service menu:
Press “Menu” (M) and “4” ”7” “2” “6” buttons of RC respectively.
Make the desired settings.
Press “Menu” (M) from RC to turn off the PW Service menu
The menu has the following structure:
Remote Control***
Pc ModeOff-on
Swap RGB ModeOff-on
Opaque
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*This value indicetes the horisontal positioning of the picture.
**In this row “Software version and date is mentioned”
***These will be changed according to the DI.
It is possible to move by using “UP”, “DOWN”, “LEFT” and “RIGHT” RC buttons in this menu
structure.
6.2.1.UOC Horizontal Position
Press “DOWN” RC button at “Service Submenu 1” to highlight “UOC Hposition”
Set the proper value to fit the applied pattern to screen by using “LEFT” and ”RIGHT” buttons.
6.2.2.UOC Calibration
Apply 11 Vertical bar Grey-scale pattern with black on the left and white on the right side of
the picture(as seen below) from CVBS input.
Press RC “AV” button, and switch to CVBS input and observe the pattern applied.
Enter to PW1306 service menu.
Press RC “DOWN” button at “Service Submenu 1” and highlight “UOC Calibration”.
Press RC “RIGHT” button to start calibration.
6.2.3.PW1306 PC Input ADC Calibration
Connect your TV with your PC and press RC “PC” button and observe the image.
Press “M” to display Menu and select “Options” by using right button of RC.
Press “Down” button of the RC and activate “auto adjustment”.
Press right button of the RC to perform “auto adjustment” and press “M” to exit from Menu.
Apply black on the left, white on the right(as seen below) XGA@60Hz (1024x768) pattern
from PC.
Enter PW1306 service menu as described above.
Press RC “DOWN” button at “Service Submenu 1” and highlight “ADC Calibration”.
Press RC “RIGHT” button to start calibration.
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6.2.4.Init NVM
Press RC “RIGHT” button at “Service Submenu 1” and switch to “Service Submenu 2”
Press RC “DOWN” button and highlight “”Init NVM”
Press RC “RIGHT” button to set TV to initial settings. Next time TV is turned on, default
settings will be loaded to TV.
6.2.5.Initial APS
Press RC “RIGHT” button at “Service Submenu 1” and switch to “Service Submenu 2”
Press RC “DOWN” button and highlight “”Initial APS”
Press RC “RIGHT” and “LEFT” buttons to set Initial APS to “on” or “off”.(When Initial APS is set
to “on” TV will display “Initial APS” menu at first time it is turned on)
6.2.6.Hotel Mode Activate
Press RC “RIGHT” button at “Service Submenu 1” and switch to “Service Submenu 2”
Press RC “RIGHT” button at “Service Submenu 2” and switch to “Service Submenu 3”
Press RC “DOWN” button and highlight ”Hotel Mode Activate”
Press RC “RIGHT” and “LEFT” buttons to set the option between off and on.
6.2.7.Burn-In Mode
Press RC “RIGHT” button at “Service Submenu 1” and switch to “Service Submenu 2”
Press RC “RIGHT” button at “Service Submenu 2” and switch to “Service Submenu 3”
Press RC “DOWN” button and highlight ”Burn-In Mode”
Press RC “RIGHT” and “LEFT” buttons to set the option between off and on.
6.2.8.Country
Press RC “RIGHT” button at “Service Submenu 1” and switch to “Service Submenu 2”
Press RC “RIGHT” button at “Service Submenu 2” and switch to “Service Submenu 3”
Press RC “DOWN” button and highlight ”Country”
Press RC “RIGHT” and “LEFT” buttons to set the desired country option.
6.2.9.Language
Press RC “RIGHT” button at “Service Submenu 1” and switch to “Service Submenu 2”
Press RC “RIGHT” button at “Service Submenu 2” and switch to “Service Submenu 3”
Press RC “DOWN” button and highlight ”Language”
Press RC “RIGHT” and “LEFT” buttons to set the desired language option.
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6.2.10.Menu Background
Press RC “RIGHT” button at “Service Submenu 1” and switch to “Service Submenu 2”
Press RC “RIGHT” button at “Service Submenu 2” and switch to “Service Submenu 3”
Press RC “DOWN” button and highlight “Menu Background”.
Press RC “RIGHT” and “LEFT” buttons to set menu background to “opaque” or translucent.
6.2.11.Remote Control
Press RC “RIGHT” button at “Service Submenu 1” and switch to “Service Submenu 2”
Press RC “RIGHT” button at “Service Submenu 2” and switch to “Service Submenu 3”
Press RC “DOWN” button and highlight ”Remote Control”
Press RC “RIGHT” and “LEFT” buttons to set the desired remote control option.
6.3.Panel Type Change Shortcut
As 17MB18 software supports from 14” to 23” panel types, it is possible not to see anything on
the screen after Init NVM as the default panel type is 23” in the software. That s why, a hidden
menu is needed to change supported panel from a hidden menu which is not shown on the
screen.
In order to work with PW panel type selection shortcut service menu:
Press “Menu” (M) and “4” ”7” “2” “7” buttons of RC respectively. (Caution! No visual menu will
appear on the screen)
Press individual panel type selection digit to select the panel (see below table).
Turn off the TV from RC.
When the TV turns on again, it will come with new panel settings.
Hidden Menu Panel types:
selection digit
Panel type
Panel
015” Samsung
120” CMO
217” LG
415”AU
515”QDI
620”AU
720”AU_V4
814”AU
917”LG_V4
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7. PRODUCTION SETTINGS AND FACTORY DEFAULTS
7.1.Production Schedule
UOCIII Programming before test Jig
Settings that will be performed on the Test Jig.
Tuner AGC Alignement (Section 4.1.2).
DCXO Alignement (Section 4.1.3)
UOC Calibration (Section 4.2.2)
PW1306 PC Input ADC Calibration (Section 4.2.3)
Settings that will be performed on the Production Band
DDC programming.
7.2.EEPROM Settings
7.2.1.Creating Master EEPROM
Load the new SW version to the TV.
Place empty EEPROM to IC101 position of the mainboard.
Turn on the TV.SW will automatically assign the initial values to the EEPROM.
Adjust the settings of Service Menu and User Menu.
This EEPROM can be used as Master EEPROM.
7.2.2.Creating Mass Production EEPROM
The Master EEPROM prepared like above is copied and multiplied to use in mass
production.
The copy EEPROM is placed on IC 101 of 17MB18. (When TV is turned on the software
will realise that EEPROM is not empty, so SW will not change the values in the
EEPROM.)
7.3.TV Menu
7.3.1.Picture Menu
Picture
brightness*
contrast*
filtersharp
sharpness51
color64
Tintxx
*Brightness and contrast values will be left unchanged after the UOC Calibration.
xxTint value is determined automatically by software and is active in only NTSC
channels. So there is no need to adjust any value in this section.
7.3.2.Audio Menu
volume29
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Audio
61
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balance49
AVLOn
extended audio features
Featureheadphone equalizer
effectnormal volume10
**
sound styleuser balance 49
**Will be left unchanged as they are adjusted in the EEPROM.
7.3.3.Window Menu
Window
image sizeauto
white tonenormal
dynamic skin toneoff
7.3.4.Options Menu
Options
menu backgroundopaque
Language***
room lightingbright
sleep time0
child lockoff
***Will be changed according to the DI.
7.3.5.Settings Menu
Installation
Channel SetupAPS
program number****country ***
program name****aps
manual search****
standardAuto
store****
frequency****
fine tuning****
program skipOff
teletext languageEurope
teletext regionWest
****Will change according to the user and the country it is used.
7.4.PC Mode Menu
7.4.1.Picture Menu
Picture
brightness*
contrast*
filterSharp
phase**
frequency50
*Brightness and contrast values will be left unchanged after the UOC Calibration
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**Phase value is automatically set by the software. There is no need to adjust any value in
this section.
7.4.2.Audio Menü
Audio
volume29
balance49
AVLon
extended audio features
FeatureheadphoneEquilizer
Effectnormal volume10
***
sound styleuserbalance 49
***Will be left unchanged as they are adjusted in the EEPROM.
7.4.3.Window Menu
Window
H-Position50
V-Position50
7.4.4.Options Menü
Options
menu backgroundopaque
Language****
room lightingnormal
auto adjustment
child lockoff
****Will be changed according to the DI.
Service Submenu 3 and Service Submenu 4 are named as Factory Settings 1 and Factory
Settings 2 in the Service menu.
To activate the Factory Settings menu you should follow the steps below.
Press the Menu key at the remote controller.
Enter the valid access code while menu OSD is on the screen.
Valid access code = the digits “4”,”7”,”2”,”9” consecutively at the rc unit.
After activating the Factory settings , following message is displayed.
63
17” TFT TV Service Manual
Page 50
OK
The items Language and Country in the Factory Settings 1 menu can be activated, and their
effects can be seen after this process only.
Also the items in the Picture , Audio, Feature menus of the TV are set to their default values that
are stored in the eprom.
17” TFT TV Service Manual
64
Page 51
8. BLOCK DIAGRAM
16MB39 IDTV Module
Line
RF
S-video in
Audio
Scart
Side
PC in
Audio In L/R
FBLIN
RGB
SAW
Y/
CVB
Optional YCbCr input
from scart
RGB,
Optional YCbCr input
FB
YUV out
TA1366
LTI/CTI
RGB + Audio
TDA1308TDA7056A
DAC
I2S
UOCPW1306
YUV in
RGB
PI5
V330
YUV_TV_SWVGA_TV_ SW
PI5
V330
Communication
Interface UART
Rx, Tx, Up-IRQ
DRGB(24)
DEN, DCLK,
DVS, DHS
TTL(48)
P
A
N
E
L
17” TFT TV Service Manual
65
Page 52
9. CIRCUIT DIAGRAMS
9.1.17MB18-5 Main Board Schematics
Page 53
Page 54
Page 55
Page 56
Page 57
9.2.Keypad Schematics
17” TFT TV Service Manual
17TK26
72
Page 58
9.3.IR&LED Board Schematics
17” TFT TV Service Manual
17LD23
73
Page 59
9.4.Remote Controller Schematics
17” TFT TV Service Manual
11UK10-2
74
Page 60
9.6 DIGITAL MODULE SCHEMATIC
75
Page 61
767778
Page 62
Page 63
Page 64
79
Page 65
80
Page 66
17MB18-5 TOP
Print Lay-outs(Analog Board)
Page 67
(17MB18-5 TOPmask
Page 68
17MB18-5 TOPsilk
Page 69
(17MB18-5 inner1
Page 70
17MB18-5 inner2
Page 71
17MB18-5 BOT
Page 72
17MB18-5 BOTTOMMASK
Page 73
17MB18-5 BOTTOMSILK
Page 74
10.1 SPARE PART LIST
94
No LevelNameQUANTITY POSITIONCODEDESCRIPTION
11MD.ASY.17TK26-6SW XX10/11 TFT(M110042152 17MB18 2010 SIDE AV (S/PDIF)(IDTV) PİLOT
22
473
483BUSH RUBBER BRACKET TFT2000/1220203997 SPK.AS.2010/11 TFT (L) (MB18)
491BACK CVR.TFT 2010/11 (W/CI) (SI110042152 17MB18 2010 SIDE AV (S/PDIF)(IDTV) PİLOT
502
513HIPS (NATURAL) SAFE ROHS1,03120212071 BACK CVR.TFT 2010/11 (W/CI)(EKO.GRAY/I)
523MASTERBATCH EKO.GRAY GR3216SE1-520212071 BACK CVR.TFT 2010/11 (W/CI)(EKO.GRAY/I)
532PAINT SILVER 022-6485 (SU BAZLI0,04520212040 BACK CVR.TFT 2010/11 (W/CI) (SILVER/P)
541CI COSMETIC COVER 2010/11TFT(S110042152 17MB18 2010 SIDE AV (S/PDIF)(IDTV) PİLOT
552CI COSMETIC CVR.2010/11TFT (EKO120216605 CI COSMETIC COVER 2010/11TFT(SILVER/P)
563HIPS (NATURAL) SAFE ROHS0,03620179481 CI COSMETIC CVR.2010/11TFT (EKO.GRAY/I)
573MASTERBATCH EKO.GRAY GR3216SE1-0,1820179481 CI COSMETIC CVR.2010/11TFT (EKO.GRAY/I)
MD.MAN.17TK26-6SW XX10/11 TFT (
MD.RAD.17TK26-6SW XX10/11 TFT (
CAP SMD 100NF 50V K (0805) ROHS
FERRITE SMD600R/100MHz200mA1.1R
PAINT SILVER 022-6485 (SU BAZLI
FOOT TOP COVER TFT 2310-11 (EKO
FOOT BOTTOM METAL TFT 20-2310/
CNAS 2P/450&500 SI SPK.NELTW/FE
BACK CVR.TFT 2010/11 (W/CI)(EKO
1
1
6C1
7L6
0,035
1
1
1
1
20188132 MD.ASY.17TK26-6SW XX10/11 TFT(MB18)(ROH
20259784 MD.SMD.17TK26-6SW XX10/11 TFT (MB18)
20259784 MD.SMD.17TK26-6SW XX10/11 TFT (MB18)
20259784 MD.SMD.17TK26-6SW XX10/11 TFT (MB18)
20194008 FRONT 2010 TFT (CHM) W/H (SILVER/P)
20194039 FOOT TOP COVER TFT 2010-11 (SILVER/P)
20199427 FOOT ASSY 2010/11 TFT (SILVER/P)
20203997 SPK.AS.2010/11 TFT (L) (MB18)
20212040 BACK CVR.TFT 2010/11 (W/CI) (SILVER/P)
Page 75
582PAINT SILVER 022-6485 (SU BAZLI0,00120216605 CI COSMETIC COVER 2010/11TFT(SILVER/P)
591BRACKET (CI) XX24W TFT (SILVER/110042152 17MB18 2010 SIDE AV (S/PDIF)(IDTV) PİLOT
632PAINT SILVER 022-6485 (SU BAZLI0,00120220760 BRACKET (CI) XX24W TFT (SILVER/P)
641SCR.ASSY.2010/11 TFT(MB18)IDTV(110042152 17MB18 2010 SIDE AV (S/PDIF)(IDTV) PİLOT
652SCR.ASSY.WO/PAN 2010/11 TFT(MB1120242049 SCR.ASSY.2010/11 TFT(MB18)IDTV(CHM-6BIT)
663SCREW C ZN YSMB M3*6 ROHS720194694 SCR.ASSY.WO/PAN 2010/11 TFT(MB18)
673SCREW P C ZN YSMB 3*6.5 RoHS120194694 SCR.ASSY.WO/PAN 2010/11 TFT(MB18)
683SCREW P C ZN YFMB 3*9.5 RoHS820194694 SCR.ASSY.W O/PAN 2010/11 TFT(MB18)
693SCREW P C ZN YSMB 4*10 RoHS1120194694 SCR.ASSY.WO/PAN 2010/11 TFT(MB18)
703SCREW P C ZN RYSB 3x10 RoHS420194694 SCR.ASSY.WO/PAN 2010/11 TFT(MB18)
713
SCREW M 3*8 YSB TAPTITE (ROHS)
2
20194694 SCR.ASSY.WO/PAN 2010/11 TFT(MB18)
722SCR.ASSY.DIF.KIT TFT 2010/11 ID120242049 SCR.ASSY.2010/11 TFT(MB18)IDTV(CHM-6BIT)
733SCREW S C ZN YFMB 2.9*19420242045 SCR.ASSY.DIF.KIT TFT 2010/11 IDTV(CHM-6B
743
SCREWPCZNYSB3.5x10(KN1031T35X10
8
20242045 SCR.ASSY.DIF.KIT TFT 2010/11 IDTV(CHM-6B
753SCREW P C ZN YSB 3*20(KN1031)420242045 SCR.ASSY.DIF.KIT TFT 2010/11 IDTV(CHM-6B
761MD.ASY.17LD23-2010 IDTV TFT (MB110042152 17MB18 2010 SIDE AV (S/PDIF)(IDTV) PİLOT
911TFT WALL MOUNT ASSY.17"20"23" W110042152 17MB18 2010 SIDE AV (S/PDIF)(IDTV) PİLOT
922TFT WALL MOUNT WO ANC.17"20"23"120253298 TFT WALL MOUNT ASSY.17"20"23" WO/SCR&DUB
931CHS.ASSY.17MB18-5-1117121215112110042152 17MB18 2010 SIDE AV (S/PDIF)(IDTV) PİLOT
1003MB.MAN.17MB18-5 COMMON TFT (ÜST120264486 M.ASSY.17MB18-5-MAN 1X1712X21X1X1XX
1014CAP EL 1000UF 16V M ROHS1C54120219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1024DIODE SCH STPS745F 7.5A/45V TO21D50020219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1034FILTER SAW OFWK3953MROHS1Z20120219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1044XTAL 24.576 20p HC49U ROHS1X20120219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1054FIXED COIL 22UH 5.4A 11.5x15.1L50920219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1064CABL 1P/25 SISRoHS2IC410-20219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1064CABL 1P/25 SISRoHS2IC411-20219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1074FILTER SAW K9656M ROHS1Z20020219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1084XTAL 14.318 MHZ ROHS1X10020219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1094
CONN HEADER 11P 1.25MM SIDE RoH
1PL176
20219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1104SOCET SCART BLACK TFT RoHS1PL40120219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1114FIXED COIL RAD 47UH 2A 14x16 RO1L50620219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1124DC POWER SOCKET 7.5ARoHS1JK50020219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1134CONN HEADER 2P 2.5MM TOP WHT SD1PL50120219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1144CONN HEADER 2P 2.5MM TOP BLUE S1PL40320219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1154CONN HEADER 5P 2.5MM TOP WHT SD2PL20320219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1154CONN HEADER 5P 2.5MM TOP WHT SD2PL10020219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1164CAP EL 2200UF 10V M 10X20 LL RO1C54420219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1174IC AAMP TDA7056A 3W SOT110-1 RO1IC41120219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1184CONN HEADER 6P 2.5MM TOP WHT SD1PL20120219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1194
SOCKET IC 8P (DIP) ROHS
1IC101
20219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1204CONN HEADER 10P 2.54MM TOP WHT1PL17520219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1214SOLDER LEAD FREESAC300 BAR ROHS0,0120219851 MB.MAN.17MB18-5 COMMON TFT (ÜST)
1223
MB.MAN.17MB18-5 W/IDTV TFT (ÜST
1
20264486 M.ASSY.17MB18-5-MAN 1X1712X21X1X1XX
1234CONN HEADER 3P 2.5MM TOP WHT SD1PL20420219889 MB.MAN.17MB18-5 W/IDTV TFT (ÜST)
1244CONN HEADER 2P 2.5MM TOP RED SD1PL50220219889 MB.MAN.17MB18-5 W/IDTV TFT (ÜST)
1254CONN HEADER 8P 2.5MM TOP WHT RO1PL20620219889 MB.MAN.17MB18-5 W/IDTV TFT (ÜST)
1264CONN HEADER 2P 2.5MM TOP YELLOW1PL50320219889 MB.MAN.17MB18-5 W/IDTV TFT (ÜST)
1274TUNER WSP (PLL)38.9 HOR IEC-1TU20020219889 MB.MAN.17MB18-5 W/IDTV TFT (ÜST)
1283MB.MAN.17MB18-5 SVHS (ONBOARD)120264486 M.ASSY.17MB18-5-MAN 1X1712X21X1X1XX
1294JACK 4P DIN TYPE FOR SVHS ROHS1JK40320221011 MB.MAN.17MB18-5 SVHS (ONBOARD) TFT (ÜST)
Page 76
1303MB.MAN.17MB18-5 SIDE HP TFT (ÜS120264486 M.ASSY.17MB18-5-MAN 1X1712X21X1X1XX
1314CONN MALE 6P MOLEX VERTICAL(TFT1PL40520221012 MB.MAN.17MB18-5 SIDE HP TFT (ÜST)
1323
MB.MAN.17MB18-5 W/VGA TFT (ÜST)
1
20264486 M.ASSY.17MB18-5-MAN 1X1712X21X1X1XX
1334DSOCKET D-SUB 15P FOR TFT RoHS1PL40020221013 MB.MAN.17MB18-5 W/VGA TFT (ÜST)
1343MB.MAN.17MB18-5 LINE OUT TFT (Ü120264486 M.ASSY.17MB18-5-MAN 1X1712X21X1X1XX
1354JACK RCA 1P WHITE 28 FAV ROHS1JK40420221014 MB.MAN.17MB18-5 LINE OUT TFT (ÜST)
1364JACK RCA 1P RED 28 FAV ROHS1JK40520221014 MB.MAN.17MB18-5 LINE OUT TFT (ÜST)
1373MB.MAN.17MB18-5 SIDE AV TFT (ÜS120264486 M.ASSY.17MB18-5-MAN 1X1712X21X1X1XX
1384FIXEDCOIL AXI47uH340mAQ60K1.22R1L20720225254 MB.MAN.17MB18-5 SIDE AV TFT (ÜST)
1394CONN MALE 6P MOLEX VERTICAL(TFT1PL40620225254 MB.MAN.17MB18-5 SIDE AV TFT (ÜST)
1403MB.MAN.17MB18-4/5 W/STEREO TFT120264486 M.ASSY.17MB18-5-MAN 1X1712X21X1X1XX
1555CAP EL 10UF 50V MROHS12C25020219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1555CAP EL 10UF 50V MROHS12C30320219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1555CAP EL 10UF 50V MROHS12C30520219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1555CAP EL 10UF 50V MROHS12C31620219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1555CAP EL 10UF 50V MROHS12C32020219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1555CAP EL 10UF 50V MROHS12C33720219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1555CAP EL 10UF 50V MROHS12C43420219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1555CAP EL 10UF 50V MROHS12C45920219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1555CAP EL 10UF 50V MROHS12C53520219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1555CAP EL 10UF 50V MROHS12C46620219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1565
CAP EL 100UF 16V MROHS
19C254
20219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1565CAP EL 100UF 16V MROHS19C26120219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1565CAP EL 100UF 16V MROHS19C26420219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1565
CAP EL 100UF 16V MROHS
19C268
20219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1565CAP EL 100UF 16V MROHS19C29620219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1565CAP EL 100UF 16V MROHS19C31520219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1565CAP EL 100UF 16V MROHS19C32620219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1565CAP EL 100UF 16V MROHS19C47220219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1565CAP EL 100UF 16V MROHS19C47420219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1565CAP EL 100UF 16V MROHS19C50620219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1565CAP EL 100UF 16V MROHS19C50720219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1565CAP EL 100UF 16V MROHS19C50820219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1565CAP EL 100UF 16V MROHS19C51020219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1565CAP EL 100UF 16V MROHS19C52220219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1565
CAP EL 100UF 16V MROHS
19C523
20219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1565CAP EL 100UF 16V MROHS19C52420219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1565CAP EL 100UF 16V MROHS19C52520219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1565CAP EL 100UF 16V MROHS19C52620219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1565CAP EL 100UF 16V MROHS19C22220219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1575CAP EL 100UF 25V MROHS1C45020219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1585CAP EL 1UF 50V M. ROHS1C32320219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1595CAP EL 2.2UF 50V M ROHS2C29220219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1595CAP EL 2.2UF 50V M ROHS2C29820219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1605CAP EL 3.3UF 50V M ROHS1C34020219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1615CAP EL 47UF 50V M ROHS2C27720219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1615
CAP EL 47UF 50V M ROHS
2C206
20219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1625CAP EL 470UF 16V M. ROHS2C46720219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
1625CAP EL 470UF 16V M. ROHS2C54220219860 MB.RAD.17MB18-5-COMMON TFT (ÜST)
2723MB.SMD.17MB18-5 LINE OUT TFT (A120264489 M.ASSY.17MB18-5-OTO 1X1712121X1X1X4
2734TR SMD PBJT BC848B 0.1A/30VSOT22Q41120221160 MB.SMD.17MB18-5 LINE OUT TFT (ALT)
2734TR SMD PBJT BC848B 0.1A/30VSOT22Q41220221160 MB.SMD.17MB18-5 LINE OUT TFT (ALT)
2744FERRITE SMD600R/100MHz200mA1.1R1L41020221160 MB.SMD.17MB18-5 LINE OUT TFT (ALT)
2754RES SMD 1/16W 10K J (0603) ROHS1R42620221160 MB.SMD.17MB18-5 LINE OUT TFT (ALT)
2764RES SMD 1/16W 4.7K J (0603) ROH2R45620221160 MB.SMD.17MB18-5 LINE OUT TFT (ALT)
2764RES SMD 1/16W 4.7K J (0603) ROH2R45720221160 MB.SMD.17MB18-5 LINE OUT TFT (ALT)
2774CAP SMD 100NF 16V K R (0603) RO1C41120221160 MB.SMD.17MB18-5 LINE OUT TFT (ALT)
2784IC DAC CS4335 SOIC8 ROHS1IC40720221160 MB.SMD.17MB18-5 LINE OUT TFT (ALT)
2793MB.SMD.17MB18-5 LINE OUT TFT (Ü120264489 M.ASSY.17MB18-5-OTO 1X1712121X1X1X4
2804
MB.RAD.17MB18-LINE OUT TFT (ÜST
1
20221171 MB.SMD.17MB18-5 LINE OUT TFT (ÜST)
2815CAP EL 3.3UF 50V M ROHS2C40820158438 MB.RAD.17MB18-LINE OUT TFT (ÜST)
2815CAP EL 3.3UF 50V M ROHS2C40920158438 MB.RAD.17MB18-LINE OUT TFT (ÜST)
2825CAP EL 47UF 50V M ROHS1C41220158438 MB.RAD.17MB18-LINE OUT TFT (ÜST)
2834FERRITE SMD600R/100MHz200mA1.1R2L40020221171 MB.SMD.17MB18-5 LINE OUT TFT (ÜST)
2834FERRITE SMD600R/100MHz200mA1.1R2L40120221171 MB.SMD.17MB18-5 LINE OUT TFT (ÜST)
2844RES SMD 1/16W 100R J (0603) ROH3R24020221171 MB.SMD.17MB18-5 LINE OUT TFT (ÜST)
2844RES SMD 1/16W 100R J (0603) ROH3R24120221171 MB.SMD.17MB18-5 LINE OUT TFT (ÜST)
2844RES SMD 1/16W 100R J (0603) ROH3R24220221171 MB.SMD.17MB18-5 LINE OUT TFT (ÜST)
2854CAP SMD 1NF 50V K R (0603) ROHS2C40120221171 MB.SMD.17MB18-5 LINE OUT TFT (ÜST)
2854CAP SMD 1NF 50V K R (0603) ROHS2C40220221171 MB.SMD.17MB18-5 LINE OUT TFT (ÜST)
2864
RES SMD 1/16W 1K J (0603) ROHS
2R420
20221171 MB.SMD.17MB18-5 LINE OUT TFT (ÜST)
2864RES SMD 1/16W 1K J (0603) ROHS2R42120221171 MB.SMD.17MB18-5 LINE OUT TFT (ÜST)
2874RES SMD 1/16W 330R J (0603) ROH2R41020221171 MB.SMD.17MB18-5 LINE OUT TFT (ÜST)
4753GUIDE RAIL RIGHT (ID TV) (I) H120242044 EXP.KIT.DIF.KIT 2010/11 IDTV(CHM6B)MB18
4764HIPS (NATURAL) SAFE ROHS0,00420242760 GUIDE RAIL RIGHT (ID TV) (I) H :19.00 mm
4774MASTERBATCH (BLACK)0,0420242760 GUIDE RAIL RIGHT (ID TV) (I) H :19.00 mm
4783GUIDE RAIL LEFT (ID TV) (I) H :120242044 EXP.KIT.DIF.KIT 2010/11 IDTV(CHM6B)MB18
4794HIPS (NATURAL) SAFE ROHS0,00420242761 GUIDE RAIL LEFT (ID TV) (I) H :19.00 mm
4804MASTERBATCH (BLACK)0,0420242761 GUIDE RAIL LEFT (ID TV) (I) H :19.00 mm