This document provides instructions for aligning various video parameters for a television product called ITC008 for the European market. It describes how to align the RF AGC, IF demodulator offset, vertical slope, color temperature, brightness preset, peak white levels, and other parameters. The alignment procedures include applying test signals, measuring waveforms with an oscilloscope, and adjusting register values using the service mode menu. The goal of the alignments is to optimize picture quality parameters like color accuracy, contrast, and linearity.

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Index C
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product development Singapore
1.1 RF AGC Alignment ( Europe)
( a ) Apply RF signal of 210.25MHz (BG CH 10) modulated with color bar at 3mVrms to Tuner
NH001 RF input.
( b ) Tune to CH10
( c ) Go to service mode & set RF AGC -CHIP control = 00 (max).
( d ) Monitor 38.9MHz IF frequency response at NH001 pin11 with spectrum analyser by using
high impedance probe or equivalent.
e) Increase RF AGC -CHIP control until IF frequency response 8 + 1/ - 2 dB down from
maximum .
1.2 IF demodulator Off-set Alignment ( Europe)
Go to service mode & set OIF -CHIP control = 32 .

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Geometry
Special connector BR002 gives direct access to the I2C-bus and video-input in AV-mode
for production purpose.
4:3 standard mode, overscan:
V=107% (line #32 to #301 visible = 270 lines)
H=107% (48.6μsec of 52 us visible)
0,8MHz
0% 20%
1,8MHz
100%
3,8MHz
2,8MHz
40% 60% 80%
4,8MHz
1.3 Alignment of vertical slope
• This alignment can be done on test jig without final tube
• Apply Full White pattern (625 lines/50Hz) at chassis test-jig, monitor R output and trigger the
scope by TV line 168.
• Set AKB = 1 (enable Auto Black Current)
Set SBL = 1 (to blank the bottom half video)
Set VS = 0
Remark: For the 21"-XF-4/3, 25"/28"-MP-4/3 and 29”XF picture tubes the preferred alignment
procedure for V-Slope alignment has to be used!
1.4 Preferred alignment procedure for V-Slope alignment:
• Monitor R output (IV001 pin 51) at line 168. The level should be high.
• Increase VS until the blanking happens at line 168.
• Save VS and set SBL and AKB back to 0.

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R output corresponding to VS=18, 20 and 22(decimal). Input is Full White with horizontal centre
line shown that is triggered at line 168.
1.5 Optional alignment for V-Slope
At chassis test-jig, monitor the voltage at item pos IV001 pin 26.
Adjust VS value through the external computer until the voltage at pin 26 is at
2.9Vpp (a.c.) +/- 5% as shown in the figure below. The probe to be used is 10Mohm
probe.
Save VS and set SBL and AKB back to 0.

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a) This alignment must be done on chassis with final tube.
b) Make sure that UB1 voltage level according to page 5 table for respective tube.
c) Use a 50/60Hz test pattern with markings for correct horizontal and vertical overscan.
d) Adjust horizontal centring (HSH) via I2
C bus for optimum overscan symmetry
e) Adjust vertical centring (VSH) via I2
C bus for optimum overscan symmetry
f) Adjust picture height (VA) via I2
C bus for optimum overscan.
g) Adjust vertical linearity (SC) for minimum error via I2
C bus.
h) If necessary repeat VSH and VA alignment to 7% overscan and best overscan symmetry
Default values for s-correction
Picture tube Default value
S-correction dec
19V THAI CRT 25
19V CHUNGHWA 25
21” OT 17
20V TF-orion 24
20V TF/21” XF LGS 25
21”XF-Toshiba 24
21”XF-TTD GEN II 28
27V 1R 35
27V VHP 25
25” XF 25
28’’MP TTD 24
27V TF /29”XFSamsung 28
27V TF /29” XF TTD GEN II 31
33” MP TTD 24
32V VHP 25
36V VHP 25
32V TF Toshiba 31
32V TF / 34” XF TTD 25
36V TF Toshiba 28
24” SF 16/9 22
28” SF 16/9 22
28” XF 16/9 GEN II 22
32’” XF 16/9 GEN II 22
Note
In case of misalignment/out of range of VS and VA causes the protection signal from E/W module
activated and shut down the set, connector BF001 on main board or BL101 on E/W board can be
temporary disconnected to start up and realign VS and VA to proper setting. Connector is
reinserted to perform E/W alignment.

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2. Part IV – Video (EU)
2.1 ALIGNMENTS OF ITC008 (EU)
2.1.1 Alignments on tube (EU)
BR002
focus
G2/cutoff
For cut-off - and focus - alignment the chassis must be matched to the finally used tube.

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2.1.1.1 Alignment of G2 voltage:
With the existing continuous cathode calibration loop, one has to take care, that the right pulse is used for quasi-cut-
off measurement. With this concept two different measurement pulses are inserted field alternating. For correct
alignment the pulse, which corresponds to the low current insertion, has to be measured. At the cathodes this is the
pulse with the higher level:
Procedure:
Insert a black level test pattern via RF or AV input.
Measure with a 100:1 probe at the R, G and B pins of the CRT socket.
The time base of the oscilloscope should be 2ms/div, set Y-scale to 20V/div DC-coupled and use frame triggering.
Adjust the cut off pulse of the highest cathode with the SCREEN potentiometer on the focus block to:
Tube size Quasi cut off
19V THAI CRT 125V ± 3V
19V CHUNGHWA
21" OT
20V TF-orion
20V TF/21" XF LGS
21"XF-Toshiba
21"XF-TTD GEN II
27V 1R
27V VHP
25" XF
28''MP TTD
27V TF /29"XFSamsung
27V TF /29" XF TTD GEN II
33" MP TTD 140V ± 3V
32V VHP
36V VHP
32V TF Toshiba
32V TF / 34" XF TTD
36V TF
24" SF 16/9
28" SF 16/9
28" XF 16/9
32'" XF 16/9

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Note: Signal is triggered at start of vertical scan, the position of the cut off pulse is dependent on the stage selected.
Alternative Method
Insert a black level pattern via RF or AV input..
Select VG2 mode from service mode.
Align VG2 to get 03.
2.1.2 Video (EU)
2.1.2.1 Colour Temperature Alignment (EU)
It is necessary to calibrate the TV Colour Analyser periodically (light unit = cd/m2
)
Tune either to a spot test pattern with adjustable amplitude or to a test pattern with three spots in the middle
of a black screen. The middle spot corresponds to 100IRE, one to 25IRE and one to 50IRE:
adjustable amplitude
100IRE
50IRE 25IRE
Apply external degaussing. Set Contrast 50%and Brightness at 50%; set Colour Saturation to 50%.
Attached TV Colour Analyser sensor onto the centre (for spot with adjustable amplitude) or use a colour
analyser with three probes and set them onto the three pads of the TV screen.
Align RF mode, RGB Mode and DVD mode (if available) separately.
For DVD mode, use the DVD alignment DISC or DVD building pattern No.5 .
First method with adjustable spot test pattern and one analyser probe:
First provide the test pattern in PAL B/G.
Start with the alignment of the 50IRE by adjusting WPR and WPG registers. Then adjust Input to 25IRE and
align with BLOR and BLOG registers and realign the 50IRE level. When both probes show results within the
tolerances to get
x = 0.288 ± 0.01 (0.278...0.298)
y = 0.301 ± 0.01 (0.291...0.311)
Do the iteration until the alignment is within the spec.
Repeat this procedure for SECAM L

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Second method with three-spots-test-pattern and three analyser probes:
First provide the test pattern in PAL B/G.
Do an iterative measurement between the probe on the 50IRE-pad and the one on the 25IRE-pad. The third
pad is necessary for Peak White Alignment in the following chapter. Start with the alignment of the 50IRE
pad by adjusting WPR and WPG registers. Then align the 25IRE pad with BLOR and BLOG registers and
realign the 50IRE pad. When both probes show results within the tolerances to get
x = 0.288 ± 0.01 (0.278...0.298)
y = 0.301 ± 0.01 (0.291...0.311)
Do the iteration until the alignment is within the spec.
Repeat this procedure for SECAM L
2.1.2.2 Brightness Preset
- Apply a ± 4% test pattern at RF input.
- RF-standard selection: Use standard BG for TVs without L’.
- Use standard L for TVs with L’
- Adjust with Sub Brightness (OS_B) to correct black level (+4% bar just visible).
2.1.2.3 Peak White alignment
It is necessary to calibrate the TV Colour Analyser periodically (light unit = cd/m2
).
Tune to a Peak White pattern. Separate alignment has to be done for PAL BG and SECAM L system for
Europe Chassis.
Attach TV Colour Analyser sensor onto the centre of the Peak White pattern.
Set Brightness and Contrast at 50%, Colour Saturation to 50%
Increase or decrease the three WPA red, green and blue registers in parallel to achieve a peak white
reading as listed in following table:
tube size and type Light output according
to
TQC Application Form
+/-10NITS
19V THAI CRT 450
19V CHUNGHWA 450
21" OT 420
20V TF-orion 420
20V TF/21" XF LGS 400
21"XF-Toshiba 420
21"XF-TTD GEN II 350
27V 1R 250
27V VHP 250
25" XF 300
28''MP TTD 300
27V TF /29"XFSamsung 250
27V TF /29" XF TTD GEN II 250
33" MP TTD 250
32V VHP 220
36V VHP 170
32V TF Toshiba 200
32V TF / 34" XF TTD 200
36V TF 170
24" SF 16/9 330
28" SF 16/9 300
28" XF 16/9 300
32'" XF 16/9 300

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In Field Service Mode use PKWP (PAL) respectively PKWS (SECAM) for alignment.
If Peak-White cannot be attained by increasing/decreasing WPA-registers (or PWP/PWS in Field Service
Mode), then increase/decrease CDL-register.
Align RF mode, Component mode (if available) and DVD mode (if available) separately.
Repeat this procedure for SECAM L..
For DVD mode, use the DVD alignment DISC
Or use build in Test Pattern from DVD by the following step.
a. From TV service mode select DVD factory mode by pressing DVD local key.
b. Press RCU Key Number 2(Peak white Pattern).
c. Then activate service menu and do alignment.
2.1.2.4 Peak White Limiting
When using there is an additional register under UOC-subaddress 04H, which is called “Peak White
Limiting”. This function must not be aligned, but can be modified in the Field Service Mode (SOC). The actual
default value is 2FH.
For 29”XF Samsung the default value is 2D hex.
For 21”XF TTD the default value is 2D hex.

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3. Appendix B - Service Menu (EU).
To enter service mode:
1. Go to standby and switch off the set.
2. Press Magenta key on the Remote Control Unit
3. Press Power Switch To turn on the set..
To exit from service mode, press EXIT.
Current parameter available in ITC008 EU software.
Description parameters in ITC008 EU service menu...
Format:display name (range:decimal) ...description
Init
SOC 0-63 PeakWhiteLimiting
OIF 0-63 Off-set IF Demodulator
HSH 0-63 Horizontal Shift Alignment
VS 0-63 Vertical Shift Alignment
VA 0-63 Vertical Amplitude Alignment
SC 0-63 S-Correction
VSH 0-63 Vertical Shift
CL 0-63 Cathode Drive Level
BLORP 0-63 Black Level offset Red PAL (for SECAM...BLORS)
BLOGP 0-63 Black Level offset Green PAL (for SECAM...BLOGS)
WPRP 0-63 White point offset Red PAL (for SECAM...WPRS)
WPGP 0-63 White point offset Green PAL (for SECAM...WPGS)
WPBP 0-63 White point offset Blue PAL (for SECAM...WPBS)
PKWP 0-63 stop when any one of
the alignment reach limit)…
Peak White Alignment (for SECAM...PKWS)
OS_B 0-15 Sub-Brightness Alignment
BKS 0-1 Black Stretch On/Off
AGC 0-63 Automatic Gain Control Alignment
VG2 0-03 VG2 Screen Alignment
Limit 0 - 63 Limit for Volume control
Lock On - Off Lock for hotel mode
Key On - Off Lock Pr+ and Pr- on the front panel

11. ITC008
First issue 04 / 03
KEYBOARD - CIRCUITS DE COMMANDES - SCHALTBILD BEDIENTEIL - SCHEMA
DEI CIRCUITI TASTIERA - ESQUEMA DE LOS CIRCUITOS MANDOS
FRONT CONNECTOR BOARD - PRISES EN FACADE ET INTERCONNEXION DU
CLAVIER -FRONT ANSCHLUSSPLATTE - PIASTRA CONNESSIONE FRONTALE -
PLÁTINA MANDOS FRONTAL
WHITE
RED
YELLOW
DEV?
ITC008
CJ106
INF
CJ105
INF
BV004B
BV004A
VIDEO
V_GND
R
L
ToBX004B(SCI)
ToBS004(AUDIOMAIN)
100R0
RJ102
6K8
RJ101
47K0
RJ103
BJ111
RJ104
47K0
330PF
CJ103
BAV21
DJ121
150R
RJ106
150R
RJ105
LJ001
1UH
ALT
BS001A
V_GND
CINCH
BJ110
FCB_GND
JQ103
JQ101
JQ110
JJ002
JQ102
R_IN
R_OUT
L_OUT
RQ104
220R0
L_IN
CQ102
10UF
CQ101
10UF
RQ103
220R0
CQ104
3N3F
CQ103
3N3F
BQ112
220R0
RQ106
220R0
RQ105220R0
RQ102
RQ101
220R0
BAV21
DJ120
470PF
CQ106
470PF
CQ105
CJ104
330PF
V_GND
V_GND
V_GND V_GND
2
3
8
7
5
4
1
5
6
4
3
1
2
1
2
3
4
5
6
3
2
1
4 5
6
5
4
3
2
1
1
2
3
4
5
6
FCB
PIDN?
PIDN?
PIDN?VS
OUT
GND
PIDN?
VOL+
VOL-
PR+
PR-
1K5
RK104
390R
RK103
RK102
390R
JK001
RK106
220R0
RED
GE101
JK002
GND_KB
BR001A
IR
LED_R
SK104
47UF
CK102
IR
GK101
SK103
SK102
SK101
KEYB
KEYB
GND_KB GND_KB
GND_KB
GND_KB
GND_KB
GND_KB
LED_G
GND_KB
+5V_STBY
+3V3UP
ToBR001(MAIN)
12
34
4 3
2 1
4 3
2 1
1
3
2
12
34
8
7
6
5
4
3
2
1
KB
COMPONENT SIDE - CÖTE COMPOSANTS - BESTÜCKUNGSSEITE -
LATO COMPONENTI - LADO COMPONENTES
SOLDER SIDE - CÔTE SOUDURES - LÖTSEITE - LATO SALDATURE - LADO SOLDADURAS SOLDER SIDE - CÔTE SOUDURES - LÖTSEITE - LATO SALDATURE - LADO SOLDADURAS
COMPONENT SIDE - CÖTE COMPOSANTS - BESTÜCKUNGSSEITE -
LATO COMPONENTI - LADO COMPONENTES

12. ITC008
First issue 04/ 03
VIDEO AMPLIFIER BOARD - PLATINE AMPLIFICATEURS VIDEO - VIDEOVERSTÄRKERPLATTE - PIASTRA AMPLIFICATORE VIDEO - PLATINA AMPLIFICADOR VIDEO
2.2Vpp-H
I_CUT
3.5Vpp-H 90Vpp-H
90Vpp-H
98Vpp-H2.2Vpp-H
2.2Vpp-H
!
!
!
!
!
!!
3
2
+VS
1
!
13
F1
R G1 G2
G
B
12
B
R
G1 2
!
!
!
EHT
VH
VG2 VG2
FOCUS
BL002A => BL002 (MAIN SCAN.)
BB003
BB002
DB004
1N4004GP
U_VIDEO
IB001A
I_CUT
HEATER
B
G
CRTGND
10NF
CB001
G2
BB004
BV002A
=>BV002
MAIN
OS
*BB006
SO-CONTROL
BB005
CONN-CRTSO
CRTGND
*RB073
100R0
*RB033
100R0
100R0
RB032
RB004
1K5
RB051
560R0
47NF
CB005
IB001
TDA6107Q/N2
CRTGND
CRTGNDCRTGNDCRTGND
CRTGND
100R0
RB072
560R0
RB071
RB070
1K0
RB052
100R01K0
RB050
RB031
560R01K0
RB030
RB013
10R0
RB011
1K0
560K0
RB002
1K5
RB001
DB071
BAV21
DB070
BAV21
DB051
BAV21
DB050
BAV21
DB031
BAV21
DB030
BAV21
10UF
CB006
47NF
CB004 10UF
CB003
CRTGND
CRTGND
CRTGND CRTGND
CRTGND
CRTGND
CRTGND
R
CRTGND
CRTGND
4
6
8
5
7
9
12
9
8
7
6
5 2
11
10
1
9
54
86
3
7
21
5
4
3
2
1
6
5
4
3
2
1
* Mini
CRT
2.8
2.8
2.8
5.4
185 185
185
116
114
112
COMPONENT SIDE - CÖTE COMPOSANTS - BESTÜCKUNGSSEITE -
LATO COMPONENTI - LADO COMPONENTES
SOLDER SIDE - CÔTE SOUDURES - LÖTSEITE - LATO SALDATURE
- LADO SOLDADURAS

13. ITC008
First issue 04 / 03
COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA
H
CIRCUIT DIAGRAM MAIN BD
I
GNDL
GNDL
GNDL
+VSUPPLY
!
!
GNDL
GNDL GNDL
GNDL
GNDL
!
GNDL
!
BCL
!
!
!
!
!
GNDLGNDL
VDRIVE_A
FP
OR TO HORZ YOKE
TO BL200-PIN ONLY EW
TO VERT YOKE
GNDL
UB1
(P)
GNDL
GNDL
GNDLGNDL
GNDL
GNDL
GNDL
(P)
(D)
(D)
(OS)
GNDL
GNDL
+33V
HDRIVE
BCL
LFB
VFB
EHT_COMP
VDRIVE_A
!
+VSUPPLY
+VSUPPLY
V12
HEATER
HEATERGND
+33V
FP
!
CF005
220NF
CF008
470NF
CF009
100NF
CL011
220UF
CL025
1UF
330PF
CL026
CL035
1MIOF
CL040
330PF
10UF
CL041
DF003
1N4148
DL010
RGP10G
DL021
BY228
1N4148
DL030
1N4148
DL062
10UH
LL040
1K91
RF004
1K91
RF006
RF008
1R5
RL007
1R5
RL025
47K0
820R0
RL031
10K0
RL036
RL037
220R0220R0
RL038
RL041
8K2
RL043
8K2
RL063
18K0
1K0
RL068
BC846B
TL031
according
models
330PF
CL010
330PF
CL012
!
!
RL010
100MIO
VDRIVE_B
1N4148
DF002
GNDL
GNDL
ToBL002A(CRT)
GNDL
GNDL
GNDL
GNDL GNDL
GNDL
GNDLGNDLGNDL
GNDL
GNDL
GNDL
GNDL GNDL GNDL
GNDL GNDL
GNDL GNDL
V12
GNDL
GNDL GNDL
RL062
1K0
8K2
RL044
UB1
2
3
1
TL035
ST1803DHI
3
12
23UH
LL026
1K5
RL026
GNDL
-VSUPPLY
JL903
RF007
1R0
GNDL
(OS)
(D)
47UF
CF010
CL061
10NF
RL032
470R0
RL033
120R0
BZW04-48
DF001
DL011
1N4001GP
DL013
1N4001GP
GNDL
47K0
RL061
TL062
BC846B
CL013
1MI0F
CL054
47N0
+VSUPPLY
RL002
68K1
RL004
22K0
CF004
1NF
2U2F
CL005
RL005
33K0
6 3
4
5
2
7
1
TDA8177
IF001
JL992
8
12
10
9
2
3
5
11
7
6
1
13
1
5
3
2
9
10
TX807C
LL005
JL990
RL060
68K0
JL991
JL055
JL052
U_SYS_MOD
RF002
1K0
JF012
RF003
1K0
RL003
22K0
RL008
4K7
4K7
RL009
RL013
22K0
RL015
100R0
4K7
RL018
4K7
RL019
RL052
680R0
RL054
2K2
0R0
JF910
100NF
CL030
DL040
RGP10G
47R0
RL040
CF003
220NF
1N4001GP
DF010
RL042
8K2
BCL
DF101
1N4148
100K0
RF101
CF101
470NF
2
1
BF002
270R0
RF009
JF005
3
2
1
BF001
To BL101
EWM
1
2
3
BL003
3
2
1
BL005
VDRIVE_B
JF002
JF009
(OS)
HDRIVE
JL906
LFB
(P)
JL907
1 2
HEATSINK
IF001A
1 2
HEATSINK
TL035A
6
5
4
3
2
1
BL002
!
JL003 JL006
390NF
CL024
RN1409
TL061
TL060
BCR191P
GNDL
JL921
DF102
1N4148
HEATER
22K0
RL051
UB1
8VOS
8VOS
1N4148
DL005
DL015
1N4148
DL072
1N4148
!
JL905 EHT_COMP
!
! TL050
BC856B
DZ05
1N4148
1K5
RZ09
!
!
CZ01
100NF
!
10K0NC
RZ03
!
BZ01
DZ01
1N4148
!
RZ01
100R0
!
15K
RZ11
RL001
330K0
BC639
TL033*
BC337-40
TL032*
JL995
JL994
JL908
CL034
100NFJL901
RGP10G
DL025
RGP10G
DL024
1K0
RF102
!
CL021
14N4F
ALTCL028
!
!
220NF
CZ03
JL902
CL033
47NF
CL036
47NF
RGP10G
DL060
XRP1
XRP2
-VSUPPLY
BL007
BL008
HEATERGND
BL009
33R0
RL034
2
6
43
1
TF-M
LL032*
RL035
47R0
2
6
43
1
TF-M
LL033*
* TL032 or TL033
LL032 or LL033
RL030
4K7
BL004
1
BF002B
BL005BBL005A
BF002A
BL003C
BL003B
BL003A
BZX55B5V1
DL004
DZ03
10V
RZ05
29K4
27K4
RZ07
TZ01
S1423P
RL050
150K
RL055
120K
1N4001GP
DL035
4U7F
CL060
CL022
330PF
39N0
CL027
ALT270NF
CL023
DL012
EGP10DRL012
220MIO
1K0
RL006
BZX55C13
DL014
CL003
22NF
CL006
150PF
VFB
(DP) : DEFLECTION PART
V
ToBF001(MAIN)
BL103
BL101
EAST WEST
MODULE
13Vpp-H
0
0
1100Vpp-H
MAIN
THERMAL
PROTECTION
POWER
AMPLIFIER
+VSUPPLY
21" True Flat tube 17.5 +/- 0.5V
29" True Flat tube 12.0 +/- 0.5V
0
-0.5
2Vpp-H
T=20ms
1Vpp-V
0
26Vpp-V
-12V
T=20ms
0
0
1.4Vpp-V
T=20ms
-10V
T=20ms
0
54Vpp-V
0
1Vpp-H
0.7
0.8
12.2 11.8
-12.3
-0.03
-10.3
0.37
0.36
10.4
0.1
126
0.37
6.6
0.48
0.03
0.75
1.9
9.5
0
9.5
11V<V12<13.5V
8
8V0S
+VSUPPLY
21" True Flat tube 17.5 +/- 0.5V
29" True Flat tube 12.0 +/- 0.5V
-VSUPPLY
21" True Flat tube -13 +/- 0.5V
29" True Flat tube -12.5 +/- 0.5V
-VSUPPLY
21" True Flat tube -13 +/- 0.5V
29" True Flat tube -12.5 +/- 0.5V
+VSUPPLY
21" True Flat tube 17.5 +/- 0.5V
29" True Flat tube 12.0 +/- 0.5V
+VSUPPLY
21" True Flat tube 17.5 +/- 0.5V
29" True Flat tube 12.0 +/- 0.5V
U_VIDEO
185

14. ITC 008
First issue 04 / 03
COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA
!!
!
!
!
!
!
!
!
!
G
D
S
!
!!!
!
!
!
!
!
TL431
T !
! !
! !
!
!
!
I O
GND
P
!
1 2
1 2
1 2
DELAYGND
VI2 VI1
DIS RESET
VO1
STV8130
PROGVO2
8
!
!
!
!
!
!
!
!
!
!
!
!
!
!
4
!
!
!
!
10
11
12
13
14
15
16
18
5
9
1
3
4
2
2SK2717
[US]
680MIO
[EUROPE]
BP002B
BP002A
(HEATSINK FOR IP030)
1%
1%
0.1%
HOT COLD
(FOR < 20")
(OPTION TRANSFORMER)
(FOR > 20")
BP007C
BP007C
BP007A
BP007A
BP007B
BP007B
BP008A
BP008A BP008B
BP008B
BP001B
BP001A
BP003A
BP003B
5A 125V[US-27" AND ABOVE]
T1.6AL 250V[EUROPE]
2.5A 250V[US-20" AND BELOW]
1R6 [US-27" AND ABOVE]
2R2 [US-20" AND BELOW]
[EUROPE]
330UF [US-20" AND BELOW]
680UF [US-27" AND ABOVE]
330MIO [US-27" AND ABOVE]
[US-20" AND BELOW]
[EUROPE]
8M2 [US]
[EUROPE]
[US]
220UF [EUROPE]
1%
[EUROPE]
FP061
FP001
RP158
2K49
RP054
150R
TFSMT ITC008
LP003
4K7
RP151
2K2
RP057
DP063
BYW98-200
DP093
RGP10G
DP061
5A60V
RP095
3K9
DP080
BYW76
DP025
RGP10G
RGP10G
DP026
RP041
27K
RP019*
VAL
* SOME MODELS ONLY
150UF
CP008
RP001
4R7
LP003A
DEV=TFSMT
FP003
T1.6AL 250V
1.6A 250V[US]
FZP30
T500MA 125V
JP003
T3.15A 125V
FZP61
T500MA 125V
FZP93
V6
PO
6VSTBY
LP003-2
LP003-2
LP003-3
LP003-5
LP003-3
LP025
100R
FZP60
T3.15A 125V
T500MA 125V
FZP66
BP016B
BP016A
BP011A
BP012B
JP014
SP001-3
JP008
BP015B
BP012
BP011B
DP028*
BZX55B27
BP015A
BP011
SP010-2
BP013B
JP162
JP163
JP013
RP002-2
JP004
RP002
18R0
CP012
2N2
V12A
V12A
V12
JP060
UB
RP197
10K
RP192
3K9
DP095
BZX55C5V6
CP097
10UF
1K0
RP196
10K0
RP190
V6
JP082
2K7
RP150
JP028 JP075
DEGAUSS/BURST
RP077
2K2
JP074
JP076
PO
JP068
JP067
SP001
JP034
JP058
JP055 A-
GND
JP002
BP002
BP003
BP020
220R
RP065
10M
RP015
JP121
BP013A
BC558B
TP025
RP132
22K0
JP185
JP006
GND
JP011
BP020-2
BP020-1
BP001
BP007
BP008
LP003-9
SP010-4
JP007
CP036
10UF
JP164
V12
JP059
JP069 JP029
RP078
6K8
RESET
JP022
JP017
LP003-13
FP093
GND
100R0
RP093
DEGAUSS
PO
DEGAUSS
DEGAUSS
BC8488
TP176
BC8488
TP175
2K2
RP175
TP177
BC8488
RP176
2K2
BC548B
TP052
GND
JP057
BP006C
BP006B
BP006A
BP006E
BP006D
1K0
RP166
IP030
WP003A
JP061
JP036TP020A
HEATSINK
FOR TP020TP020C
H
IP030A
TP001-1
RP052
2K7
UA1
UA
JP066
JP065
UA1
100UF
CP080
LP003-14
LP003-14
KTC8550D
TP02347K0
RP033
DP033
BZX55B15
CP033
3N3 [US]
680P [EU]
JP020
TGND
JP001
SP010
JP019
JP001
LP002
LINE FILTER
JP010
TP001-3
IP001
TCET1103G
IP001-4
CP040
GND
H
LP003-11
GND
LP003-13
LP003-14
LP003-15
GND
LP003-18
LP003-5
LP003-9
LP003-15
LP003-11
H
H
GND
GND
GND
LP003-18
DP036
1N4001
U_SYS_MOD
CP034
10UF
DP057
BZX55C10
GND
470K
RP009
GND
GNDGNDGND
GND GNDGND
H
HH
H
H H H
H
H
H
H
GND
GND
JP056
RP091
10K0
RP066
1K0
RP003
5R0
CP131
1UF2N2
CP166
10U0
CP066RP162
1K69
RP161
3K92
JP054
JP053
JP051JP050
CP035 DP001
BZT52C5V610UF TP93-BJP052
IP031
MC7805/ACT
CP068
330P0
GND
DP099
1N4148
CP002
100N0
ZP001
ERZV14D511
TP193
BC848B
TP192
BC858B
BC848B
TP171
BC548B
TP022
RP068
4R7
RP199
680R0
RP056
130K0
6K8
RP155
RP153
2K2
10K0
RP125
2K2
RP040
RP038
470R0
33K0
RP037
RP031
10R0
1K0
RP030
2K2
RP029
22R0
RP028
RP027
2K2
RP026
2K7
2K2
RP023
22R0
RP021
470MIO
RP020
RP016
1M8
RP007
120K
RP006
120K
LP081
1220R
1220R
LP020
JP009
JP005
IP050
DP097
RGP15G
DP071
IN4148
DP040
BZX55B27
DP037
BAV21
DP030
BZX55C8V2
DP027
BZX55B27
DP023
BZX55C8V2
DP005
G2M
DP004
G2M
DP003
G2M
DP002
G2M
1MIO
CP094
CP093 330P0
CP088 2N2
2N2
CP082
CP064
1MIO
CP063
330P0
CP062
470UF
330P0
CP060
CP198
10N0
CP053
10N0
CP123
2N2
CP050
470P0
10U0
180P0
CP039
50V
CP038
180P0
CP037
1N5
330P0CP026
CP025
22UF22UF
CP024
470P0
CP022
CP018
2N2
CP015
2N2
2N2
CP009
1KV
1N5
CP006
CP005
1N5
1N5
CP004
CP001
100N0
BP099
NI*100U0
CP032
JP032
JP012
PO
OPTO
TP93-B
GND
OPTO
UB
LP003-14
BP090
To BG407
(SCI)
GND
GND
GND GND
GND GND
GND
GND
GND
GND
GND
2SK2543
TP020
GND
(2) : Standby
GND
H H
H
GND
GNDGND
GND
H
GND
GND
V12
SP010-3
JP035
DEGAUSS/BURST
PG
H
SP001-4
H
4
3
2
1
10
9
8
7
6
5
4
3
2
1
3
2
1
4
3 2
1
8
7
5
6
4
3
2
1
43
21
1
9
64
12
7 5 3
1
1
1
1
1
2
1
1
1
3
3
2
1
2
1
2
1
1
1
1
2
24
5
3 1
1 1
1
11
2
3
1
3
2
1
1
5
18
3
2
1
10
11
12
13
14
15
16
9
Part of board connected to mains
supply.
Partie du chassis reliée au secteur.
Primärseite des Netzteils.
Parte dello châssis collegata alla rete.
Parte del chasis conectada a la red.
Note :
Power Supply primary circuit measurements.
- Use only (H) connection point.
Attention :
Mesure dans la partie primaire de l'alimentation
- Utiliser la masse du bloc alimentation (H).
Achtung :
Bei Messungen im Primärnetzteil
- Primärnetzteilmasse verwenden (H).
Attenzione :
misure nell'alimentatore primario
- usare massa alimentazione primario (H).
Cuidado :
Medida en el bloque de alimentacion
- Utilizar la masa del bloque de alimentacion (H).
Use isolating mains transformer
Utiliser un transformateur isolateur
du secteur
Einen Trenntrafo verwenden
Utilizar un transformador aislador
de red
Utilizzare un transformatore per
isolarvi dalla rete
!
Indicates critical safety components, and identical components should be used for replacement. Only then can the operational safety be garanteed.!
!
!Wenn Sicherheitsteile (mit dem Symbol gekennzeichnet) durch nicht normgerechte Teile ersetzt werden, erlischt die Haftung des Herstellers.
Le remplacement des éléments de sécurité (repérés avec le symbole par des composants non homologués selon la Norme CEI 65 entraine la non-
conformité de l'appareil. Dans ce cas, la responsabilité du fabricant n'est plus engagée.
GND
GND
1
1
1 1 1
1
1 1
BP012A
JP085
GND GND
DEG.COIL
!
220V
UMAINS ON/OFF
1 4
!!
2 3
NI* NI*
NI* = Not inserted
(PP) POWER SUPPLY
MAIN
600Vpp-H
T=12µs
0
0
T=12µs
20Vpp-H
T=12µs
10Vpp-H
0
TUBE UB1 voltages JL990-992
USYS USYS
TUBE UB1 voltages JL990-992
19V Thai 106V ± 2V JL992
19V ChungHwa 109V ± 2V JL990 & JL991
20V TF LGS 123V ± 2V JL990 & JL991
20V TF Orion 123V ± 2V JL990 & JL991
21” TF TTD II 123V ± 2V JL990 & JL991
21” OT 114V ± 2V JL992
25’’TF Toshiba 126V ± 2V JL992
27V 1R TTD 126V ± 2V JL990 & JL991
27V VHP TTD 126V ± 2V JL992
27V/29” TF Samsung 126V ± 2V JL992
27V/29’’ TF TTD II 126V ± 2V JL992
28’’ MP 132V ± 2V JL992
33’’ MP 132V ± 2V JL992
32V/36 VHP 132V ± 2V JL992
32V TF Toshiba 132V ± 2V JL992
32V/34” TF TTD 132V ± 2V JL992
+3V3UP
UB1
USYS
6V5
12VSTBY
6V5
+3V3UP
+3V3UP6VSTBY
8VOS8VOS
8VS
5VS
2.1
(0.7)
0.2
0
(0.7)
2.1
19.9
(18) 19.3 (17.4)
10.9
(16)
1.6
(0.1)
0.3
(0.1)
0.1
(0.6)
1.6
(0.1)
3.1
0.1
2.4
9.1
(2.5) (2.4)
(2.9)
0.09
0.01
0.67
8
3.3
3.3
3.2
0
0
13
+UA : Audio Voltage
2x3W = UA = 20V+/- 1V
11V<V12<13.5V
8VS 8
5
5VS
298
(311)

15. ITC008
First issue 04 / 03
COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA
H
CIRCUIT DIAGRAM MAIN BD
I
GNDL
GNDL
GNDL
+VSUPPLY
!
!
GNDL
GNDL GNDL
GNDL
GNDL
!
GNDL
!
BCL
!
!
!
!
!
GNDLGNDL
VDRIVE_A
FP
OR TO HORZ YOKE
TO BL200-PIN ONLY EW
TO VERT YOKE
GNDL
UB1
(P)
GNDL
GNDL
GNDLGNDL
GNDL
GNDL
GNDL
(P)
(D)
(D)
(OS)
GNDL
GNDL
+33V
HDRIVE
BCL
LFB
VFB
EHT_COMP
VDRIVE_A
!
+VSUPPLY
+VSUPPLY
V12
HEATER
HEATERGND
+33V
FP
!
CF005
220NF
CF008
470NF
CF009
100NF
CL011
220UF
CL025
1UF
330PF
CL026
CL035
1MIOF
CL040
330PF
10UF
CL041
DF003
1N4148
DL010
RGP10G
DL021
BY228
1N4148
DL030
1N4148
DL062
10UH
LL040
1K91
RF004
1K91
RF006
RF008
1R5
RL007
1R5
RL025
47K0
820R0
RL031
10K0
RL036
RL037
220R0220R0
RL038
RL041
8K2
RL043
8K2
RL063
18K0
1K0
RL068
BC846B
TL031
according
models
330PF
CL010
330PF
CL012
!
!
RL010
100MIO
VDRIVE_B
1N4148
DF002
GNDL
GNDL
ToBL002A(CRT)
GNDL
GNDL
GNDL
GNDL GNDL
GNDL
GNDLGNDLGNDL
GNDL
GNDL
GNDL
GNDL GNDL GNDL
GNDL GNDL
GNDL GNDL
V12
GNDL
GNDL GNDL
RL062
1K0
8K2
RL044
UB1
2
3
1
TL035
ST1803DHI
3
12
23UH
LL026
1K5
RL026
GNDL
-VSUPPLY
JL903
RF007
1R0
GNDL
(OS)
(D)
47UF
CF010
CL061
10NF
RL032
470R0
RL033
120R0
BZW04-48
DF001
DL011
1N4001GP
DL013
1N4001GP
GNDL
47K0
RL061
TL062
BC846B
CL013
1MI0F
CL054
47N0
+VSUPPLY
RL002
68K1
RL004
22K0
CF004
1NF
2U2F
CL005
RL005
33K0
6 3
4
5
2
7
1
TDA8177
IF001
JL992
8
12
10
9
2
3
5
11
7
6
1
13
1
5
3
2
9
10
TX807C
LL005
JL990
RL060
68K0
JL991
JL055
JL052
U_SYS_MOD
RF002
1K0
JF012
RF003
1K0
RL003
22K0
RL008
4K7
4K7
RL009
RL013
22K0
RL015
100R0
4K7
RL018
4K7
RL019
RL052
680R0
RL054
2K2
0R0
JF910
100NF
CL030
DL040
RGP10G
47R0
RL040
CF003
220NF
1N4001GP
DF010
RL042
8K2
BCL
DF101
1N4148
100K0
RF101
CF101
470NF
2
1
BF002
270R0
RF009
JF005
3
2
1
BF001
To BL101
EWM
1
2
3
BL003
3
2
1
BL005
VDRIVE_B
JF002
JF009
(OS)
HDRIVE
JL906
LFB
(P)
JL907
1 2
HEATSINK
IF001A
1 2
HEATSINK
TL035A
6
5
4
3
2
1
BL002
!
JL003 JL006
390NF
CL024
RN1409
TL061
TL060
BCR191P
GNDL
JL921
DF102
1N4148
HEATER
22K0
RL051
UB1
8VOS
8VOS
1N4148
DL005
DL015
1N4148
DL072
1N4148
!
JL905 EHT_COMP
!
! TL050
BC856B
DZ05
1N4148
1K5
RZ09
!
!
CZ01
100NF
!
10K0NC
RZ03
!
BZ01
DZ01
1N4148
!
RZ01
100R0
!
15K
RZ11
RL001
330K0
BC639
TL033*
BC337-40
TL032*
JL995
JL994
JL908
CL034
100NFJL901
RGP10G
DL025
RGP10G
DL024
1K0
RF102
!
CL021
14N4F
ALTCL028
!
!
220NF
CZ03
JL902
CL033
47NF
CL036
47NF
RGP10G
DL060
XRP1
XRP2
-VSUPPLY
BL007
BL008
HEATERGND
BL009
33R0
RL034
2
6
43
1
TF-M
LL032*
RL035
47R0
2
6
43
1
TF-M
LL033*
* TL032 or TL033
LL032 or LL033
RL030
4K7
BL004
1
BF002B
BL005BBL005A
BF002A
BL003C
BL003B
BL003A
BZX55B5V1
DL004
DZ03
10V
RZ05
29K4
27K4
RZ07
TZ01
S1423P
RL050
150K
RL055
120K
1N4001GP
DL035
4U7F
CL060
CL022
330PF
39N0
CL027
ALT270NF
CL023
DL012
EGP10DRL012
220MIO
1K0
RL006
BZX55C13
DL014
CL003
22NF
CL006
150PF
VFB
(DP) : DEFLECTION PART
V
ToBF001(MAIN)
BL103
BL101
EAST WEST
MODULE
13Vpp-H
0
0
1100Vpp-H
MAIN
THERMAL
PROTECTION
POWER
AMPLIFIER
+VSUPPLY
21" True Flat tube 17.5 +/- 0.5V
29" True Flat tube 12.0 +/- 0.5V
0
-0.5
2Vpp-H
T=20ms
1Vpp-V
0
26Vpp-V
-12V
T=20ms
0
0
1.4Vpp-V
T=20ms
-10V
T=20ms
0
54Vpp-V
0
1Vpp-H
0.7
0.8
12.2 11.8
-12.3
-0.03
-10.3
0.37
0.36
10.4
0.1
126
0.37
6.6
0.48
0.03
0.75
1.9
9.5
0
9.5
11V<V12<13.5V
8
8V0S
+VSUPPLY
21" True Flat tube 17.5 +/- 0.5V
29" True Flat tube 12.0 +/- 0.5V
-VSUPPLY
21" True Flat tube -13 +/- 0.5V
29" True Flat tube -12.5 +/- 0.5V
-VSUPPLY
21" True Flat tube -13 +/- 0.5V
29" True Flat tube -12.5 +/- 0.5V
+VSUPPLY
21" True Flat tube 17.5 +/- 0.5V
29" True Flat tube 12.0 +/- 0.5V
+VSUPPLY
21" True Flat tube 17.5 +/- 0.5V
29" True Flat tube 12.0 +/- 0.5V
U_VIDEO
185

16. ITC008
First issue 04 / 03
COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA
#3 22UF
GND
GND
GND
#1100UF
SDA
SDA
SCL
SCL
GND
GND
SC/C_IN_R
JR024
GND
GND
GND
GND
GND
GND
JR027
GND
GND
AV_IN/SIF
GND
GND
LED_G
GNDGND
GNDGND
PR-
PR+
VOL-
VOL+
VDRIVE_B
VDRIVE_A
B_CRT
G_CRT
R_CRT
EHT_COMP
GND
FB
SC/C_IN_L
SC_IN_L
SC_OUT_L
SC_OUT_L
SC_IN_R
BCL
CH002
1N0
CH005
33PF
CI043
22NF
100N0
CI055
100N0
CR001
CR002
100PF
CR003
100PF
CR004
100P0
470PF
CR008
CR010
100NF
CR011
470PF
220N0
CV001
100NF
CV003
CV004
220NF
CV005
2N7
1UF
CV006
4N7
CV007
1NF
CV012
CV013
100NF
CV014
12P0
12PF
CV015
100NF
CV019
CV020
47PF 47PF
CV021 CV022
47PF
CV023 47NF
47NFCV024
CV025 47NF
1N2F
CV026
CV029
100NF
100UF
CV030
560PF
CV035
CV036
330PF
CV040
100PF
100PF
CV041
47PF
CV042
CV043
47PF
CV044
47PF
CV050
22NF
4U7F
CV072
BA782S
DI030
BA782S
DI040
DV071
1N4148
10UH
LV002
10UH
LV004
12M0
QV001
RI032
2K2
RI042
1K5
RI051
390R0
RI059
220R0
RR005
10K0
RR006
1K0
RR008
39K0
RR009
3K9
RR012
100R0
15K0
RV001
RV004
39K2
100R0
RV005
100R0
RV006
RV010
100R0
RV011100R0
10K0RV013
RV017 100R0
100R0RV018
RV041
75R0
100R0
RV042
RV043
75R0 75R0
RV047
68K0
RV070
0R0
RV076
RV077
10K0
BCR141N
TR002
12
34
SK002
12
34
SK003
4 3
2 1
SK004
VS
OUT
GND
2
3
1 IR
GK001
1K2
RK006
RR022
4K7
CV009
2U2F
CV008
100N0
CV113
1NF
DR011
5V1
5V1
DR012
DR013
5V1
1NF
CV076
RV060
0R0
DR016DR017
5V1
DR018
5V1
DR020
DR021
5V1
DR022
5V1
5V1
5V1
5V1
DR023
5V1
DR024
CV051
820PF
CR023
100P0
SCL_I/O
CV010
1NF
FRONT_R
FRONT_L
470P0
CI050
CK012
47UF
100PF
CR024
100N0
CV108
RI070
1K0
CI071
100UF
100N0
CI073
CI072
47UF
47NF
CI074
RR026
120R0
RV051
100R0
RV052
100R0
GND
GND
GND
GND
GND
GND
GND GND GND
GND GND
GNDGND
GND
GND GND
GND
GND GND
GND
GND
GND GND
GND GND
GND GND
GND
GND GND
GND
GND GND GND
GND GND
GND
GND
GND GND GND GND
GND
GND
GND
GND
GND
GND GND
GND GND
GND GND
GND
GND GND
GND
GND
GND
GND
GND
GND
GND
GND GND
GND GND
GND
GND
ICUT
GND GND GND GND
GND GND
GND
GND GND
GND GND
GND GND
GND
GND GND
GND
GNDGND GND
GND
GND GND GND GND
GND
GND
GND
GND
GND
GND
GND GND GND GND
GND
GND
GND
220R0
RV044
JP073
JH010,JJ001,JI140,JI150,JI170,JI180,JV006,JV009,JV010,JV011
LED
GE001
JK501
IR1
RV012
100R0
JP072
RI050
680R0
RR011
100R02K7
RR003
RR004
2K7
22K0
RV071
100UF
CH008
RI031
1K5
1NF
CI058
220R0
RR016
CI045
22NF
CV071
15PF
10UH
LI032
22K0
RV074
100R0RV016
100PF
CR021
CV070
100NF
180R0
RI071
RI073
1K0
GND
HDRIVE
JH002
RESET
JR040
1
2
3
4
5
6
BV004
FSC
CHROMA
GND
JR026
470R0
RI074
RI075
430R0
JI120
GND
0R0
RV062
AM/AF
RI004
82R0
1NF
CI059
4N7
CH004
VAL
JI922
CH010
22NF
LFB
JV008
100N0
CR057
JV007
JR019
PO
JR017
+VCC_TV_PROC14
+VDD
BURST
27 AGC
4 AUDIO_MUTE
AUD_OUT
AV_OUT32
BANDGAP_DEC19
BCL
IR
B_IN
B_OUT
DECSDEM20
15 DIG.DEC.
EHT
EXT_CHROMA_IN
EXT_CVBS_IN
FB
GND30
12 GNDA_TXT
GND_TV_PROC
18 GND_TV_PROC1
9 GND_UP
G_IN
G_OUT
HOUT
IF_PLL_FILTER
IF_VID_OUT
INT_CVBS_INIREF25
IR_DVD
I_CUTOFF
6 KEYA
7 KEYB/LED
LFB_IN 34
OSC_GND
OTP_PROG_V
PI1_FIL17
PI2_FIL16
10 PIF
PIF_IN_123
PIF_IN_224
1 PO
11 READY
RESET
R_IN
R_OUT
2 SCL
3 SDA
13 SECAM_PLL_DEC
SIF
31 SIF_AGC/SNDPLL
SIF_IN_128
29 SIF_IN_2
8 SLOW_SW
VCCA_TXT
VCCD_CORE
VCC_TV_PROC
22 VDRIVE_A
VDRIVE_B21
VSAWT.CAP26
5 WC_WRITE
XTAL_IN
XTAL_OUT
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
33
TDA9554PS/N1I/IVV2.30
IV001
JR023
1K2
RK001
AUDIO_MUTE
RR014
1K0
R/SVHS_C
DEGAUSS/BURST
KEY_A
JR015
KEYB
BC337
TR005
JR020
DTC144
TR003
0R0
RR049
VD
47NF
CV027 RF_MONO
100R0
RI080
AV_OUT
R_IN
BCR185P
TR001
JR022
IR
IR
JR014
JH001
JH009
RH010
220R
JH003
10K0
RV048
6K8
RV050
JV005
GND
220R0
RK016
100K0
RR018
1NF
CR007
GND
47NF
CR012
KEYB
ATE
(IV001/10)
PG1
VD1
100R0
RR002
DR002
BZX55C5V6
CR033
2N2
RR001
100R0
RS225
10K0
DS206
BZX55C3V3
JH012
470UF
CH003
GND
JH006
1
2
3
4
BR002
NC
NC*
SDA_I/O
JR006
SCL1
5V1
DV073
LV001
10UH
8VOS1
RV025
75R0
GND
RV023
100R0
RV040
150R
VIDEO_OUT
RV039 150R
JR010 100R0
RV019
B
RV045
150R
RV055
150R
G_IN
B_IN
5V1
DR015
FB_IN
DR014
5V1
RV022
100R0
JV001
CI023
4N7
2K2
RI041
2K2
RI040
TI045
DTC144EK
40M4
FI030
2K2RI033
LI030
220NH
JV003
2
1
10
OFWK6257K
4
5
83
FI010
GND
JS055
JV072
1
2
3
4
5
6
7
8
BR007=>BX007 (SCI)
CI070
100NF
BL006
JR084
JR028
JR048
JH004 JR005
RR021
220R0
220R0
RR020
10UH
LI033
JR002JR003
CR022
100PF
BC846B
TI070
GND
1NF
CI010
820P0
CV052CR013
270PF
CR014
270PF
SC_OUT_RSC_OUT_R
JR018
33R
RI007
1 I1
2 I2
4O1
5O2
GND
3
OFWK9659D
FI020
LI010
1UF
9 +33V
7 +5V
1 AGC
3 AS
4 CL
5 DA
IF111
10 IF2
2 TU
6 UB
CTF5511
NH001
10UH
LH010
SAW_IF
SAW_IF
RI061
2K7
CI060
820PF
DTC144EK
TI040
MSP_RESET/AGC
MSP_RESET/AGC
3N3F
CI021
TI060
BC846B
BC856B
TI050
GND
MONO-L
JI130
JS533
JS534
CR005
100UF
CV046
100NF
4
5
6
3
2
1
BR006
1
2
BR016NC
VD
GND
1
2
BR008
GND
RH005
3K9
33PF
CH006
GND
2N7F
CH011
BR009
RK002
390R
390R
RK003
RK004
1K5
RR013
100R
BH001
2K7
RH003
100R0
RH002
JH011
CH001
47NF
DH001
BZX55B33
DTC144EK
TI030
JI950
0R0
RI060
2M2
0R0
JI923
4N7
CI061
#32M2
#3
#3
CI054
2U2F
ALT
100K0
RI021
0R0
RI095
5K6
RI078
RI077
0R0
1K5
RI076
JI101
JI013
#1 100N
CV018
100UF
GND
5VS1
GND
RH004
15K0
RH006
82K
PIF
PIF
1
2
3
4
5
6
7
8
BR001
BR001=>BR001A(KB)
G
10
11
12
13
14
15
16
17
18
19
2
20
3
4
5
6
7
9
1
21
8
BV001=> BX100 ( SCI )
CV002
100UF
CV045
220UF
SBLK
RV073 1K5
39R
RV021
100R0
RR019
RR052
100R0
100UF
CR009
BZX55C5V1
DR001
0R
RV072
1 PRE
2 E1
3 E2
4 VSS 5SDA
6SCL
7WC
8+VCC
24WC08P
IR001
CAT
LED_R
KEYA
KEYA
RV049
220R0
RV046
220R0
RR025
4K7
RR030
270R0
CHROMA
DH004
1N4148
1
2
3
4
5
BV002
=>BV002A
CRT
1N4148
DV070
CV033
470P
JR047
BH002 BR010
4 3
2 1
SK001
10UH
LV003
LV030
10UH100R0
RR027
10UH
LV020
100NF
CR006
LR001
10UH
10UH
LR010
LR002
100M0
JR004
VD1
VIDEO_IN
VIDEO_IN
RR060
100R
RR007
10K0
1UF
CV011
ALT
1UF
CV111
ALT
#3 22UF
5K6
RI079
ALT
CR074
VAL
ALT
LI074
VAL
VAL
RR017
RR015
VAL
(OS) : ONE CHIP VIDEOPROCESSING PART
MAIN
BR006
=>BX006SCI
* SOME MODELS
#3 EU MONO MODELS
JR008,JR009,JR012,JR016,JR021,JR029,JR030,JR031,JR090
JR032
SDA SDA
220PF
CJ004
100P0
CJ020
RJ004
100K0
GND GND
GND
GND
BAV21
DJ020
VD
FRONT_R
12
BJ005
BJ006
12
8K2
RJ002
GND
1
2
3
5M5/5M74
FI050
6U8H
LI031RI072
200R
SOME MODELS
SC
ATE
(NC ITC008 EU)
JR041
0
1.4Vpp-V
T=20ms
VDRIVE_B VDRIVE_A HOUT (33/IV001)
T=20ms
1Vpp-V
0
5Vpp-H
0
5.4Vpp-H
0
PAL
1.2Vpp-H
3V 0 3V 0
SECAM
1.2Vpp-H 2.2Vpp-H 2.2Vpp-H 2.2Vpp-H
SC (34/IV001) CVBS_IN (40/IV001) B_CRT (1/BV002) G_CRT(2/BV002) R_CRT(3/BV002)
1
2
3
4
5
6
7
8
1 2 3 4 5 6 7 8
3.2
4.8
4.8
4.9
3.2
3.2
3.2
0
0
0
0
0
4
1
0
2
2.4
1.1
1.1
1.8
1.8
3.8
3.8
3.2
3.2
2.2
0
2.3
7.8
4.9
3.5
3.7
2
0.6
3.7
2.1
2.4
3.1
7.8
3.5
0
0
3.7
3.4
3.5
2.5
2.5
2.5
3.3
4.2
2.6
2.5
2.7
3.2
3.2
3.2
0
0
0
1.5
1.6
0.1
0.1
3.3
3.7
3
2.6
3.1
7.8
3.2
8.4
1.1
4.8
4.8
4.9
4.9
33.9
0
0
+33V
5VS1
5VS
8VS1
+5V_STBY2
8VOS1
+3V3UP
+5V_STBY
+5V_STBY
8VOS
8VOS
+5V_STBY2
+3V3UP
+5V_STBY2
6V5
5VS2
5VS1
4.8
4.9
4.9
4.8
TDA9567

17. ITC008
First issue 04/ 03
COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA
!
!
OUT_RIN-R
OUT_LIN-L
IN+L
SUR
VCC
IN+R
NC1
GND
NC2
!
ADR_CL
ADR_PA
ADR_SEL
ADR_WS
AGNDDC
AHVSS
AHVSUP
ANA_IN+
ANA_IN-
AVSS
AVSUP
CAPL_M
DACM_L
DACM_R
DVSS
DVSUP
D_CTR_OUT0
D_CTR_OUT1
I2C_CL
I2C_DA
I2SDATAIN
I2SDATAIN2
I2SDATAOUT
I2S_CLK
I2S_SWMONO_IN
NC-1
NC-10
NC-11
NC-12
NC-2
NC-3
NC-4
NC-5
SUB_OUTNC-7
NC-8
NC-9
RESETQ
SC1_IN_L
SC1_IN_R
SC1_OUT_L
SC1_OUT_R
SC2_IN_L
SC2_IN_R
STANDBYQ
TESTEN
VREF1
VREF2
VREFTOP
XTAL_IN
XTAL_OUT
!
!
specific Mono TV
RS114
200R
RS115
200R
3K6
RS204
RS203
2K
RS202
3K6
CS201
1UF
RS201
2K
CS218
470P
CS217
470P
A1-A1-
JS532
CS136
4U7F
CS135
4U7F
47UF
CS202
RF_MONO
JS110
JS109
CS137
2N2F
MONO-L
47R0
RS215
A-
JS508
1K
RS221
1K
RS220
DS201
RGP15G
DS203
1N4148
47PF
CS146
JS517
JS535
MONO-L
JS057JS502
JS512
RS107
10K0
JS531
0R0
JS505
0R0
0R0
JS103
1000UF
CS211
CS216
1000UF
LS105
10UH
LS205
10UH
JS037
1N4148
DS204
1UH
LS107
1UH
LS207
1UH
LS106
1UH
LS206
IS100
MSP3415G
100R
RS130
JS530
JS515
0R0
BS009
FRONT_R
JS058JS049
JS527JS521
A1-
RN1402
TS202
RN1402
TS203
A-
JS510
JS509
CS134
2N2F
RS206
10K
SPK_L_OUT
IS200
TDA7263/53
HEATSINK
IS200A
SCL1
SCL1
FRONT_R
RS109
330R0
JS043
1UF
CS148
RS106
6K8
CS207
47UF
LS108
10UH
LS208
10UH
RS207
10K0
RS205
1K0
AUDIO_MUTE
JS009
1M0
RS209
CS204
4U7F
JS507
MSP_RESET/AGC
BS004
EXT_SPK/HP
ToBS001A(FCB)
0R0JS010
MSP_RESET/AGC
DS101
1N4148
DS202
RGP15G
PG1
100R
RS131
RS102
470R0
RS119
18R0
RS124
1K2
AGND AGND
AGND
JS052 JS045
FRONT_L
8VS18VS JS047JS048
PG
RS211
4K7
A-
JS041
JS040JS042
CS104
10UF
220PF
CS106
4R7
RS216
JS524JS523
AGND
JS070 JS03910UF
CS101
SDA
CS151
1UF
1UF
CS152
RS214
1K5
A1-
A1-
A1-
A1-
A1-
A1-
A1-
JS101
JS102
SPK_L_IN
SPK_R_IN
470PF
CS004
0R0
JS520
JS060
CS205
100NF
JS044
AV_IN/SIF
JS034
330PF
CS116
6K8
RS104
SC_IN_L
GND
1UF
CS112
2U2H
LS103
2U2H
LS102
LS101
2U2H
RS219
4R7
CS212
100NF
CS208
100NF
GND
GND
GND
GND
GND
GND
SPK_R_OUT
1NF
CS210
SPK_R_OUTSPK_R_OUT
JS518*
0R0
470PF
CS003
220UF
CS128
TS201
BC848B
TS204
BC848B
CS145
470UF
JS501
BS005-4
SC_OUT_L
SC_OUT_R
RF_MONO
BS002
SPK_R
BS003
SPK_L
A-
A-
A-
A-
A-
A-
A-
BS005
EXT_SPK_MONO
EXT_SPK_STEREO
DGNDDGND
DGNDDGND
DGND
AGNDAGND
1UF
CS120
VAL
RS006
VAL
RS005
RS113
100R0
A-
AGNDAGNDAGNDAGND
AGND
1N5F
CS124
56PF
CS130
AGND AGND
AGND
AGND
AGND
AGNDAGND
AGNDAGND
AGNDAGND
AGND
AGND
AGND
AGND
AGND
GND
SC_OUT_R
GNDGND
FRONT_R
UA
5VS
8VS
AGND
A-
SDA
PG
AUDIO_MUTE
AV_IN/SIF
AM/AF
SC_IN_R
TS103
BC848B
TS102
BC848B
TS101
BC848B
RS218
47R0
RS217
1K5
RS212
4K7
RS210
15K0
1K0
RS123
RS121
10K01K5
RS120
10K0
RS116
RS112
3K9
470R0
RS111
12K0
RS110
RS105
10K0
3R9
RS103
RS101
470R0
RS004
68R0
RS003
68R0
RS002
68R0
RS001
68R0
QS101
18M432HZ
0R0
JS519*
0R0
JS516
0R0
JS514
JS511
0R0
JS504
0R0
CS215
1NF
CS214
47UF
1UF
CS203
47PF
CS147
CS141
10NF
CS140
47UF
CS139
1NF
CS138
1UF
CS133
2P2F2P2F
CS132
CS131
220PF
10NF
CS129
CS127
10NF1N5F
CS126
8N2F
CS125CS123
1NF
CS121
1NF
CS119
220PF
330PF
CS118
CS117
1UF
220PF
CS115
10UF
CS114CS113
100NF
CS111
100NF
3U3F
CS110
CS109
10UF
10NF
CS108
220UF
CS107
1NF
CS105
220PF
CS103CS102
1NF
10UF
CS008
3N3F
CS007
3N3F
CS006
10UF
CS005
3N3F
CS002
GND
3N3F
CS002
GND
2M2UF
CS206
3N3F
CS001
BS008
BS006
UA
AV_OUT
SC_IN_R
8VS
SC_OUT_L
SC_IN_L
FRONT_L
AV_OUT
GND
A-
A-
SPK_R_INSPK_R_IN
SPK_L_OUTSPK_L_OUT
SPK_L_INSPK_L_IN
GND
DGNDDGND
AM/AF
2
1
2
3
8
7
5
4
1
1
2
4
3
1
2
2
1
6
5
4
3
2
1
21
11
6
7
5
9
3
1
2 10
4 8
27
9
8
7
6
52
51
50
5
49
48
47
46
45
44
43
42
41
40
4
39
38
37
36
35
34
33
32
31
30
3
29
28
26
25
24
23
22
21
20
2
19
18
17
16
15
14
13
12
11
10
1
!
(AP) : AUDIO PART
MAIN
* According some models
JS105
JS506
DGND AGND
JS108
GNDAGND
JS522
JS014
JS033
DGND
A-
AGND
GND
A- A1-
5VS
5VS
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
0
0
0
0
0
0
0
0
0
5
1.5
1.5
3.7
3.7
3.7
3.7
3.7
3.7
3.7
3.7
2.5
2.4
2.4
7.9
7
1
1
4.9
5
2.5
5
4.7
4.8
1.6
1.6
1.6
0
0
0
1.6
11.7
21.2
10.2
10.3
+UA : Audio Voltage
2x3W = UA = 20V+/- 1V

18. ITC 008
First issue 04 / 03
COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA
!!
!
!
!
!
!
!
!
!
G
D
S
!
!!!
!
!
!
!
!
TL431
T !
! !
! !
!
!
!
I O
GND
P
!
1 2
1 2
1 2
DELAYGND
VI2 VI1
DIS RESET
VO1
STV8130
PROGVO2
8
!
!
!
!
!
!
!
!
!
!
!
!
!
!
4
!
!
!
!
10
11
12
13
14
15
16
18
5
9
1
3
4
2
2SK2717
[US]
680MIO
[EUROPE]
BP002B
BP002A
(HEATSINK FOR IP030)
1%
1%
0.1%
HOT COLD
(FOR < 20")
(OPTION TRANSFORMER)
(FOR > 20")
BP007C
BP007C
BP007A
BP007A
BP007B
BP007B
BP008A
BP008A BP008B
BP008B
BP001B
BP001A
BP003A
BP003B
5A 125V[US-27" AND ABOVE]
T1.6AL 250V[EUROPE]
2.5A 250V[US-20" AND BELOW]
1R6 [US-27" AND ABOVE]
2R2 [US-20" AND BELOW]
[EUROPE]
330UF [US-20" AND BELOW]
680UF [US-27" AND ABOVE]
330MIO [US-27" AND ABOVE]
[US-20" AND BELOW]
[EUROPE]
8M2 [US]
[EUROPE]
[US]
220UF [EUROPE]
1%
[EUROPE]
FP061
FP001
RP158
2K49
RP054
150R
TFSMT ITC008
LP003
4K7
RP151
2K2
RP057
DP063
BYW98-200
DP093
RGP10G
DP061
5A60V
RP095
3K9
DP080
BYW76
DP025
RGP10G
RGP10G
DP026
RP041
27K
RP019*
VAL
* SOME MODELS ONLY
150UF
CP008
RP001
4R7
LP003A
DEV=TFSMT
FP003
T1.6AL 250V
1.6A 250V[US]
FZP30
T500MA 125V
JP003
T3.15A 125V
FZP61
T500MA 125V
FZP93
V6
PO
6VSTBY
LP003-2
LP003-2
LP003-3
LP003-5
LP003-3
LP025
100R
FZP60
T3.15A 125V
T500MA 125V
FZP66
BP016B
BP016A
BP011A
BP012B
JP014
SP001-3
JP008
BP015B
BP012
BP011B
DP028*
BZX55B27
BP015A
BP011
SP010-2
BP013B
JP162
JP163
JP013
RP002-2
JP004
RP002
18R0
CP012
2N2
V12A
V12A
V12
JP060
UB
RP197
10K
RP192
3K9
DP095
BZX55C5V6
CP097
10UF
1K0
RP196
10K0
RP190
V6
JP082
2K7
RP150
JP028 JP075
DEGAUSS/BURST
RP077
2K2
JP074
JP076
PO
JP068
JP067
SP001
JP034
JP058
JP055 A-
GND
JP002
BP002
BP003
BP020
220R
RP065
10M
RP015
JP121
BP013A
BC558B
TP025
RP132
22K0
JP185
JP006
GND
JP011
BP020-2
BP020-1
BP001
BP007
BP008
LP003-9
SP010-4
JP007
CP036
10UF
JP164
V12
JP059
JP069 JP029
RP078
6K8
RESET
JP022
JP017
LP003-13
FP093
GND
100R0
RP093
DEGAUSS
PO
DEGAUSS
DEGAUSS
BC8488
TP176
BC8488
TP175
2K2
RP175
TP177
BC8488
RP176
2K2
BC548B
TP052
GND
JP057
BP006C
BP006B
BP006A
BP006E
BP006D
1K0
RP166
IP030
WP003A
JP061
JP036TP020A
HEATSINK
FOR TP020TP020C
H
IP030A
TP001-1
RP052
2K7
UA1
UA
JP066
JP065
UA1
100UF
CP080
LP003-14
LP003-14
KTC8550D
TP02347K0
RP033
DP033
BZX55B15
CP033
3N3 [US]
680P [EU]
JP020
TGND
JP001
SP010
JP019
JP001
LP002
LINE FILTER
JP010
TP001-3
IP001
TCET1103G
IP001-4
CP040
GND
H
LP003-11
GND
LP003-13
LP003-14
LP003-15
GND
LP003-18
LP003-5
LP003-9
LP003-15
LP003-11
H
H
GND
GND
GND
LP003-18
DP036
1N4001
U_SYS_MOD
CP034
10UF
DP057
BZX55C10
GND
470K
RP009
GND
GNDGNDGND
GND GNDGND
H
HH
H
H H H
H
H
H
H
GND
GND
JP056
RP091
10K0
RP066
1K0
RP003
5R0
CP131
1UF2N2
CP166
10U0
CP066RP162
1K69
RP161
3K92
JP054
JP053
JP051JP050
CP035 DP001
BZT52C5V610UF TP93-BJP052
IP031
MC7805/ACT
CP068
330P0
GND
DP099
1N4148
CP002
100N0
ZP001
ERZV14D511
TP193
BC848B
TP192
BC858B
BC848B
TP171
BC548B
TP022
RP068
4R7
RP199
680R0
RP056
130K0
6K8
RP155
RP153
2K2
10K0
RP125
2K2
RP040
RP038
470R0
33K0
RP037
RP031
10R0
1K0
RP030
2K2
RP029
22R0
RP028
RP027
2K2
RP026
2K7
2K2
RP023
22R0
RP021
470MIO
RP020
RP016
1M8
RP007
120K
RP006
120K
LP081
1220R
1220R
LP020
JP009
JP005
IP050
DP097
RGP15G
DP071
IN4148
DP040
BZX55B27
DP037
BAV21
DP030
BZX55C8V2
DP027
BZX55B27
DP023
BZX55C8V2
DP005
G2M
DP004
G2M
DP003
G2M
DP002
G2M
1MIO
CP094
CP093 330P0
CP088 2N2
2N2
CP082
CP064
1MIO
CP063
330P0
CP062
470UF
330P0
CP060
CP198
10N0
CP053
10N0
CP123
2N2
CP050
470P0
10U0
180P0
CP039
50V
CP038
180P0
CP037
1N5
330P0CP026
CP025
22UF22UF
CP024
470P0
CP022
CP018
2N2
CP015
2N2
2N2
CP009
1KV
1N5
CP006
CP005
1N5
1N5
CP004
CP001
100N0
BP099
NI*100U0
CP032
JP032
JP012
PO
OPTO
TP93-B
GND
OPTO
UB
LP003-14
BP090
To BG407
(SCI)
GND
GND
GND GND
GND GND
GND
GND
GND
GND
GND
2SK2543
TP020
GND
(2) : Standby
GND
H H
H
GND
GNDGND
GND
H
GND
GND
V12
SP010-3
JP035
DEGAUSS/BURST
PG
H
SP001-4
H
4
3
2
1
10
9
8
7
6
5
4
3
2
1
3
2
1
4
3 2
1
8
7
5
6
4
3
2
1
43
21
1
9
64
12
7 5 3
1
1
1
1
1
2
1
1
1
3
3
2
1
2
1
2
1
1
1
1
2
24
5
3 1
1 1
1
11
2
3
1
3
2
1
1
5
18
3
2
1
10
11
12
13
14
15
16
9
Part of board connected to mains
supply.
Partie du chassis reliée au secteur.
Primärseite des Netzteils.
Parte dello châssis collegata alla rete.
Parte del chasis conectada a la red.
Note :
Power Supply primary circuit measurements.
- Use only (H) connection point.
Attention :
Mesure dans la partie primaire de l'alimentation
- Utiliser la masse du bloc alimentation (H).
Achtung :
Bei Messungen im Primärnetzteil
- Primärnetzteilmasse verwenden (H).
Attenzione :
misure nell'alimentatore primario
- usare massa alimentazione primario (H).
Cuidado :
Medida en el bloque de alimentacion
- Utilizar la masa del bloque de alimentacion (H).
Use isolating mains transformer
Utiliser un transformateur isolateur
du secteur
Einen Trenntrafo verwenden
Utilizar un transformador aislador
de red
Utilizzare un transformatore per
isolarvi dalla rete
!
Indicates critical safety components, and identical components should be used for replacement. Only then can the operational safety be garanteed.!
!
!Wenn Sicherheitsteile (mit dem Symbol gekennzeichnet) durch nicht normgerechte Teile ersetzt werden, erlischt die Haftung des Herstellers.
Le remplacement des éléments de sécurité (repérés avec le symbole par des composants non homologués selon la Norme CEI 65 entraine la non-
conformité de l'appareil. Dans ce cas, la responsabilité du fabricant n'est plus engagée.
GND
GND
1
1
1 1 1
1
1 1
BP012A
JP085
GND GND
DEG.COIL
!
220V
UMAINS ON/OFF
1 4
!!
2 3
NI* NI*
NI* = Not inserted
(PP) POWER SUPPLY
MAIN
600Vpp-H
T=12µs
0
0
T=12µs
20Vpp-H
T=12µs
10Vpp-H
0
TUBE UB1 voltages JL990-992
USYS USYS
TUBE UB1 voltages JL990-992
19V Thai 106V ± 2V JL992
19V ChungHwa 109V ± 2V JL990 & JL991
20V TF LGS 123V ± 2V JL990 & JL991
20V TF Orion 123V ± 2V JL990 & JL991
21” TF TTD II 123V ± 2V JL990 & JL991
21” OT 114V ± 2V JL992
25’’TF Toshiba 126V ± 2V JL992
27V 1R TTD 126V ± 2V JL990 & JL991
27V VHP TTD 126V ± 2V JL992
27V/29” TF Samsung 126V ± 2V JL992
27V/29’’ TF TTD II 126V ± 2V JL992
28’’ MP 132V ± 2V JL992
33’’ MP 132V ± 2V JL992
32V/36 VHP 132V ± 2V JL992
32V TF Toshiba 132V ± 2V JL992
32V/34” TF TTD 132V ± 2V JL992
+3V3UP
UB1
USYS
6V5
12VSTBY
6V5
+3V3UP
+3V3UP6VSTBY
8VOS8VOS
8VS
5VS
2.1
(0.7)
0.2
0
(0.7)
2.1
19.9
(18) 19.3 (17.4)
10.9
(16)
1.6
(0.1)
0.3
(0.1)
0.1
(0.6)
1.6
(0.1)
3.1
0.1
2.4
9.1
(2.5) (2.4)
(2.9)
0.09
0.01
0.67
8
3.3
3.3
3.2
0
0
13
+UA : Audio Voltage
2x3W = UA = 20V+/- 1V
11V<V12<13.5V
8VS 8
5
5VS
298
(311)

19. GND
Y2IN GND
GND
P6
SDA_
9V
L1OUT
R1OUT
L2OUT
R2IN
R2OUT
SGND
P6
GND
8V
GND
L2IN
16006290
BC848B
TX007
SGND
GND
GND
GND
GND
GND
GND
GND
10U
13055500
CX021
GND
GND
GND
GND
GND GND
8V
SGND SGND
SGND
SGND
SGND
SGND SGND
SGND
SGND
SGND SGND
SGND
SGND
SGND SGND
21084240
BZT52C5V1
DX009
SGND
SGND SGND
SGND SGND
1N
10138550
CX106
CX107
10138550
1N
TO BP091
AUDIO
OUT
SUB-
BASS
L
R
TO BR017 TO BR016
CX014
20506590
100P
CX015
20506590
100P
LX005
14041740
2U2
330R
10134870
RX017
RX020
10134870
330R
47K
10135220
RX032
1N
10138550
CX003
47K
10135220
RX012
RX065
10135220
47K
10134740
100R
RX044
RX009
10135770
1K
16006260
BC846B
TX001
1N
10138550
CX111
CX112
10138550
1N
CX113
10138550
1N
CX013
20506590
100P
RX022
10134870
330R
SGNDSGNDSGNDSGND
75R
10134710
RX058
1N
10138550
CX028
21084240
BZT52C5V1
DX015
470P
10138370
CX007
RX011
10135220
47K
SGND
3K3
10135900
RX134
DX003
BZT52C3V9
15583620
8V
SGND
SGND
SGNDSGND
GND
GND
16006260
BC846B
TX003
21084240
BZT52C5V1
DX013
SGND
SGND
0R
10328750
RX139
0R
10328750
RX140
RX043
10134720
82R
82R
10134720
RX045
RX047
10134720
82R
GND
RX002
10135770
1K
GND
470P
10138370
CX002
CX108
20741440
180P
180P
20741440
CX109
CX046
20741440
180P
GND
CX049
10138550
1N
100R
10134740
RX046
R
1
2
3
4
5
6
7
MSP-233H
WH
RD
L
VBK
BK003
2U2
14041740
LX006
TX005
BC846B
16006260
16006290
BC848B
TX009
TX010
BC848B
16006290
TX011
BC848B
16006290
SGND
8V
8V
8V
RX021
15009210
75R
DX011
BZT52C5V1
21084240
330R
10134870
RX059
SGND
GND
GND
SGND
SGND
SGND
SGND
CX082
20811460
1U
CX083
20811460
1U
RX014
10134870
330R
LX007
14041740
2U2
RX055
10134740
100R
RX133
10135010
10K
JX117
10448530
GND
RX008
10134710
75R
SGND
47K
10135220
RX004
180P
20741440
CX042
1U
20811460
CX044
RX010
10134740
100R
GND
VOUT
GND
GND
16006260
BC846B
TX004
CX136
10137370
VAL
RX024
10328750
0R
RX025
10135770
1K
GND
GND
V1LIN
GND
1
2
1
2
BX200
20203650
TX008
BC857B
30946660
GND
10U
13055500
CX019
21030100
1N4148
DX005
DX017
BZT52C5V1
21084240
GND
10448530
JX122
JX123
10448530
10448530
JX120
JX127
10448530
10448530
JX119
10448530
JX128
10448530
JX121
10328750
JX213
BX100
SCARTMAIN
21219710
21
1
9
8
7
6
5
4
3
20
2
19
18
17
16
15
14
13
12
11
10
CX036
20811460
1U
CX039
20811460
1U
47K
10135220
RX051
SGND SGND
SGND
47K
10135220
RX054
SGND SGND
RX078
10135010
10K
10K
10135010
RX079
100U
20763000
CX141
CX140
10138960
10N
16006330
BC8588
TX015
10K
10135010
RX148
2K1
20723350
RX132
10K
10135010
RX149
CX139
10138960
10N
5K6
20961710
RX147
470R
11060100
RX131
RX057
10134740
100R
CX041
25491000
1U
9V
GND
JX118
10448530
JX104
10448530
330P
20678070
CX061
V2VIN
V2LIN
CX060
20678070
330P
GND
CX059
20678070
330P
10448530
JX106
330P
20678070
CX056
CX016
25491000
1U
GND
1U
25491000
CX017
330P
20678070
CX058
GND
TVRIN
TVLIN
GND
330P
20678070
CX057
RX144
10135010
10K
GND
220U
15002430
CX018
21030100
1N4148
DX004
22P
20506520
CX076
1K
10135770
RX028
22K
10135120
RX073
22K
10135120
RX077
RX071
10135120
22K15K
10135050
RX072
GND
GND
JX112
10448530
JX116
10448530
RX070
10135050
15K
22K
10135120
RX075
15K
10135050
RX074
15K
10135050
RX076
CX077
20506520
22P
CX055
13070520
22U
GND
RX029
15006100
100R
10U
13055500
CX009
0R
10328750
RX114
GND GND
JX101
10448530
10448530
JX102
680R
10134950
RX033
680R
10134950
RX034
330R
10134870
RX064
1U
20811460
CX081
DX007
BZT52C5V1
21084240
BX020
AV2
6006890B
10
11
12
13
14
15
16
17
18
19
2
20
3
4
5
6
7
8
9
1
21
JX129
10448530
JX130
10448530
RX001
10134710
75R
RX049
10134870
330R
330R
10134870
RX052
RX007
10134870
330R
RX006
10134870
330R
47K
10135220
RX005
CX001
10138370
470P
RX061
10135220
47K
GND
4R7
10073480
RX130
GND
GND
9V
CX050
13055500
10U
1 OUT1
2 -INPUT1
3 +INPUT1
4 VCC
5 +INPUT2
6 -INPUT2
7 OUT2 8OUT3
9INPUT3-
10INPUT3+
11VEE/GND
12INPUT4+
13INPUT4-
14OUT4
MC3403P
14
13
12
11
10
9
87
6
5
4
3
2
1
15283940
IX002
RX042
10134740
100R
SGND
SGND
TVVIN
GND
2
1
33
1
2
IX015
TL431
15069010
47P
10137310
CX051
47P
10137310
CX052
47P
10137310
CX053
47P
10137310
CX054
CX011
13055500
10U
10U
13055500
CX040
GND
CX022
13055500
10U
R2OUT_
L2OUT_
21276050
TC90L01N
IX001
9
15
11
20
21
24
19
1
18
3
6
2
7
17
16
22
23
5
4
8
14
13
10
TVLOUT_
TX006
KTC2026
21141190
3
2
1
10328750
JX210
JX209
10328750
CX005
10138370
470P
RX093
15006100
100R
RX094
15006100
100R
RX089
10135770 1K
1
2
3
4
5
66
5
4
3
2
1
20487850
BX004A
GND
1K
10135770
RX090
4K7
10135940
RX030
RX031
10135940
4K7
RX035
10135940
4K7
VOUT
22U
14039360
LX001
22U
14039360
LX002
1K
10135770
RX098
JX212
10328750
SCL
10448530
JX124
CX023
13055500
10U
JX126
10448530
SDA
10448530
JX109
10448530
JX113
SGND
JX125
10448530
JX220
10328750
JX221
10328750
JX132
10448530
JX111
10448530
8V
SCL_
16006260
BC846B
TX002
RX097
10328750
0R
1K
10135770
RX096
16006260
BC846B
TX012
10448530
JX134
SGND SGND
10448530
JX110
9V
1N
10138550
CX004
1N
10138550
CX143
RX023
10134740
100R
RX095
15006100
100R
!
T500MA 125V
21210040
FZX01
RX152
10134780
150R
TVROUT_
1U
25491000
CX078
TVVIN
COUT
YOUT
10448530
JX115
RX091
15006100
100R
RX092
15006100
100R
10448530
JX107
GND
TVROUT
JX103
10448530
GND
GND
DX008
1N4148
21030100
RX153
10135770
1K
RX003
10134740
100R
RX154
10135770
1K
RX150
10135960
VAL
RX151
10328750
0R
1K
10135770
RX145
5K6
10135960
RX146
GND
5K6
10135960
RX155
TX001_C
180P
20741440
CX104CX105
20741440
180P
180P
20741440
CX034CX037
20741440
180P
18K
10135080
RX050
18K
10135080
RX053
22K
10135120
RX080
22K
10135120
RX081
RX060
10135080
18K
22K
10135120
RX084
RX083
10135120
22K
RX088
10135120
22K
RX085
10135080
18K
22K
10135120
RX086
RX087
10135080
18K
1K
15006730
RX082
DX006
1N4148
21030100
0R
10328750
RX159
SCI B ITC008
TP07
TP08
TP09
C2IN
V2OUT
TP10
GND
TP05
TP06
TP40
TP01
TP02
TP03
TP39
TP41
6006890B
AV1
BX010
21
1
9
8
7
6
5
4
3
20
2
19
18
17
16
15
14
13
12
11
10
JX219
10328750
330R
10134870
RX013
22U
14039360
LX003
22U
14039360
LX004
TP04
TP17
TP18
TP19
TP20
TP21
TP22
TP16
R
Y1OUT
G
B
TP12
TP13
TP14
TP15
GND
L1IN
R1IN
SGND
RX158
10328750
0R
TP11
TP50
TP43
TP44
TP46
TP47
TP48
TP45
CHROMA
8V
13V
TP49
TP37
TP38
TP35
TP36
TP34
TP32
TP31
TP26
TP33
TP30
TVLOUT
FB
BX100_15
SLSW
SLSW
GND
TP29
TP28
TP27
TP25
TP24
TP23
TVROUT
V2RIN
V1RIN
V1LIN
18K
10135080
RX066 CX048
20811460
1U
V2RIN
10448530
JX108
SLSWSCRT2
V1CIN
V1LIN
8V
TX001_C
V1V/YIN
V2VIN
10U
13055500
CX045
10448530
JX105
RX067
10134740
100R
GND
75R
10134710
RX062
CV1IN
CV1IN10448530
JX135
DX022
BZT52C6V8
15583680
15583680
BZT52C6V8
DX023
RX056
10134710
75R
RX160
10134710
VAL
GND
RX161
15009210
VAL
TP42
SLSWSCRT2
10448530
JX133
10328750
JX222
GND
10328750
JX224
10328750
JX225
10328750
JX223
10448530
JX114PGND
JX131
10448530
10448530
JX137
10448530
JX138
99
21305740
BX007
8
7
6
5
4
3
2
1
PGND
10328750
JX226
2128373A

20. ITC008
First issue 04/ 03
VHF / UHF TUNER CTF 5510 - CTF 5511
1
2
3
4
5
6
7
8
9
10
11
12
13
14 15
16
17
18
19
20
21
22
23
24
25
26
27
28
1
* PRINTED
PRINTED
PRINTED
21 543 976 1110
TMM_2000
BB639
BB639
BB535
BB535BB535
BB639
BB639
BB639
BB639
BB535
BB639
BB639
BB535
BA592
BB639
VAL
VAL
VAL
IH01
CH50
CH51
CH52
CH53
CH57
CH58
CH59
CH60
CH62
CH63
CH65
CH55
CH70
CH71
CH74
CH83
CH80
CH82
CH17
RH35
CH33
CH34
CH28
CH37
CH16
CH15
CH13
CH11
CH12
CH10
CH24
CH08CH07
CH26
CH27 CH29
CH30
CH25
CH45
CH44
RH50
CH48
CH42
CH04
CH22
CH21
CH05
CH41
CH40
CH43
CH02
CH20
CH56
CH19
CH49
CH38
CH47
CH67
CH66
CH18
CH39
CH35
CH69
CH68
CH78
DH40
DH60
DH50
DH11DH10
DH25
DH26
DH45
DH46
DH01
DH21
DH20
DH02
DH65
RH40
RH62
RH63
RH64
RH60
RH61
RH53
RH52
RH71 RH72
RH70
RH73
RH76
RH80
RH78
RH90
RH32
RH33
RH34
RH08
RH47
RH24
RH25
RH27
RH28
JH13
RH30
RH45 RH46
RH31
CH06
RH04
RH22
RH42
RH03
RH20
RH21
RH41 RH44
RH01
CH23
RH65
CH73
RH43
DH47
TH01
QH35
TH20
RH05
CH03
TP01
TH40
RH91
RH93
RH92
CH61
CH09
CH01
RH10
CH87
CH81
CH88
RH94
B2
B1
BU
BH01
LH03
LH43
LH42
LH41
LH40
LH21
LH20
LH02
LH01
LH51
LH71LH70
LH61
LH60
LH50
LH46
LH45
LH44
LH30
LH28
LH26
LH24
LH18
LH17
LH16LH14
LH13LH12
LH11
LH10
IF2 IF1+33VUB
SDASCLAS
AGC TU +5V
TH40 S594TR
CTF 5510A
RH65=0 OHM
RH65=OPEN
**
CTF 5511
TP01
** NOTE:
27K
BF904R
*
*
*
*
*
*
RH93 DELETE
*
BF1101R
33K
33K
BF1101R
RH91 DELETE
RH92 DELETE
TH20 S595TR
SEMI BIASED MOSFET
TH01 S595TR
FULLY BIASED MOSFET
NOTE:-
1p0
1p0
1p0
1p0
3p0
2p2
2p2
3p0
82p
470p
180p
7p0
4n7
4n7
2n2
1n0
1n0
1n0
100p
180R
68p
68p
1n
18p
100p
22n
8p0
100p
8p
1p5
1n0
1n01n0
3p0
330p 150p
3p0
22n
100n
4n7
100k
330p
22n
47p
1n0
1n0
100p
1n0
220p
1n0
18p
150p
33p
13p
330p
1n
39p
100n
1n
1p5
1p5
5p
1n0
1n0
100p
3k9
470R
680R
3k3
2k2
10k
10k
22k
220R 470R
39k
22k
22k
33k
2R2
68R
120R
10k
10k
22k
22k
22R
22k
22k
2R2
22R
1k
470k 22k
3R9
1n0
47k
47k
47k
22k
22k
22k
22k 2R2
22k
12p
22n
33R
4MHz
22k
100p
27k
33k
33k
0p75
2p
1n0
47R
270p
1n0
22P0
120R
*PRINTED