sony ae6bad y chassis kv32fq85b .pdf
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AE-6BAD/Y CHASSIS
SERVICE MANUAL
MODEL
KV-32FQ85B
COMMANDER
DEST
CHASSIS NO.
RM-942
FR
SCC-Q83R-A
MODEL
KV-32FQ85E
COMMANDER
RM-942
DEST
ESP
CHASSIS NO.
SCC-Q81U-A
KV-32FQ85
RM-942
-1-
TABLE OF CONTENTS
Section
Title
Caution
Specifications
Connectors
Self Diagnostic Software
....................
....................
....................
....................
Page
Section
Title
3
4
5
6
5. DIAGRAMS
5-1.
1. GENERAL
Switching On the TV and
Automatically Tuning
....................
Introducing and Using the Menu
System
....................
The Picture Adjustment Menu ....................
The Sound Adjustment Menu ....................
PAP (Picture and Picture)
....................
Teletext
....................
Fastext
....................
Remote Control Configuration
for VCR or DVD
....................
Technical Specifications
....................
Troubleshooting
....................
5-2.
5-3.
7
8
8
9
10
10
10
11
11
12
2. DISASSEMBLY
2-1.
2-2.
2-3.
2-4.
2-5.
2-6.
2-7.
2-8.
Rear Cover Removal
....................
Speaker Connector Disconnection................
Chassis Removal and Refitting ....................
Service Position
....................
G Board Removal
....................
D2 Board Removal
....................
D Board Removal
....................
Picture Tube Removal
....................
Bottom Plates
....................
13
13
13
14
14
14
14
15
16
3. SET-UP ADJUSTMENTS
3-1.
3-2.
3-3.
3-4.
Beam Landing
Convergence
Focus Adjustment
Screen (G2), White Balance
5-4.
5-5.
....................
....................
....................
....................
17
18
20
20
....................
....................
21
23
Page
Block Diagrams (1)
Block Diagrams (2)
Block Diagrams (3)
Block Diagrams (4)
Circuit Board Location
Schematic Diagrams and
Printed Wiring Boards
* A Board Schematic
* A Board PWB
* B Board Schematic
* B Board PWB
* F1 Board Schematic
* F1 Board PWB
* H1 Board Schematic
* H1 Board PWB
* VM Board Schematic
* VM Board PWB
* G Board Schematic
* G Board PWB
* C Board Schematic
* C Board PWB
* J Board Schematic
* J Board PWB
* MS Board Schematic
* MS Board PWB
* D2 Board Schematic
* D2 Board PWB
* D Board Schematic
* D Board PWB
....................
....................
....................
....................
....................
24
25
26
27
27
....................
....................
....................
....................
....................
....................
....................
....................
....................
....................
....................
....................
....................
....................
....................
....................
....................
....................
....................
....................
....................
....................
....................
27
30
33
35
38
39
40
39
40
39
40
41
40
42
43
44
43
45
48
49
48
51
50
Semiconductors
IC Blocks
....................
....................
52
54
....................
....................
56
57
....................
58
6. EXPLODED VIEWS
6-1.
6-2.
Chassis
Picture Tube
4. CIRCUIT ADJUSTMENTS
7. ELECTRICAL PARTS LIST
4-1.
4-2.
Electrical Adjustments
Test Mode 2
ATTENTION
CAUTION
SHORT CIRCUIT THE ANODE OF THE PICTURE TUBE AND THE
ANODE CAP TO THE METAL CHASSIS, CRT SHIELD, OR THE
CARBON PAINTED ON THE CRT, AFTER REMOVAL OF THE
ANODE CAP.
WARNING !!
AN ISOLATION TRANSFORMER SHOULD BE USED DURING
ANY SERVICE WORK TO AVOID POSSIBLE SHOCK HAZARD
DUE TO LIVE CHASSIS, THE CHASSIS OF THIS RECEIVER IS
DIRECTLY CONNECTED TO THE POWER LINE.
APRES AVOIR DECONNECTE LE CAP DE’LANODE,
COURT-CIRCUITER L’ANODE DU TUBE CATHODIQUE ET
CELUI DE L’ANODE DU CAP AU CHASSIS METALLIQUE DE
L’APPAREIL, OU AU COUCHE DE CARBONE PEINTE SUR LE
TUBE CATHODIQUE OU AU BLINDAGE DU TUBE
CATHODIQUE.
ATTENTION !!
AFIN D’EVITER TOUT RISQUE D’ELECTROCUTION
PROVENANT D’UN CHÁSSIS SOUS TENTION, UN
TRANSFORMATEUR D’ISOLEMENT DOIT ETRE UTILISÈ LORS
DE TOUT DÈPANNAGE LE CHÁSSIS DE CE RÈCEPTEUR EST
DIRECTMENT RACCORDÈ Á L’ALIMENTATION SECTEUR.
ATTENTION AUX COMPOSANTS RELATIFS Á
LA SECURITÈ!!
SAFETY-RELATED COMPONENT WARNING !!
COMPONENTS IDENTIFIED BY SHADING AND MARKED ON
THE SCHEMATIC DIAGRAMS, EXPLODED VIEWS AND IN THE
PARTS LIST ARE CRITICAL FOR SAFE OPERATION. REPLACE
THESE COMPONENTS WITH SONY PARTS WHOSE PART
NUMBERS APPEAR AS SHOWN IN THIS MANUAL OR IN
SUPPLEMENTS PUBLISHED BY SONY.
LES COMPOSANTS IDENTIFIÈS PAR UNE TRAME ET PAR UNE
MARQUE SUR LES SCHÈMAS DE PRINCIPE, LES VUES
EXPLOSÈES ET LES LISTES DE PIECES SONT D’UNE IMPORTANCE CRITIQUE POUR LA SÈCURITÈ DU FONCTIONNEMENT,
NE LES REMPLACER QUE PAR DES COMPSANTS SONY DONT
LE NUMÈRO DE PIÈCE EST INDIQUÈ DANS LE PRÈSENT
MANUEL OU DANS DES SUPPLÈMENTS PUBLIÈS PAR SONY.
-2-
CAUTION
Lead Free Soldered Boards
example 1
The circuit boards listed below [Table 1] used in these models
may have been processed using Lead Free Solder. The boards are
identified by the LF logo located close to the board designation
e.g. F1, H1 etc [ see examples ]. The servicing of these boards
requires special precautions to be taken as outlined below.
example 2
Table 1
Board
Function
A
Audio,Deflection,Tuner,Regulators,
Interface
B
Backend,Scanrate,LVDS,A_Interface
C
R,G,B Out
D
Deflection
F1
Power Switch/Fuse/SIRCS/Standby
LED
G
Power Supply
H1
Front AV Input/Headphone and
Control Switches
J
AV Scar t I/O Switching and Sockets
VM
Velocity Modulation
It is strongly recommended to use Lead Free Solder material in order to guarantee optimal quality of new solder joints. Lead Free Solder is
available under the following part numbers :
Partnumber
Diameter
Remarks
7-640-005-19
0.3mm
0.25Kg
7-640-005-20
0.4mm
0.50Kg
7-640-005-21
0.5mm
0.50Kg
7-640-005-22
0.6mm
0.25Kg
7-640-005-23
0.8mm
1.00Kg
7-640-005-24
1.0mm
1.00Kg
7-640-005-25
1.2mm
1.00Kg
7-640-005-26
1.6mm
1.00Kg
Due to the higher melting point of Lead Free Solder the soldering iron tip temperature needs to be set to 370 degrees centigrade. This
requires soldering equipment capable of accurate temperature control coupled with a good heat recovery characteristics.
For more information on the use of Lead Free Solder, please refer to http://www.sony-training.com
-3-
ITEM MODEL
Television System
Stereo System
Channel Coverage
Color System
B
B/G/H, D/K, I, L
GERMAN/NICAM
Stereo
VHF : E2-E12, R1-R12, S01-S03, F02-F10, B-Q
UHF : E21-E69, F21-F69, B21-B69, R21-R69
CABLE TV : S01-S20
HYPER : S21-S41
E
B/G/H, D/K
GERMAN/NICAM
Stereo
VHF : E2-E12, R1-R12, S01-S03
UHF : E21-E69, R21-R69
CABLE TV : S01-S20
HYPER : S21-S41
PAL, SECAM
NTSC4.43, NTSC3.58
(VIDEO IN)
PAL, SECAM
NTSC4.43, NTSC3.58
(VIDEO IN)
Sound output
Picture Tube
Flat Display FD Trinitron
Approx 82 cm (32 inches)
(Approx 76 cm picture measured
diagonally)
Input/Output Terminals [REAR]
1: 21-pin Euro connector
(CENELEC standard)
2: 21-pin Euro connector
3: 21-pin Euro connector
Phono Jacks
Right and Left speaker
2x20W (Music Power)
2x10W (RMS)
Sub Woofer
1x30W (Music Power)
1x15W (RMS)
General Specifications
Inputs for Audio and Video signals.
Inputs for RGB.
Outputs of TV Video and Audio
signals.
Inputs for Audio and Video signals.
Inputs for RGB.
Outputs of TV Video and Audio signals.
(Monitor Out)
Inputs for Audio and Video signals.
Inputs for S Video.
Outputs of TV Video and Audio signals.
(selectable)
Output Connectors variable for Audio
Signals
Input/Output Terminals [FRONT]
Power Requirements
220 - 240V
Power Consumption
135W
Dimensions
Approx 910 x 586 x 586mm
Weight
Approx 64kg
Supplied Accessories
RM-942 Remote Commander (1)
IEC designated R6 battery (2)
Other Features
100 Hz picture, DNR, Auto Noise Reduction,
PAP, Teletext, Smar tlink, BBE, Vir tual Dolby
Remote Control System : Infrared Control
Headphone jack
stereo mini jack
Audio inputs
phono jacks
Video inputs
phono jacks
S Video input
4 pin DIN
Power requirements
3V dc
2 batteries IEC designation
R6 (size AA)
Design and specifications are subject to change without notice.
Model Name
KV-32FQ85B
KV-32FQ85E
Pal Comb
OFF
OFF
PIP
OFF
OFF
RGB Priority
ON
ON
Item
Woofer Box
ON
ON
Scar t 1
ON
ON
Scar t 2
ON
ON
Scar t 3
ON
ON
Front in (4)
ON
ON
Projector
OFF
OF F
Norm B/G
ON
ON
Norm I
ON
OF F
Norm D/K
ON
ON
Norm AUS
OFF
OFF
Norm L
ON
OFF
Norm SAT
OFF
OFF
Norm M
OFF
OFF
Teletext
ON
ON
Nicam Stereo
ON
ON
-4-
21 pin connector
Pin No
1
2
3
4
Signal
1
21
Signal level
Audio output B
(right)
Standard level : 0.5V rms
Output impedence : Less than 1kohm*
2
Audio input B
(right)
Standard level : 0.5V rms
Output impedence : More than 10kohm*
3
Audio output A
(left)
Standard level : 0.5V rms
Output impedence : Less than 1kohm*
4
Ground (audio)
5
Ground (blue)
20
6
Audio input A
(left)
18
7
Blue input
0.7 +/- 3dB, 75 ohms positive
8
Function select
(AV control)
High state (9.5-12V) : Part mode
Low state (0-2V) : TV mode
Input impedence : More than 10K ohms
Input capacitance : Less than 2nF
19
17
16
15
Standard level : 0.5V rms
Output impedence : More than 10kohm*
14
13
12
11
10
9
8
7
6
5
9
Ground (green)
10
Open
11
Green
12
Open
13
Ground (red)
14
Ground (blanking)
_
4
3
Red input
0.7 +/- 3dB, 75 ohms, positive
(S signal Chroma
input)
0.3 +/- 3dB, 75 ohms, positive
16
Blanking input
(Ys signal)
High state (1-3V) Low state (0-0.4V)
Input impedence : 75 ohms
17
Ground (video
output)
18
Ground (video
input)
19
Video output
1V +/- 3dB, 75ohms, positive sync 0.3V
(-3+10dB)
Video input
1V +/- 3dB, 75ohms, positive sync 0.3V
(-3+10dB)
Video input
Y (S signal)
1V +/- 3dB, 75ohms, positive sync 0.3V
(-3+10dB)
15
_
_
2
1
Green signal : 0.7 +/- 3dB, 75 ohms,
positive
_
20
_
_
21
Common ground
(plug, shield)
Connected
Rear Connection Panel
Not Connected (open)
* at 20Hz - 20kHz
Front Connection Panel
S-Video
socket
S Video socket pin configuration
-5-
Pin
No
Signal
Signal Level
1
Ground
-
2
Ground
-
3
Y (S signal) input
1V+/- 3dB 75ohm,
positive Sync. 0.3V
-3 +10dB
4
C (S signal) input
0.3V+/- 3dB
75ohm, positive
Sync.
AE-6BAD/Y SELF DIAGNOSTIC SOFTWARE
The identification of errors within the AE-6BAD/Y chassis is triggered in one of two ways :- 1: Busy or 2: Device failure to respond to IIC. In
the event of one of these situations arising the software will first try to release the bus if busy (Failure to do so will report with a continuous
flashing LED) and then communicate with each device in turn to establish if a device is faulty. If a device is found to be faulty the relevant
device number will be displayed through the LED (Series of flashes which must be counted) See table 1, non fatal errors are reported using this
method. Each time the software detects an error it is stored within the NVM. See Table 2.
Table 1
How to enter into Table 2
Error Message
No error
Reser ved
OCP ( Over Current Protection )
Over Voltage Protection
No Ver tical Sync
IKR Error at power on
IIC bus clock and/or data lines low at power on
NVM no IIC bus acknowledge at power on
Horizontal Protection
Tuner no acknowledge at power on
Sound Processor Error
Reser ved
Scanrate Error
DAC Error
Backend Error
Dynamic Convergence Error
PIP Error
LED
Code
00
01
02
03
04
05
06
07
08
09
10
11
12
13
14
15
16
1.
2.
3.
4.
5.
Table 2
Error monitor
WORKING TIME:
Error counters:
E02: OCP
E03: OVP
E04: NO V SYNC
E05: IKR
E06: IIC
E07: NVM
E08: H PROT
E09: TUNER
E10: SOUND
E11: 9 VOLTS
E12: SCANRATE
E13: 3DCOMB
E14: BACKEND
E15: DYNCON
E16: HIGH VOLTAGE
E17: AVSWITCH
E18: CHROMA DEC
E19: FRCA
E20: PJ ENG
E21: DAC
E24: SPEAKER PROT
E25: MEMORY STICK
Flash Timing Example : e.g. error number 3
StBy LED
ON
ON
OFF
Turn on the main power switch of the TV set.
Program Remote Commander for Operation in Service
Mode. [See Page 21].
Press ‘AUX/VIDEO’ ‘AUX/VIDEO’ > ‘MENU’ on the
Remote Commander.
Using the Remote Commander, Scroll to the ‘Error’ item
using the down arrow key, then press the right arrow
key.
The following table will be displayed indicating the error
count.
ON
OFF
Select:
(Hours:Minutes)
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
Previous Menu:
Note: To clear the error count data press ‘80’ on the Remote
commander.
-6-
82:33
-7-
4
The Country menu appears automatically. Press the v or V
button to select the country in which you are using the TV. Press
the OK button to confirm your selection.
3
OK and correct any slant of the picture between –5 and +5 by
pressing v or V. Finally press OK to store.
a) If it is not necessary, press OK to select Not necessary.
b) If it is necessary, press B or b to select Adjust now, then press
Because of the earth’s magnetism, the picture might slant. The
Picture Rotation menu allows you to correct the picture slant if
it is necessary.
• If the country in which you want to use the TV set
does not appear in the list, select “off” instead of a country.
• To avoid wrong teletext characters for cyrillic languages we
recommend selecting Russia country if your own country
does not appear in the list.
Press the V, v, B or b buttons on the remote control to select
your language, then press the OK button to confirm your
selection. From now on all the menus will appear in your chosen
language.
Connect the TV plug to the mains socket (220-240V AC, 50Hz)
The first time that the TV set is connected, it is usually turned on.
If the TV is off, press the
on/off button on the TV set to turn
on the TV.
The first time you switch on the TV, a Language menu displays
automatically on the TV screen.
2
1
Español
Português
Polski
Español
Português
Polski
Not necessary
continued...
Adjust now
If picture slants, please
adjust picture rotation.
Off
Ireland
Nederland
België/Belgique
Luxembourg
France
Italia
Schweiz/Suisse/Svizzera
Select country
Country
Español
Português
Polski
Español
Português
Polski
Español
Português
Polski
Español
Português
Polski
English
Nederlands
Français
Italiano
Deutsch
Türkçe
English
Nederlands
Français
Italiano
Deutsch
Türkçe
English
Nederlands
Français
Italiano
Deutsch
Türkçe
Select language
Language
English
Nederlands
Français
Italiano
Deutsch
Türkçe
Select language
Language
English
Nederlands
Français
Italiano
Deutsch
Türkçe
English
Nederlands
Français
Italiano
Deutsch
Türkçe
Select language
Language
The first time you switch on your TV, a sequence of menu screens appear on the TV enabling you to: 1) choose
the language of the menu screen 2) Choose the country in which you are going to operate the TV, 3) adjust the
picture slant, 4) check how to connect optional equipment to your TV, 5) search and store all available channels
(TV Broadcast) and 6) change the order in which the channels (TV Broadcast) appear on the screen.
However, if you need to change any of these settings at a later date, you can do that by selecting the appropriate
(Set Up menu) or by pressing the Auto Start Up Button
on the TV set.
option in the
Switching On the TV and Automatically Tuning
After the automatic tuning process has finished and the
optional equipment has been connected at this stage, we
recommend you follow the instructions explained on the
section "Connection Guide" on page 15 to get the optimum
settings related with the optional equipment.
A diagram will appear showing you how to connect a wide range
of equipment to your TV set. Follow the instructions and finally
press the OK button to remove the picture and continue the
automatic process.
v or V button to select the new
the order of the other channels.
3 Repeat steps b)1 and b)2 if you wish to change
programme number position for your selected
channel (TV Broadcast). Press the OK button to store.
2 Press the
1 Press the
v or V button to select the programme
number with the channel (TV Broadcast) you wish
to move. Press the b button.
b) If you wish to store the channels in a different order:
go to step 9.
a) If you wish to keep the broadcast channels in the tuned order,
After all available channels are captured and stored,
the Programme Sorting menu automatically appears
on the screen enabling you to change the order in
which the channels are stored.
Your TV is now ready for use
9 Press the MENU button to remove the menu from the screen
8
If no channels were found during the auto tune process, a
message appears automatically on the screen asking you to
connect the aerial. Check the aerial connection (refer to
page 7). Press the OK button to restart the auto tuning
process.
In some countries the TV Broadcaster installs the channels
automatically (ACI system). In this case, the TV
Broadcaster sends a menu in which you can select your city
by pressing the v or V button and OK to store the
channels.
This procedure could take some minutes. Please be patient
and do not press any buttons, otherwise automatic tuning
will not be completed.
available broadcast channels for you.
7 The TV starts to automatically search and store all
button to select Yes.
6 The Auto Tuning menu appears on the screen. Press the OK
5
The operating instructions mentioned here are partial abstracts from the ‘Operating
Instruction Manual’. The page numbers of the ‘Operating Instruction Manual’ remain
as in the manual.
OK
DVD
Auto Tuning
Yes
TVE
TVE2
TV3
C33
C27
C58
S02
S06
Programme Sorting
TVE
TVE2
TV3
C33
C27
C58
S02
S06
01
Confirm
Programme Sorting
01
02
03
04
05
06
07
08
1 1
: /
4
No
TVE
No channel found.
Please connect aerial
Programmes found:
01
02
03
04
05
06
07
08
2 2
: /
Do you want to start
automatic tuning?
: /q
3 3
Please connect your equipment
according to this chart
SECTION 1 GENERAL
-8-
3
2
1
Exit: MENU
Enter:
OK
Live
Auto
Cold
Exit: MENU
Select:
Enter:
OK
Exit: MENU
Press the MENU button to remove the menu from the screen.
To switch off the menu screens:
Enter: OK
To do this:
Press the MENU button and then press OK to
enter this menu. Next press v or V to select the
desired option and press OK. Finally read below
how to operate into each option.
Personal (for individual settings).
Live (for live broadcast programmes, DVD and Digital Set Top Box receivers).
Movie (for films).
Once you have selected your desired option, press OK to store.
Press B or b to reduce or enhance picture contrast. Next press OK to store.
Press B or b to darken or brighten the picture. Next press OK to store.
Press B or b to soften or to sharpen the picture. Next press OK to store.
Press OK to reset the picture to the factory preset levels.
This option is set to Auto to automatically reduce the snowy picture
visible in the broadcast signal. However, it can be modified by pressing v or V
to select Off, Low, Mid or High. Finally press OK to store.
This option allows you to alter the tint of the picture. After selecting this option
press b. Next press repeatedly v or V to select: Warm (gives the white colours
a red tint), Normal (gives the white colours a neutral tint), Cold (gives the white
colours a blue tint). Next press OK to store.
Reset
Noise
Reduction
Colour Tone
This option only appears and only can be altered if "Picture Mode" is set to "Personal".
Sharpness
This option only appears for NTSC signal (e.g. USA video tapes).
Press B or b to decrease or to increase the green tones. Next press OK to store.
This option only appears and only can be altered if "Picture Mode" is set to "Personal".
Press B or b to decrease or to increase color intensity. Next press OK to store.
This option only appears and only can be altered if "Picture Mode" is set to "Personal".
Colour
Hue
Select:
Auto
Cold
Live
This option allows you to customise the Picture Mode based on the programme
you are watching. After selecting this option press OK. Next press repeatedly v
or V to select:
Back:
Picture Mode:
Contrast:
Reset
Noise Reduction:
Colour Tone:
Picture Adjustment
The “Picture Adjustment” menu allows you to
alter the picture settings.
"Brightness", "Colour" and "Sharpness" level of "Live" and "Movie" mode are fixed on the
factory to get the best picture quality.
Picture Mode
Contrast
OK
Select:
Picture Mode:
Contrast:
Reset
Noise Reduction:
Colour Tone:
Picture Adjustment
,
Brightness
Enter:
Live
Auto
Cold
Auto
Cold
Live
• To confirm and store your selection, press OK.
v or V.
Select:
Picture Mode:
Contrast:
Reset
Noise Reduction:
Colour Tone:
Picture Mode:
Contrast:
Reset
Noise Reduction:
Colour Tone:
Picture Adjustment
MENU
The Picture Adjustment Menu
• To alter the settings of your selected option, press v/V/B or b.
• To return to the last menu or option, press OK or B.
• To enter the selected menu or option, press OK or b.
• To highlight and select the desired menu or option, press
To navigate through the menus:
Press the MENU button to switch the first level menu on.
To switch on the menu screens:
Picture Adjustment
Your TV uses an On-Screen menu system to guide you through the operations. Use the following buttons on
the Remote Control to operate the menu system:
Introducing and Using the Menu System
-9-
Enter:
m
OK
Auto
Cold
Live
Exit: MENU
Select:
Enter:
Exit: MENU
Select:
Enter:
OK
(Enhances clarity, detail and presence of sound by using “BBE High
Definition Sound system”*).
Natural
(Dolby Virtual, simulates the sound effect of “Dolby Surround Pro
Logic”).
Press OK to reset the sound to the factory preset levels. Next press OK to store.
• For a Stereo broadcast:
Press v or V to select Stereo or Mono. Next press OK to store.
• For a bilingual broadcast:
Press v or V to select Mono (for mono channel if available), A (for channel 1)
or B (for channel 2). Next press OK to store.
Reset
Dual Sound
Press B or b to decrease or to increase the lower-frequency sounds. Next press
OK to store.
Press B or b to decrease higher-frequency sounds. Next press OK to store.
Once you have selected your desired option, press OK to store.
Dolby**
Virtual
Dynamic (“BBE High Definition Sound system”* intensifies clarity and
presence of sound for better intelligibility and musical realism).
(Flat response).
Off
This option allows you to customise the Sound Effect. After selecting this
option press OK. Next press repeatedly v or V to select:
Back:
To do this:
Press the MENU button and press v to select
, then press OK to enter this menu. Next
press v or V to select the desired option and
press OK. Finally read below how to operate
into each option.
The “Sound Adjustment” menu allows you to
alter the sound settings.
Press B or b to emphasise the left or the right speaker. Next press OK to store.
,
Sound Effect:
Dolby Virtual
Treble:
Bass:
Balance:
Reset
Dual Sound:
Stereo
Auto Volume:
Off
TV Speakers:
On
Headphones Set Up
Sound Adjustment
MENU
Balance
Bass
Treble
Sound
Effect
OK
Sound Effect:
Dolby Virtual
Treble:
Bass:
Balance:
Reset
Dual Sound:
Stereo
Auto Volume:
Off
TV Speakers:
On
Headphones Set Up
Sound Adjustment
Select:
Picture Mode:
Contrast:
Reset
Noise Reduction:
Colour Tone:
Picture Adjustment
The Sound Adjustment Menu
(to listen to the TV from the external amplifier only one
time. By using this option, any time the TV is turned
off/on, it returns to the default setting "On").
One time off
Once you have selected your desired option, press OK to store.
Permanent off (to always listen to the TV from external amplifier).
(to listen the TV from the TV set speakers).
On
After selecting this option, press OK. Next press repeatedly v or V to select:
This option allows you to select if you want to listen the TV from the TV speakers
or from an external amplifier connected to the audio outputs on the rear of the TV.
• For a Stereo broadcast:
Press v or V to select Stereo or Mono
• For a bilingual broadcast:
Press v or V to select mono (for mono channel if
available), A (for channel 1) or B (for channel 2).
Select Frame if you want to listen to
the active screen (framed) of the PAP screen (see page
19), select Left picture if you want to listen to the left
screen or select Right picture if you want to listen to
the right screen.
PAP Sound
Press B or b to decrease or increase the volume level
from the headphones.
Dual Sound
volume
After selecting this option press OK. Next press repeatedly
v or V to select:
This option allows you to customise the headphones volume and the
PAP settings (refer to page 19 for details on PAP).
** Manufactured under license from Dolby Laboratories. “Dolby” and the double-D symbol
are trademarks of Dolby Laboratories.
**This TV has been designed to create surround sound effect by simulating the sound of four
speakers with two speakers, when the broadcast audio signal is Dolby Surround encoded.
The sound effect can also be improved by connecting a suitable external amplifier (for
details refer to page 27).
* The “BBE High Definition Sound system” is manufactured by Sony Corporation under
license from BBE Sound, Inc. It is covered by U.S. Patent No. 4,638,258 and No.
4,482,866. The word “BBE” and BBE Symbol are trademarks of BBE Sound, Inc.
Headphones Set Up
If you have selected "One time off" or "Permanent off", the volume of the external equipment
can also be altered by pressing the 2 +/- buttons of the remote control. When the volume
buttons are pressed, the symbol % will appear indicating that the volume you are altering is
not the volume of the TV set speakers, it is from the external equipment.
TV Speakers
If you select “Dolby Virtual” on the “Sound Effect” option, the “Auto Volume” option will
automatically be switched to “Off” and vice versa.
Auto Volume Press v or V to select On (the volume level of the channels will stay the same,
independent of the broadcast signal, e.g. in the case of advertisements) or Off (the
volume level changes according to the broadcast signal). Next press OK to store.
- 10 -
Press
2
On the screen appears a banner guiding you how to operate
PAP. This banner will disappear after some seconds but it
always can be displayed again by pressing the
button.
again to remove PAP.
One of the screens will be framed to indicate that this is
the active screen. It means that when you want to select
the PAP source, you will be doing it in the active screen.
to display PAP.
PROG+ PROG-
Move Frame
Aceptar
Select:
Versión
Navegador
Configuración del Sistema
RF signal (TV broadcast channels) can not be displayed on the right screen.
Selecting an input source:
Press the b button to select the right screen as the active screen. Next press repeatedly the
button to watch the input signal of a connected equipment onto the TV right screen. For more
details on which input symbol you want to choose, please see section "Viewing pictures from
equipment connected to the TV" on page 27.
Video input signals can not be displayed on the left screen.
Selecting a TV channel:
Press the B button to select the left screen as the active screen. Next press the number buttons
or PROG +/- to select a TV channel.
Select:
03
To do this:
With the PAP switched on, refer to the section "The Sound Adjustment Menu", select "Headphones
Set Up" and set the option " PAP Sound" according your preference. For details see page 13.
Selecting the sound
The sound of the active screen (framed) always comes from the TV set loudspeakers.
Besides that, you can listen to the active screen as well as the non active screen via headphones.
2
1
Selecting PAP source
To change the active screen (framed), press the B or b buttons.
This is only possible if Media Selector is set to TV.
Changing the active screen
Press
1
Switching PAP on and off
PAP divides the screen into two to watch two pictures in format 4:3 simultaneously.
PAP (PICTURE AND PICTURE)
Fastext service lets you access Teletext pages with one button push.
When you are in Teletext mode and Fastext is broadcast, a colour coded menu appears at
the bottom of the teletext page. Press the appropriate coloured button (red, green, yellow
or blue) to access the page corresponding to your menu choice.
Fastext
To Switch Off Teletext:
Press
.
To select a sub page:
A teletext page may consist of several sub pages. In this case, one or more arrows appear next
to the page number and an information box is displayed at the bottom of the screen showing the
number of sub pages contained on this page. As soon as sub pages are available, they start to
automatically run. If you want to stop the show and select your desired sub page, press
repeatedly B or b.
To reveal concealed information (e.g: answer to a quiz):
Press
/ . Press it again to conceal the information.
To freeze a teletext page:
Press
/ . Press it again to cancel the freeze.
To access the next or preceding page:
Press PROG + ( ) or PROG - ( ).
To select a Teletext page:
Input 3 digits for the page number, using the numbered buttons.
If you make a mistake, re type the correct page number.
If the counter on the screen continues searching, it is because the page
is not available. If this is the case, input another page number.
To switch on Teletext :
1 Select the broadcast channel which carries the teletext
service you wish to view.
2 Press the
button one time to enter Picture and
Text (P&T) mode. The screen is divided into two with
the Text display on the left and the TV channel in the
right corner.
3 If you wish to view the Text in full screen mode, press
the
button a second time.
Teletext errors may occur if you use a channel (TV Broadcast) with a weak signal.
Teletext is an information service transmitted by most TV stations. The index page of the teletext service
(usually page 100) gives you information on how to use the service. To operate teletext, use the remote control
buttons as indicated below.
Teletext
- 11 -
6 sec.
MODE
TV DVD
fig. 3
MODE
SONY
SAMSUNG
SANYO
SHARP
THOMSON
TOSHIBA
Code
001, 029, 030, 036, 037, 038, 039, 040,
041, 042, 043, 044, 053, 054, 055
021
032
018, 027, 020, 002
009, 028, 023, 024, 016, 003
025, 026, 015, 004, 035
006, 017
008
015, 014, 034
009, 028, 023, 024, 016, 003
013, 016
022, 033
018, 027, 020, 002, 045, 046, 047
009, 028, 023, 024, 016, 003, 031
004, 050, 051, 052
011, 014
007
019, 027
012
003, 048, 049
018, 027, 020, 002
Brand
301, 302, 303, 308, 309,362
303, 307, 310
304, 305, 306
325, 331, 351
326, 329, 330
342, 343
358, 355, 360, 361, 320, 351, 366
327, 333, 334
314, 315, 322, 344, 352, 353, 354, 348, 349
332, 338
358, 355, 360, 361, 320, 351
356, 357
328
321, 323
311, 312, 313, 316, 317, 318, 358, 359,
363, 364
339, 340, 341, 345
335, 336
324
319, 350, 365
337
SONY (VHS)
SONY (BETA)
SONY (DV)
AIWA
AKAI
DAEWOO
GRUNDIG
HITACHI
JVC
LG
LOEWE
MATSUI
ORION
PANASONIC
PHILIPS
AIWA
AKAI
DENON
GRUNDIG
HITACHI
JVC
KENWOOD
LG
LOEWE
MATSUI
ONKYO
PANASONIC
PHILIPS
PIONEER
SAMSUNG
SANYO
SHARP
THOMSON
TOSHIBA
YAMAHA
DVD Brand List
Code
Always remember to press the T or t button until the green light iluminates according to
the equipment you want to operate with this remote control: VCR, TV or DVD. Refer to pages
28 - 29 on how to operate the AUX mode.
• Not all brands are covered and not all models of every brand may be covered.
• If your device is not working or some of the functions do not work please check that you
entered the correct code set or try the next code listed against the brand.
Turn on your VCR or DVD and check that the main functions work.
If your selected code is entered correctly, the green light VCR or
DVD (according to your selection) will be lit momentarily (see fig.
3), otherwise repeat all the above steps.
While the VCR and DVD lights are flashing, enter all three digits of the
code for your brand of VCR or DVD (see the list below) using the number
buttons on the remote control (see fig. 2).
Brand
4
3
2
TV DVD
fig. 1
• A small label is added inside the battery door to allow you to record your brand codes.
Press and hold the T button of the remote control for approximately 6
seconds until the green DVD and VCR light of the Media Selector starts
flashing (see fig. 1).
VCR
VCR
1
• Sony will endeavour to update the software according to market changes. Therefore, please
refer to code table included with the remote control for latest code set.
To do this:
• Before you start, look up the 3 digit code for your brand of DVD or VCR from the list below.
On those brands that have more than one code, enter the first code number.
AUX
VCR Brand List
fig. 2
In it’s default condition this remote control will operate the basic functions of this Sony TV, Sony DVDs and
most Sony VCRs. To control VCRs and DVDs of other manufacturers (and some Sony VCR models), the
remote control needs to be configured.
Remote Control Configuration for VCR or DVD
AUX
audio outputs (Left/Right)
- phono jacks
•
"Memory Stick" Slot
Front Terminals
• S 4 S Video input – 4 pin
DIN
•
4 video input – phono jack
•
4 audio input – phono
jacks
•
headphones jack
•
• AV3
3/ S 3
21-pin Scart connector
(CENELEC standard)
including audio / video input,
S video input,
selectable audio / video output
and SmartLink interface.
• AV2
2/
2
21-pin Scart connector
(CENELEC standard)
including audio / video input,
RGB input, monitor audio/video
output.
Rear Terminals
• AV1
1/
1
21-pin scart connector
(CENELEC standard)
including audio/video input,
RGB input, TV audio/video
output.
Optional accessories:
• Stand especially designed for this
TV (SU-32FQ3).
Other features:
• 100 Hz picture, Digital Plus.
• Teletext, Fastext, TOPtext.
• NexTView.
• SmartLink.
• TV system autodetection.
• Dolby Virtual.
• BBE Digital.
• NICAM.
• PAP.
• ACI (Auto Channel
Installation).
• "Memory Stick" (reader).
• Auto Format.
Accessories supplied:
• 1 Remote Control (RM-942)
• 2 Batteries (IEC designated,
AA size)
Weight:
approx. 64 Kg.
Dimensions (w x h x d) :
approx. 910 x 586 x 586 mm.
Standby Power Consumption:
0.5 W
Power Consumption:
135 W
Sound Output:
2 x 20 W (music power)
2 x 10 W (RMS)
Woofer:
30 W (music power)
15 W (RMS)
Ecological Paper - Totally Chlorine Free
This instruction manual has been printed on:
Design and specifications are subject to change without notice.
Picture Tube:
Flat Display FD Trinitron WIDE:
32” (approx. 82 cm. measured
diagonally)
Channel Coverage:
VHF:
E2-E12
UHF:
E21-E69
CATV: S1-S20
HYPER: S21-S41
D/K:
R1-R12, R21-R69
Colour system:
PAL
SECAM, NTSC 3.58, 4.43 (only
Video In)
TV system:
Depending on your country
selection:
B/G/H, D/K, L, I
Technical Specifications
- 12 -
• Check the aerial connection.
• Plug the TV in and press the
button on the front of the TV.
• If the standby indicator is on, press TV
button on
the remote control.
No picture (screen is dark) and no
sound.
• Press the
+ button on the remote control.
• Check that “TV Speakers” is “On” in the “Sound Adjustment”
menu (see page 13).
• Check that headphones are not connected.
• Using the menu system, select the “Picture Adjustment” menu and select
“Reset” to return to factory settings (see page 11).
Good picture, no sound.
No colour on colour programmes.
• Use the menu system to enter the “Country” menu (see page 16) and select
the country in which you operate the TV set. For cyrillic languages, we
recommend selecting Russia country if your own country does not appear
in the list.
• Use the menu system to enter the “Language” menu (see page 16) and
select the same language that NexTView is broadcast in.
• Using the menu system, select the “Picture Rotation” option in the
“Features” menu to correct the picture slant (see page 15).
• Using the menu system, select the “Manual Programme Preset” menu and
adjust Fine Tuning (AFT) to obtain better picture reception (see page 18).
Wrong characters appear when
viewing teletext.
Wrong characters appear when
viewing NexTView.
Picture slanted.
Snowy picture when viewing a TV
channel.
continued...
• Using the menu system, select the “Noise Reduction” option in the “Picture
Adjustment” menu and select “Auto” to reduce the noise in the picture
(see page 11).
• Turn off any equipment connected to the Scart connector on the rear of the
TV.
Distorted picture when changing
programmes or selecting teletext.
When you switch on the TV the last
• This is not a malfunction. Press the number buttons on the remote control
channel you were watching before
to select the desired channel.
switching the TV off does not appear.
• Check that the optional equipment is on and press the
button
repeatedly on the remote control until the correct input symbol is
displayed on the screen (see page 27).
No picture or no menu information
from equipment connected to the
Scart connector.
Poor or no picture (screen is dark), but • Using the menu system, select the “Picture Adjustment” menu and select
good sound.
“Reset” to return to the factory settings (see page 11).
Solution
Problem
Here are some simple solutions to problems which may affect the picture and sound.
Troubleshooting
on the TV
• Contact your nearest Sony service centre.
• Check that the Media Selector on the remote control is set to the device
you are using (VCR, TV, DVD or AUX).
• If the remote control does not operate the VCR or DVD even when the
Media Selector has been set correctly. Enter the necessary code set as
explained on page 30.
• Replace the batteries.
If you continue to experience problems, have your TV serviced by qualified personnel.
Never open the casing yourself.
The standby indicator
flashes.
Remote control does not function.
• PAP navigation is only possible in TV mode, please check that Media
Selector is set to TV.
• Using the menu system, select the “Features” menu and set “AV3 Output”
to “TV” (see page 15).
• Check that the Decoder or the Set Top Box is not connected on the
scart
2/
2.
No unscrambled picture whilst
viewing an unscrambled channel with
a decoder or a Set Top Box connected
through the Scart connector
3/ S 3.
v, V, B and b buttons do not work
in PAP mode.
Solution
Problem
SECTION 2 DISASSEMBLY
2-1. Rear Cover Removal
2-2. Speaker Connector Disconnection
=>
=>
=>
=>
=>
=>
=>
=>
=>
=>
=>
=>
Remove the rear cover fixing screws indicated and pull the
rear cover backwards away from the set. Take care when
removing the rear cover not to damage the speaker cable
[Disconnect the speaker connector] a speaker is fitted inside
the rear cover.
Before completely removing the rear cover disconnect the
speaker connector which is located on the inside of the set.
2-3. Chassis Removal and Refitting
When refitting the chassis ensure that the main bracket is
located in the beznet guide slots before sliding the chassis
forwards. Refit the inter-connecting leads in their respective
purse locks.
To remove lift the main bracket rear slightly and slide the
chassis away from the beznet. Ensure that the interconnecting
leads are released from their purse locks to prevent damage
being caused.
- 13 -
2-4. Service Position
2-5. G Board Removal
Clips
To remove the G Board remove the two screws from the
middle of the board, release the clips circled and ease the
board gently away from the support bracket.
To place the chassis in the service position, insert the main
bracket firmly into the T-slot located on the left corner of the
beznet as indicated (see inset). To gain access to the underside
of the boards follow the instructions on page 16. [Removal
and Replacement of the main bracket bottom plates].
2-6. D2 Board Removal
2-7. D Board Removal
Screws
Clips
Screws
Clips
To remove the D2 board remove the two screws circled,
release the clips circled and ease the board gently away from
the support bracket.
To remove the D board first remove the D2 bracket by
removing the two screws circled and releasing the four
clips (two on each side of the bracket). The D board can
then be removed using the same method as the G board
but with the necessity to remove only one screw from the
middle of the D board.
- 14 -
2-8. Picture Tube Removal
10
9
8
WARNING:
BEFORE REMOVING
THE ANODE CAP
High voltage remains in the CRT even
after the power is disconnected. To
avoid electric shock, discharge CRT
before attempting to remove the anode
cap. Short between anode and CRT
coated earth ground strap.
1
7
3
6
Coated Earth
Ground Strap
5
2
4
1. Discharge the anode of the CRT and remove the anode cap.
2. Unplug all interconnecting leads from the Deflection yoke, neck
assy, degaussing coils and CRT grounding strap.
3. Remove the C Board from the CRT.
4. Remove the chassis assembly.
5. Loosen the Neck assembly fixing screw and remove.
6. Loosen the Deflection yoke fixing screw and remove.
7. Place the set with the CRT face down on a cushion and remove
the Degaussing Coil holders.
8. Remove the Degaussing Coils.
9. Remove the CRT grounding strap and spring tensioners.
10. Unscrew the four CRT fixing screws [ located on each CRT
corner ] and remove the CRT.
[Take care not to handle the CRT by the neck.]
Removal of the Anode-Cap
REMOVAL PROCEDURE.
c
a
b
b
Anode button
1 Turn up one side of the rubber cap in
the direction indicated by the arrow a
2 Using a thumb pull up the rubber cap 3 When one side of the rubber cap is
firmly in the direction indicated by the
separated from the anode button, the
arrow b
anode-cap can be removed by turning
up the rubber cap and pulling it up in
the direction of the arrow c
How to handle the Anode-Cap
1.
2.
3.
4.
To prevent damaging the surface of the anode-cap do not use
sharp materials.
Do not apply too great a pressure on the rubber, as this may cause
damage to the anode connector.
A metal fitting called a shatter hook terminal is fitted inside the
rubber cap.
Do not turn the rubber foot over excessively, this may cause
damage if the shatter hook sticks out.
- 15 -
- 16 -
Tab
Catch
Please note that the plates need to be rotated 180 degrees from their cut position to allow the
tabs to be fitted into their catch positions.
Because the plates differ in size it is important that the correct plates are refitted in their original
location.
In the event of servicing being required to the solder side of the printed wiring boards, the
bottom plates fitted to the main chassis bracket require to be removed. This is performed by
cutting the gates with a sharp wire cutter at the locations indicated by the arrows.
Note : There are 2 plates fitted to the main bracket. Only remove the necessary plate to gain
access to the printed wiring board.
(2) REFITTING THE PLATES
For safety reasons, on no account should the plates be removed
and not refitted after servicing.
(1) REMOVING THE PLATES
REMOVAL AND REPLACEMENT OF THE MAIN-BRACKET
BOTTOM PLATES.
SECTION 3 SET-UP ADJUSTMENTS
•
•
•
When complete readjustment is necessary or a new picture tube
is installed, carry out the following adjustments.
Unless there are specific instructions to the contrary, carry out
these adjustments with the rated power supply.
Unless there are specific instructions to the contrary, set the
controls and switches to the following settings :
Contrast
Carry out the adjustments in the following order :
3-1.
Beam Landing.
3-2.
Convergence.
3-3.
Focus.
3-4.
White Balance.
Note : Test equipment required.
1.
Color bar/pattern generator.
2.
Degausser.
3.
Oscilloscope.
4.
Digital multimeter.
.................................. normal
Brightness .................................. normal
3-1. Beam Landing
Preparation :
(2) Landing
1.
Note : Before carrying out the following adjustments adjust the
magnets as indicated [See Fig.3-4].
1. Input a crosshatch signal from the signal generator.
2. Rough-adjust the focus and horizontal convergence.
3. Switch from the crosshatch pattern to an all-red pattern.
4. Move the deflection yoke backwards and adjust with the purity
magnet so that the red is at the centre and it aligns
symmetrically [See Fig.3-5].
5. Move the deflection yoke forward to the point where the entire
screen just becomes red [Mark its position].
6. Move the deflection yoke further forward until the screen just
changes colour at the edges. [Mark its position]
7. Position the deflection yoke between the two marks indicated
above.
8. Input a crosshatch pattern from the pattern generator and rotate
the deflection yoke so that the horizontal lines are parallel with
the top and bottom of the screen.
9. When the position of the deflection yoke has been determined,
fasten it with its fixing screw.
10. Switch the pattern generator to green then blue and confirm the
purity.
11. If the beam does not land correctly in all the corners of the
screen, use disk magnets to correct it. [Confirm the corner
landing forgreen and blue]
2.
In order to reduce the influence of geomagnetism on the set’s
picture tube, face it in an easterly or westerly direction.
Switch on the TV set’s power and degauss with a degausser.
(1) Adjustment of Correction Magnet for Y-Splitting Axis.
1.
2.
3.
4.
5.
6.
7.
Input a crosshatch signal from the pattern generator.
Set the Picture control to minimum and confirm that the
Brightness control is set to normal.
Position the neck assembly as indicated in Fig.3-2.
Loosen the deflection yoke fixing screw.
Move the deflection yoke as far forward as is possible.
Adjust the upper and lower pin symmetrically by opening or
closing the Y-splitting axis correction magnets located on the
neck assembly. [See Fig 3-3]
Return the deflection yoke to its original position and re-tighten
its fixing screw.
Fig.3-1
Y-splitting axis correction magnet
Fig.3-2
Neck assy
G2
G1
+
G3
Caution :
High voltages are present on the Deflection yoke terminals - take care
when handling the Deflection yoke whilst carrying out
adjustments.
Fig.3-3
- 17 -
Align the edge
of the neck assy with
the edge of the G2 grid
on the G3 side.
Fig.3-4
Align both Purity
magnets to the vertical
position
Purity magnets
Purity control magnets
Align pips on
each magnet
3-2. Convergence
(1) Screen centre convergence [Static convergence]
1.
2.
3.
GREEN
Input a dot pattern signal from the pattern generator.
Normalize the picture setting.
[Moving vertically], adjust the V.STAT magnet so that the
vertical red, green and blue dots coincide at the centre of the
screen.
RED
BLUE
Center dot
R
G
B
Fig.3-5
R G
Purity control corrects
this area
a
c
Disk magnets or
rotatable disk
magnets correct
these areas (a-d)
B
V.STAT Vertical Static Magnet
H STAT
convergence
control
C Board
b
RV7330 (H STAT)
H STAT Convergence
(on mount side)
d
Deflection yoke positioning
corrects these areas
By opening or closing the V.STAT magnet, the red green and
blue dots move in the direction indicated below.
B
B
G
G
R
R
Disk Magnets
Note:
- 18 -
Do not adjust the H.STAT by rotating the V.STAT
magnets as this can affect the focus setting.
4.
Correction for HMC [Horizontal mis-convergence] and VMC
[Vertical mis-convergence] by using the BMC [Hexapole]
magnet.
HTIL correction can be performed by adding a THL correction
assembly to the Deflection yoke.
a). HMC correction by BMC [Hexapole] magnet and movement of
the electron beam.
H M C c or r ec t i o n (A )
A < B R G
H M C co rre c t i o n (B )
B
A > B R
A = B R G B
G B
A = B R G B
YCH Adjustment
b). VMC correction by BMC [Hexapole] magnet and movement of
the electron beam.
+
+
+
YCH VR
Deflection Yoke
VMC correction(A)
VMC correction(B)
TLV Adjustment
C < D
R
C
G
D
B
C
D
C = D
R
C > D
R
G
G
B
B
C = D
R
G
TLV VR
B
+
+
HAMP Adjustment
+
Deflection Yoke
H-TRAP Adjustment
Adjust the HAMP using HAMPL and HAMPR registers in the
Dynamic Convergence section of the service menu.
+
HTRAP VR
+
+
Deflection Yoke
HTIL Adjustment
THL Correction assy
The H-TRAP should not be adjusted unless absolutely necessary as it
affects the TLV settings.
- 19 -
Layout of each control
3-3. Focus Adjustment
Purity magnet
BMC (Hexaploe) magnet
V STAT convergence magnet
Y-splitting axis correction magnet
1.
2.
3.
Note : If you are unable to adjust the corner convergence properly,
this can be corrected with the use of permalloy magnets.
a
Receive a television broadcast signal.
Normalize the picture setting.
Adjust the focus control located on the flyback transformer to
obtain the best focus at the centre of the screen.
Bring only the centre area of the screen into focus, the magentaring appears on the screen. In this case, adjust the focus to
optimize the screen uniformly.
Focus
b
Screen
a-d: screen-corner
convergence defect
c
3-4. Screen (G2), White Balance
d
[Adjustment in the service mode using the remote
commander]
G2 adjustment
1.
2.
3.
4.
Input a dot signal from the pattern generator.
Set the Picture, Brightness and Colour to minimum.
Apply 175V DC from an external power supply to the R, G
and B cathodes of the CRT.
Whilst watching the picture, adjust the G2 control [SCREEN]
located on the flyback transformer to the point just before the
flyback return lines disappear.
White balance adjustment for TV mode
Install the permalloy assembly
for the area that needs correcting.
a
1.
2.
3.
b
4.
5.
6.
7.
8.
Permalloy Assy
X-4387-214-1
9.
10.
11.
c
d
Convergence adjustment with permalloy
12.
13.
14.
15.
- 20 -
Input an all-white signal from the pattern generator.
Program the Remote Commander for operation in Service Mode.
[ See Page 21 ].
Enter into the ‘Service Mode’ by pressing ‘AUX/VIDEO’ button
twice and ‘MENU’ on the Service Commander.
Select ‘Service’ from the on screen menu display and press
‘Right Arrow’.
The ‘Service’ menu will appear on the screen.[See Page 21]
Select ‘Picture’ from the on screen menu and press right arrow.
Select ‘Picture settings’ from the on screen menu and press right
arrow and set the ‘Contrast_Max’ to MAX.
Select ‘White Balance’ from the on screen menu and press right
arrow.
The ‘White Balance’ menu will appear on the screen.
Set the ‘Normal_PAL_RD’ to 465.
Adjust the ‘Normal_PAL_GD’ and the ‘Normal_PAL_BD’ so
that the white balance becomes optimum.
Select ‘Picture settings’ from the on screen menu and press right
arrow and set the ‘Contrast_Min’ to MIN.
Set the ‘Normal_PAL_RC’ to 121.
Adjust the ‘Normal_PAL_GC’ and the ‘Normal_PAL_BC’ with
the left and right buttons on the commander so that the white
balance becomes optimum.
Press the ‘OK’ button to write the data for each item.
SECTION 4 CIRCUIT ADJUSTMENTS
4-1. Electrical Adjustments
Service
Service adjustments to this model can be performed using the
supplied remote Commander RM-942.
Geometry
Picture
Audio
Programming the Remote Commander for
Operation in Service Mode
Select:
1.
Press and hold the left Mode Select button
until the VCR and DVD LED’s flash.
2.
Press 99999. The TV LED should light.
The remote commander is now set to
Service Mode.
3.
Select Item:
Previous Menu:
Select Item:
Previous Menu:
Geometry
Wide mode adjustment
Screen offsets
Frequency offsets
To return the remote commander to normal operation mode
repeat step 1. then press 00000. The TV LED should light.
The remote commander is now set to normal mode.
Select:
Setting the TV into Service Mode
1.
Program the remote commander for operation in Service
Mode as described above.
2.
Turn on the TV main power switch.
3.
Press the ‘aux/video’ standby button
on the remote
commander twice.
‘TT ’ will appear in the upper right corner of the screen.
Other status information will also be displayed.
4.
Press ‘MENU’ on the remote commander to obtain the
following menu on the screen.
Ser vice Main Menu:AE6BA/Y (v0.26D)
Wide mode adjustment
NVM VERSION:04H
Ser vice
Design
Error
Select:
5.
6.
7.
Select Item:
FACTORY INFO:FFH FFH 03H
Move to the corresponding adjustment item using the
up or down arrow buttons on the Remote Commander.
Press the right arrow button to enter into the required menu item.
Press the ‘aux/video’ button on the Remote Commander to quit
the Service Mode when all adjustments have been completed.
Description
V AMP
V ZOOM
V POS
V LIN
V SCORR
H WIDTH
V TRAP
PIN AMP
UP COR
LOW COR
H POS
ANGLE
BOW
H LIN
H TRAP
H SCORR
UP COR 6
LOW COR 6
PIN UNBAL
MID PIN
(min,max)
(-128,127)
(0,510)
(-512,511)
(-128,127)
(-128,1270)
(-256,255)
(-128,127)
(-511,511)
(-128,127)
(-128,127)
(-600,600)
(-511,511)
(-511,511)
(0,255)
(0,255)
(0,255)
(-128,127)
(-128,127)
(-240,240)
(-240,240)
Default
35
256
-10
0
4
63
1
-80
-1
-2
10
-1
8
85
138
100
-1
0
-40
-60
Value
35
256
-10
0
4
63
1
-80
-1
-2
10
-1
8
84
138
100
-1
0
-40
-60
Select:
Select Item:
Previous Menu:
Select Item:
Previous Menu:
Picture
White balance
Colour Tone
Picture settings
Note :
·
After carrying out the service adjustments, to prevent the
customer accessing the ‘Service Menu’ switch the TV set
OFF and then ON.
Select:
- 21 -
Error monitor
Picture settings
Description
SUBCOLOR PAL
SUBCOLOR SECAM
SHP MAXLTI
SHP MAXPEAK
CONTRAST MIN
CONTRAST MAX
BRIGHT EXPAND
BRIGHT CENTER
Select:
(min,max)
(0,63)
(0,63)
(0,31)
(0,15)
(0,63)
(0,63)
(0,511)
(-256,255)
Default
31
31
31
15
17
59
400
10
Select Item:
Value
34
34
20
12
17
59
400
40
WORKING TIME:
Error counters:
E02: OCP
E03: OVP
E04: NO V SYNC
E05: IKR
E06: IIC
E07: NVM
E08: H PROT
E09: TUNER
E10: SOUND
E11: 9 VOLTS
E12: SCANRATE
E13: 3DCOMB
E14: BACKEND
E15: DYNCON
E16: HIGH VOLTAGE
E17: AVSWITCH
E18: CHROMA DEC
E19: FRCA
E20: PJ ENG
E21: DAC
E24: SPEAKER PROT
E25: MEMORY STICK
Previous Menu:
Audio
BBE OFF mode
BBE Natural/V.Dolby offsets
BBE Dynamic offsets
BBE Cinema offsets
Subwoofer level adjustments
Audio detection thresholds
Select:
Select Item:
BBE OFF mode
Select:
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
Previous Menu:
Sub Brightness Adjustment
(min,max)
(5,40)
(-96,96)
(-96,96)
(-96,96)
(-96,96)
(-96,96)
(0,68)
Select Item:
Default
20
0
0
0
0
0
0
Value
20
0
0
0
0
0
0
1.
2.
3.
4.
2.
3.
Design
4.
CXA2149 - AVSwitch Device
DDP3315 - Backend Device
MSP3411 - Sound Processor Device
TDA988x - IF Device
TUA60xx - PLL Device
VSP9427 - Video Processor Device
CXA2019 - Chroma Decoder
CXD3804 - 3D Comb Filter
CXA8070 - Dynamic Convergence Device
FRC9429 - FRCA Device
PJ Engine
Select Item:
Input a Monoscope pattern.
Program the Remote Commander for operation in Service Mode.
[ See Page 21 ].
Press ‘AUX/VIDEO’ ‘AUX/VIDEO’ 13 on the Remote
Commander.
Adjust the ‘Sub-Brightness’ data so that there is barely a
difference between the 0 IRE and 10 IRE signal levels.
Sub Contrast Adjustment
Previous Menu:
1.
Select:
82:33
Previous Menu:
Select:
Description
SW_FREQ_OFF
BAND1_OFF_OFFSET
BAND2_OFF_OFFSET
BAND3_OFF_OFFSET
BAND4_OFF_OFFSET
BAND5_OFF_OFFSET
BBE_LOUDNESS_OFF
(Hours:Minutes)
Previous Menu:
- 22 -
Input a video signal that contains a small 100% white area on a
black background.
Connect an oscilloscope to Pin 10 of J7330 [C Board].
Program the Remote Commander for operation in Service Mode.
[ See Page 21 ].
Adjust the Sub-Contrast
[ Using ‘AUX/VIDEO’ ‘AUX/VIDEO’ ‘11’ ] to obtain a voltage
of 114 +0/- 5V.
Sub Colour Adjustment
1.
2.
3.
4.
4-2. TEST MODE 2:
Receive a PAL colour bar signal.
Connect an oscilloscope to Pin 5 of CN7331 [C Board].
Program the Remote Commander for operation in Service Mode.
[ See Page 21 ].
Adjust the ‘Sub Colour’
[ Using ‘AUX/VIDEO’ ‘AUX/VIDEO’ ‘12’ ] so that the Cyan,
Magenta and Blue colour bars are of equal levels as indicated
below.
Test Mode 2 is available by programming the Remote Commander for
operation in Service Mode [ As shown on Page 21 ] then pressing the
‘AUX/VIDEO’ button twice, OSD ‘TT’ appears. The functions
described below are available by selecting the two numbers. To
release ‘Test mode 2’, press 00, or switch the TV set into Stand-by
mode.
Same Level
B-Out Waveform
Deflection System Adjustment
1.
2.
Program the Remote Commander for operation in Service Mode.
[ See Page 21 ] and enter into the ‘Geometry’ service menu,
Wide mode adjustment.
Select and adjust each item in order to obtain the optimum image.
V LIN
BOW
V POS
H POS
PIN AMP
V TRAP
UP COR
ANGLE
LOW COR
- 23 -
00
01
02
03
04
05
06
07
08
11
12
13
15
16
19
21
22
24
35
36
43
44
45
46
49
53
62
73
74
78
79
87
91
92
93
94
95
96
99
'TT' mode off
Set picture level to maximum
Set picture level to minimum
Set speaker/headphone Volume to 35%
Set speaker/headphone Volume to 50%
Set speaker/headphone Volume to 65%
Set speaker/headphone Volume to 80%
Ageing mode on
Shipping Condition
Sub picture adjustment
Sub colour adjustment
Sub brightness adjustment
Rotation coil test
Picture level 50%
Factory mode enable/disable
Destination ADEKR
Destination BL
Destination U
Wide model selection
VM off/on test
Select Dual A sound
Select Dual B sound
Select Mono sound
Select Stereo sound
Set NVM as virgin
FM Overmodulation enable/disable
AM from baseband enable/disable
Enable Zweiton D/K2 system (6.5/6.74)
Enable Zweiton D/K3 system (6.5/6.74)
Balance full left
Balance full right
Local keys test
Set 14:9 zoom mode
Set Smar t zoom mode
Set 16:9 zoom mode
Set ZOOM zoom mode
Set 4:3 zoom mode
Set Smar t zoom mode (for FX66)
DisplayError and Working Time menu
CN3601
1
IC3600
AUDIO/VIDEO SWITCH
RIGHT OUT
RIGHT IN
2
V-OUT-15
LEFT OUT
3
V-OUT-25
LEFT IN
6
CVBS/Y MAIN
BLUE IN
7
AV1
IC3
C-MAIN
MODE
8
SCL
GREEN IN
11
SDA
RED IN
15
MUTE
BLANKING
16
MODE 1
VIDEO OUT
19
MODE 2
VIDEO IN
20
MODE 3
SPEAKER-L
CN3602
1
L-ANALOG RF
RIGHT IN
2
FRONT-L
LEFT OUT
3
SC3 IN-L
LEFT IN
6
AV2
SPEAKER-R
RIGHT OUT
7
BLUE IN
8
MODE
SC2 IN-L
SC1 IN-L
11
GREEN IN
15
RED IN
16
BLANKING
19
VIDEO OUT
L-DIGITAL RF
R-ANALOG RF
FRONT-R
V-OUT-35
2
LAST RF
9
AV2 OUT
11
CVBS Y MAIN
C MAIN
13
SCL
14
DIGITAL RF 37
AV1 OUT L 39
MUTE
17
AV2 I R 35
AV1 IN R 36
AV1 OUT R 38
SDA
15
AV3 IN R 34
18
MODE 1
19
MODE 2
20
MODE 3
AV3 OUT R 40
AV3 OUT L 41
AV3 OUT CVBS 43
Y SLAVE
AV2 OUT L/SPKR L
C SLAVE
AV2 OUT L/SPKR R
FRONT C
ANALOG RF-L
AV3 IN C
FRONT L
FRONT Y
AV3 IN-L
AV3 IN Y
AV2 IN-L
AV2 IN Y
AV1 IN-L
AV1 IN CVBS
DIGITAL RF
DIGITAL RF
ANALOG RF-R
ANALOG RF
FRONT R
23
24
25
26
27
28
29
30
32
33
45
47
49
51
54
56
58
60
62
64
SC3-IN-R
BUFFER
AMP
Q3656
V-OUT-3B
V-OUT-25
R-DIGITAL RF
SC1 OUT-R
V-OUT-15
SC1 OUT-L
SC3 OUT-R
SC3 OUT-L
SC2-OUT-R
V-OUT-35
BUFFER
AMP
Q3657
BUFFER
AMP
Q3658
BUFFER
AMP
Q2602
V-OUT-1B
SPEAKER R
RIGHT IN
LEFT OUT
AV3
8
MODE
15
C IN
19
VIDEO OUT
20
VIDEO IN
CN3600
1
SC2-OUT-L
C SLAVE
C-FRONT
BUFFER
AMP
Q2603
TO H1 BOARD
CN2911
CN3604
1
CVBS DIGITAL RF
C-IN-3
3
CVBS/Y MAIN
Y/CVBS-FRONT
4
C-MAIN
V-IN-3
V-IN-2
CVBS/Y SLAVE
6
V-IN-1
C SLAVE
7
L
8
R
31
A7
32
A8
33
A9
34
22
21
BLUE 1
V-ANALOG RF
GREEN 1
10
RED 1
11
BLK 1 FS1
12
MUTE
SWITCH
Q2604
NC36
36
A11
35
DQ0
2
DQ1
4
DQ2
5
DQ3
7
DQ4
8
9V
AC ON-OFF
DQ5
10
DQ6
11
9
V-DIGITAL RF
14
15
TO A BOARD
CN3002
16
BLK 2
RED 2
17
L-DIGITAL RF
19
R SPEAKER/HP
20
L SPEAKER/HP
22
R-DIGITAL RF
23
L-ANALOG RF
25
R-ANALOG RF
26
AV LINK
29
SDA
32
SCL
33
DQ7
13
DQ8
42
DQ9
44
DQ10
45
DQ11
47
DQ12
48
DQ13
50
DQ14
51
DQ15
53
DQMU
39
DQML
15
BA0
20
CAS
17
WE
16
RAS
18
CLK
Y/CVBS
5
A6
SPEAKER L
C
3
30
BA1
LEFT IN
6
29
A5
CVBS/Y SLAVE
RIGHT OUT
3
26
A4
A10
GREEN 2
2
25
V-OUT-2B
BLUE 2
CN3603
1
A1
24
A3
VIDEO IN
20
23
A2
SC2-IN-R
SC1-IN-R
CVBS/ANALOG RF
J(
38
35
CKE
)
AV SCART I/O
SWITCHING AND
SOCKETS
IC8
IC1
A0
37
MM_A(0)
MM_A(9)
MM_A(1)
MM_A(7)
MM_A(2)
MM_A(4)
MM_A(3)
MM_A(3)
MM_A(4)
MM_A(1)
MM_A(5)
MM_A(11)
MM_A(6)
MM_A(13)
MM_A(7)
MM_A(10)
MM_A(8)
MM_A(6)
MM_A(9)
MM_A(0)
MM_A(10)
MM_A(2)
MM_A(11)
MM_A(5)
MM_A(12)
MM_A(8)
MMVA(13)
MM_A(12)
MM_DQ(0)
MM DQ(14)
MM_DQ(1)
MM DQ(12)
MM_DQ(2)
MM DQ(10)
MM_DQ(3)
MM DQ(0)
MM_DQ(4)
MM DQ(3)
MM_DQ(5)
MM DQ(6)
MM_DQ(6)
MM DQ(5)
MM_DQ(7)
MM DQ(2)
MM_DQ(8)
MM DQ(8)
MM_DQ(9)
MM DQ(11)
MM_DQ(10)
MM DQ(13)
MM_DQ(11)
MM DQ(7)
MM_DQ(12)
MM DQ(15)
MM_DQ(13)
MM DQ(4)
MM_DQ(14)
MM DQ(1)
MM_DQ(15)
MM DQ(9)
MMDQM(1)
MMDQM(1)
MMDQM(0)
MMDQM(0)
MM_CS1
MM_CS1
MM_CAS
MM_CAS
MM_WE
MM_WE
MM_RAS
MM_RAS
MM_CLK1
MM_CLK1
MM_CKE1
MM_CKE1
Y7
MM_A09
PCI AD00
T1
Y8
MM_A07
PCI AD01
R3
Y9
Y11
MM_A04
PCI AD02
MM_A03
PCI AD03
R2
R1
Y12
MM_A01
PCI AD04
P2
Y13
MM_A11
PCI AD05
P1
Y14
MM_A13
PCI AD06
N2
V12
MM_A10
PCI AD07
N1
V9
MM_A06
PCI AD08
M2
W12
MM_A00
PCI AD09
M1
W11
W9
MM_A02
PCI AD10
MM_A05
PCI AD11
L2
L1
W8
MM_A08
PCI AD12
K1
W13
MM_A12
PCI AD13
K2
Y16
MM_DQ14
PCI AD14
?
Y17
MM_DQ12
PCI AD15
?
Y18
MM_DQ10
PCI AD16
D1
Y20
MM_DQ00
PCI AD17
D3
W20
MM_DQ03
PCI AD18
C1
V20
MM_DQ06
PCI AD19
B2
V19
MM_DQ05
PCI AD20
B1
W19
MM_DQ02
PCI AD21
C2
W18
MM_DQ08
PCI AD23
A1
W17
MM_DQ11
PCI AD24
A3
W16
MM_DQ13
PCI AD25
C4
T18
MM_DQ07
PCI AD26
B4
V15
MM_DQ15
PCI AD27
A4
U18
MM_DQ04
PCI AD28
A5
V18
MM_DQ01
PCI AD29
C6
V17
MM_DQ09
PCI AD30
R18
MMDQM(1)
PCI AD31
A6
T19
MMDQM(0) PCI/CBE0
M3
U20
MM_CS1
PCI/CBE1
?
Y15
MM_CAS
PCI_INTC
B8
B6
W15
MM_WE
V34_I02
B9
W14
MM_RAS
V34_IO1
A9
W10
MM_CLK1
PCI_INTD
A7
U1
MM_CKE1 VO_DATA0
P20
VO_DATA1
N19
VO_DATA2
N20
VO_DATA3
M18
VO_DATA4
M19
VO_DATA5
M20
VO_DATA6
K19
VO_DATA7
J20
TM_SDA
R19
TM_SCL
R20
TRI:USER IRQ
G20
PCI_INTB
A8
PCI_AD(16)
PCI AD(0)
PCI_AD(15)
PCI AD(1)
PCI_AD(14)
PCI AD(2)
PCI_AD(13)
PCI AD(3)
PCI_AD(12)
PCI AD(4)
PCI_AD(11)
PCI AD(5)
PCI_AD(10)
PCI AD(6)
PCI_AD(9)
PCI AD(7)
PCI_AD(20)
PCI AD(8)
PCI_AD(21)
PCI AD(9)
PCI_AD(19)
PCI AD(10)
PCI AD(18)
PCI AD(11)
PCI AD(8)
PCI AD(12)
PCI AD(7)
PCI AD(13)
PCI AD(6)
PCI AD(14)
PCI AD(5)
PCI AD(15)
1
A15
OE
28
2
A4
WE
11
3
A13
4
A12
DQ15/A_1
45
5
A11
DQ7
44
6
A10
DQ6
42
7
A9
DQ5
40
8
A8
DQ4
38
9
A19
DQ3
35
10
A2
DQ2
33
16
A18
DQ1
31
17
A17
DQ0
29
18
A7
A0
25
19
A6
A1
24
20
A5
A2
23
21
A4
A3
22
RESET
12
18
PCI AD(16)
PCI AD(17)
PCI AD(18)
PCI AD(19)
PCI_AD(23)
PCI CBE(1)
5-1. BLOCK DIAGRAMS (1)
PCI CBE(0)
PCI CBE(1)
PCI_AD(17)
PCI_AD(0)
PCI_AD(31)
PCI_AD(30)
PCI_AD(29)
PCI_AD(28)
PCI_AD(27)
PCI_AD(26)
PCI_AD(25)
PCI_AD(24)
PCI_AD(1)
PCI_AD(2)
PCI_AD(3)
PCI_AD(4)
FLASH RESET
IC15
VO_DATA(0)
PCI AD(20)
VO_DATA(1)
PCI AD(21)
VO_DATA(2)
PCI AD(23)
VO_DATA(3)
PCI AD(24)
VO_DATA(4)
PCI AD(25)
VO_DATA(5)
PCI AD(26)
VO_DATA(6)
PCI AD(27)
VO_DATA(7)
PCI AD(28)
TM-SCL
PCI AD(29)
TM-SDA
16
MP0
VBS
27
15
MP1
GREEN
26
14
MP2
BLUE
29
13
MP3
C
24
12
MP4
RED
23
11
MP5
CVBS
30
10
MP6
9
MP7
41
SCL
42
SDA
Y_G
11
V_R_CVBS
15
TV_SCL
12
TV_SDA
8
PCI AD(30)
IC11
PCI AD(31)
PCI/CBE(0)
PCI/CBE(1)
PCI_INTC
SSI_I02
TM_SCL
TM_SDA
12C_IRQ
PCI CBE(1)
13
14
10
2
9
TV_SCL
TV_SDA
3
SSI_I01
IC12
PCI_INTD
PCI_AD(23)
VO_DATA(0)
2
VO_DATA(1)
VO_DATA(2)
1
6
FLASH RESET
9
PCI_INTB
PCI_INTC
13
MS_BS
SSI_I02
MS_SD10
4
SSI_I01
MS_SCLK
8
VO_DATA(5)
PCI_INTD
MS_NS
6
VO_DATA(6)
VO_DATA(7)
TM_SDA
TM_SCL
12C_IRQ
MS (
PCI_INTB
TRIMEDIA MEMORY STICK
Q6802,
Q6803
VS 15
T6800
1
OCP 9
9
F/B 2
8
V SENSE
HV
17
7
HV OVERSHOOT
PROTECT
Q6808, Q6809
SS RESET
Q6804,
Q6806
IC6802
DRIVER
13
5
15
10
6
14
1
4
DYNAMIC
FOCUS
T8900
G2
3
16
8
4
DYNAMIC
FOCUS
Q8901
IC7300
VIDEO OUT (RED)
FV
11
4
1
ABL
PROTECT
Q6810
HPROT
CN6803
4
18
PH6800
PHOTOCOUPLER
ABL-COMP
19
2
7
2
BUFFER
Q6801
TO B BOARD
CN3400
RECT-
1
2
3
IC6800
3
1
CATHODE
REF 1
6
2
5
6
AC-HOP-VCC
3
7
2
7
1
VIN
VOC 8
G
IC7310
VIDEO OUT (GREEN)
R
2
R REF
3
G
4
G REF
5
B
6
B REF
9
IK
BUFFER
AMPLIFIER
Q7310, Q7311
3
VIN
B
J7330
10
9
8
VOC 8
13
IK
RECT+
5
TO G BOARD
CN6007
3
IK
CN7331
1
TO D BOARD
CN8900
12
CN6802
4
R
BUFFER
AMPLIFIER
Q7300, Q7301
DYNAMIC
FOCUS
Q8900
IC6801
PROTECTION IC
IC6803
SWITCHING
MOSFET
1
+9V
DF DRIVE
CN6801
3
HV-PROT
4
EPG MODE
3
NOT
USED
IC6804
CONTROLLER
D2 (
SMART MODE
DEFLECTION
AC MONITOR
1
IC7320
VIDEO OUT (BLUE)
BUFFER
AMPLIFIER
Q7320, Q7321
VIN
5
HV
HEATER
2
C(
)
)
R, G, B OUT
- 24 -
PICTURE TUBE
VOC 8
IK
BUFFER
Q7330
TO A BOARD
CN6900
3
CN3
2
VO_DATA(4)
VO_DATA(3)
VG(L) 12
VG(H) 16
CN1
7
U_B_C
RV7330
G2
CN7330
5
TO D2 BOARD
HV (T6800)
TO D BOARD
CN8214
)
MEMORY
STICK
5-1. BLOCK DIAGRAMS (2)
CN3100
A5
IR-DATA
A7
LUMISPONDER
A8
EPG MODE
A9
OCP-OVP
A10
OCP-FLAG
A11
MAIN-SW
A12
DG SW
A13
KEY 1
A14
SIRCS
HV PROT
A15
LED
A16
AUDIO MUTE
A17
LINE MUTE
A18
AUDIO RESET
A19
AGC DEFEAT
A20
AV LINK
B28
CSEL
B30
B5
16
PWM3
DQP V COMP
BUFFER
Q5519
17
PWMEW4
H DRIVE
44
BUFFER
Q5500
X-RAY
C7
V SAW
C8
AFC PULSE
MID PIN
B11
V DRV+
A
X3400
E/W
B12
H TRAP
C12
V DRV-
BACKEND RESET
B13
ROTATION
C14
DF DRIVE
B15
MID PIN DC
B4
H2S
G OUT
BUFFER AMP
Q3401, Q3404
B OUT
BUFFER AMP
Q3402, Q3405
SENSE OUT
IC3300
FRCA
AV OUT
65
VPROT
AY OUT
66
SAFETY
25
DFVBL
22
AU OUT
PWME1
75
20
PWM1
76
38
VERT-
77
37
VERT+
78
18
PWMEW3
21
PWM2
30
HFL13
2
28
HC1
4
60
PWM4
5
11
XTAL 2
10
12
XTAL 1
62
RESQ
79
1
FBL IN 2 50
R IN 1 51
G IN 1 52
B IN 1 53
63
64
H SYNC
26
AVSM OUT
68
80
BUFFER
Q5550
H LIN
H LIN DC
BUFFER AMP
Q3400, Q3403
67
BUFFER
Q5509
DQP C COMP
35
R OUT
EW
39
31
C6
B10
BACKEND,SCANRATE,
LVDS,A_INTERFACE
VM-FRCA
H-DRIVE
C10
H OUT
23
N-RESET
N/U
42
43
32
DQP DRV
C11
BUFFER
Q5503
N/U
B6
B9
H TRAP
BUFFER AMP
Q5505, Q5507
C5
B7
B 1/2 (
)
IC3400
BACKEND VIDEO
B14
B29
27
Y0
Y OUT 0
Y1
Y OUT 1
Y2
Y OUT 2
Y3
Y OUT 3
Y4
Y OUT 4
Y5
Y OUT 5
Y6
Y OUT 6
Y7
Y OUT 7
CLK OUT
CLK OUT
H100
H OUT
V100
V OUT
55
15
53
16
50
78
47
1
33
2
32
4
31
5
30
7
29
8
26
9
25
10
24
6
20
3
19
11
18
23
FB-M2
BUFFER AMP
Q3406, Q3410,
Q3409
R
CN3400
1
G
3
B
5
C SLAVE
C-S
A31
CVBS SLAVE
Y-S
A32
C MAIN
C-M
B32
CVBS MAIN
Y-M
A23
BLUE 2
B2
A24
GREEN 2
G2
A21
RED 2
R2
A29
BLUE 1
B1
A28
GREEN 1
G1
A27
RED 1
R1
A22
FS2
FLB2
A26
FS1
FLB1
58
CVBS7
57
CVBS6
56
CVBS5
55
CVBS4
48
47
46
B IN 2
VM
CN3402
2
TO
IR DATA
41
B IN 1
40
G IN 1
39
R IN 1
38
FBL_2
37
FBL_1
69
XOUT
KEY 2
X3300
KEY 1
N-RESET
YUV0
AGC DEFEAT
YUV1
YUV2
12C-DISABLE
YUV3
DGC-SW
YUV4
MAIN-SW
YUV5
LINE MUTE
YUV6
RESET-AUDIO
YUV7
AUDIO MUTE
YUV CLK
HV PROT
H SYNC
LED
V SYNC
AV-LINK
AV1
SDA 3.3V
C30
SCL 3.3V
656101 31
656102 30
656103 22
V2S
Y
9
C
11
SCL
SCL
4
SDA
SDA
3
V2S
V2S
7
B-M2
656V10/
8
BLANK
X-IN
CVBS 2 53
SDA
CVBS 1 51
110
37
CKE
YUV1
ADDR11
111
35
A11
YUV2
ADDR9
112
34
A9
YUV3
ADDR8
113
ADDR7
ADDR6
ADDR5
C15
1 HOP MUTE
B31
AC MONITOR
Y
C
BUFFER
Q3802
BUFFER
Q3800
A4
A3
H SYNC
ADDR2
123
25
A2
V SYNC
ADDR1
124
24
A1
AV1
ADDR0
125
ADDR10
2
SDA
38
SCL
1
CERA
X3800
CV/Y/IN
BA1
129
21
BA1
BA0
130
20
BA0
XCS
131
19
/CS
12
VIN
V SYNC
132
18
/RAS
XCAS
133
17
/CAS
XWE
134
16
/WE
DQM
135
BUFFER
Q3801
4
2
9
RYO
ACO
RT
RB
BUFFER AMP
Q3812, Q3814
19
REFCLK
13
A(1)
11
10
DQ5
8
DQ4
DQ3 89
7
DQ3
DQ2 94
5
DQ2
DQ1 95
4
DQ1
DQ15 97
53
51
A(12)
A(13)
A(14)
A(15)
A(16)
A(17)
A(18)
A(19)
DQ0
DQ15
DQ14
DQ13 99
50
DQ13
DQ12
100
48
DQ12
59
VTIM
DQ11
103
47
DQ11
HTIM 15
62
HTIM
DQ10
104
45
DQ10
DQ9
105
44
DQ9
X3801
A(11)
DQ6
DQ4 88
2
A(10)
DQ7
DQ8
106
42
DQ8
SDCK
107
38
CLK
8
P2.11
6
P2.9
5
P2.8
127
P5.3
124
P5.0
126
P5.2
101
P6.6
100
P6.5
93
P5.14
91
P3.13
90
P3.12
82
P3.8
81
P3.7
80
P3.6
P3.4
77
P3.3
10
P2.13
83
P3.9
102
V SYNC
103
H SYNC
114
A(9)
DQM
DQ5 87
DQ0 96
14
15
VTIM 14
CVBS/YIN
X433/358 28
39 H SYNC
38
XRAS
DQ7 85
34
BUFFER
Q3811
BUFFER
Q0001
A(8)
A10
Y
DQ14 98
SECAM REF 30
22
P2.14
113
A(7)
A0
C
DQ6 86
3
37
126
23
11
112
A(6)
A5
26
BUFFER
Q3803
FILTER
FL3800
30
29
IC3802
SDA DP1
B-M2
BUFFER
Q0003
BUFFER
Q0002
A(5)
A6
120
SWITCH
Q3808
C29
118
31
119
+5V
SDA DP1
G-M2
A(4)
A7
ADDR3
SWITCH
Q3807
C28
117
32
ADDR4
BUFFER AMP
& SWITCH
Q3805, Q3806,
Q3816
2
6
A8
YUV7
SCL
3
114
33
YUV CLK
RESET 100
RESET 24
6
CKE
YUV6
V OUT 23
FILTER
FL3801
R-M2
IC3800
YUV0
YUV5
H OUT 17
CVBS MAIN
B
C
LIQUID
CRYSTAL
DISPLAY
CN3401
P2.15
105
A(0)
YUV4
656CLK 9
70
13
BACKEND RESET
A
RESET 100
12
78
FB-M2
C
G-M2
SCL 33
SDA 33
CVBS MAIN
C31
656100 32
656107 10
X-OUT
LUMISPONDER
X IN
A(3)
656106 15
X3100
SIRCS
VM BOARD
CN9402
H2S
IC3801
656105 16
R IN 2
EPG-MODE
9
A(2)
656104 21
G IN 2
OCP-OVP
OCP-FLAG
R-M2
IC3100
VSP94
A30
IC0001
TO C BOARD
CN7331
1K
H2S
AC MONITOR
TO A BOARD
CN5207
KEY 2
A6
37
36
35
34
33
27
26
24
23
25
28
29
30
B 2/2 (
108
XTAL 1
XTAL 2
IC0007
P2.10 7
AC ON/OFF
BUFFER
Q0075
4
+5V
5
AC MONITOR
SCL33
P3.0 74
SDA33
P3.1 75
IC0002
P3.15 92
NVM-WP
SCL33
6
7
SDA33
5
CVBS 1A
121
CVBS-MAIN
B
P3.11 89
RX
IC0003
CSSD
RAM 19 CS
A0
D(0)
2 DQ0
A1
D(1)
4 DQ1
A2
D(2)
5 DQ2
A3
D(3)
7 DQ3
A4
D(4)
8 DQ4
A5
D(5)
10 DQ5
A6
D(6)
11 DQ6
A7
D(8)
42 DQ8
A8
D(9)
44 DQ9
A9
D(10)
45 DQ10
A10
D(11)
47 DQ11
A11
D(12)
48 DQ12
BA0/A12
D(13)
50 DQ13
BA1/A13
D(14)
51 DQ14
/RAS
D(15)
53 DQ15
/CAS
D(7)
13 DQ7
23
24
25
26
29
30
31
32
33
34
22
35
20
21
18
17
UDQM 48
39
DQM
MEMCLK 43
38
CLK
LOOM 15
CLKEN 45
37
CKE
/WE 16
39
A14/RAS
40
A15/CAS
22
P4.0/A16
/WR 50
19
P4.1/A17
LDQM 49
18
P4.2/A18 CSROM 46
17
P4.3/A19
RD
47
/WD
IC0005
OTP EPROM
D(7)
25
Q7
A0
5
9
Q0
A1
4
11
Q1
A2
3
13
Q2
A3
2
15
Q3
A4
1
19
Q4
A5 44
21
Q5
A6 43
23
Q6
A7 42
10
Q8
A8 37
12
Q9
A9 36
14
Q10
A10 35
16
Q11
A11 34
20
Q12
A12 33
22
Q13
A13 32
24
Q14
A14 31
26
Q15 A-1
A15 30
6
/E1
A16 29
8
/G
A17 41
A18 40
A19 38
- 25 -
)
X0001
109
TX
P3.10 88
BLANK/RS OUT
CSSD
RAM
CSSDRAM 44
R
D(0)
D0 55
D(1)
G
D1 59
D(2)
D2 65
B
D(3)
D3 71
D(4)
D4 70
D(5)
D5 64
D(6)
D6 58
D(7)
D7 54
D(8)
D8 57
D(9)
D9 63
D(10)
D10 67
D(11)
D11 72
D(12)
D12 66
D(13)
D13 62
D(14)
D14 56
D(15)
D15 51
38
BACKEND,SCANRATE,
LVDS,A_INTERFACE
A(0)
A(1)
A(2)
A(3)
A(4)
A(5)
A(6)
A(7)
A(8)
A(9)
A(10)
A(11)
A(12)
A(13)
A(14)
A(15)
A(16)
A(17)
A(18)
A(19)
RX
CN0004
3
TX
4
5-1. BLOCK DIAGRAMS (3)
CN8203
TO A BOARD
CN3008
3
DQP-DRV
4
DQP-V-COMP
Q8508
Q8512
7
2
QP-
CN8206
7
QP+
4
TO VM BOARD
CN9401
IC8527
DQP
IC8103
COMPARATOR
1
VCC 8
2
7
+
+
-
7
TO A BOARD
CN3001
Q8118, Q8201,
Q8202, Q8127
6
3
CN8805
MP PARA
6
H LIN PARA
1
H DRIVE
3
AFC PULSE
9
E/W
5
X RAY
1
4
V+
CN8211
6
V-
5
H-
4
Q8100, 8102
Q8101
H-
3
H+
2
H+
1
DY ASSY
CN2912
HP R 6
V- DY+
V- DY-
V DY
TO A BOARD
CN2300
H DY
H- DY-
HP R
2
J2901
KEY 1
1
HEADPHONES
KEY 2
7
S0900 - S0905
H- DY+
CN2900
CN2911
CN8900
COMPARATOR
7
VCC 8
6
1
3
7
2
PIN OUT
Q8114
1
T8202
4
6
HD2
1
+200V
H OUT
Q8116
+135V
6
5
TO J BOARD
CN3600
VIDEO
Y/CVBS
3
C
1
1
4
H1(
-15V
7
2
FRONT AV
INPUT,HEADPHONE
AND CONTROL
SWITCHES
D8204
Y/C
3
+15V
10
MID PIN OUT
Q8117
2
R
9
12
HD1
L
AUDIO R 8
TO C BOARD
CN7330
8
3
7
TO A BOARD
CN3000
D8200
3
AUDIO L 5
CN8214
3
T8101
+8
2
5
VV+
T8100
+8
IC8100
H PROTECT
+
)
D8203
IC8101
COMPARATOR
OP AMP IC8102
7
VCC 8
1
VCC 8
6
1
2
7
H LIN
Q8121
-
-
+
+
2
5
3
+
-
4
3
6
Q8113
5
Q8112
+
-
4
+
-
TO D2 BOARD
CN6803
CN8104
3
4
HP1
D(
Q8120
DEFLECTION
)
CN6007
TO D2 BOARD
CN6802
4
RECT+
2
RECT-
TO F1 BOARD
CN6401
POWER
CN6400
1
AC
IN
CN6401
1
2
5
FOR CHECK
TO G BOARD
CN6001
OUT
LED
CN0981
2
AC IN
SIRCS
POWER SWITCH,
FUSE, SIRCS &
STAND-BY LED
1
CHECK
2
CHECK
1
DGC
2
DGC
3
TO A BOARD
CN0002
D0983
1
1
2
1
3
4
3
4
PFC
3
PFC
OCP
D6017
6
IC6001
POWER SUPPLY
CONTROLLER
8
13
14
D6033
15
RELAY
RY6002
RELAY
SWITCH
Q6102
RELAY
SWITCH
Q6003
)
1
2
3
1
V SENSE
VD
18
2
F/B
VG
16
3
CT
4
RT
Q6006
MOSFET
TRANSISTOR USED
BY SWITCHING
CIRCUIT
17
7
RECTIFIER
D6102
AU (GND)
D6032
VS
15
VB
14
6
TIMER
7
SS
8
VC 1
VG (L)
12
9
OCP
VC 2
10
7
18
9
1
+11V
D6004
Q6007
MOSFET
TRANSISTOR USED
BY SWITCHING
CIRCUIT
3
AU (+)
2
AU (+)
1
3
4
1
3
2
IC6003
REGULATOR
2
1
PH6001
PHOTOCOUPLER
4
TO A BOARD
CN6200
2
DGC RY
G(
- 26 -
CN6012
4
AU (GND)
RECTIFIER
D6016
2
9
8
+6V
16
CN6008
MAIN RY
A BOARD
CN6201
12
MAIN RECT
D6001
T6101
1
CN6006
6
TO
+135V
11
RELAY
RY6001
DGC
1
OVERCURRENT
PROTECTION
& AMPLIFIER
Q6005, Q6010
D6012
10
CN6004
TO DGC
F1 (
5
2
CN6003
S6400
IC0981
RPM7240-H5
AC IN
CN6002
F6400
STB +5V
1
T6002
T6001
T6003
CN6001
POWER SUPPLY
)
TO A BOARD
CN6202
5-1. BLOCK DIAGRAMS (4)
TUNER
TU1100
IC2000
SOUND
PROCESSOR
AGC DEFEAT
FROM B BOARD
CONNECTOR
SWITCH
Q1100
SCL
SCA
FM/AM
3
1
28
5
7
67
30
9
IC2300
HEADPHONE AMPLIFIER
CN2300
6
HP-L-OUT
2
HP-R-OUT
TO H1 BOARD
CN2912
27
3
IC2400
AUDIO AMP WOOFER
1
10
3
6
25
1
7
24
71
7
72
1
KEY 1/WOOFER MUTE
7
KEY 2
RESET AUDIO
AC MON CIRCUIT
Q6201, Q6204,
Q6205, Q6206,
Q6207
VERT+
3
VERT-
TO MS
BOARD
CN1
11
4
PS2001
AU-
SWITCH
Q2400,
Q2401
IC5400
VERT AMP
HTRAP
IC5102
H TRAP
V DRV+
1
SWITCH
Q5404
PS2000
AU+
CN6202
1
AU+
2
AU-
6
AU-
7
8
2
5
5
7
1
1
4
ROT-
CN3004
1
ROT+
3
AFC PULSE
C8
5
X-RAY
B7
9
E/W
12
PRE-RGB
6
H-LIN-PARA
7
MP-PARA
Q5204, Q5205,
Q5211
Q5202, Q5203,
Q5208
H SYNC
4
DQP-V-COMP
5
DQP-V-MOD
13
SDA
14
SCL
2
3.3V
SDA/SCL
CONVERTER
Q0200, Q0201
SDA-33
SCL-33
SIRCS
LED
HL LINEARITY DC
B10
MID PIN
C10
H SYNC
B4
DQP DRV/PJ-R
C5
DQPVCOMP/PJ-B
C6
DQPVMOD/PJ-G
B6
KEY 1
A13
KEY 2
A5
RESET AUDIO
A18
LINE MUTE
A17
AUDIO MUTE
A16
SIRCS
A14
LED
A15
CN6900
1
EPG MODE
EPG MODE
A8
2
HOP MUTE
HOP MUTE
C15
3
DF DRIVE
DF DRIVE
C14
4
HV-PROT
HV PROT
B14
TO D2 BOARD
CN6801
CN6200
2
DGC RY
DGC SW
A12
1
MAIN RY
MAIN SW
A11
TO G BOARD
CN6008
OCP-OVP
A(
AUDIO, DEFLECTION,
TUNER, REGULATORS,
INTERFACE
OCP/OVP
LATCH
Q6202, Q6203
)
CN9402
TO B BOARD
CN3402
2
VM
VM AMPLIFIER
BUFFER
Q9413, Q9414
VM AMPLIFIER
BUFFER
Q9405
VM AMPLIFIER
BUFFER
Q9407
VM AMPLIFIER
BUFFER
Q9409
VM AMPLIFIER
OUTPUT
Q9411
VM AMPLIFIER
BUFFER
Q9401, Q9402
VM AMPLIFIER
BUFFER
Q9404
VM AMPLIFIER
BUFFER
Q9406
VM AMPLIFIER
BUFFER
Q9408
VM AMPLIFIER
BUFFER
Q9410
VM AMPLIFIER
OUTPUT
Q9412
CN9401
TO D BOARD
CN8206
4
QP (-)
7
QP (+)
D Board
VM
D2 Board
H1 Board
CVM
Board
H F1 BoardA
TO G BOARD
CN6012
J
S1 Board
A2
A BoardA1
D2
A
J Board
B Board
A Board
Note :
•
•
•
TO B BOARD
CN3100
1
QP (-)
2
QP (+)
3
QP (+)
4
VM
7
VM
8
VELOCITY
MODULATION
•
•
Chip resistors are 1/10W
All resistors are in ohms.
k = 1000 ohms, M = 1000,000 ohms
•
: nonflammable resistor.
•
: fusible resistor.
•
: internal component.
•
: panel designation or adjustment for repair.
•
•
•
•
•
QP-
QP+
VM
NECK ASSY
VM (
All capacitors are in µF unless otherwise noted.
pF : µµF 50WV or less are not indicated except for
electrolytic types.
Indication of resistance, which does not have one for
rating electrical power, is as follows.
Pitch : 5mm
Electrical power rating : 1/4W
A10
QP (-)
G Board
5-3. SCHEMATIC DIAGRAMS AND
PRINTED WIRING BOARDS
All variable and adjustable resistors have
characteristic curve B, unless otherwise noted.
All voltages are in Volts.
Readings are taken with a 10Mohm digital mutimeter.
Readings are taken with a color bar input signal.
Voltage variations may be noted due to normal production
tolerences.
A9
OCP-UC
D
ROTATION
COIL
CN9403
VM AMPLIFIER
BUFFER
Q9403
N
MS Board
B8
DQP-DRV
CN0002
1
TO
SPEAKERS
C11
3
3
C
D1
IC5104
AMPLIFIER
H-DRIVE
CN2301
2
TO F1 BOARD
CN0981
4
3
CN3008
1
TO D BOARD
CN8203
L
CN5207
B5
CN3001
1
TO D BOARD
CN8805
R
CN2501
1
C
TO WOOFER
MUTE CIRCUIT
Q2200 & Q2300,
Q2301& Q2302
POWER OFF
V DRV-
TO D BOARD
CN8104
CN2400
3
RESISTOR
C Board
VM Board
LINE MUTE
CN3000
1
WOOFER SP
21
AUDIO MUTE
POWER OFF
MUTE
Q2501
SPEAKERS
REAR-L
2
AU+
STBY AC
REAR-R
IC2500
AUDIO AMP
X2000
Reference Information
J2200
2
60
OSS
5-2. CIRCUIT BOARD LOCATION
IC2200
AUDIO AMP
)
- 27 -
•
: B + bus.
•
: B - bus.
•
: RF signal path.
•
: earth - ground.
•
: earth - chassis.
RN
: METAL FILM
RC
: SOLID
FPRD
: NON FLAMMABLE CARBON
FUSE
: NON FLAMMABLE FUSIBLE
RS
: NON FLAMMABLE METAL OXIDE
RB
: NON FLAMMABLE CEMENT
RW
: NON FLAMMABLE WIREWOUND
: ADJUSTMENT RESISTOR
COIL
LF-8L
: MICRO INDUCTOR
CAPACITOR
TA
: TANTALUM
PS
: STYROL
PP
: POLYPROPYLENE
PT
: MYLAR
MPS
: METALIZED POLYESTER
MPP
: METALIZED POLYPROPYLENE
ALB
: BIPOLAR
ALT
: HIGH TEMPERATURE
ALR
: HIGH RIPPLE
Note : The components identified by shading
and marked
are critical for safety.
Replace only with the part numbers
specified in the parts list.
Note : Les composants identifiés par une trame et
par une marque
sont d'une importance
critique pour la sécurité. Ne les remplacer
que par des pièces de numéro spécifié.
specified.
~ A Board Waveforms ~
TP1
TP2
20us/div
700 mVp-p (V)
5ms/div
56 Vp-p (V)
~ A Board Location Table (A Side) ~
D5405
D - 10
D6211
K-4
IC2500
H-3
IC6204
D2200
D-3
D6201
J-9
D6212
J-9
IC5102
I - 10
IC6207
J - 10
D2201
E-3
D6203
L-5
D6213
L-8
IC5104
H - 10
IC6209
J-8
D5103
H - 10
D6204
K-2
IC5400
E - 10
IC6210
K-4
D5404
E - 11
D6210
L-4
J-4
IC6202
L-8
IC6212
L-3
DIODE
IC
IC2400
M-4
~ A Board Location Table (B Side) ~
DIODE
D2200
L-3
D5206
G-7
D6204
E-2
IC2200
L-4
IC6207
F-9
Q1300
L-2
Q2401
F-4
Q5202
H-4
Q5404
K - 10
D5207
G-6
D6205
E-3
IC2300
J-3
IC6209
F-9
Q1301
K-2
Q2500
H-3
Q5203
H-4
Q6201
E-2
D2201
J-4
D5208
H-6
D6206
D-3
IC2400
G-4
IC6210
F-4
Q2000
J-3
Q2501
H-3
Q5204
G-7
Q6202
E-3
D2202
J-4
D5209
G-7
D6207
D-3
IC2500
H-3
IC6211
E-5
Q2200
I-4
Q2502
H-4
Q5205
F-6
Q6203
E-3
IC6212
E-4
Q2201
L-3
Q2503
H-4
Q5206
H-7
Q6204
E-3
Q2202
L-3
Q2504
H-4
Q5207
H-6
Q6205
E-2
D2500
H-3
D5210
G-6
D6208
D-3
IC5102
G - 10
D5100
G - 10
D5211
G-6
D6210
D-3
IC5104
H - 10
D5104
H-9
D5404
K - 10
D6213
D-8
IC5400
K - 10
Q0100
K-6
Q2300
I-4
Q5100
G - 10
Q5208
G-7
Q6206
E-2
D6214
E-4
IC6200
E-5
Q0200
K-7
Q2301
I-4
Q5101
F - 10
Q5209
H-6
Q6207
E-2
IC6202
D-8
Q0201
K-7
Q2302
J-4
Q5200
F-6
Q5210
G-6
Q6208
E-3
IC6204
E-4
Q1100
M-2
Q2400
F-4
Q5201
F-6
Q5211
G-6
Q6209
E-4
D5200
F-7
D5405
L - 10
D5202
F-6
D6201
F-9
D 5205
G-7
D6203
D-5
IC
IC2000
K-4
TRANSISTOR
- 28 -
~ A Board Semiconductor Voltage Table ~
Ref
(e)(s) (b)(g) (c)(d)
Ref
(e)(s) (b)(g) (c)(d)
Ref
(e)(s) (b)(g) (c)(d)
Ref
(e)(s) (b)(g) (c)(d)
Ref
(e)(s) (b)(g) (c)(d)
Ref
(e)(s) (b)(g) (c)(d)
Q1100
0
0
4.5
Q2202
0
0.4
0
Q2500
0.1
0.1
0.6
Q5101
0.8
1.4
6.8
Q5208
0
0
1.5
Q6202
3.4
3.4
0
Q1300
2.7
2.1
8.4
Q2300
0
0
0.7
Q2501
0
0.6
0
Q5200
6.8
6.3
3.0
Q5209
0
0
1.5
Q6203
0
0
3.4
Q1301
2.1
2.1
0
Q2301
0
0.4
0
Q2502
0
0
5.0
Q5201
0
0.4
3.0
Q5210
0
0
1.5
Q6204
3.4
3.4
0
Q2000
0
0
4.7
Q2302
0
0.4
0
Q2503
0
0
5.0
Q5203
0
0.4
3.0
Q5211
0
0
1.5
Q6205
3.5
2.7
3.4
Q2200
0
0
-1.6
Q2400
3.9
3.4
0
Q2504
5.0
5.0
0
Q5205
0
0.4
1.5
Q5404
0
12.1
0
Q6206
1.5
2.0
2.7
Q2201
0
0.4
0
Q2401
0
0
4.7
Q5100
2.4
1.8
0
Q5207
0
0.4
3.0
Q6201
1.5
0.6
3.4
Q6207
0
0
3.4
~ A Board IC Voltage Table ~
IC Voltage Table
Ref No Pin No Voltage (V)
IC2200
IC Voltage Table
IC Voltage Table
Ref No Pin No Voltage (V)
1
4.5
6
0
2
4.5
7
3
4.5
5
4.5
IC2300
IC Voltage Table
Ref No Pin No Voltage (V)
IC2400
IC Voltage Table
Ref No Pin No Voltage (V)
12
-4.0
2
0
0
2
0
5
2.5
8
0.5
5
0.9
6
2.5
1
0
7
0
8
2.2
IC5102
Ref No Pin No Voltage (V)
IC5400
7
0.4
4
1.3
5
6.7
4
1.3
6.7
IC6202
IC6207
6
4.5
2
-4.0
8
0
1
14.6
5
7
4.5
3
10.0
9
0
1
0.4
4
1.3
1
4.0
5
0
10
0
3
-12.3
5
6.7
3
4.0
6
-13.2
11
0
5
0
4
5.1
5
0.5
10
3.9
1
17.1
6
15.7
5
0
IC2500
IC5104
IC6209
IC2400
IC5400
IC2300
IC6212
IC5102
~ A Board Difference Table ~
Ref
KV-32FQ85B
KV-32FQ85E
TU1100
BTF-EF411
BTF-EC411
- 29 -
A
B
C
D
E
F
G
H
I
J
K
L
M
N
1
2
AUDIO AMPLIFIER
3
XX
25V
0.47
10000PF
50V
25V
0.47
4
5
6
7
8
TO J BOARD
CN3604
TP1
TP2
25V
9
AV LINK
CONVERTER
35P
2W
10
~ A Board Schematic Diagram [ Audio, Deflection J Interface ] Page 1/3 ~
11
- 30 -
A
B
C
D
E
F
G
H
I
J
K
L
M
N
1
COMPONENTS MARKED AS XX ARE NOT
FITTED ON THIS MODEL
F1101
100
16V
10UH
2
TAB(CONTACT)
xx
3
xx
4
5
6
7
1.8 VOLT
REGULATOR
150K
22K
8
18K
10K
9
10
~ A Board Schematic Diagram [ Tuner, Regulators ] Page 2/3 ~
11
- 31 -
A
B
C
D
E
F
G
H
I
J
K
L
M
N
1
2
3
4
SCL CONVERTER
SCL CONVERTER
xx
5
6
0
0
0
7
+
+
+
8
9
10
~ A Board Schematic Diagram [ B Interface ] Page 3/3 ~
11
- 32 -
A
B
C
D
E
F
G
H
1
~ A Printed Wiring Board Conductor side A ~
2
3
4
5
6
7
8
9
10
11
- 33 -
I
J
K
L
M
N
A
1
B
C
D
E
F
G
H
~ A Printed Wiring Board Conductor side B ~
2
3
4
5
6
7
8
9
10
11
- 34 -
I
J
K
L
M
N
A
B
C
D
E
F
G
H
I
J
K
L
M
N
1
B-#SSAE6B<...>-B..-32FQ85
COMB FILTER MEMORY
2
3
4
5
6
7
3D COMB FILTER
8
CHROMA DECODER
9
XX
10
XX
~ B Board Schematic Diagram [ Backend,Scanrate,LVDS,A_Interface ] Page 1/3 ~
11
- 35 -
A
B
C
D
E
F
H
G
I
J
K
L
M
N
1
2
xx
3
35V
SCAN CONVERTER
xx
xx
4
xx
5
VIDEO PROCESSING
6
BACKEND
150K
7
8
0
9
10
~ B Board Schematic Diagram [ Backend,Scanrate,LVDS,A_Interface ] Page 2/3 ~
11
- 36 -
A
B
C
D
E
F
H
G
I
J
K
L
M
N
1
2
RESET
)
NVM
3
3.3K
AC ON/OFF RESET
470
4
5
SDRAM
6
MICRO
7
M27V160-100K1-6BA001
OTP
8
9
10
~ B Board Schematic Diagram [ Backend,Scanrate,LVDS,A_Interface ] Page 3/3 ~
11
- 37 -
A
1
B
C
D
E
F
G
H
~ B Printed Wiring Board Conductor side A ~
2
3
4
5
6
~ B Printed Wiring Board Conductor side B ~
7
8
9
10
11
- 38 -
I
J
K
L
M
N
H
G
I
C6400
4700p
250V
E
CN6403
1P
A-Lightning-WIRE
N
KEY 2
HP L
GND
H1.-32FQ85
7
KEY 1
HP R
3
2
CN2912
7P
WHT
1
2
1
C
GND
GND
L
GND
GND
R
TO A BOARD
CN2300
H1
FRONT AV INPUT, HEADPHONE AND CONTROL SWITCHES
CN0981
4P
BLK
1
D0983
TLHK5190
3
R0982
100
1/4W
VCC OUT
GND
D0981
RD5.6ESB2
IC0981
RPM7240-H5
REMOTE CONTROLLED
RECEIVER
4
STBY +5V
3
GND
D2903
XX
TO A BOARD
CN0002
2
LED
1
SIRCS
C0983
470p
50V
B
D0982
XX
C2906
1
50V
C2907
1
50V
D0901
RD5.6ESB2
D3904
XX
D2902
XX
C2909
XX
R0981
XX
C2908
XX
JW2905
5
C0981
XX
COMPONENTS MARKED AS XX ARE
NOT FITTED ON THIS MODEL
4
M
L AUDIO
SPARK GAPS
3
AC OUT
R6400
1M
1/2W
RC
FH6400
4
1
CN2911
8P
WHT
TO G BOARD
CN6001
7
2
3
8
AC IN
5
F6400
5A
250V
AC OUT
R AUDIO
2
1
CN6401
5P
VD6400
S6400
Y/CVBS
TO J BOARD
CN3600
POWER SWITCH, FUSE, SIRCS
& STAND-BY LED
CN6400
2P
AC IN
L
~ H1 Board Schematic Diagram [ Front AV Input, Headphone and Control Switches ] ~
F1.-32FQ85
F1
K
GND
~ F1 Board Schematic Diagram [ Power Switch, Fuse, SIRCS and Stand-By LED ] ~
J
6
F
GND
E
5
D
4
C
5
1
B
6
A
C2903
XX
R3905
XX
C2902
XX
D0908
RD5.6ESB2
R0912
0
R0911
4.7K
1/10W
R0913
10K
1/10W
R0901
0
R0902
4.7K
CHIP R0914
10K
1/10W
S0900
S0901
S0902
S0903
S0904
R2902
120
1/4W
R2901
120
1/4W
JW2901
5
L2902
XX
C2900 R2918 R2910
1k
470k
XX
1/10W 1/10W
R2909 C2901 R2917
1k
470k XX
1/10W
1/10W
C0982 C0984
100
0.01
25V
50V
B
D3905
XX
L2903
XX
R3906
XX
R2904
120
1/4W
R2903
120
1/4W
S0905
L0904
XX
JW0904
5
C2916
XX
C2915
XX
JW2916
5
L2901 L2904
XX
XX
JW2915
5
JW2917
XX
JW2921
XX
2
JW2918
XX
4
JW2920
XX
JW2919
XX
3
V
L
R
1
S
CN2900
C2931
1000p
50V
C2905
XX
C2930
XX
C2904
1000p
50V
J2901
COMPONENTS MARKED AS XX ARE NOT FITTED ON THIS MODEL
5
6
~ VM Board Voltage Table ~
~ VM Board Schematic Diagram [ Velocity Modulation ] ~
Ref
VM.-32FQ85
7
R9401
1
1/4W
FPRD
CN9401
7P
WHT
TO D BOARD
CN8206
8
+B
1
NC
2
GND
3
QP(-)
4
+9V
5
NC
6
QP(+)
7
9
REF
1
VM
2
GND
3
CN9402
3P
WHT
C9404
10
160V
C9406
4700p
500V
L9402
1uH
C9402
0.1
25V
C9401
47
35V
TO B BOARD
CN3402
L9401
1uH
R9404
12k
1/10W
CN9403
8P
Q9413
MSD601-RST1
BUFFER
Q9405
Q9401
Q9403
C9409
Q9409
MSD601-RST1 MSD601-RST1 MSD601-RST1 Q9407
10
AMPLIFIER
AMPLIFIER MSD601-RST1 MSD601-RST1 160V
AMPLIFIER
AMPLIFIER
AMPLIFIER
R9409
47
C9415
1/10W
XX
C9412
0.1
C9410 250V
R9417
0.1
R9415
R9413
R9411
PT
10
10
250V
10
10
1/4W
C9407
1/4W
1/4W
PT
1/4W
FPRD
0.1
FPRD
FPRD
FPRD
25V
Q9402
R9414
R9412
R9418
R9416
C9408
MSD601-RST1
10
10
10
10
10
AMPLIFIER
1/4W
1/4W
1/4W
1/4W
50V
FPRD
FPRD
FPRD
FPRD
TP2
R9431
100
1/10W
R9433
470
1/10W
TP1
Q9414
MSB709-RT1
C9403
0.1
R9432 16V
470
1/10W
R9405
R9406
33k
47
1/10W
1/10W
R9430
100
1/10W
R9429 R9402
820
1k
1/10W 1/10W
R9403
680
1/10W
R9428
XX
R9408
330
1/10W
R9410
47
1/10W
Q9406
Q9404
Q9408
Q9410
MSB709-RT1 MSB709-RT1MSB709-RT1MSB709-RT1
AMPLIFIER AMPLIFIER AMPLIFIER AMPLIFIER
10
VM
C9411 C9413
0.1
0.1
16V 16V
R9423
1k
1/10W
R9424
33k
1/10W
R9421
22
1/10W
Q9411
2SA2005
VM OUT
1
QP(-)
2
QP(-)
3
QP(+)
4
QP(+)
5
GND
6
GND
7
VM
8
VM
(e)(s) (b)(g) (c)(d)
Ref
(e)(s) (b)(g) (c)(d)
Q9401
5.1
5.7
8.9
Q9408
4.3
3.6
0
Q9402
3.4
4.3
5.1
Q9409
4.4
5.1
8.9
0
Q9403
4.4
5.1
8.9
Q9410
4.3
3.6
Q9404
4.3
3.6
0
Q9411
4.3
3.6
Q9405
4.4
5.1
8.9
Q9412
Q9406
4.3
3.6
0
Q9413
0.3
0.9
70.5
Q9407
4.4
5.1
8.9
Q9413
6.6
5.9
2.4
135.1 1.4.6
0
70.5
TO NECK ASSY
TP3
R9426
33k
1/10W
R9427
33k
1/10W
R9419
33k
1/10W
C9414
0.47
250V
PT
R9425
470
2W
RS
~ VM Board Waveforms ~
Q9412
2SC5511
VM OUT
R9420
1k
1/10W
R9422
22
1/10W
TP1
5ms/div
TP2
5ms/div
TP3
5ms/div
VELOCITY MODULATION
COMPONENTS MARKED AS XX ARE NOT FITTED ON THIS MODEL
4.2 Vp-p (V)
11
- 39 -
3.6 Vp-p (V)
2.3 Vp-p (V)
A
B
C
D
E
F
G
H
I
J
K
L
M
N
1
2
3
4
~ G Board Semiconductor Location Table ~
5
D6007
C-2
D6016
I-1
D6034
F-2
L-4
D6008
H-3
D6017
G-4
D6036
K-1
D6002
B-3
D6009
F-4
D6031
E-2
D6102
K-1
D6004
H-4
D6012
G-3
D6032
E-2
D6104
M-1
Q6003
L-1
D6006
C-2
D6013
I-3
D6033
F-2
D6105
M-1
Q6005
C-2
DIODE
D6001
IC
IC6001
I-5
TRANSISTOR
Q6006
J-4
Q6007
I-3
Q6010
C-2
Q6102
L-1
~ G Printed Wiring Board Conductor side ~
6
7
8
~ H1 Printed Wiring Board Conductor side ~
9
10
11
~ F1 Printed Wiring Board Conductor side ~
~ VM Printed Wiring Board Conductor side ~
- 40 -
Note :
Portions of the circuit contained within
the marked areas as shown have high
voltages present. Use care to prevent
electric shock during inspection or repair.
An Isolation Transformer must be used
during any Service work to avoid possible
shock hazard due to live chassis. The
chassis of this receiver is directly
connected to the power line.
A
B
C
D
E
F
H
G
I
J
K
L
M
N
1
2
3
4
OVER CURRENT
PROTECTION
5
CONTROL IC
2
SW MOSFET
6
SW MOSFET
100
7
XX
8
SWITCH
+
9
10
~ G Board Schematic Diagram [ Power Supply ] ~
11
- 41 -
A
B
C
D
E
F
H
G
I
J
K
L
M
N
1
2
C..-32FQ85
3
1
IC7300
TDA6118JF
1
R7340
2.7k
1/10W
Q7300
BF550
AMP
4
Q7301
MSD601-RST1
BUFFER
3
6
7
NC
VOC
BLS
VDD
IOM
5
C7334 R7334
2.2
1k
250V 1/4W
8
C7306
1000p
25V
9
C7302
0.1
25V
GND
11
6
10
8
9
TP4
R
R7335 C7335
47
2200p
1/2W 250V
RC
TP6
TP5
G
C7336
4700p
2kV
E
R7332
XX
JW7332
12.5
R7331
1M
1/4W
IK
PS7332
1A
1
R
1
R REF
2
G
3
G REF
4
B
5
B REF
6
GND
7
+9V
8
IK
9
R7350
2.7k
Q7310
BF550
AMP
R7312
270
1/10W
TP3
VDD
BLS
VOC
NC
1
2
3
4
5
6
7
8
9
C7313 R7315
XX
33p
50V
G
B
IOM
C7315
XX
GND
R7311
220
1/10W
R
VIN
TP2
GS
CN7331
9P
BLK
TO B BOARD
CN3400
R7319
XX 9V
TP1
TP
GREEN VIDEO OUT
R7316
0
CHIP
Q7311
MSD601-RST1
BUFFER
R7313
220
1/10W
L7310XX
R7330
4.7k
1/10W
C7332
47
35V
C7331
47
35V
Q7330
MSB709-RT1
D7330
RD3.6ESB1
Q7320
BF550
AMP
R7322
270
1/10W
C7330
100p
50V
IK
R7323
220
1/10W
R7324
220
1/10W
C7323
33p
50V
IOM
VDD
BLS
VOC
2
3
4
5
6
7
8
C7324
XX
L7320 XX
R7359 C7327
XX
XX
R7326
0
CHIP
NC
GND
1
R7325
XX
JR7323
0
CHIP
NC
3
GND
4
NC
5
HEATER
TO D BOARD
CN8214
KG KB
G2
V901
R7310
1k
1/10W
W76LLZ060X
C7326
1000p D7320
25V 1SS83TA
VIN
R7360
2.7k
1/10W
Q7321
MSD601-RST1
BUFFER
+200V
2
CN7330
5P
WHT
D7311
1SS83TA
R7328
220
1/2W
BLUE VIDEO OUT
R7329
XX
9V
C7325
XX
1
IK
GS
9V
R7318
220
1/2W
C7311
XX
TP
L7331
1uH
R7333
1k
1/4W
Q7312
2SA1091-0
BUFFER
IC7320
TDA6118JF
R7321
220
1/10W
C7316
1000p
25V
R7317
100
1/4W
R7349 C7317
XX
XX
7
C7333
10
250V
D7310
1SS83TA
D7312
1SS133
D7313
XX
C7310
0.1
250V
C7314
XX
C7312
0.1
25V
F
JR7313
0
CHIP
R7314
220
1/10W
TP7
8
CN7332
1P
B
5
6
RV7330
110M
D7331
1SS83TA
R7336
100
1/2W
RC
R7300
1k
1/10W
IC7310
TDA6118JF
13
7
Q7302
2SA1091-0
BUFFER
C7301
XX
R7339 C7307
XX
XX
J7330
D7302
D7301
1SS133 1SS83TA
D7303
XX
C7300
0.1
250V
C7304
XX
3
5
R7308
220
1/2W
RC
CN7333
1P
FV FOCUS
4
R7307
100
JR7303
0
CHIP
R7337
100 1/2W
1
1
D7300
1SS83TA
R7306
0
L7300 XX
R7303
220
CHIP
GND
4
C7303 R7305
33p
XX
50V
CH
R7304
220
CHIP
R7302
270
CHIP
2
VIN
TP
C7305
XX
R7301
220
1/10W
GND
RED VIDEO OUT
GS
R7309 9V
XX
Q7322
2SA1091-0
BUFFER
R7320
1k
1/10W
9
R7327
100
1/4W
PICTURE
TUBE
H
D7321
1SS83TA
D7322
1SS133
IK
D7323
XX
C7322
0.1
25V
L7330
1uH
HV
CV
KR
G1
G4
TO D2 BOARD HV(T6800)
C
R,G,B OUT
C7320
0.1
250V
C7321
10
250V
COMPONENTS MARKED AS XX ARE NOT FITTED ON THIS MODEL
9
10
~ C Board Schematic Diagram [ R-G-B Out ] ~
11
- 42 -
A
1
B
C
D
E
F
H
G
I
J
K
L
M
~ C Board Waveforms ~
~ C Printed Wiring Board Conductor side ~
TP1
10us/div
TP2
10us/div
~ J Printed Wiring Board Conductor side A ~
2
3.0 Vp-p (H)
TP3
3.0 Vp-p (H)
10us/div
TP4
10us/div
3
100 Vp-p (H)
3.0 Vp-p (H)
10us/div
TP5
10us/div
TP6
4
95 Vp-p (H)
95 Vp-p (H)
TP7
5
20us/div
1.25 Vp-p (H)
6
~ J Printed Wiring Board Conductor side B ~
7
~ C Board Semiconductor Voltage Table ~
Ref
Q7300
Q7301
8
Q7302
(e)(s) (b)(g) (c)(d)
7.5
1.8
6.9
2.4
145.9 147.8
2.4
Ref
Q7312
(e)(s) (b)(g) (c)(d)
149.5 149.56
8.9
Q7320
7.6
6.9
4.0
Q7321
1.7
2.3
Q7310
7.6
7.0
2.2
Q7322
Q7311
1.6
2.2
8.9
Q7330
148.4 150.6
3.6
3.2
~ C Board IC Voltage Table ~
IC Voltage Table
3.8
2.3
Ref No Pin No Voltage (V)
8.9
1
5.3
3.8
2
21.9
0
IC7300
9
IC7310
10
IC7320
11
3
1.9
5
5.9
6
205.4
8
147.6
1
5.1
2
0
3
1.7
5
5.6
6
205.4
8
149.5
1
5.1
2
0
3
1.8
5
4.8
6
205.4
8
150.4
- 43 -
N
A
B
C
D
E
F
H
G
I
J
K
L
M
N
J..-32FQ85
R2605
0
CHIP
R2609
470k
1/10W
R2602
330
CHIP
C2606
0.022
25V
R2606
220
1/10W
R2610
470k
1/10W
R2603
1k
1/10W
C2607
1000p
50V
R2607
0
CHIP
R2611
470k
1/10W
C2611
47
35V
SC1-IN-R
3
R3652
1k
1/10W
9V-AUDIO
Q2602
MSD601-RST1
BUFFER
D2603
UDZS-TE17-9.1B
D3602
UDZS-TE17-9.1B
R3605
100
1/10W
R3606
XX
SPEAKER-R
R2621
22k
1/10W
R2617
1k
1/10W
R2612
220
1/10W
GREEN-1
R3601
75
1/10W
D3623
UDZS-TE17-9.1B
C3601
XX
D3603
XX
R3602
75
1/10W
JR3608
XX
R3609
100
1/10W
C3602
XX
D3604
XX
D3624
UDZS-TE17-9.1B
C3646
47
35V
SPEAKER-L
C2613
1
6.3V
R2623
22k
1/10W
R2613
220
1/10W
RED-1
L3608
XX
AV1
R3608
100
1/10W
Q2603
MSD601-RST1
BUFFER
C3644
0.1
F
Q3658
MSD601-RST1
BUFFER
C3647 C3648
47
47
35V
35V
R3658
22k
1/10W
R3659
1k
1/10W
V-OUT-1S
R
C2614
0.1
25V
R2622
22k
1/10W
D3621
UDZSTE-1713B
V-OUT-2S
MODE1
D3600
XX
R3656
1k
1/10W
R3660
47k
1/10W
V-OUT-3S
G
Q3657
MSD601-RST1
BUFFER
R3655
22k
1/10W
C2612
1
6.3V
BLUE-1
C3600
XX
R3657
47k
1/10W
C2615
0.1
25V
R2620
22k
1/10W
SC1-IN-L
R3607
100
1/10W
C3643
0.1
F
SC1-OUT-L
D2602
UDZS-TE17-9.1B
C2609
1
10V
Q3656
MSD601-RST1
BUFFER
7
6
5
4
R3600
75
1/10W
R3654
22k
1/10W
D2601
UDZS-TE17-9.1B
2
1
B
C2605
1000p
50V
D2600
UDZS-TE17-9.1B
CN3604
35P
WHT
V-OUT-3B
C2603
XX
20 18 16 14 12 10 8
RIGHT OUT
RIGHT IN
LEFT OUT
GND
GND
LEFT IN
BLUE IN
MODE
GND
NC
GREEN IN
NC
GND
GND
RED IN
BLANKING
GND
GND
VIDEO OUT
VIDEO IN
GND
21 19 17 15 13 11 9
3
CN3601
21P
R2601
1k
1/10W
C2608
1
10V
V-OUT-1B
AUDIO L IN
2
R2608
470k
1/10W
C2604
0.022
25V
C3645
47
35V
V-OUT-2B
C2601
XX
AUDIO L OUT
R2604
220
1/10W
R2600
330
1/10W
L3614
1uH
C3642
0.1
F
R3653
47k
1/10W
SC1-OUT-R
SC2-OUT-L
AUDIO R IN
9V
C2610
47
35V
AUDIO R OUT
SC2-OUT-R
1
V-DIGITALRF
1
GND1
3
CVBS/Y MAIN
4
C MAIN
5
GND 2
6
CVBS/Y SLAVE
7
C SLAVE
8
GND 3
9
BLUE 1
10
GREEN 1
11
RED 1
12
FS 1
13
GND 4
14
GREEN 2
15
BLUE2
16
BLK2
17
RED 2
18
GND5
19
L DIGITAL RF
20
R SPEAKER/HP
21
GND6
22
L SPEAKER/HP
23
R DIGITAL RF
24
GND7
25
L ANALOG RF
26
R ANALOG RF
27
C3641
0.1
25V
9VA
28
GND8
29
AV LINK
AC-ON/OFF
30
AC-ON/OFF
31
GND
SDA
32
SDA
SCL
33
C-MAIN
R2619
1k
CHIP
CVBS/YSLAVE
C-SLAVE
R3603
75
1/10W
BLK1
R3624
75
1/10W
VIDEO IN
R3618
75
1/10W
V-IN-2
R3625
100
1/10W
D3634
UDZS-TE17-9.1B
D3613
XX
C3622
0.1 R3639
68k
25V
1/10W
D3635
UDZS-TE17-9.1B
C3623
0.1
16V
C3630
XX
SC3-OUT-R
C2632
0.022
25V
R2636
330
CHIP
R2640
220
1/10W
R2644
470k
CHIP
C2638
47
35V
R2616
0
CHIP
R2645
470k
CHIP
C2636
1
10V
D2608
UDZS-TE17-9.1B
SC3-IN-R
SC2-IN-R
FRONT-R
SC1-IN-R
SC1-OUT-R
R-DIGITALRF
SC1-OUT-L
C2616 0
AV3 IN Y
57
VGND
58
AV2 IN Y
VCC
AV1 IN CVBS
61
TC1
64
R3643
39k
1/10W
V-OUT-1S
SC3-IN-R
JR2616 0
C2602
XX
34
33
AUDIO L OUT
L3610
XX
AUDIO L IN
C2631
XX
R2637
1k
1/10W
C2633
1000p
50V
R2638
330
CHIP
C2634
0.022
25V
R2639
1k
1/10W
R2642
220
1/10W
C2635
1000p
50V
R2618
0
CHIP
FB3610
XX
R3630
100
1/10W
R2646
470k
1/10W
R2647
470k
1/10W
AGND
AV2 IN L
AV3 IN L
FRONT L
2
3
AV2 OUT L/SPEAKER L
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
ABIAS
R0800
100
1/10W
R3661
3.3k
1/10W
R3662
3.3k
1/10W
C2637
1
10V
D2611
UDZS-TE17-9.1B
R0802
100
1/10W
R3628
75
1/10W
R3636
100
1/10W
10
C3634
0.1
25V
F
GND
6
GND
7
R
8
TO H1 BOARD
CN2911
C2656 1 10V
24
D3632
UDZS-TE17-9.1B
SPEAKER-L
22
21
MODE3
20
C2657
47p
50V
R3627
75
1/10W
D0800
XX
C2659
10
50V
SDA
9V
9V-AUDIO
L2602
1uH
C2660
47
35V
L3612
1uH
C3636
47
35V
Q2604
MSD601-RST1
SWITCH
AC-ON/OFF
R2649
22k
1/10W
R2650
22k
1/10W
D3618
XX
R3635
100
1/10W
R3631
100
1/10W
D3633
UDZS-TE17-9.1B
D3619
XX
C-FRONT
D3616
UDZS-TE17-9.1B
JR2618 0 CHIP
L2600 XX
JR26170 CHIP
D3617
UDZS-TE17-9.1B
R3632
100
1/10W
C2642
XX
JR2601
XX
JR2602
XX
JR2603
XX
JR2604
XX
JR2605
XX
JR2606
XX
JR2607
XX
JR2609
XX
JR2610
XX
JR2611
XX
JR2612
XX
JR2613
XX
JR2614
XX
JR2615
XX
Y/CVBS-FRONT
L2601
XX
C2643
XX
JR2608
XX
COMPONENTS MARKED AS XX ARE NOT FITTED ON THIS MODEL
FRONT-L
D2612
XX
J
FRONT-R
C2641
XX
C2658
0.1
25V
D3615
UDZS-TE17-9.1B
R3626
75
1/10W
C2640
XX
SPEAKER-R
23
9V
D0600
UDZS-5.6B
MODE2
5
25
R2648
1k
1/10W
MODE1
4
L
L-ANALOGRF
R3647
0
CHIP
MODE3
C-MAIN
3
GND
FRONT-L
26
9V
CVBS/YMAIN
Y/CVBS
TO A BOARD
CN3002
SC3-IN-L
27
R3646
XX
SC3-IN-L
V-OUT-2S
2
GND9
V-IN-3
CN3600
8P
RED
1
SCL
CVBS ANALOG RF
V-OUT-3B
R3629
75
1/10W
C
35
28
D3614
UDZSTE-1713B
R3634
75
1/10W
VIDEO IN
GND
V-ANALOGRF
SC2-IN-L
SCL
C-IN-3
VIDEO OUT
SC1-IN-L
C2628 0
29
AV-LINK
C0800
XX
L-DIGITALRF
34
SC3-OUT-L
D2610
UDZS-TE17-9.1B
JR2628 0
R-ANALOGRF
30
R0801
100
1/10W
JR3610
XX
9
AVCC
C2618
XX
31
MODE3
D2609
UDZS-TE17-9.1B
C2639
47
35V
R3633
XX
32
ANALOG RF R
7
9
8
C2629
XX
C2655
1
10V
AV3 IN R
FRONT R
35
AV2 IN R
36
AV1 IN R
AV1 OUT L
AV3 OUT L
AV3 OUT R
DVCC
DGND
37
ANALOG RF L
TC2
ANALOG RF
1
R3641
68k
1/10W C3632
0.1
25V
C3620
0.1
16V
38
AV2 OUT R/SPEAKER R
DIGITAL RF
C3624 0.1
25V
39
IC3600
CXA2149AQ-TL
AV SWITCH
60
63
40
AV1 IN L
59
62
41
DIGITAL RF L
56
C3629
XX
V-ANALOGRF
1
2
3
4
R3637
75
1/10W
R3638
100
1/10W
6
5
AUDIO R IN
C3619 0.1 16V
C3612 C3613 C3615
XX
XX
XX
D3609
XX
AUDIO R OUT
20 18 16 14 12 10
8
RIGHT OUT
RIGHT IN
LEFT OUT
GND
GND
LEFT IN
NC
MODE
GND
NC
NC
NC
GND
GND
C IN
NC
GND
GND
VIDEO OUT
VIDEO IN
GND
21 19 17 15 13 11
7
CN3603
21P
D3628
UDZSTE-1713B
V-IN-1
C3607
XX
D3612
XX
SC3-OUT-R
SC3-OUT-L
C3621 0.1
BLK2
VIDEO OUT
C3618 0.1 16V
42
MODE2
D3631
UDZS-5.6B
V-IN-2
VBIAS
43
MODE1
R3623
100
1/10W
C3606
XX
55
44
MUTE
R3617
75
1/10W
RED-2
D3611
XX
C362710 50V
FRONT Y
45
ADR
D3630
UDZS-TE17-9.1B
6
16V
V-IN-3 C3617 0.1
54
46
SDA
R3622
100
1/10W
C3605
XX
AV2 IN C
TRAP3
47
SCL
R3616
75
1/10W
D3610
XX
53
48
C_MAIN
D3629
UDZS-TE17-9.1B
C3631
0.1
C3626
0.1
25V
49
VCC
R3621
100
1/10W
C3628
XX
52
50
Y_MAIN
R3615
75
1/10W
9V
TRAP1
C3625
0.1
16V
Y/CVBS-FRONT
GREEN-2
FB3609
XX
R-ANALOGRF
AV-LINK
51
Y SLAVE
R3620
XX
L-ANALOGRF
C3611
XX
AV3 OUT CVBS
JR3609
XX
C-IN-3
C3609
0.1
16V
D3608
XX
R-DIGITALRF
AV2 OUT CVBS
BLUE-2
C3614
XX
AV1 OUT R
C-FRONT
D2607
UDZS-TE17-9.1B
C3608
0.1
16V
DIGITAL RF R
SC2-IN-L
MODE2
D3627
UDZSTE-1713B
SPEAKER-L
D2606
UDZS-TE17-9.1B
L3609
XX
R3619
100
1/10W
SPEAKER-R
C-SLAVE
C3604
XX
D3607
XX
L-DIGITALRF
LD1
D3626
UDZS-TE17-9.1B
C2625
1
10V
RED-2
RGD1
R2635
470k
1/10W
CVBS/YSLAVE
SC2-OUT-L
GND
R3614
100
1/10W
C2627
47
35V
D2605
UDZS-TE17-9.1B
C3610
47
35V
TRAP2
C2623
1000p
50V
R2634
470k
1/10W
L3611
1uH
C SLAVE
R2627
1k
1/10W
R2615
0
CHIP
C2624
1
10V
SC2-IN-R
BLK2
RGD2
R2630
0
CHIP
C2622
0.022
25V
R2626
330
1/10W
R2633
470k
1/10W
9V
BLUE-2
LDO
R2614
0
CHIP
D2604
UDZS-TE17-9.1B
GND
R3613
75
1/10W
C2621
1000p
50V
C2626
47
35V
FRONT C
C2617 R2625
XX
1k
1/10W
R2632
470k
1/10W
C3616
0.1
25V
GREEN-2
RGD3
C2619
XX
R2628
0
CHIP
V-OUT-3S
AV3 IN C
1
2
3
4
RED-1
D3606
UDZS-TE17-9.1B
C2620
0.022
25V
5
6
AUDIO L IN
AV2
GREEN-1
D3601
XX
D3622
UDZS-5.6B
R3612
100
1/10W
R2624
330
CHIP
7
8
V-OUT-1B
SC2-OUT-R
AUDIO L OUT
9
BLUE-1
REXT
R3604
75
1/10W
AUDIO R IN
20 18 16 14 12 10
21 19 17 15 13 11
5
RIGHT OUT
RIGHT IN
LEFT OUT
GND
GND
LEFT IN
BLUE IN
MODE
GND
AV LINK
GREEN IN
NC
GND
GND
RED IN
BLANKING
GND
GND
VIDEO OUT
VIDEO IN
GND
C3603
XX
V-IN-1
AUDIO R OUT
CN3602
21P
VIDEO OUT
R3611
75
1/10W
VIDEO IN
4
D3605
XX
LAST RF
RGD4
FB3608
XX
R3610
100
1/10W
CVBS DIGITAL RF
2
CVBS/YMAIN
D2613
XX
AV SCART I/O SWITCHING AND SOCKETS
~ J Board Schematic Diagram [ AV Scart I/O Switching and Sockets ] ~
11
- 44 -
A
B
C
D
E
F
H
G
I
J
K
L
M
N
TMRESET
2,5
MS.-32FQ85
1
+3V3_TM
VO_DATA[0-7] 9
7
EMI
MM_A[0-13]
MM_A[6]
2
1
3
5
7
VSS
VDD
PCI_REQ#
B7
U13
VDD
PCI-INTC#
B8
U14
VCC
V34_IO2
U15
VCC
V34_TXDATA
B10
SSI_TxDATA 10
U16
VSS
V34_CLK
B11
SSI_RXCLK 10
U17
VSS
AO_SD4
B12
AO_SD1
B13
VCC
AO_OSCLK
B14
VCC
AI_OSCLK
B15
VDD
B17
VI_DATA7
B18
VCC
VI_DATA3
B19
J17
VDD
VI_DATA1
C19
H17
VDDTM
TRI_RESERVID2
G17
VCC
TRI_RESERVID1
VDD
VO_DATA4
M19
D12
VDD
VO_DATA1
N19
D11
VCC
TESTMODE
P19
D10
VCC
IIC_SDA
R19
D9
VDD
MM_DQM0
T19
D8
VDD
D7
VCC
D6
VCC
V19
MM_DQ02
W19
MM_DQ08
W18
MM_DQ11
W17
2
4
6
TM_SDA
1
3
5
VO_DATA[6]
R461
0
8
7
MM_DQM[0]
W5
K13
VSS
MM_DQ23
W4
N2
M2
2
4
6
8
RB18
47
M11
VSS
PCI_AD15
J2
M12
VSS
PCI_SERR#
H2
PCI_STOP#
G2
PCI_STOP
PCI_FRAME
R491
47
1/10W
PCI_AD[14]
PCI_AD[15]
7 5
4
7 5
8
+3V3
MM_CS1
MM_DQ[6]
MM_DQ[3]
MM_DQ[0]
MM_DQ[10]
MM_DQ[12]
MM_DQ[14]
7
5
3
1
8
6
4
2
MM_A[11]
MM_A[13]
3
MM_A[1]
5
MM_A[3]
7
PCI_REQ
R38
XX
PCI_FRAME
R39
2.7k
1/10W
PCI_IRDY
1
+3V3
PCI_DEVSEL
1
6
4
2
3
5
PCI_SERR
MM_CKE0
MM_CS1
4
PCI_PAR
8
TMS
+3V3_TM
TDI
CE#
A0
FLASH_CE#
PCI_AD[1]
PCI_IDSEL
R402
0
CHIP
VO_DATA[0-7]
MM_A[0-13]
R459
0
CHIP
PCI_PAR
VO_IO2 9
PCI_GNT
R47
XX
R48
XX
VDDQ
PCI_PERR
PCI_DEVSEL
6
A2
A1
PCI_CBE[0]
R45
2.7k
1/10W
R46
2.7k
1/10W
TM_SDA 5,9
R37
XX
2
VSS
R43
2.7k
1/10W
R44
2.7k
1/10W
PCI_PERR
7
RB15
47
VO_DATA[4]
8
VO_DATA[2]
1
PCI_AD[3]
3
PCI_AD[2]
5
PCI_AD[1]
7
PCI_AD[0]
1
PCI_AD[11]
3
PCI_AD[10]
5
RB3
47
A3
PCI_AD[24]
R42
2.7k
1/10W
PCI_STOP
TMCLK5
VO_DATA[1]
RB14
47
7
PCI_AD[9]
1
PCI_AD[8]
3
PCI_AD[18]
PCI_AD[17]
PCI_AD[16]
5
RB2
47
2
OE#
R40
2.7k
1/10W
R41
2.7k
1/10W
SSI_IO1 10
SSI_RxDATA10
SSI_RXFSX10
VO_DATA[0]
4
4MM_CAS
6
MM_A[4]
8
MM_A[7]
2
RB13
47
7
10
4
MM_A[9]
RB12
47
6
DQ0
A4
PCI_AD[28]
PCI_AD[21]
I2C_IRQ
8
A5
PCI_AD[25]
+3V3
PCI_AD[29]
MM_CLK1
2
DQ8
R97
XX
PCI_TRDY
4
PCI_AD[26]
PCI_AD[12]
R21
10k
PCI_INTB 8
6
C40
22
6.3V
PCI_AD[13]
RB16
47
P1 R1 T1 U1 V1 W1 Y1 Y2 Y3 Y4 Y5 Y6 Y7 Y8 Y9 Y10 Y11 Y12 Y13 Y14 Y15 Y16 Y17 Y18 Y19 Y20 W20 V20 U20 T20 R20 P20 N20 M20 L20 K20 J20 H20 G20 F20 E20 D20 C20 B20 A20 A19 A18 A17 A16 A15 A14 A13 A12 A11 A10 A9 A8 A7 A6 A5
PCI_INTD 10
8
C42
0.1
16V
PCI_IDSEL
6
PCI_AD28
PCI_AD31
PCI_INTD#
PCI_INTB#
V34_IO1
V34_RXDATA
V34_RXFSX
SPD0
AO_SD2
AO_SCK
AO_WS
AI_SCK
VI_DVALID
VI_DATA8
VI_DATA5
VI_DATA4
VI_DATA2
VI_CLK
SCAN_CPU
JTAG_TMS
JTAG_TDI
TRI_USERIRQ
VO_IO2
VO_DATA7
VDDQ
TRI_CLKIN
VO_DATA5
VO_DATA2
VO_DATA0
IIC_SCL
BOOT_CLK
MM_CS1#
MM_DQ06
MM_DQ03
MM_DQ00
MM_CKE0
MM_DQ10
MM_DQ12
MM_DQ14
MM_CAS#
MM_A13
MM_A11
MM_A01
MM_A03
MM_CLK0
MM_A04
MM_A07
MM_A09
MM_DQ17
MM_DQ20
MM_DQ22
MM_DQ31
MM_DQ29
MM_DQ28
MM_DQ26
MM_DQM2
MM-CKE1
PCI_AD00
PCI_AD03
PCI_AD05
PCI_AD07
PCI_AD09
PCI_AD[30]
PCIAD11
PCI_AD[31]
A4
PCI_AD12
A3
PCI_AD27
PCI_AD14
A2
PCI_AD24
VSS
PCI_PAR
PCI_IDSEL
VSS
PCI_PERR#
VSS
L11
0PCI_DEVSEL#
L10
K11
PCI_IRDY#
B2
PCI_AD16
C2
PCI_AD19
PCI_AD18
D2
PCI_AD21
VSS
PCI_AD20
PCI_C/BE2
VSS
PCI_AD23
VSS
J10
K10
MM_CKE1
DQ1
A6
PCI_AD[2]
RB17
47
1
J11
C45
0.01
25V
PCI_AD[3]
3
E2
+3V3
PCI_AD[27]
PCI_AD[5]
PCI_SERR
6
F2
PCI_FRAME#
+3V3
PCI_AD[28]
PCI_AD[4]
8
VREF_PCI
VSS
PCI_AD[4]
2
VSS
PCI_AD[5]
4
VSS
J12
A7
PCI_AD[6]
25
L12
K12
4
K2
3
L2
PCI_AD13
6
PCI_AD10
VSS
PCI_AD[29]
PCI_AD[7]
PCI_AD[6]
7 5
PCI_AD08
VSS
8
VSS
2
L9
M9
M10
PCI_AD[7]
2
R2
26
P2
PCI_AD06
27
PCI_AD04
VSS
28
PCI_AD02
VSS
PCI_AD[8]
29
VSS
J9
K9
DQ9
30
H9
DQ2
A17
31
T2
32
PCI_CLK
A18
33
VSS
PCI_AD[30]
34
H10
DQ10
PCI_AD[0]
PCI_AD[31]
PCI_AD[18]
24
U2
23
MM_CS0#
RY/BY#
PCI_AD[19]
22
VSS
DQ11
21
H11
NC
20
V2
RESET# VCC
WP#/ACC
DQ3
19
W2
MM-DQ24
DQ4
18
W3
MM-DQ27
VSS
WE#
17
MM_DQ30
VSS
DQ12
16
VSS
H12
DQ5
A20
15
J13
H13
FLASH_RESET
1
W6
MM_DQ21
1
W7
MM_DQ18
VSS
3
MM_DQ16
VSS
PCI_CBE[1]
MM_A[0]
A19
35
VSS
L13
PCI_AD[21]
MM_A[8]
12
N13
M13
1
W8
3
W9
MM_A08
5
MM_A05
VSS
PCI_AD[20]
MM_A[2]
MM_A[5]
36
VSS
N12
RB1
47
37
N11
R23 100 1/10W
38
W10
39
W11
A8
40
W12
MM_A02
MM_CLK1
41
MM_A00
VSS
42
VSS
N9
DQ6
DQ13
PCI_AD[17]
43
N8
N10 VSS
R460
47
1/10W
14
W13
13
MM_A12
A9
PCI_AD[9]
11
VSS
A10
PCI_AD[10]
MM_RAS 4
10
M8
9
DQ14
PCI_AD[11]
MM_WE 4
MM_A[12]
9
W14
R1910k
DQ7
8
W15
MM-RAS#
R30
XX
A11
7
W16
MM_WE#
VSS
R18
0
CHIP
VSS
A12 DQ15/A-1
PCI_AD[12]
6
MM_DQ13
VSS
L1 M1 N1
A13
PCI_AD[13]
MM_DQ[13]
VSS
J1 K1
A16
BYTE#
PCI_AD[14]
MM_DQ[5]
MM_DQ[11]
J8
F1 G1 H1
A15
A14
PCI_AD[15]
MM_DQ[8]
L8
B1 C1 D1 E1
IC8
AM29LV160DT-90EC
FLASH MEMORY
PCI_AD[16]
MM_DQ[2]
K8
A1
R480
0
CHIP
RB19
47
7
VSS
R17 0
R479
0
CHIP
VO_DATA[3]
VO_DATA[7]
U19
MM_DQ05
VO_DATA[5]
44
H8
VSSQ
PCI_CBE[0-1]
D13
VO_CLK 9
R25 33 1/10W
TV_SCL
L19
TV_SDA
K19
VSSQ
R401
0
CHIP
PCI_AD[23]
45
J19
VO_DATA6
VCC
R95
100
1/10W
R96
100
1/10W
46
VO_CLK
VCC
D14
C66
0.1
16V
47
VSS
D15
EMI
+3V3_TM
48
D16
FL003
TCK
TMRESET 2,5
R35 10k 1/10W
H19
5
VSS
4
D17
3
G19
VSS
ADR23
2
F19
TRI_RESET#
D5
R94
0
CHIP
1
JTAG_TCK
VSS
MM_CS3#
C99
12p
50V
10
E19
VCC
IC1
PNX1300EH
MEDIA PROCESSOR
C100
12p
50V
D19
F17
E17
TRI_TIMER_CLK
+3V3
9
VI-DATA9
VCC
I2C_RESET
X3
10MHz
8
VDD
L17
K17
I2C_IRQ
PCI_CBE[1]
R463 0
7
AI_WS
B16
R478
0
CHIP
R462
0
CHIP
PCI_AD[0-21,23-31]
VSS
P17
MM_DQM[0-1]
T17
R17
M17
PCI_REQ
PCI_INTC10
+3V3
SSI_IO210
R20 10k 1/10W
B9
N17
IC11
P87LPC762-7
MICRO CONTROLLER
TM_SCL
VDD
VCCTM
PCI_TRDY#
PCI_C/BE1#
VCC
VCC
VDD
PCI_C/BE0#
VSS
VCC
PCI_AD01
MM_CS2#
VSS
MM_DQ25
MM_DQ19
MM_DQM3
VCC
VDD
MM_A06
VCC
VCC
VCC
VDD
MM_A10
MM_DQ15
VSS
MM-DQ09
MM_DQ01
4
MM_DQ[0-15]
MM_DQ[9]
MM_DQ[1]
MM_DQ[15]
MM_DQ[4]
MM_DQ[7]
MM_DQM[1]
MM-DQ04
VCC
MM-DQ07
MM_DQM1
VCC
VDD
VCC
VO_DATA3
VDD
VO_IO1
VSS
VCC
VI_DATA0
JTAG_TDO
VREF_PERIPH
VCC
AI_SD
VSSTM
VI_DATA6
VCC
VCC
VDD
AO_SD3
VCC
VDD
PCI_AD29
PCI_INTA#
VSS
VSS
VSSTM
PCI_AD25
U12
PCI_INTA
PCI_GNT
6
8
VCC
B6
5
7
VCC
B5
PCI_AD30
4
6
VCC
PCI_GNT#
VCC
3
C79
0.1
VDD
VCC
U11
R490
XX
2
C68
0.1
VCC
U10
B3
1
C78
0.1
VDD
B4
C3
11
C47 0.1
VCC
PCI-AD26
PCI_AD22
PCI_C/BE3#
12
C67
0.1
C46
0.1
VDD
VDD
13
5
VDD
VDD
U9
14
C21 0.1
VCC
VCC
U8
D3
15
C20
0.1
16V
VSS
U7
PCI_AD17
16
C19
0.1
16V
VSS
VSS
VCC
17
C44
0.1
PCI_AD[24]
U6
C41 0.1
C43
0.1
PCI_AD[25]
E3
J3 H3 G3 F3
18
C35
0.1
C34
0.1
K3
19
4
C33 0.1
R3 P3 N3 M3 L3
PCI_AD[26]
20
C31
0.1
16V C32
0.1
16V
E4 D4 C4 C5 C6 C7 C8 C9 C10 C11 C12 C13 C14 C15 C16 C17 C18 D18 E18 F18 G18 H18 J18 K18 L18 M18 N18 P18 R18 T18 U18 V18 V17 V16 V15 V14 V13 V12 V11 V10 V9 V8 V7 V6 V5 V4 V3 U3 T3
8
C30
0.1 16V
PCI_INTB
9
C28 0.1 16V
C29
0.1
+3V3
C80
0.01
25V
10
C25 0.1 16V
C27
0.1
16V
J4 H4 G4 F4
PCI_AD[27]
7
C26
0.1
K4
FLASH_CE#
RB20
47
6
3
R4 P4 N4 M4 L4
TRIMEDIA MEMORY STICK
MM_DQM[0-1]
5
U5 U4 T4
13
R351
0
R350
0
R27
XX
C24
0.1
16V
ADR23
MM_DQ[0-15]
PCI_TRDY
1/3
11
R22
39
1/10W
R457
XX
MM_A[0-13]
MM_DQ[0-15]
12
L4
100uH
D030
UDZS-TE17-9.1B
D028
UDZS-TE17-9.1B
C111
0.1
25V
4
C116
0.1
25V
EMI
VO_IO1 9
TDO
R400
100
1/10W
14
D029
UDZS-TE17-9.1B
3
FL001
C112
0.1
25V
2
+2V5_TM
MM_A[10]
PCI_INTA
C89
R26
22
XX
6.3V
L3
+2V5 100uH
C94
22
6.3V
IC12
SN74LV00APWR
ADRESS DECODER
1
2
MS
PCI_CBE[0-1]
PCI_CBE[0-1]
PCI_CBE[0-1]
R489
1k
1/10W
8
6
FL002
6
4
L2
100uH
PCI_CBE[0]
2
+3V3
MM_A[0-13]
+AC_DROP
8
5
PCI_CBE[1]
3
1
RB21
47
+3V3
PCI_AD[0-21,23-31]
PCI_AD[20]
PCI_AD[19]
PCI_AD[23]
PCI_AD[0-21,23-31]
D24
XX
TM_SCL9
PCI_IRDY
COMPONENTS MARKED AS XX ARE NOT FITTED ON THIS MODEL
~ MS Board Schematic Diagram [ Trimedia Memory Stick ] Page 1/3 ~
11
- 45 -
A
1
B
C
D
E
F
H
G
I
J
K
L
M
N
MS.-32FQ85
R173
33
1/10W
VSSQ
+3V3
L5
10uH
C38
0.01
25V
R176
33
1/10W
R494
XX
R148
XX
3 MM_WE
3 MM_RAS
+2V5_TM
+3V3
3 MM_CAS
2
VDDQ
TM1300:VSSQ AND VDDQ
COMPONENTS MARKED AS XX ARE NOT FITTED ON THIS MODEL
R175
33
1/10W
IC140
XX
R149
XX
C141
XX
X1
33.333MHz
R493 C36
XX 0.1
50V
C37
47
16V
R231
1k
1/10W
VCC OUT
GND
32MByte Default
L6
10uH
STANDBY
VDD
GND
OUT
TMCLK 3
+3V3
(VCC MEANS 3.3V,
TWO 128Mbit
Devices
after L4)
R150
XX
C142
XX
3
R199
100
1/10W
D13
LNJ208R8ARA
C143
XX 2,3
TMRESET
C113
0.1
25V
+3V3
FL005
R495
XX
9 DENC_RESET
IC3
MT48LC8M16A2TG-75-Y95W
SDRAM
C18
0.1
VSSQ54
VVC1
DQ0 DQ15
VSSQ52
VCCQ3
DQ14
DQ!
A6
A2
A5
A3
A4
VCC27
VSS28
1
2
3
4
5
6
7
Y_G
8
TV_SDA
9
GND
10
+2.5V
11
U.B.C
12
TV_SCL
13
GND
14
+2.5V
15
V_R_CVBS
16
RESET
17
GND
18
GND
19
AUDIO_L
20
AUDIO_R
1
TRST
2
GND
3
TDI
4
GND
5
TDO
6
GND
7
TMS
8
GND
9
TCK
10
GND
11
NC
12
NC
8
2
1
4
6
8
4
6
8
2
4
6
8
3
5
7
2
1
3
5
7
1
3
5
7
+2.5V
7
Y_G
FB001
0uH
MM_A[9]
MM_A[8]
MM_A[7]
MM_A[6]
MM_A[5]
MM_A[4]
C488
XX
FB002
0uH
C489
XX
+2V5
V_R_CVBS
FB003
XX
C490
XX
R485
0
CHIP
R486
XX
28
27
MM_DQ[0-15]
A1
MM_A[13]
29
26
A7
+3.3V
6
R488
0
CHIP
U_B_C
MM_A[12]
30
25
A0
R464
0
CHIP
31
24
A8
V_SYNC
5
R61
XX
32
23
A10
H_SYNC
4
MM_DQM[1]
33
22
A9
+AC_DROP
3
R60
XX
D8
MRA4003T3
34
21
BA1
C23
0.1
16V
35
20
A11
36
19
BA0
37
18
NC36
2
TV_SDA
D7
MRA4003T3
38
17
MM_A[3]
CS
39
16
MM_A[2]
CKE
40
15
MM_A[1]
RAS
41
14
MM_A[0]
CLK
42
13
7
MM_A[10]
CAS
MM_DQ[8]
+3.3V
V_RCV1
TV_SCL
D6
MRA4003T3
R487
0
CHIP
1
H_RCV2
FB005
XX
MM_DQ[9]
43
12
MM_A[11] R223 0
DQMU
CN1
20P
MM_DQ[12]
MM_DQ[10]
44
11
MM_CS1
WE
C491
XX
MM_DQ[13]
MM_DQ[11]
45
10
R222
0
CHIP
DQML NC40
MM_DQ[14]
RB11
47
C14
0.01
25V
D032
1PS184-115
FB006
0uH
+3V3
FB004
XX
46
9
6
VCC14VSS41
R68
0
CHIP
47
8
MM_DQM[0]
DQ9
VCCQ43
VSSQ12
DQ(
DQ7
DQ6
I2C_RESET
MM_DQ[15]
48
7
C16 0.1
DQ11
VSSQ46
VCCQ9
DQ5 DQ10
DQ4
R492
0
R405
0
CHIP
49
6
C22 0.1
DQ2 DQ13
VSSQ6
VCCQ49
DQ3 DQ12
50
5
MM_DQ[7]
51
4
RB9
47
MM_DQ[4]
MM_DQ[6]
52
3
5
MM_DQ[5]
53
2
MM_DQ[3]
RB10
47
54
1
RB8
47
MM_DQ[0]
MM_DQ[2]
+AC_DROP
C115
0.1
25V
C13
10
16V
MM_DQ[1]
C202
0.1
16V
B
TM-1 RESET
CIRCUIT SWITCH
EMI
4
RST
VCC
GND
C201
0.01
25V
B
FLASH_RESET
D033
MM3Z9V1ST1
IC5
DS1233AZ-15
D031
UDZS-TE17-9.1B
R403
0
CHIP
L1
100uH
R54
4.7k
1/10W
C17
0.1
16V
+3V3
R57 R58
R59
4.7k 4.7k 4.7k
1/10W 1/10W 1/10W
8
MM_DQ[0-15]
MM_A[0-13]
MM_DQM[0-1]
MM_A[0-13]
MM_DQM[0-1]
R224
0
NC/A1
NC/A2
WP
SCL
R64
0
CHIP
R55
XX
6
3
R52
10k
MM_CLK1
NC/A0
7
2
R225
XX
VCC
CN2
XX
8
1
MM_CKE0
9
R65
0
CHIP
IC4
PCF85116-3T
EEPROM
MM_CKE1
R63
4.7k
1/10W
R62
4.7k
1/10W
C39
0.1
16V
R66 XX
TMS
TDO
TCK
TDI
R469
0
CHIP
R468
0
CHIP
3,9 TM_SDA
R56
XX
2/3
9 TM_SCL
MS
SDA
5
4
10
GND
R470
0
CHIP
~ MS Board Schematic Diagram [ Trimedia Memory Stick ] Page 2/3 ~
11
- 46 -
A
B
C
D
E
F
H
G
I
J
K
L
M
N
MS.-32FQ85
COMPONENTS MARKED AS XX ARE NOT FITTED ON THIS MODEL
1
C69
120p
50V
D15
UDZSTE-173.9B
L9
2.7uH
R131 R132 R133 R134
XX XX
XX XX
2
L13
2.7uH
R179 0
R102
XX
R117
75
1/10W
C86
0.1
16V
C76
390p
50V
D17
UDZSTE-173.9B
Y_G
L12
2.7uH
R180 0
C85
0.1
16V
C77
560p
50V
R128
0
CHIP
R119
XX
R129
XX
R182 0
+3V3_ana
VDDA3
37
XCLK
38
VSSD3
39
VDDD3
C
RED
VBS
GREEN
VDDA2
23
IC15
SAA7129AH/V1
DIGITAL ENCODER
DUMP2
22
SA
21
nc
20
RTCI
19
VSSD2
18
VDDD2
17
16
MP1
15
42
SDA
MP2
14
43
TTXRQ
MP3
13
44
TTX
MP4
12
MP5
MP0
SCL
MP6
RESET
2
3
4
5
6
7
8
9
10
11
R118
XX
U_B_C
L10
2.7uH
C73
390p
50V
R110
75
1/10W
TP3
VO_DATA[1]
D16
UDZSTE-173.9B
L11
2.7uH
R113
XX
R114
4.7k
1/10W
CHIP
R109
220
1/10W
VO_DATA[0]
41
1
C72
120p
50V
+3V3_digi
R116
10
1/10W
40
C90
0.1
16V
C178
0.1
25V
VDDA1
36
24
MP7
R121
0
RSET
XTALI
25
RCV2
TM_SDA
BLUE
35
26
RCV1
TM_SCL
CVBS
XTALO
27
VDDD1
DENC_RESET
28
VSSD1
R111
2.2k
R120 0
29
LLC1
4
Q5
2SA1037AK
30
AP
R100
22
1/10W
31
34
R101 XX
VO_CLK
32
VSSA
C84
0.1
16V
33
SP
C82
4p
50V
X2
27MHz
RES
C81
4p
50V
DUMP1
VO_DATA[0-7]
R123
1M
1/10W
5
R125
XX
C75
120p
50V
R181 0
3
V_R_CVBS
R124
0
CHIP
R106
XX
R177 0
R178 0
R103
1k
1/10W
VIDEO OUTPUT
C71
560p
50V
R135
XX
R130
XX
R115
10
1/10W
L8
2.7uH
C70
390p
50V
R104
75
1/10W
C74
560p
50V
R126
0
CHIP
R112
XX
R127
XX
+3V3
+3V3_ana
VO_DATA[2] C91
0.1
VO_DATA[3] 16V
VO_DATA[4]
L22
XX
C181
2.2
6.3V
C182
2.2
6.3V
C93
22
6.3V
L23
2.7UH
D026
UDZS-TE17-9.1B
VO_DATA[5]
VO_DATA[6]
+3V3_digi
R107
0
V_RCV1
VO_DATA[7]
+3V3
+3V3_digi
R232
XX
FL006
H_RCV2
VO_IO2
6
VO_IO1
R108
0
R226 XX
L7
100uH
C92
0.1
16V
D027
UDZS-TE17-9.1B
C179
2.2
6.3V
C180
2.2
6.3V
R227
XX
EMI
+3V3_MS
MEMORY STICK INTERFACE
C97
0.1
16V
7
D23
MA133-TX
D22
MA133-TX
D21
MA133-TX
D20
MA133-TX
CN3
10P
SIL
R138
22
1/10W
R140 XX
3 SSI_IO2
R139 22
3 PCI_INTD
R141
3 SSI_IO1
3 SSI_RXFSX
3 SSI_RXCLK
8
R147
XX
22
R142
XX
R146
XX
JL4
R143
XX
3 SSI_RxDATA
R144
XX
3 SSI_TxDATA
1
GND
2
MS_BS
3
VCC
4
MS_SDIO
5
NC
6
MS_INS
7
NC
8
MS_SCLK
9
VCC
10
GND
CONNECTOR
MEMORY STICK
JL5
D025
XX
JL6
R145
XX
+3V3
9
MS
C110
0.1
16V
R228
100k
Q4
2SA1037AK-T146-QR
3/3
+3V3
R229
1k
R230
10k
R183
100
1/10W
+3V3_MS
D14
UDZSTE-173.9B
C174
22
6.3V
C175
0.01
25V
C176
0.1
16V
R186
22
1/10W
C177
0.1
16V
D11
LNJ208R8ARA
R185
10k
1/10W
C169
0.1
16V
Q2
2SA1037AK-T146-QR
10
MEMORY STICK VCC CONTROL
Q3
DTC144EKA
3 PCI_INTC
~ MS Board Schematic Diagram [ Trimedia Memory Stick ] Page 3/3 ~
11
- 47 -
A
B
C
D
E
F
G
H
I
J
K
L
M
N
1
~ MS Printed Wiring Board Conductor side A ~
2
3
4
5
6
~ MS Printed Wiring Board Conductor side B ~
7
8
9
10
~ D2 Printed Wiring Board Conductor side ~
11
- 48 -
A
B
C
D
E
F
H
G
I
J
K
L
M
N
1
B-#SSAE6B<...>-D2.-32FQ85
2
3
DYNAMIC FOCUS DRIVER
4
XX
0.33
SWITCH
5
DTZ-5.1B
6
25V
47K
7
U
PROTECTION IC
8
9
10
~ D2 Board Schematic Diagram [ Smart Mode Deflection ] ~
11
- 49 -
A
B
C
D
E
F
G
H
I
J
K
L
M
N
~ D Printed Wiring Board Conductor side ~
1
2
3
4
5
6
7
~ D Board Waveforms ~
TP1
10us/div
TP2
10us/div
TP3
10us/div
~ D Board IC Voltage Table ~
TP4
10us/div
TP5
IC Voltage Table
10us/div
Ref No Pin No Voltage (V)
8
IC8100
1.5 Vp-p (H)
9
TP6
10us/div
130 Vp-p (H)
TP7
140 Vp-p (H)
1.4 Vp-p (H)
10us/div
TP8
20us/div
TP9
5ms/div
455 Vp-p (H)
TP10
10
490 Vp-p (H)
250 Vp-p (H)
21 Vp-p (V)
Ref No Pin No Voltage (V)
Ref
(e)(s) (b)(g) (c)(d)
Ref
(e)(s) (b)(g) (c)(d)
Ref
(e)(s) (b)(g) (c)(d)
Q8100
0
0
3. 0
Q8110
2.4
3.7
0
Q8125
1.2
1.1
8.9
Q8101
0
0
3.9
Q8111
0
0
62.9
Q8126
1.2
1.1
0
1
0.3
1
3.8
Q8102
0
1.0
3.6
Q8113
0.4
0
8. 9
Q8127
1.1
1.5
0
2
3.9
2
0.4
Q8103
3.9
0
8.9
Q8115
8.6
8.9
0
Q8128
3.4
1.5
8.9
3
3.9
3
0.4
Q8104
0
0.3
3.7
Q8118
0
0
3.6
Q8132
0
0
3.6
Q8105
0
3.5
0.3
Q8119
1.2
0.5
0
Q8201
0
0.6
3.7
3.7
IC8102
5
3.9
5
0.4
Q8106
0
0.3
3.9
Q8120
1.3
0.5
0
Q8202
0
0.9
6
3.6
6
0.4
Q8107
0
0.3
3.9
Q8121
0
1.2
135.2
Q8455
1.2
1.7
8.9
7
0.4
7
0.4
Q8108
2.4
0.3
0
Q8122
0.5
1.4
0
Q8510
8.1
7.5
0.4
1
0.3
1
2.5
Q8109
0
0
58.0
Q8123
0.5
1.3
0
Q8512
0
5.3
32.6
5ms/div
IC8101
12 Vp-p (H)
IC Voltage Table
~ D Board Semiconductor Voltage Table ~
7.0 Vp-p (V)
11
- 50 -
2
3.9
2
1.7
3
3.2
3
1.7
5
3.2
5
0.9
6
3.6
6
3.6
7
3.5
7
1.1
IC8103
Sur le même sujet..
button
board
control
picture
input
press
screen
remote
sound
reset
adjustment
select
buffer
video
audio