FILE NO. 020-200101
SERVICE MANUAL
COLOR TELEVISION
N1ES Chassis
32A41, 36A41
(TAC0101) (TAC0102)
PUBLISHED IN JAPAN, Mar., 2001 So
CHAPTER 1 GENERAL ADJUSTMENTS
SAFETY INSTRUCTIONS........................................................................................................................................3
SET-UP ADJUSTMENT............................................................................................................................................4
SERVICE MODE ...................................................................................................................................................... 8
DESIGN MODE ...................................................................................................................................................... 11
ELECTRICAL ADJUSTMENTS .............................................................................................................................. 12
CIRCUIT CHECKS .................................................................................................................................................16
GENERAL ADJUSTMENTS
CHAPTER 2 SPECIFIC INFORMATIONS
SETTING & ADJUSTING DATA .............................................................................................................................17
LOCATION OF CONTROLS................................................................................................................................... 18
PROGRAMMING CHANNEL MEMORY................................................................................................................. 19
CIRCUIT BLOCK DIAGRAM ..................................................................................................................................20
CHASSIS AND CABINET REPLACEMENT PARTS LIST......................................................................................21
PC BOARDS BOTTOM VIEW.................................................................................................................................29
TERMINAL VIEW OF TRANSISTORS ................................................................................................................... 32
TABLE OF CONTENTS
SPECIFIC INFORMATIONS
SPECIFICA TIONS .................................................................................................................................................. 33
APPENDIX:
CIRCUIT DIAGRAM
– 2 –
CHAPTER 1 GENERAL ADJUSTMENTS
AC VOLTMETER
0.15µF
Good earth ground
such as a water
pipe, conduit, etc.
Place this probe on
each exposed
metallic part.
1500 ohm
10 watt
SAFETY INSTRUCTIONS
WARNING: BEFORE SERVICING THIS CHASSIS, READ THE “X-RAY RADIATION PRECAUTION”, “SAFETY PRECAU-
TION” AND “PRODUCT SAFETY NOTICE” INSTRUCTIONS BELOW.
X-RAY RADIATION PRECAUTION
1. Excessive high voltage can produce potentially hazardous X-RAY RADIATION. To avoid such hazards, the high
voltage must not be abov e the specified limit. The nominal
value of the high voltage of this receiver is (A) kV at zero
beam current (minimum brightness) under a 120V AC
power source. The high voltage must not, under any circumstances, exceed (B) kV.
Refer to table-1 for high voltage (A), (B).
(See SETTING & ADJUSTING DATA on page 17)
Each time a receiver requires servicing, the high voltage
should be checked f ollowing the HIGH VOLT AGE CHECK
procedure in this manual. It is recommended that the reading of the high voltage be recorded as a part of the service
record. It is important to use an accurate and reliable high
voltage meter.
SAFETY PRECAUTION
2. This receiver is equipped with a Fail Safe (FS) circuit which
prevents the receiver from producing an excessively high
voltage ev en if the B+ voltage increases abnormally. Each
time the receiver is serviced, the FS circuit must be checked
to determine that the circuit is properly functioning, following the FS CIRCUIT CHECK procedure in this manual.
3. The only source of X-RAY RADIATION in this TV receiv er
is the picture tube. F or contin ued X-RAY RADIATION protection, the replacement tube must be exactly the same
type tube as specified in the parts list.
4. Some part in this receiver have special safety-related characteristics for X-RAY RADIATION protection. For continued safety, parts replacement should be undertaken only
after referring to the PRODUCT SAFETY NO TICE below.
GENERAL ADJUSTMENTS
WARNING : Service should not be attempted by any one unf amiliar with the necessary precautions on this receiver. The following are the necessary precautions to be observed before
servicing this chassis.
1. An isolation T ransf ormer should be connected in the power
line between the receiver and the AC line bef ore any service is performed on the receiver.
2. Always discharge the picture tube anode to the CRT conductive coating before handling the picture tube . The picture tube is highly evacuated and if broken, glass fragments will be violently expelled. Use shatter proof goggles and keep picture tube away from the unprotected body
while handling.
3. When replacing a chassis in the cabinet, always be certain that all the protective devices are put back in place,
such as; non-metallic control knobs, insulating covers,
shields, isolation resistor-capacitor network etc.
4. Before returning the set to the customer, always perform
an AC leakage current check on the e xposed metallic parts
of the cabinet, such as antennas, terminals, screwheads,
metal overlays, control shafts etc. to be sure the set is
safe to operate without danger of electrical shock. Plug
the AC line cord directly into a 120V AC outlet (do not use
a line isolation transformer during this check). Use an A C
voltmeter having 5000 ohms per volt or more sensitivity in
the following manner:
Connect a 1500 ohm 10 watt resistor, paralleled b y a 0.15
µF, AC type capacitor, between a known good earth ground
(water pipe, conduit, etc.) and the exposed metallic parts,
one at a time. Measure the AC voltage across the combination of 1500 ohm resistor and 0.15 µF capacitor. Reverse the AC plug at the AC outlet and repeat AC voltage
measurements for each exposed metallic part. Voltage
measured must not exceed 0.3 v olts rms. This corresponds
to 0.2 milliamp. AC. Any value exceeding this limit constitutes a potential shock hazard and must be corrected immediately.
SPECIFIC INFORMATIONS
Many electrical and mechanical parts in this chassis have special safety-related characteristics. These characteristics are
often passed unnoticed by a visual inspection and the protection afforded by them cannot necessarily be obtained b y using
replacement components rated for higher voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in this manual and its supplements; electrical components having such features are identified by
the international hazard symbols on the schematic diagram and the parts list.
Before replacing any of these components, read the parts list in this manual carefully. The use of substitute replacement
parts which do not have the same safety characteristics as specified in the parts list may create shock, fire, X-ray
radiation or other hazards.
PRODUCT SAFETY NOTICE
– 3 –
WARNING: BEFORE SERVICING THIS CHASSIS, READ THE “X-RAY RADIATION PRECAUTION”, “SAFETY PRECAUTION” AND “PRODUCT SAFETY NOTICE” ON PAGE 3 OF THIS MANUAL.
■ The following adjustments should be made when a complete realignment is required or a new picture tube is installed.
Perform the adjustments in order as follows :
1. Color Purity
2. Convergence
3. White Balance
Note: The PURITY/CONVERGENCE MAGNET assembly and rubber wedges need mechanical positioning.
Refer to figure 1.
GENERAL ADJUSTMENTS
*
COLOR PURITY ADJUSTMENT
NOTE : Before attempting any purity adjustments, the receiver
1. Demagnetize the picture tube and cabinet using a degauss-
2. Set the brightness and contrast to maximum.
3. Use a green raster from among the built-in test signals.
4. Loosen the clamp screw holding the yoke and slide the
SPECIFIC INFORMATIONS
Mounting position of the purity magnet assembly should fit to same position as old one because slightly difference to
the position depend on a kind of tube.
There are no adjustment of purity and convergence in some picture tube (Unified with purity magnet)
should be operated for at least fifteen minutes.
ing coil.
yoke backward or forward to provide vertical green belt
(zone) in the picture screen.
SET-UP ADJUSTMENT (FOR 13”, 14”, 19”, 20”)
5. Remove the Rubber Wedges.
6. Rotate and spread the tabs of the purity magnet (See figure 2.) around the neck of the picture tube until the green
belt is in the center of the screen. At the same time , enter
the raster vertically.
7. Slowly move the yoke forward or backward until a uniform
green screen is obtained. Tighten the clamp screw of the
yoke temporarily.
8. Check the purity of the red and blue raster.
GLASS CLOTH
TAPES
DEFLECTION
YOKE
14mm(13", 14")
19mm(19", 20")
PURITY/
CONVERGENCE
MAGNET ASS'Y
TEMPORARY
MOUNTING
RUBBER WEDGE
ADHESIVE
DEFLECTION
YOKE
Figure 1.
– 4 –
CONVERGENCE ADJUSTMENTS
NOTE: Before attempting any convergence adjustments, the
receiver should be operated for at least fifteen minutes.
■ CENTER CONVERGENCE ADJUSTMENT
1. Use the cross-dot pattern from among the built-in test signals.
2. Set the brightness and contrast for well defined pattern.
3. Adjust two tabs of the 4-Pole Magnets to change the angle between them (See figure 2.) and superimpose red
and blue vertical lines in the center area of the picture
screen.
4. Turn the both tabs at the same time keeping the angle
constant to superimpose red and blue horizontal lines at
the center of the screen.
5. Adjust two tabs of 6-Pole Magnets to superimpose red/
blue line and green one. Adjusting the angle affects the
vertical lines and rotating both magnets affects the horizontal lines.
6. Repeat adjustments 3, 4, 5 keeping in mind red, green
and blue movement, because 4-Pole Magnets and 6-Pole
Magnets have mutual interaction and make dot movement
complex.
4-POLE
MAGNETS
6-POLE
MAGNETS
ADJUST THE ANGLE
(VERTICAL LINES)
■ CIRCUMFERENCE CONVERGENCE ADJUSTMENT
1. Loosen the clamping screw of deflection yoke slightly to
allow the yoke to tilt.
2. Temporarily put a wedge as shown in figure 1. (Do not
remove cover paper on adhesive part of the wedge.)
3. Tilt front of the deflection yoke up or down to obtain better
convergence in circumference. (See figure 3.) Push the
mounted wedge into the space between picture tube and
the yoke to fix the yoke temporarily.
4. Put other wedge into bottom space and remove the cover
paper to stick.
5. Tilt front of the yoke right or left to obtain better convergence in circumference. (See figure 3.)
6. Keep the yoke position and put another wedge in either
upper space. Remove cover paper and stick the wedge
on picture tube to fix the yoke.
7. Detach the temporarily mounted wedge and put it in another upper space. Stick it on picture tube to fix the yoke.
8. After fixing three wedges, recheck overall convergence.
Tighten the screw firmly to fix the yoke and check the y oke
is firm.
9. Stick three adhesive tapes on wedges as shown in figure
1.
FIXED
GENERAL ADJUSTMENTS
ROTATE TWO TABS
AT THE SAME TIME
(HORIZONTAL LINES)
PURITY
MAGNETS
CONVERGENCE MAGNET ASSEMBLY ADJUSTMENT OF MAGNETS
Figure 2.
BLU RED
BLU
RED
4-POLE MAGNETS MOVEMENT
BGR
R
G
B
RGB
RED/BLU
GRN
Center Convergence by Convergence Magnets
B
G
R
RED/BLU GRN
6-POLE MAGNETS MOVEMENT
B
G
R
BGR
RGB
R
G
B
SPECIFIC INFORMATIONS
INCLINE THE YOKE UP (OR DOWN)
Circumference Convergence by DEF Yoke
Figure 3. Dot Movement Pattern
INCLINE THE YOKE RIGHT (OR LEFT)
– 5 –
WARNING: BEFORE SERVICING THIS CHASSIS, READ THE “X-RAY RADIATION PRECAUTION”, “SAFETY PRECAUTION” AND “PRODUCT SAFETY NOTICE” ON PAGE 3 OF THIS MANUAL.
■ The following adjustments should be made when a complete realignment is required or a new picture tube is installed.
Perform the adjustments in order as follows :
1. Color Purity
2. Convergence
3. White Balance
Note: The PURITY/CONVERGENCE MAGNET assembly and rubber wedges need mechanical positioning.
Refer to figure 1.
GENERAL ADJUSTMENTS
*
COLOR PURITY ADJUSTMENT
NOTE : Before attempting any purity adjustments, the
1. Evenly degauss the entire screen.
2. Set the CONTRAST and BRIGHTNESS Controls to
3. Display built-in green raster using the TEST SIGNAL
4. Loosen the clamp screw holding the deflection yoke
SPECIFIC INFORMATIONS
5. Slide the yoke forward or backward to provide vertical
6. Rotate and spread the tabs of the purity magnet (See
Mounting position of the purity magnet assembly should fit to same position as old one because slightly difference to
the position depend on a kind of tube.
There are no adjustment of purity and convergence in some picture tube (Unified with purity magnet)
receiver should be operated for at least fifteen
minutes.
the maximum.
SELECTION function.
(and remove the Rubber Wedges).
green belt (zone) in the picture screen.
figure 4.) around the neck of the picture tube until the
green belt is in the center of the screen. At the same
time, center the raster vertically by adjusting the magnet as shown below.
(FOR 35”, 36”)
Xv Coil
DEFLECTION YOKE
1-5/8”
PURITY/
CONV.
MAGNET
Green Belt
7. Move the yoke slowly forward or backward until a uniform green screen is obtained. Tighten the clamp scre w
of the yoke temporarily.
8. Check the purity of the red and blue raster.
9. Put four wedges into the space between the picture
tube and the yoke to hold the yoke in the adjusted
position. (See figure 2.)
Do not tilt the yoke by excessive insertion of the wedge.
10. Remove cover paper of wedge and stick wedges on
the tube to fix the yoke in the adjusted position.
Fix the wedges with glass cloth tapes.
Figure 1.
RUBBER WEDGES
Adhesive
DEFLECTION
YOKE
Figure 2.
– 6 –
CONVERGENCE ADJUSTMENTS
NOTE: Before attempting any convergence adjustments,
the receiver should be operated for at least fifteen
minutes.
■ CENTER CONVERGENCE ADJUSTMENT
1. Display built-in cross-dot pattern using the TEST SIGNAL SELECTION function.
2. Adjust the BRIGHTNESS and CONTRAST Controls
for well defined pattern.
3. Loosen the tightening ring and adjust two tabs of the
4-Pole Magnets to change the angle between them
(See figure 4.) and superimpose red and blue vertical
lines in the center area of the picture screen.
(See figure 3.)
4. Turn the both tabs at the same time keeping the constant angle to superimpose red and blue horizontal
lines at the centre of the screen. (See figure 3.)
5. Adjust two tabs of 6-Pole Magnets to superimpose red/
blue line with green one. Adjusting the angle affects
the vertical lines and rotating both magnets affects the
horizontal lines.
6. Repeat adjustments 3, 4, 5 keeping in mind red, green
and blue movement, because 4-Pole Magnets and 6Pole magnets interact and make dot movement complex.
7. After completing the “CENTER CONVERGENCE ADJUSTMENT” tighten the tightening ring to fix the magnets.
BLU RED
RED/BLUE GRN
6-POLE
MAGNETS
PURITY
MAGNETS
ADJUST THE ANGLE
(VERTICAL LINES)
ADJUSTMENT OF MAGNETS
4-POLE
MAGNETS
PURITY/CONVERGENCE
MAGNETS
FIXED
ROTATE TWO TABS
AT THE SAME TIME
(HORIZONTAL LINES)
GENERAL ADJUSTMENTS
SPECIFIC INFORMATIONS
BLU
RED
4-POLE MAGNETS
MOVEMENT
Center Convergence by Convergence Magnets
■ Xv COIL ADJUSTMENT
Adjust the Xv coil (on the deflection yoke) to correct
misconvergence at both sides on screen.
Use a hexagonal tip stick (plastic) to adjust the core of
coil.
Clockwise Adjustment Counterclockwise Adjustment
Clockwise Adjustment
R
B
RED/BLUE
Figure 3.
B
R
GRN
6-POLE MAGNETS
MOVEMENT
Counterclockwise Adjustment
B
R
Figure 4.
■ SCREEN-CORNER CONVERGENCE
When the misconvergence is still evident on corners even
though the above adjustment is done, use the ferrite sheet
(Part No. 23993622) to correct misconvergence.
1. Put ferrite sheets into the space under the yoke.
Decide such position that misconvergence becomes
minimum, watching picture screen. (See figure below .)
2. Remove cover paper of ferrite sheet to stick it in the
place on the tube. Put adhesive tapes on ferrite sheets
to fix.
Ferrite
Sheets
R
Ferrite
Sheets
A
B
XV Cross Pattern View
Xv Cross Pattern View
For correcting misconvergence
on the position A
– 7 –
1. ENTERING TO SERVICE MODE
1) Press MUTE button once
on Remote Control.
MUTE
SERVICE MODE
2) Press MUTE button
again to keep pressing.
3) While pressing the MUTE button,
press MENU button on TV set.
S
(Service mode display)
GENERAL ADJUSTMENTS
2. DISPLAYING THE ADJUSTMENT MENU
1) Press MENU button on TV.
Service mode
3. KEY FUNCTION IN THE SERVICE MODE
The following key entry during display of adjustment menu provides special functions.
SPECIFIC INFORMATIONS
A single horizontal line ON/OFF: TV (ANT)/VIDEO button (on TV)
Test signal selection : TV (ANT)/VIDEO button (on Remote)
Selection of the adjustment items : Channel s/t (on TV or Remote)
Change of the data value : Volume s/t (on TV or Remote)
Adjustment menu mode ON/OFF : MENU button (on TV)
Initialization of the memory (QA02) : RECALL+Channel (s) button on TV
Initialization of the self diagnostic data: RECALL+Channel (t) button on TV
“RCUT” selection : 1 button
“GCUT” selection : 2 button
“BCUT” selection : 3 button
“CNTX” selection : 4 button
“COLC” selection : 5 button
“TNTC” selection : 6 button
Test audio signal ON/OFF (1kHz) : 8 button
Self diagnostic display ON/OFF : 9 button
Adjustment mode
S
Press
Press
Item
Data
– 8 –
4. SELECTING THE ADJUSTING ITEMS
1) Every pressing of CHANNEL s button in the service mode changes the adjustment items in the order of table-2.
(t button for reverse order)
Refer to table-2 for preset data of adjustment mode.
(See SETTING & ADJUSTING DATA on page 17)
5. ADJUSTING THE DATA
1) Pressing of VOLUME s or t button will cahnge the value of data in the range from 00H to FFH.
The variable range depends on the adjusting item.
6. EXIT FROM SERVICE MODE
1) Pressing POWER button to turn off the TV once.
■ INITIALIZATION OF MEMORY DATA OF QA02
After replacing QA02, the following initialization is required.
1. Enter the service mode, then select any register item.
2. Press and hold the RECALL button on the Remote, then press the CHANNEL s button on the TV. The initialization of QA02
has been complated.
3. Check the picture carefully. If necessary, adjust any adjustment item above.
Perform “Programming Channel Memory” on the owner’s manual.
CAUTION: Never attempt to initialize the data unless QA02 has been replaced.
7. TEST SIGNAL SELECTION
1) Every pressing of TV/VIDEO button on the Remote Control in the Service mode changes the built-in test patterns
on screen in the following order.
GENERAL ADJUSTMENTS
Normal picture Black cross-bar
on green raster
Red raster
Green raster
Blue raster
All black
All white
White and black
Black cross-bar
White cross-bar
2) Press “8” button while any built-in test pattern to on the screen to
output the 1 kHz sound. Press the button again to cut off the sound.
Note: If the video cable is connected to the VIDEO1 INPUT jack, the
built-in pattern signals are not displayed.
H signal (black)
H signal (white)
White cross-dot
Black cross-dot
White cross-hatch
Black cross-hatch
Signals Picture
• Red raster
• Green raster
• Blue raster
• All Black
• All White
• Black & White
• Black cross-bar
• White cross-bar
• Black cross-bar
on green raster
• Black cross-hatch
• White cross-hatch
• Black cross-dot
• White cross-dot
SPECIFIC INFORMATIONS
• H signal (white)
• H signal (black)
The signals marked with are not usable to display in the Test signal for some model.
*
– 9 –
8. SELF DIAGNOSTIC FUNCTION
1) Press “9” button on Remote Control during display of adjustment menu in the service mode.
The diagnosis will begin to check if interface among IC’s are executed properly.
2) During diagnosis, the following displays are shown.
SELF CHECK
NO. 23
POWER : 000
BUS LINE : OK
BUS CONT : OK
BLOCK : UV V1 V2
or U OUT1 VOUT2
SYNC QV01 QV01S
GENERAL ADJUSTMENTS
Part number of microprocessor (QA01)
Operation number of protection circuit (current limiter) . . . . “000” is normal.
BUS line check “OK” ................... Normal
BUS line ACK (acknowledge) check
SPECIFIC INFORMATIONS
Sync. signal check Green display..... Normal
******
“SCL-GND” or “NG” .......... SCL-GND short circuit
“SDA-GND” or “NG”.......... SDA-GND short circuit
“SCL-SDA” or “NG”........... SCL-SDA short circuit
“OK” ..................... Normal
Display of Location Number . . . . NG
(Display example)
“QA02 NG”, “H001 NG”, “Q501 NG” etc.
Note: The indication of failure place is only one place though failure places are plural. When repair
of a failure place finishes, the next failure place is indicated. (The order of priority of indication
is left side.)
Cyan display ......No check
Red display ........ NG
UV........... TV mode
V1 ........... VIDEO 1 mode
V2 ........... VIDEO 2 mode
The items marked with are not usable to display in the SELF DIAGNOSTIC FUNCTION for some model.
*
– 10 –
1. ENTERING TO DESIGN MODE
1) Select the Service mode.
DESIGN MODE
2) While pressing RECALL button on
Remote and press MENU button on TV.
3) Press MENU button on TV.
S D
(Design mode) (Adjustment mode)
When QA02 is initialized, items “OPT0” and “OPT1” of DESIGN MODE are set to the data of the representative model of this
chassis family.
Therefore, because ON-SCREEN specification remains in the state of the representative of model. This model is required to
reset the data of items “OPT0” and “OPT1”.
2. SELECTING THE ADJUSTING ITEMS
Every pressing of CHANNEL t button in the design mode changes the adjustment items in the order of table-3.
(s button for reverse order)
Refer to table-3 for data of design mode.
(See SETTING & ADJUSTING DATA on page 17)
3. ADJUSTING THE DATA
Pressing of VOLUME s or t button will change the value of data.
Press
Press
ITEM
DATA
GENERAL ADJUSTMENTS
SPECIFIC INFORMATIONS
– 11 –
ELECTRICAL ADJUSTMENTS
ITEM ADJUSTMENT PROCEDURE
FOCUS VR ADJ
SUB-BRIGHTNESS
(BRTC)
GENERAL ADJUSTMENTS
SUB-COLOR
(COLC)
SUB-TINT
(TNTC)
SPECIFIC INFORMATIONS
1. Enter the service mode, then select any register item.
2. Press the TV/VIDEO button on the Remote until the black cross-bar pattern appears on the screen.
3. Adjust the FOCUS control (on T461) for well defined scanning lines on the picture
screen.
1. Constrict the picture height until the vertical retrace line appears adjusting the
HEIGHT control on the MAIN board.
2. Adjust the CONTRAST to the minimum
and BRIGHTNESS to the center.
3. Enter the service mode, then select
“BRTC” register.
4. Adjust the data value so the belt of vertical retrace line just disappear.
5. Adjust the CONTRAST for the desired
contrast.
6. Adjust the HEIGHT control.
Vertical retrace line
1. Receive color-bar signal from color-bar generator.
2. Press the RESET button.
3. Connect oscilloscope to base of Q906 on CRT-D board.
4. Enter the service mode, then select “COLC”.
5. Adjust the SUB-COLOR by pressing the
VOLUME s or t button to achieve about
1V0-p of blue bar.
6. Select “TNTC” register.
7. Adjust the data value to obtain the blue
bar to magenta bar ratio of 3:2 as shown.
Magenta
0
Blue
2
3 (1.8V
8. Select “COLC” register.
9. Adjust the data value to achieve 1.80-p
of blue bar on scope.
10. Check the picture with off-air signal.
0-P
)
WIDTH
(WID)
1. Call up the adjustment mode display, then select the item WID.
2. Press the VOLUME s or t button to get the picture so the left and right edges of
raster begins to lack.
3. Press the VOLUME s or t button to advance the data by 7 steps.
Note : Check the horizontal picture position is correct.
– 12 –
ITEM ADJUSTMENT PROCEDURE
E-W PARABOLA
(DPC)
HORIZONTAL POSITION
(HPOS)
VERTICAL POSITION
(VPOS)
HEIGHT
(HIT)
WHITE BALANCE
(RCUT)
(GCUT)
(BCUT)
(GDRV)
(BDRV)
1. Call up the adjustment mode display, then select the Item DPC.
2. Press the TV/VIDEO button on Remote until the cross-hatch pattern appears on
the screen.
3. Press the VOLUME s or t button to mak e v ertical lines straight as shown below.
1. Call up the adjustment mode display, then select the item HPOS or VPOS.
2. Press the TV/VIDEO button on Remote until the white
cross-bar or black cross-bar pattern appears on the
screen.
3. Adjust the HORIZONT AL and VER TICAL position alternately by pressing the VOLUME s or t button for
proper picture position.
4. Check the picture with off-air signal.
1. Call up the adjustment mode display, then select the item HIT.
2. Press the VOLUME s or t button to get the picture so the top of raster begins to
lack.
3. Press the VOLUME s button to advance the data by 8 steps.
Note : Check the vertical picture position is correct.
1. Adjust the CONTRAST control to the center, and BRIGHTNESS control to the
maximum.
2. Call up the adjustment mode display , and press the TV/VIDEO button on Remote
until the white and black pattern appears on the screen.
3. Adjust the following item with the CHANNEL s/t and VOLUME s/t buttons.
RCUT
GCUT
BCUT
4. Press the TV/VIDEO button on TV to displa y a single horizontal line on the screen.
5. Turn the SCREEN control (FBT) fully counterclockwise and gr adually rotate clockwise until the first horizontal line appears slightly on the screen.
6. Press the TV/VIDEO button to display the normal picture.
7. Adjust the remaining two “?CUT” items (CHANNEL s/t → TV/VIDEO → VOL-
UME s/t in order) to obtain the slightly lighted horizontal line in the same levels
of three (red, green, blue) colors. The line should be white if the adjustments are
proper.
Data : 40H
Data : 40H
Data : 40H
GDRV Data : 80H
BDRV Data : 80H
GENERAL ADJUSTMENTS
SPECIFIC INFORMATIONS
– 13 –
Bright area
Adjust "GDRV" or "BDRV" to be white.
Dark area
Fine adjust "RCUT", "GCUT" or "BCUT" to be black.
MTS ADJUSTMENT (FOR N7S CHASSIS)
No. ITEM INPUT SIGNAL ADJUSTMENT PROCEDURE
ATTENUATOR
1
(ATT)
STEREO VCO
2
(STVC)
GENERAL ADJUSTMENTS
SAP VCO
3
(SAVC)
• 1kHz 30% mod. → ANT
terminal
1. Connect rms meter to pin 12 of H002.
2. Display item ATT on screen.
3. Change data by V olume s/t buttons so that
output at pin 12 of H002 becomes value as
close as 142mVrms.
• No signal 1. Display item STVC, and connect pin 9 of
H002 to ground.
2. Connect frequency counter to pin 12 of
H002.
3. Change data by Volume s/t buttons so
that the reading of counter becomes value
as close as 4fH (62.936kHz).
• 78.670kHz 147mVrms
→ pin 9 of H002
• Monaural signal → ANT
1. Display item SAVC.
2. Change data by V olume s/t buttons so that
the data becomes in the center of range for
STA7=0 and STA8=1.
SAVC
XXH
STA7:0 STA8:1
STEREO FILTER
SPECIFIC INFORMATIONS
4
5
(STRF)
SAP FILTER
(SAPF)
STEREO SEPARATION
6
(WBAN)
• 9.4kHz 600mVrm
→ pin 9 of H002
Monaural signal → ANT
• 88kHz 120mVrms
→ pin 9 of H002
• Monaural signal → ANT
• STEREO 300Hz R-channel
only → ANT
1. Display item STRF on screen.
2. Change data by V olume s/t buttons so that
the data becomes in the center of range for
STA3=1.
STRF
XXH
STA3:1
1. Display item SAPF.
2. Change data by V olume s/t buttons so that
the data becomes in the center of range for
STA4=1.
SAPF
XXH
STA4:1
1. Select “STEREO” mode from the MTS
function in the Audio menu.
2. Display item WBAN on screen.
3. Connect oscilloscope to pin 14 of H002.
4. Change data by Volume s/t buttons so
that 300Hz element on scope becomes
minimum.
(SPEC)
• STEREO 3kHz R-channel
only → ANT
– 14 –
5. Display item SPEC on screen.
6. Change data by Volume s/t buttons so
that 3kHz element on scope becomes minimum.
MTS ADJUSTMENT (FOR N1ES CHASSIS)
No. ITEM INPUT SIGNAL ADJUSTMENT PROCEDURE
1
ATTENUATOR
(ATT)
• 1kHz 30% mod. → ANT
terminal
1. Connect rms meter to pin 34 of QG01.
2. Display item ATT on screen.
3. Change data by VOLUME s/t buttons so
that the reading of meter becomes value as
close as 137mVrms.
2
STEREO VCO
(STVC)
• No signal 1. Short circuit RG44 with a jumper wire.
2. Display item STVC on screen.
3. Connect frequency counter to pin 34 of
QG01.
4. Change data by VOLUME s/t buttons so
that the reading of counter becomes value
as close as 15.73kHz.
3
STEREO FILTER
(STRF)
• 15.734kHz 30mV(rms) 1. Unsolder the solder link SL02.
2. Display item STRF on screen.
15.734KHz 30mV(rms)
H001
10
SL02
+
1
CG44
RG43
CG07
RG44
+
QG01
7
3. Connect oscilloscope to pin 34 of QG01.
4. Change data by VOLUME s/t button to
minimize AC output level on scope.
5. Resolder SL02.
GENERAL ADJUSTMENTS
SPECIFIC INFORMATIONS
STEREO SEPARATION
4
(WBAN)
(SPEC)
SAP VCO
5
(SAVC)
• STEREO 300Hz R-channel
only → ANT
1. Display item WBAN on screen.
2. Connect oscilloscope to pin 35 of QG01.
3. Change data by VOLUME s/t buttons so
that 300Hz element on scope becomes minimum.
• STEREO 3kHz R-channel
only → ANT
4. Display item SPEC on screen.
5. Change data by Volume s/t buttons so
that 3kHz element on scope becomes minimum.
• No signal 1. Shortcircuit RG44 with a short jumper.
2. Connect 1Mohm resistor between pin 12 of
H001
2
QG01
10
12
1M
++
CG44 RG43
RG44
7
1
QG01 and ground.
3. Display item SAVC on screen.
4. Connect frequency counter to pin 34 of
QG01.
5. Change data by VOLUME s/t buttons so
that the reading of counter becomes value
as close as 78.67kHz.
6. Remove the short jumper and 1M ohm resistor.
– 15 –
CIRCUIT CHECKS
HIGH VOL T A GE CHECK
CAUTION: There is no HIGH VOLTAGE ADJUSTMENT on
this chassis. Checking should be done following the steps
below.
1. Connect an accurate high voltage meter to the second anode of the picture tube.
2. Turn on the receiver. Set the BRIGHTNESS and CONTRAST controls to minimum (zero beam current).
3. High voltage must be measured below (B) kV.
Refer to table-1 for high voltage (B).
(See SETTING & ADJUSTING DATA on page 17)
GENERAL ADJUSTMENTS
SPECIFIC INFORMATIONS
4. V ary the BRIGHTNESS control to both extremes to be sure
the high voltage does not exceed the limit under any conditions.
FS CIRCUIT CHECK
The Fail Safe (FS) circuit check is indispensable for the final
check in servicing. Checking should be done following the
steps below.
1. Turn the receiver on and press the RESET button.
2. Temporarily short TP-(R) and TP-(X) with a jumper wire.
Raster and sound will disappear.
3. The receiver must remain in this state even after removing
the jumper wire. This is the evidence that the FS circuit is
functioning properly.
4. To obtain a picture again, temporarily turn the receiver off
and allow the FS circuit more than 5 seconds to reset.
Then turn the power switch on to produce a normal picture.
Troubleshooting Guide for Fail Safe Circuit
Check that the set returns to normal operation when pin 12
of Z801(or emitter of Q472) is grounded with jumper wire.
YES NO
Check the voltage across
Capacitor C471 is
approximately (C) volts.
Refer to table –4 for
FBT detection voltage (C).
YES
Defective Fail Safe Circuit
(See SETTING & ADJUSTING
DATA on page17)
NO
Faulty power
circuit or horizontal circuit.
– 16 –
CHAPTER 2 SPECIFIC INFORMATIONS
SETTING & ADJUSTING DATA
SAFETY INSTRUCTIONS
HIGH VOLTAGE AT ZERO BEAM: (A) 31.0 kV 31.9 kV
MAX HIGH VOLTAGE:
Table-1
SERVICE MODE
ADJUSTING ITEMS AND DATAS IN THE SERVICE MODE:
32" 36"
(B) 32.4 kV 33.3 kV
GENERAL ADJUSTMENTS
Item Name of Adjustments
RCUT
GCUT
BCUT
GDRV
BDRV
SCNT
BRTC
COLC
TNTC
SAVC
ATT
STVC
STRF
SPEC
WBAN
HPOS
R CUTOFF
G CUTOFF
B CUTOFF
G DRIVE
B DRIVE
SUB-CONTRAST
SUB-BRIGHT
SUB-COLOR
SUB-TINT
SAP VCO
ATTENUATOR
STEREO VCO
STEREO FILTER
SPECTRAL
STEREO SEPARATION
HORIZ. POSITION
Preset
Data
40H
40H
40H
40H
40H
08H
40H
40H
40H
20H
20H
20H
20H
20H
20H
16H
←
1DH
←
03H
27H
0EH
04H
←
←
←
←
←
←
←
←
←
Data
26H
02H
35H
17H
07H
08H
Data
32" 32"36" 36"
←
←
←
←
←
←
←
←
←
←
←
0AH
←
←
←
3AH
←
44H
←
←
←
←
←
←
←
←
←
←
←
←
←
←
Item Name of Adjustments
VPOS
HIT
LIN
VSC
WID
DPC
CNR
TRAP
PCOL
PHUE
VPS
VCP
HCP
VFC
DAC
PBRT
Table-2
VERT. POSITION
HEIGHT
V-LINEARITY
V-S CORRECTION
PICTURE WIDTH
E-W PARABOLA (DPC)
E-W CORNER
TRAPEZIUM
PIP COLOR
PIP TINT
V -SHIFT
V-COMPENSATION
H-COMPENSATION
V-F CORRECTION
DAC
–
Preset
Data
03H
1EH
06H
04H
18H
0AH
07H
09H
91H
09H
1BH
03H
00H
0FH
03H
0DH
←
←
SPECIFIC INFORMATIONS
←
←
←
←
←
←
←
←
DESIGN MODE
ADJUSTING ITEMS AND DATAS IN THE DESIGN MODE:
Item Name of adjustment Preset Data
OPT0
OPT1
CIRCUIT CHECKS
OPTION 1
OPTION 2
FBT DETECTION VOLTAGE
Table-3
Table-4
– 17 –
20H
80H
32"
22H
84H
(C) 22.3 V
Data
36"
A2H
84H
Remarks
LOCATION OF CONTROLS (Representative: 32A41)
Front Control
GENERAL ADJUSTMENTS
Remote Control
SPECIFIC INFORMATIONS
MUTE
RECALL
TV/VIDEO
VOLUME T/S
MENU TV / VIDEO VOLUME CHANNEL
T/S/t/s
MENU
CHANNEL s/t
POWER
POWER
Remote sensor
POWER indicator
RECALL MUTE
o
POWER
Back Term.
VIDEO VIDEO
L/
MONO
S-VIDEO
AUDIO
R
VIDEO-1 VIDEO-2
IN
POWER
Y
L
AUDIO
R
COLOR
STREAM
INPUT
C
C
OUT
ANT
VIDEO
L/
MONO
AUDIO
B
R
R
CHANNEL s/t
Menu s/t
TV/CABLE/VCR
Set to “TV” to control the TV.
FAV CH t/ sbutton
PIP function
1
2
4
5
8
7
100
TV
CABLE
VCR
REC
SLOW
0
CH
MENU/
VOL VOL
ENTER
CH
EXIT
TV/VCR
STOP
SOURCESTILL
REWPAUSE
PIP CH LOCATE SWAP
3
6
9
CH RTN
ENT
TV/VIDEOFAV CH
A
PLAY
PIP
FF
Channel Number
CH RTN
MENU
VOLUME
T/S
Menu T/S
EXIT
TV/VIDEO
– 18 –
PROGRAMMING CHANNEL MEMORY
The channel memory is a list of TV channel numbers your TV will stop on when you press the CHANNEL s or t button.
First, use the TV/CABLE and CH PROGRAM functions to preset all active channels in your area.
If necessary, arrange the preset channels with the ADD/ERASE functions so that you can tune into only desired channels.
TV/CABLE function
1 Press POWER to turn on the TV.
2 Press MENU repeatedly until the Setup menu is dis-
played on the screen.
3 Press t or s repeatedly until “TV/CABLE” is displayed
in purple.
4 Press T or S until the mode that corresponds to your TV
signal system is displayed in purple.
TV: TV broadcasts signals.
(VHF channels 2 through 13 and UHF channels 14
through 69)
CABLE: Cable TV signals.
(Cable channels 1 through 125)
CH PROGRAM function
1 Press MENU repeatedly until the Setup menu is dis-
played on the screen.
2 Press s or t repeatedly until “CH PROGRAM” is
displayed in purple.
3 Press T or S to start channel programming.
The TV will automatically cycle through all the TV or
CABLE channels depending on the mode selected, and
store active channels in the channel memory.
ADD/ERASE function
After performing the CH PROGRAM function, you can add
or erase specific channels.
1 Select the channel you want to erase using the CHAN-
NEL s or t button, or select the channel you want to
add using the Channel Number buttons.
2 Press MENU repeatedly until the Setup menu is dis-
played on the screen.
3 Press t or s repeatedly until “ADD/ERASE” is dis-
played in purple.
4 Press T or S :
To erase the channel
Press the button until “ERASE” is displayed in purple
indicating that the channel has been erased from the
memory.
To add the channel
Press the button until “ADD” is displayed in purple
indicating that the channel has been memorized.
5 Repeat steps 1 to 4 for other channels.
You have now completed the channel programming.
*Please refer to owner's manual in detail.
GENERAL ADJUSTMENTS
SPECIFIC INFORMATIONS
4 When channel programming is complete, you will see
the message on the screen.
5 Press CHANNEL s or t to make sure the channel
programming has been done properly.
– 19 –
GENERAL ADJUSTMENTS
SPECIFIC INFORMATIONS
CIRCUIT BLOCK DIAGRAM
– 20 –
CHASSIS AND CABINET REPLACEMENT PARTS LIST
WARNING: BEFORE SER VICING THIS CHASSIS, READ THE “X-RA Y RADIATION PRECAUTION”, “SAFETY PRE-
CAUTION” AND “PRODUCT SAFETY NOTICE” ON PAGE 3 OF THIS MANUAL.
CAUTION: The international hazard symbols “ ” in the schematic diag ram and the parts list designate com-ponents
which have special characteristics important for safety and should be replaced only with types identical to those in the
original circuit or specified in the parts list. The mounting position of replacements is to be identical with originals.
Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE. Do not degrade the
safety of the receiver through improper servicing.
NOTICE:
•
The part number must be used when ordering parts, in order to assist in processing, be sure to include the Model
number and Description.
•
The PC board assembly with * mark is no longer available after the end of the production.
Model : 32A41, 36A41
Capacitors ............. CD : Ceramic Disk PF : Plastic Film EL : Electrolytic
Resistors ............... CF : Carbon Film CC : Carbon Composition MF : Metal Film
OMF : Oxide Metal Film VR : Variable Resistor FR : Fusible Resistor
(All CD and PF capacitors are ±5%, 50V and all resistors, ±5%, 1/6W unless otherwise noted.)
Location
No.
CAPACITORSCAPACITORS
CAPACITORS
CAPACITORSCAPACITORS
C102 24793101 EL, 100?F, ±20%, 10V
C105 24212102 CD, 1000pF, ±10%
C106 24797479 EL, 4.7?F, ±20%, 50V
C107 24763221 EL, 220?F, ±20%, 16V
C201 24503041 PF, 0.1?F, 63V
C204 24797010 EL, 1?F, ±20%, 50V
C205 24794100 EL, 10?F, ±20%, 16V
C216 24797100 EL, 10?F, ±20%, 50V
C221 24232103 CD, 0.01?F, +80%, -20%
C222 24232103 CD, 0.01?F, +80%, -20%
C223 24232103 CD, 0.01?F, +80%, -20%
C224 24503041 PF, 0.1?F, 63V
C225 24503041 PF, 0.1?F, 63V
C226 24503041 PF, 0.1?F, 63V
C245 24206108 EL, 0.1?F, ±20%, 50V
C261 24503041 PF, 0.1?F, 63V
C262 24503041 PF, 0.1?F, 63V
C263 24503041 PF, 0.1?F, 63V
C305 24617912 EL, 2.2?F, ±10%, 50V (32A41)
C305 24617915 EL, 1?F, ±10%, 50V (36A41)
C306 24073058 EL, 2200?F, ±20%, 25V (32A41)
C306 24073059 EL, 3300?F, ±20%, 25V (36A41)
C307 24693273 PF, 0.027?F, 100V
C308 24668221 EL, 220?F, ±20%, 35V
C309 24591102 PF, 1000pF
C310 24796102 EL, 1000?F, ±20%, 35V
C311 24435820 CD, 82pF, 500V (32A41)
C311 24214102 CD, 1000pF, ±10%, 500V
C313 24082057 PF, 0.22?F, 100V
C314 24503041 PF, 0.1?F, 63V
C317 24214471 CD, 470pF, ±10%, 500V
C319 24212102 CD, 1000pF, ±10%
C320 24668101 EL, 100?F, ±20%, 35V
C323 24567474 PF, 0.47?F
C325 24567683 PF, 0.068?F
C326 24503041 PF, 0.1?F, 63V
C327 24617915 EL, 1?F, ±10%, 50V
C337 24797229 EL, 2.2?F, ±20%, 50V
C360 24793221 EL, 220?F, ±20%, 10V
Part No. Description
(36A41)
Location
No.
C370 24794101 EL, 100?F, ±20%, 16V
C371 24794100 EL, 10?F, ±20%, 16V
C403 24591103 PF, 0.01?F
C404 24797010 EL, 1?F, ±20%, 50V
C407 24503041 PF, 0.1?F, 63V
C410 24232103 CD, 0.01?F, +80%, -20%
C413 24214821 CD, 820pF, ±10%, 500V
C415 24567273 PF, 0.027?F
C416 24678010 EL, 1?F, ±20%, 200V
C417 24214391 CD, 390pF, ±10%, 500V
C419 24539474 PF, 0.47?F
C421 24794101 EL, 100?F, ±20%, 16V
C430 24232103 CD, 0.01?F, +80%, -20%
C431 24794101 EL, 100?F, ±20%, 16V
C439 24829433 PF, 0.043?F, 400V
* C440 24082958 PF, 7800pF, ±3%, 1500V
* C440 24082957 PF, 7500pF, ±3%, 1500V
* C442 24082920 PF, 0.39?F, 315V
* C444 24082611 PF, 6200pF, ±3%, 1800V
* C444 24082837 PF, 5600pF, ±3%, 1800V
C445 24828563 PF, 0.056?F, 200V
C446 24679100 EL, 10?F, ±20%, 250V
C448 24640908 EL, 33?F, ±20%, 160V
C449 24666102 EL, 1000?F, ±20%, 16V
C457 24591222 PF, 2200pF
C463 24212152 CD, 1500pF, ±10%
C464 24640872 EL, 10?F, ±20%, 100V
C466 24503041 PF, 0.1?F, 63V
* C467 24095881 PF, 0.018?F, ±3%, 630V
* C467 24095883 PF, 0.015?F, ±3%, 630V
C471 24797479 EL, 4.7?F, ±20%, 50V
C474 24794100 EL, 10?F, ±20%, 16V
C477 24503041 PF, 0.1?F, 63V
C478 24591563 PF, 0.056?F (32A41)
C480 24747220 EL, 22?F, ±20%, 50V
Part No. Description
(32A41)
(36A41)
(32A41)
(36A41)
(32A41)
(36A41)
SPECIFIC INFORMATIONS
– 21 –
Location
No.
Part No. Description
Location
No.
Part No. Description
C481 24567474 PF, 0.47?F
C482 24766478 EL, 0.47?F, ±20%, 50V
C499 24212102 CD, 1000pF, ±10%
C501 24436102 CD, 1000pF
C504 24591222 PF, 2200pF
C505 24353120 CD, 12pF, CH
C510 24763101 EL, 100?F, ±20%, 16V
C511 24232103 CD, 0.01?F, +80%, -20%
C512 24206228 EL, 0.22?F, ±20%, 50V
C582 24232103 CD, 0.01?F, +80%, -20%
C583 24762471 EL, 470?F, ±20%, 10V
C612 24794470 EL, 47?F, ±20%, 16V
C661 24212102 CD, 1000pF, ±10%
C662 24212102 CD, 1000pF, ±10%
C663 24794100 EL, 10?F, ±20%, 16V
C671 24667470 EL, 47?F, ±20%, 25V
C672 24667470 EL, 47?F, ±20%, 25V
C673 24669229 EL, 2.2?F, ±20%, 50V
C676 24503041 PF, 0.1?F, 63V
C677 24503041 PF, 0.1?F, 63V
C678 24669229 EL, 2.2?F, ±20%, 50V
C679 24667470 EL, 47?F, ±20%, 25V
C681 24667102 EL, 1000?F, ±20%, 25V
C682 24668101 EL, 100?F, ±20%, 35V
C683 24667102 EL, 1000?F, ±20%, 25V
C801 24503002 PF, 0.22?F, ±20%, AC275V
C802 24503001 PF, 0.1?F
C805 24092623 CD, 0.01?F, +80%, -20%,
SPECIFIC INFORMATIONS
C806 24092623 CD, 0.01?F, +80%, -20%,
C808 24667221 EL, 220?F, ±20%, 25V
C810 24086061 EL, 470?F, ±20%, 200V
C811 24092597 CD, 4700pF, ±20%, AC250V
C812 24092597 CD, 4700pF, ±20%, AC250V
C813 24092597 CD, 4700pF, ±20%, AC250V
C815 24092597 CD, 4700pF, ±20%, AC250V
C816 24092597 CD, 4700pF, ±20%, AC250V
C817 24092339 CD, 330pF, ±10%, 2kV
C818 24082402 PF, 2200pF, ±3%, 1250V
C821 24214471 CD, 470pF, ±10%, 500V
C822 24503041 PF, 0.1?F, 63V
C823 24212471 CD, 470pF, ±10%
C829 24591122 PF, 1200pF
C832 24794470 EL, 47?F, ±20%, 16V
C840 24795221 EL, 220?F, ±20%, 25V
C842 24792101 EL, 100?F, ±20%, 6.3V
C843 24797479 EL, 4.7?F, ±20%, 50V
C884 24086052 EL, 220?F, ±20%, 200V
C885 24214471 CD, 470pF, ±10%, 500V
C889 24796222 EL, 2200?F, ±20%, 35V
C891 24503041 PF, 0.1?F, 63V
C893 24092339 CD, 330pF, ±10%, 2kV
C898 24503045 PF, 0.22?F, 63V
C902 24092345 CD, 1000pF, ±10%, 2kV
C904 24436471 CD, 470pF
C905 24436471 CD, 470pF
C907 24436471 CD, 470pF
C909 24679220 EL, 22?F, ±20%, 250V
C910 24797478 EL, 0.47?F, ±20%, 50V
C911 24794100 EL, 10?F, ±20%, 16V
C912 24763471 EL, 470?F, ±20%, 16V
C913 24794100 EL, 10?F, ±20%, 16V
C914 24232103 CD, 0.01?F, +80%, -20%
AC250V
AC250V
C920 24214101 CD, 100pF, ±10%, 500V
C921 24232103 CD, 0.01?F, +80%, -20%
C922 24232103 CD, 0.01?F, +80%, -20%
CA13 24474101 CD, 100pF, ±10%
CA33 24232103 CD, 0.01?F, +80%, -20%
CA37 24474101 CD, 100pF, ±10%
CA38 24474101 CD, 100pF, ±10%
CA42 24794100 EL, 10?F, ±20%, 16V
CA43 24232103 CD, 0.01?F, +80%, -20%
CA44 24232103 CD, 0.01?F, +80%, -20%
CA68 24794100 EL, 10?F, ±20%, 16V
CA69 24232103 CD, 0.01?F, +80%, -20%
CB01 24797470 EL, 47?F, ±20%, 50V
CB60 24085944 EL, 2.2?F, ±20%, 50V,
Non-Polar
CB61 24591102 PF, 1000pF
CB62 24436561 CD, 560pF
CB63 24591122 PF, 1200pF
CB64 24763471 EL, 470?F, ±20%, 16V
CB65 24503041 PF, 0.1?F, 63V
CG02 24203220 EL, 22?F, ±20%, 16V
CG03 24503041 PF, 0.1?F, 63V
CG05 24797010 EL, 1?F, ±20%, 50V
CG06 24797479 EL, 4.7?F, ±20%, 50V
CG07 24206229 EL, 2.2?F, ±20%, 50V
CG08 24591473 PF, 0.047?F
CG09 24797478 EL, 0.47?F, ±20%, 50V
CG10 24503041 PF, 0.1?F, 63V
CG12 24206108 EL, 0.1?F, ±20%, 50V
CG14 24797010 EL, 1?F, ±20%, 50V
CG16 24704106 Tantalum, 10?F, ±20%, 16V
CG17 24797010 EL, 1?F, ±20%, 50V
CG18 24797010 EL, 1?F, ±20%, 50V
CG19 24797479 EL, 4.7?F, ±20%, 50V
CG20 24797010 EL, 1?F, ±20%, 50V
CG25 24797479 EL, 4.7?F, ±20%, 50V
CG26 24797479 EL, 4.7?F, ±20%, 50V
CG27 24591223 PF, 0.022?F
CG28 24797229 EL, 2.2?F, ±20%, 50V
CG29 24591102 PF, 1000pF
CG30 24206108 EL, 0.1?F, ±20%, 50V
CG31 24797229 EL, 2.2?F, ±20%, 50V
CG32 24591102 PF, 1000pF
CG33 24206108 EL, 0.1?F, ±20%, 50V
CG36 24206229 EL, 2.2?F, ±20%, 50V
CG37 24206229 EL, 2.2?F, ±20%, 50V
CG38 24206229 EL, 2.2?F, ±20%, 50V
CG39 24206229 EL, 2.2?F, ±20%, 50V
CG42 24206010 EL, 1?F, ±20%, 50V
CG44 24203100 EL, 10?F, ±20%, 16V
CG46 24203101 EL, 100?F, ±20%, 16V
CG71 24206229 EL, 2.2?F, ±20%, 50V (36A41)
CG72 24206229 EL, 2.2?F, ±20%, 50V (36A41)
CG73 24206229 EL, 2.2?F, ±20%, 50V (36A41)
CG74 24206229 EL, 2.2?F, ±20%, 50V (36A41)
CG76 24794100 EL, 10?F, ±20%, 16V (36A41)
CG77 24232103 CD, 0.01?F, +80%, -20%
(36A41)
CG78 24794101 EL, 100?F, ±20%, 16V (36A41)
CM51 24503041 PF, 0.1?F, 63V
CM55 24436101 CD, 100pF
CM58 24503041 PF, 0.1?F, 63V
CR01 24232103 CD, 0.01?F, +80%, -20%
CR02 24232103 CD, 0.01?F, +80%, -20%
– 22 –
Location
No.
Part No. Description
Location
No.
Part No. Description
CR03 24232103 CD, 0.01?F, +80%, -20%
CS70 24794220 EL, 22?F, ±20%, 16V
CS71 24794220 EL, 22?F, ±20%, 16V
CV01 24206108 EL, 0.1?F, ±20%, 50V
CV03 24206108 EL, 0.1?F, ±20%, 50V
CV05 24232103 CD, 0.01?F, +80%, -20%
CV07 24206108 EL, 0.1?F, ±20%, 50V
CV09 24206108 EL, 0.1?F, ±20%, 50V
CV11 24232103 CD, 0.01?F, +80%, -20%
CV13 24092398 CD, 0.1?F, +80%, -20%, 25V
CV29 24232103 CD, 0.01?F, +80%, -20%
CV31 24206108 EL, 0.1?F, ±20%, 50V
CV36 24794220 EL, 22?F, ±20%, 16V
CV38 24763221 EL, 220?F, ±20%, 16V
CV39 24232103 CD, 0.01?F, +80%, -20%
CV41 24591223 PF, 0.022?F
CV60 24763471 EL, 470?F, ±20%, 16V
CV61 24762471 EL, 470?F, ±20%, 10V
CZ03 24092743 Chip, 0.47?F,
CZ05 24109103 Chip, 0.01?F, ±10%
CZ07 24092730 Chip, 0.1?F, ±10%, 16V
CZ09 24105220 Chip, 22pF
CZ10 24105100 Chip, 10pF, ±0.5pF
CZ11 24105220 Chip, 22pF
CZ12 24109103 Chip, 0.01?F, ±10%
CZ13 24109103 Chip, 0.01?F, ±10%
CZ14 24203100 EL, 10?F, ±20%, 16V
CZ17 24109103 Chip, 0.01?F, ±10%
CZ19 24105181 Chip, 180pF
CZ20 24109103 Chip, 0.01?F, ±10%
CZ21 24109122 Chip, 1200pF, ±10%
CZ22 24203100 EL, 10?F, ±20%, 16V
CZ23 24109103 Chip, 0.01?F, ±10%
CZ24 24109103 Chip, 0.01?F, ±10%
CZ25 24203100 EL, 10?F, ±20%, 16V
CZ26 24109103 Chip, 0.01?F, ±10%
CZ28 24109103 Chip, 0.01?F, ±10%
CZ29 24109103 Chip, 0.01?F, ±10%
CZ30 24203100 EL, 10?F, ±20%, 16V
CZ31 24092730 Chip, 0.1?F, ±10%, 16V
CZ32 24105150 Chip, 15pF
CZ33 24105390 Chip, 39pF
CZ34 24105150 Chip, 15pF
CZ35 24105390 Chip, 39pF
CZ37 24203100 EL, 10?F, ±20%, 16V
CZ38 24203100 EL, 10?F, ±20%, 16V
CZ41 24105470 Chip, 47pF
CZ42 24105470 Chip, 47pF
CZ45 24105100 Chip, 10pF, ±0.5pF
CZ46 24436120 CD, 12pF
RESISTORSRESISTORS
RESISTORS
RESISTORSRESISTORS
R101 24382223 OMF, 22k ohm, 1W
R201 24366102 CF, 1k ohm
R202 24366102 CF, 1k ohm
R203 24366474 CF, 470k ohm
R207 24366101 CF, 100 ohm
R208 24366101 CF, 100 ohm
R209 24366101 CF, 100 ohm
R216 24366223 CF, 22k ohm
R223 24366471 CF, 470 ohm
R228 24366473 CF, 47k ohm
(36A41)
+80%, -20%, 10V
R238 24366473 CF, 47k ohm
R239 24366274 CF, 270k ohm
R240 24366562 CF, 5600 ohm
R241 24366682 CF, 6800 ohm
R245 24366104 CF, 100k ohm
R261 24366472 CF, 4700 ohm
R262 24366102 CF, 1k ohm
R263 24366472 CF, 4700 ohm
R264 24366102 CF, 1k ohm
R265 24366472 CF, 4700 ohm
R266 24366102 CF, 1k ohm
R271 24366101 CF, 100 ohm
R272 24366222 CF, 2200 ohm
R301 24366102 CF, 1k ohm
R303 24321109 MF, 1 ohm, 1/2W
R304 24366393 CF, 39k ohm (32A41)
R304 24366623 CF, 62k ohm (36A41)
R305 24322688 MF, 0.68 ohm, 1W (32A41)
R305 24322828 MF, 0.82 ohm, 1W (36A41)
R306 24366563 CF, 56k ohm (32A41)
R306 24366683 CF, 68k ohm (36A41)
R307 24366474 CF, 470k ohm (32A41)
R307 24366684 CF, 680k ohm (36A41)
R308 24383391 OMF, 390 ohm, 2W (32A41)
R308 24383821 OMF, 820 ohm, 2W (36A41)
R309 24553181 OMF, 180 ohm, 1W (32A41)
R310 24366153 CF, 15k ohm
R311 24366392 CF, 3900 ohm
R313 24366104 CF, 100k ohm
R314 24366105 CF, 1M ohm
R315 24366824 CF, 820k ohm
R317 24366102 CF, 1k ohm
R327 24339569 MF, 5.6 ohm, 2W (32A41)
R327 24339479 MF, 4.7 ohm, 2W (36A41)
R328 24366824 CF, 820k ohm (32A41)
R328 24366684 CF, 680k ohm (36A41)
R336 24383221 OMF, 220 ohm, 2W
R360 24366104 CF, 100k ohm
R361 24366473 CF, 47k ohm
R363 24366105 CF, 1M ohm (36A41)
R364 24366103 CF, 10k ohm (36A41)
R368 24545479 FR, 4.7 ohm, 1/4W
R369 24366391 CF, 390 ohm
R370 24321109 MF, 1 ohm, 1/2W
R371 24366103 CF, 10k ohm
R372 24366392 CF, 3900 ohm
R373 24366102 CF, 1k ohm
R374 24366163 CF, 16k ohm
R401 24366391 CF, 390 ohm
R403 24366622 CF, 6200 ohm
R405 24382682 OMF, 6800 ohm, 1W
R406 24366104 CF, 100k ohm
R407 24366103 CF, 10k ohm
R408 24366472 CF, 4700 ohm
R410 24366271 CF, 270 ohm
R411 24366561 CF, 560 ohm
R415 24553272 OMF, 2700 ohm, 1W
R416 24510432 Cement, 4300 ohm, 5W
R418 24383181 OMF, 180 ohm, 2W
R424 24546279 FR, 2.7 ohm, 1/2W
R425 24366561 CF, 560 ohm
R430 24366102 CF, 1k ohm
R431 24366103 CF, 10k ohm
R432 24366202 CF, 2k ohm
SPECIFIC INFORMATIONS
– 23 –
Location
No.
Part No. Description
Location
No.
Part No. Description
R441 24532102 FR, 1k ohm, 1W
R448 24338478 MF, 0.47 ohm, 1W
R456 24366103 CF, 10k ohm
R457 24366104 CF, 100k ohm
R460 24366333 CF, 33k ohm
R461 24366393 CF, 39k ohm
R462 24366561 CF, 560 ohm
R463 24322479 MF, 4.7 ohm, 1W
R464 24366102 CF, 1k ohm
R465 24366682 CF, 6800 ohm
R466 24366103 CF, 10k ohm
R467 24366474 CF, 470k ohm
R472 24381270 OMF, 27 ohm, 1/2W
R473 24366473 CF, 47k ohm
R474 24366184 CF, 180k ohm
* R475 24366391 CF, 390 ohm
R476 24366823 CF, 82k ohm
R477 24366273 CF, 27k ohm
* R478 24327133 MF, 13k ohm, ±1%, 1/4W
R481 24366333 CF, 33k ohm
* R482 24327472 MF, 4700 ohm, ±1%, 1/4W
R485 24338568 MF, 0.56 ohm, 1W
R486 24552820 OMF, 82 ohm, 1/2W
R487 24552301 OMF, 300 ohm, 1/2W
R488 24327183 MF, 18k ohm, ±1%, 1/4W
R489 24327183 MF, 18k ohm, ±1%, 1/4W
R490 24366102 CF, 1k ohm
R493 24366102 CF, 1k ohm
SPECIFIC INFORMATIONS
R494 24366471 CF, 470 ohm
R495 24366561 CF, 560 ohm
R501 24366333 CF, 33k ohm
R502 24366101 CF, 100 ohm
R503 24366101 CF, 100 ohm
R508 24366102 CF, 1k ohm
R509 24366102 CF, 1k ohm
R510 24366471 CF, 470 ohm
R511 24366471 CF, 470 ohm
R612 24366103 CF, 10k ohm
R613 24366222 CF, 2200 ohm
R614 24366102 CF, 1k ohm
R661 24366682 CF, 6800 ohm
R662 24366682 CF, 6800 ohm
R663 24366332 CF, 3300 ohm
R664 24366332 CF, 3300 ohm
R667 24366223 CF, 22k ohm
R668 24366103 CF, 10k ohm
R669 24366103 CF, 10k ohm
R676 24366229 CF, 2.2 ohm
R677 24366229 CF, 2.2 ohm
R808 24019483 PTC Thermistor, 7.0 ohm
R810 24568828 Cement, 0.82 ohm, ±10%, 7W
R814 24366103 CF, 10k ohm
R815 24552332 OMF, 3300 ohm, 1/2W
R818 24323479 MF, 4.7 ohm, 2W
R820 24322208 MF, 0.2 ohm, 1W
R821 24552470 OMF, 47 ohm, 1/2W
R823 24366152 CF, 1500 ohm
R829 24004945 MF, 0.18 ohm, 1W
R830 24322759 MF, 7.5 ohm, 1W
R831 24366561 CF, 560 ohm
R835 24552681 OMF, 680 ohm, 1/2W
R861 24553153 OMF, 15k ohm, 1W
R883 24366471 CF, 470 ohm
R884 24366471 CF, 470 ohm
R885 24366102 CF, 1k ohm
R888 24321228 MF, 0.22 ohm, 1/2W
R891 24366102 CF, 1k ohm
R898 24002000 CC, 3.9M ohm, ±10%, 1/2W
R901 24552102 OMF, 1k ohm, 1/2W
R902 24552102 OMF, 1k ohm, 1/2W
R903 24552102 OMF, 1k ohm, 1/2W
R904 24366103 CF, 10k ohm
R905 24366101 CF, 100 ohm
R911 24366150 CF, 15 ohm
R914 24366561 CF, 560 ohm
R915 24366301 CF, 300 ohm
R917 24366102 CF, 1k ohm
R918 24366820 CF, 82 ohm
R920 24000880 FR, 5.1 ohm, 1W (32A41)
R920 24000961 FR, 2.2 ohm, 2W (36A41)
R921 24366561 CF, 560 ohm
R922 24366301 CF, 300 ohm
R924 24366820 CF, 82 ohm
R925 24366102 CF, 1k ohm
R928 24366561 CF, 560 ohm
R929 24366301 CF, 300 ohm
R930 24366820 CF, 82 ohm
R932 24366272 CF, 2700 ohm
R934 24366391 CF, 390 ohm
R935 24366821 CF, 820 ohm
R936 24366750 CF, 75 ohm
R937 24366102 CF, 1k ohm
R939 24366101 CF, 100 ohm
R942 24366562 CF, 5600 ohm
R943 24366562 CF, 5600 ohm
R944 24366562 CF, 5600 ohm
R960 24383153 OMF, 15k ohm, 2W
R961 24383153 OMF, 15k ohm, 2W
R962 24383153 OMF, 15k ohm, 2W
R977 24366122 CF, 1200 ohm
R980 24366471 CF, 470 ohm
R981 24366821 CF, 820 ohm
R982 24366103 CF, 10k ohm
R983 24366222 CF, 2200 ohm
R984 24367152 CF, 1500 ohm, ±2%
R985 24367471 CF, 470 ohm, ±2%
R986 24367681 CF, 680 ohm, ±2%
R987 24367681 CF, 680 ohm, ±2%
R988 24367472 CF, 4700 ohm, ±2%
R989 24367472 CF, 4700 ohm, ±2%
R990 24366222 CF, 2200 ohm
R991 24367681 CF, 680 ohm, ±2%
RA03 24366102 CF, 1k ohm
RA04 24366102 CF, 1k ohm
RA07 24366102 CF, 1k ohm
RA08 24366102 CF, 1k ohm
RA09 24366102 CF, 1k ohm
RA10 24366102 CF, 1k ohm
RA13 24366103 CF, 10k ohm
RA15 24366102 CF, 1k ohm
RA16 24366102 CF, 1k ohm
RA17 24366102 CF, 1k ohm
RA18 24366102 CF, 1k ohm
RA21 24366102 CF, 1k ohm
RA22 24366331 CF, 330 ohm
RA23 24366331 CF, 330 ohm
RA24 24366331 CF, 330 ohm
RA25 24366331 CF, 330 ohm
– 24 –
Location
No.
Part No. Description
Location
No.
Part No. Description
RA26 24366102 CF, 1k ohm
RA27 24366102 CF, 1k ohm
RA33 24366103 CF, 10k ohm
RA34 24366102 CF, 1k ohm
RA35 24366102 CF, 1k ohm
RA36 24366102 CF, 1k ohm
RA37 24366331 CF, 330 ohm
RA38 24366331 CF, 330 ohm
RA40 24366101 CF, 100 ohm
RA41 24366101 CF, 100 ohm
RA61 24366103 CF, 10k ohm
RA62 24366103 CF, 10k ohm
RA67 24366472 CF, 4700 ohm
RA68 24366472 CF, 4700 ohm
RA70 24366333 CF, 33k ohm
RA71 24366683 CF, 68k ohm
RA72 24366223 CF, 22k ohm
RA73 24366103 CF, 10k ohm
RA051 24366103 CF, 10k ohm (36A41)
RB01 24366271 CF, 270 ohm
RB03 24366101 CF, 100 ohm
RB09 24366470 CF, 47 ohm
RB11 24366103 CF, 10k ohm
RB24 24366472 CF, 4700 ohm
RB25 24366472 CF, 4700 ohm
RB30 24366103 CF, 10k ohm
RB40 24366103 CF, 10k ohm
RB41 24366152 CF, 1500 ohm
RB42 24366102 CF, 1k ohm
RB43 24366103 CF, 10k ohm
RB44 24366103 CF, 10k ohm
RB45 24366181 CF, 180 ohm
RB46 24366101 CF, 100 ohm
RB60 24366101 CF, 100 ohm
RB61 24366244 CF, 240k ohm
RB62 24366133 CF, 13k ohm
RB63 24366392 CF, 3900 ohm
RB64 24366103 CF, 10k ohm
RB65 24366103 CF, 10k ohm
RB66 24366221 CF, 220 ohm
RB67 24366102 CF, 1k ohm
RG05 24366102 CF, 1k ohm
RG08 24366394 CF, 390k ohm
RG09 24366473 CF, 47k ohm
RG14 24366332 CF, 3300 ohm
RG15 24327153 MF, 15k ohm, ±1%, 1/4W
RG16 24366162 CF, 1600 ohm
RG17 24366472 CF, 4700 ohm
RG22 24366101 CF, 100 ohm
RG23 24366101 CF, 100 ohm
RG36 24366472 CF, 4700 ohm
RG37 24366472 CF, 4700 ohm
RG41 24366103 CF, 10k ohm
RG43 24366472 CF, 4700 ohm
RG44 24366222 CF, 2200 ohm
RG45 24545479 FR, 4.7 ohm, 1/4W
RG46 24552681 OMF, 680 ohm, 1/2W
RG71 24366222 CF, 2200 ohm (36A41)
RG72 24366222 CF, 2200 ohm (36A41)
RG73 24366222 CF, 2200 ohm (36A41)
RG74 24366222 CF, 2200 ohm (36A41)
RG75 24366473 CF, 47k ohm (36A41)
RG76 24366473 CF, 47k ohm (36A41)
RG77 24366223 CF, 22k ohm (36A41)
RG78 24366123 CF, 12k ohm (36A41)
RG79 24366103 CF, 10k ohm (36A41)
RG80 24366473 CF, 47k ohm (36A41)
RG81 24366473 CF, 47k ohm (36A41)
RG82 24366101 CF, 100 ohm (36A41)
RG84 24366101 CF, 100 ohm (36A41)
RM02 24366332 CF, 3300 ohm
RM50 24366103 CF, 10k ohm
RM56 24366332 CF, 3300 ohm
RR93 24366472 CF, 4700 ohm
RS21 24366472 CF, 4700 ohm
RS24 24366472 CF, 4700 ohm
RS60 24366101 CF, 100 ohm
RS61 24366222 CF, 2200 ohm
RS62 24366101 CF, 100 ohm
RS63 24366222 CF, 2200 ohm
RS64 24366102 CF, 1k ohm
RS65 24366102 CF, 1k ohm
RS66 24366102 CF, 1k ohm
RS68 24366223 CF, 22k ohm
RS69 24366223 CF, 22k ohm
RS70 24366104 CF, 100k ohm
RS71 24366104 CF, 100k ohm
RV01 24366750 CF, 75 ohm
RV02 24366750 CF, 75 ohm
RV03 24366750 CF, 75 ohm
RV04 24366750 CF, 75 ohm
RV05 24366750 CF, 75 ohm (36A41)
RV07 24366103 CF, 10k ohm
RV08 24366102 CF, 1k ohm
RV11 24366103 CF, 10k ohm
RV12 24366102 CF, 1k ohm
RV19 24366101 CF, 100 ohm
RV20 24366101 CF, 100 ohm
RV60 24552101 OMF, 100 ohm, 1/2W
RV61 24366101 CF, 100 ohm
RV62 24366750 CF, 75 ohm
RV63 24366221 CF, 220 ohm
RW02 24366750 CF, 75 ohm
RW03 24366750 CF, 75 ohm
RZ01 24872102 Chip, 1k ohm, 1/16W
RZ02 24872102 Chip, 1k ohm, 1/16W
RZ03 24872332 Chip, 3300 ohm, 1/16W
RZ04 24872122 Chip, 1200 ohm, 1/16W
RZ05 24872471 Chip, 470 ohm, 1/16W
RZ06 24872821 Chip, 820 ohm, 1/16W
RZ08 24872122 Chip, 1200 ohm, 1/16W
RZ09 24872101 Chip, 100 ohm, 1/16W
RZ10 24872471 Chip, 470 ohm, 1/16W
RZ12 24872332 Chip, 3300 ohm, 1/16W
RZ13 24872122 Chip, 1200 ohm, 1/16W
RZ14 24872821 Chip, 820 ohm, 1/16W
RZ15 24872821 Chip, 820 ohm, 1/16W
RZ17 24872471 Chip, 470 ohm, 1/16W
RZ18 24872122 Chip, 1200 ohm, 1/16W
RZ19 24872332 Chip, 3300 ohm, 1/16W
RZ20 24872101 Chip, 100 ohm, 1/16W
RZ22 24872471 Chip, 470 ohm, 1/16W
RZ29 24872331 Chip, 330 ohm, 1/16W
RZ30 24366102 CF, 1k ohm
RZ30 24872331 Chip, 330 ohm, 1/16W
COILS & TRANSFORMERSCOILS & TRANSFORMERS
COILS & TRANSFORMERS
COILS & TRANSFORMERSCOILS & TRANSFORMERS
L101 23289842 Coil, Peaking, TRF4220AT
SPECIFIC INFORMATIONS
– 25 –
Location
No.
Part No. Description
Location
No.
Part No. Description
L301 23103880 Coil (Ferrite Bead), TEM2011Y
L400 23238714 Coil, Peaking, TRF4100AJ
* L441 23233941 Coil, Linearity, TLN2157G
* L441 23233979 Coil, Linearity, TLN2206AG
L442 23248122 Coil, Choke, TLN3384D
* L461 23248115 Coil, Choke, TLN3367D
* L461 23248179 Coil, Choke, TLN3339AD
L463 23103880 Coil (Ferrite Bead), TEM2011Y
L501 23289844 Coil, Peaking, TRF4470AT
L501 23289101 Coil, Peaking, TRF4101AF
L502 23289844 Coil, Peaking, TRF4470AT
L805 23248227 Coil, Choke, TLN3481AD
L806 23248227 Coil, Choke, TLN3481AD
L815 23103880 Coil (Ferrite Bead), TEM2011Y
L883 23103880 Coil (Ferrite Bead), TEM2011Y
L885 23248073 Coil, Choke, TLN3299D
L886 23103880 Coil (Ferrite Bead), TEM2011Y
L901 23200376 Coil, Degaussing, TSB-2304CK
L901 23200335 Coil, Degaussing, TSB-2362CP
L902 23289221 Coil, Peaking, TRF4221AF
SPECIFIC INFORMATIONS
L903 23289221 Coil, Peaking, TRF4221AF
L904 23289221 Coil, Peaking, TRF4221AF
L910 23237991 Coil, Peaking, TRF4479AC
LA01 23289100 Coil, Peaking, TRF4100AF
LB01 23262280 Coil, IF, TRF1196D
LV01 23289840 Coil, Peaking, TRF4100AT
LV98 23103852 Coil, Filter, TEM2028AH
LV99 23103852 Coil, Filter, TEM2028AH
LZ01 23238710 Coil, Peaking, TRF4220AJ
LZ02 23238714 Coil, Peaking, TRF4100AJ
LZ03 23238714 Coil, Peaking, TRF4100AJ
LZ04 23238714 Coil, Peaking, TRF4100AJ
LZ05 23238714 Coil, Peaking, TRF4100AJ
LZ08 23238707 Coil, Peaking, TRF4390AJ
LZ11 23238710 Coil, Peaking, TRF4220AJ
LZ11 23289836 Coil, Peaking, TRF42R2AT
LZ12 23238710 Coil, Peaking, TRF4220AJ
T401 23224367 Transformer, Horiz. Drive,
* T461 23236540 Transformer, Flyback,
* T461 23236492 Transformer, Flyback,
* T461 23236675 Transformer, Flyback,
T801 23211739 Line Filter, TRF3229AL
T840 23213513 Transformer, Power,
T862 23217460 Transformer, Converter,
SEMICONDUCTORSSEMICONDUCTORS
SEMICONDUCTORS
SEMICONDUCTORSSEMICONDUCTORS
Q202 23114528 Transistor, 2SC1740S, Q
Q203 23114528 Transistor, 2SC1740S, Q
Q204 A6002040 Transistor, RN1204
Q205 A6002040 Transistor, RN1204
(32A41)
(36A41)
(32A41)
(36A41)
(32A41)
(36A41)
(32A41)
(36A41)
TLN1098AH
TFB4132ED (32A41)
TFB4132XD (36A41)
TFB4132EY (36A41)
TPW1459AZ
TPW3445AE
Q301 B0378560 IC, TA8427K (32A41)
Q301 23319787 IC, LA7833S (36A41)
Q301B 72471082 Screw, BRDT2W3X10 SZN
Q360 23114528 Transistor, 2SC1740S, Q
(36A41)
Q361 23314444 Transistor, 2SC4721P
Q370 23114530 Transistor, 2SA933S-Q
Q402 A6330069 Transistor, 2CS2482 FA-1
Q403 23314444 Transistor, 2SC4721P
Q404 A6873777 Transistor, 2SD2553
Q404B 72471082 Screw, BRDT2W3X10 SZN
Q421 23314141 Transistor, 2SC3852
Q421B 23035308 Screw, BTB3X8SZN
Q460 23314938 Transistor, 2SD2493(P)
Q460B 72471082 Screw, BRDT2W3X10 SZN
Q461 23114530 Transistor, 2SA933S-Q
Q471 A6534020 Transistor, 2SA1015-O
Q472 23114528 Transistor, 2SC1740S, Q
Q480 A6532853 Transistor, 2SA949-Y(C)
Q481 23114528 Transistor, 2SC1740S, Q
Q482 23114528 Transistor, 2SC1740S, Q
Q483 A6012010 Transistor, RN2201
Q501 B01A0007 IC, TA1310N
Q503 23114528 Transistor, 2SC1740S, Q
Q610 B01A0068 IC, TA8265K
Q610B 70391356 Screw, BITTB3X10 SZN
Q611 A6342200 Transistor, 2CS2878-A
Q612 23314962 Transistor, KTA1266 Y
Q613 A6342200 Transistor, 2CS2878-A
Q801 23135012 IC, STR-G6624
Q801B 72471082 Screw, BRDT2W3X10 SZN
Q830 23314707 Transistor, 2SD1944, H
Q830B 23035308 Screw, BTB3X8SZN
Q840 23318299 IC, L78MR05
Q843 A6002050 Transistor, RN1205
Q862 A8643112 Photo Coupler, TLP621(GRL-L
* Q883 23000352 IC, SE125N, LF4
Q901 A6368700 Transistor, 2CS4544
Q902 A6317440 Transistor, 2SC1815-Y
Q903 A6368700 Transistor, 2CS4544
Q904 A6317440 Transistor, 2SC1815-Y
Q905 A6368700 Transistor, 2CS4544
Q906 A6317440 Transistor, 2SC1815-Y
Q907 23114530 Transistor, 2SA933S-Q
Q908 A6321240 Transistor, 2SC2120-Y
Q910 23114528 Transistor, 2SC1740S, Q
Q911 23114528 Transistor, 2SC1740S, Q
Q912 23114530 Transistor, 2SA933S-Q
Q913 23114530 Transistor, 2SA933S-Q
Q914 23114528 Transistor, 2SC1740S, Q
QA01 23000773 IC, 8700CPN-XXXX
QA02 70129486 IC, AT24C08-10PC
QB01 23114528 Transistor, 2SC1740S, Q
QB03 A6002050 Transistor, RN1205
QB23 23114528 Transistor, 2SC1740S, Q
QB30 23114528 Transistor, 2SC1740S, Q
QB40 23114528 Transistor, 2SC1740S, Q
QB60 23114530 Transistor, 2SA933S-Q
QB61 23114528 Transistor, 2SC1740S, Q
QB62 23114528 Transistor, 2SC1740S, Q
QG01 23906499 IC, ?PC1851BCU
QG05 A6333346 Transistor, 2SC2655-Y(C)
QG70 23000043 IC, TC4053BP(N) (36A41)
QG71 23314965 Transistor, KTC3198 Y (36A41)
– 26 –
Location
No.
Part No. Description
Location
No.
Part No. Description
QM53 23314360 Transistor, DTC143TN
QS60 23314965 Transistor, KTC3198 Y
QS61 23314965 Transistor, KTC3198 Y
QS62 A6012040 Transistor, RN2204
QS63 A6342200 Transistor, 2CS2878-A
QS64 A6342200 Transistor, 2CS2878-A
QV01 23906364 IC, MM1313BD
QV60 23114528 Transistor, 2SC1740S, Q
QZ01 B0410895 IC, TC90A49P
QZ02 A6541130 Transistor, 2SA1162-Y
QZ03 A6541130 Transistor, 2SA1162-Y
QZ04 A6541130 Transistor, 2SA1162-Y
QZ05 A6335470 Transistor, 2SC2712-Y
QZ06 A6541130 Transistor, 2SA1162-Y
QZ07 A6541130 Transistor, 2SA1162-Y
QZ08 A6335470 Transistor, 2SC2712-Y
QZ11 23114528 Transistor, 2SC1740S, Q
D101 23316755 Diode, Zener, MTZJ33C
D201 23118859 Diode, 1SS133
D221 23118859 Diode, 1SS133
D222 23118859 Diode, 1SS133
D225 23316686 Diode, Zener, MTZJ9.1A
D226 23316686 Diode, Zener, MTZJ9.1A
D301 23118095 Diode, ERB44-06, E
D302 23118094 Diode, EU2A, LF-F10
D308 23118822 Diode, ERB12-02 (32A41)
D309 23118822 Diode, ERB12-02 (32A41)
D310 23118859 Diode, 1SS133
D313 23118859 Diode, 1SS133
D314 23118859 Diode, 1SS133 (36A41)
D315 23118859 Diode, 1SS133 (36A41)
D316 23316673 Diode, Zener, MTZJ5.6C
(36A41)
D316 23316679 Diode, Zener, MTZJ6.8C
(36A41)
D370 23316672 Diode, Zener, MTZJ5.6B
D371 23118859 Diode, 1SS133
D406 23118094 Diode, EU2A, LF-F10
D408 A7580658 Diode, 3JH41
D409 23316690 Diode, Zener, MTZJ10B
D411 23316684 Diode, Zener, MTZJ8.2B
D421 23316665 Diode, Zener, MTZJ4.7A
D422 23316669 Diode, Zener, MTZJ5.1B
D430 23316720 Diode, Zener, MTZJ12C
D441 23316687 Diode, Zener, MTZJ9.1B
D461 23316582 Diode, ERC20-06
D461B 70391356 Screw, BITTB3X10 SZN
D464 23316648 Diode, Zener, MTZJ2.2A
D466 23316653 Diode, Zener, MTZJ2.7B
D467 23118095 Diode, ERB44-06, E
D471 23118095 Diode, ERB44-06, E
* D472 23115774 Diode, Zener, RD6.2E(4)
D473 23118859 Diode, 1SS133
D480 23316727 Diode, Zener, MTZJ16A
D611 23118859 Diode, 1SS133
D612 23118859 Diode, 1SS133
D801 23316391 Diode, D3SB60, 4109
D805 23118859 Diode, 1SS133
D806 23118094 Diode, EU2A, LF-F10
D807 23118859 Diode, 1SS133
D810 23316269 Diode, AK04
D815 23316746 Diode, Zener, MTZJ27B
D830 23316673 Diode, Zener, MTZJ5.6C
D840 23316962 Diode, S1WBA20 4101
D845 23118859 Diode, 1SS133
D881 23118859 Diode, 1SS133
D883 23357344 Diode, RU3AM LF-C1
D885 23118094 Diode, EU2A, LF-F10
D899 24019485 Varistor, TNR10V431K35
D901 23118859 Diode, 1SS133
D902 23118859 Diode, 1SS133
D903 23118859 Diode, 1SS133
D904 23118859 Diode, 1SS133
D905 23118859 Diode, 1SS133
D906 23118859 Diode, 1SS133
D911 23118095 Diode, ERB44-06, E
DA42 23316672 Diode, Zener, MTZJ5.6B
DB03 23358522 Diode (LED), SIR-56SB3F
DB30 23118859 Diode, 1SS133
DB45 23118859 Diode, 1SS133
DE50 23358501 Diode (LED), SCL003URC5F
DG02 23316690 Diode, Zener, MTZJ10B
DV01 23316686 Diode, Zener, MTZJ9.1A
DV03 23316686 Diode, Zener, MTZJ9.1A
DV05 23316686 Diode, Zener, MTZJ9.1A
DV07 23316686 Diode, Zener, MTZJ9.1A
DV09 23316686 Diode, Zener, MTZJ9.1A
DV13 23316686 Diode, Zener, MTZJ9.1A
(36A41)
MISCELLANEOUSMISCELLANEOUS
MISCELLANEOUS
MISCELLANEOUSMISCELLANEOUS
B231 23035412 Screw, BTB 4X12 SZN
B232 23037312 Screw, BTBW 3X12 SZN
F470 23144785 Fuse, 1.25A, 125V
F470A 23165433 Holder, Fuse
F801 23144888 Fuse, 5.0A, 125V
F801A 23165433 Holder, Fuse
F802 23144733 Fuse, 3.15A-T, 125V, Mini
F802A 23165433 Holder, Fuse
G217 24366333 CF, 33k ohm
G500 23289840 Coil, Peaking, TRF4100AT
G501 24366101 CF, 100 ohm
G816 23103880 Coil (Ferrite Bead), TEM2011Y
G890 23280016 Coil, Peaking, TRF4100AZ
G890A 23960136 Adhesive, TSE3843-W
G891 23280016 Coil, Peaking, TRF4100AZ
G908 23289100 Coil, Peaking, TRF4100AF
GR01 24366470 CF, 47 ohm
GR02 24366101 CF, 100 ohm
GR03 24366101 CF, 100 ohm
KB01 23906805 Remote Sensor, PIC-TB17
P801 23372115 Power Cord
P910 23164725 Plug, 2P
PV01 23365818 Jack, SVHS
PV02 23365990 Jack, 6P
PV03 23365991 Jack, 5P
PZ01 23368130 Plug, 10P
PZ01A 23902745 Socket, B-B, 10P
SA01 23145227 Switch, Push, 1C1P
SA02 23145227 Switch, Push, 1C1P
SA03 23145227 Switch, Push, 1C1P
SA04 23145227 Switch, Push, 1C1P
SA05 23145227 Switch, Push, 1C1P
SA06 23145227 Switch, Push, 1C1P
SA07 23145227 Switch, Push, 1C1P
SR81 23146564 Relay, DC12V
V901A 23902068 Socket, CRT, 10P
SPECIFIC INFORMATIONS
– 27 –
Location
No.
Part No. Description
Location
No.
Part No. Description
W661 23351088 Speaker, SPK-1360,
W662 23351088 Speaker, SPK-1360,
X401 23153721 Ceramic Resonator, 503kHz,
X501 23153961 Crystal, 3.58MHz
XA01 23153504 Ceramic Resonator, 8.00MHz,
PC BOARD ASSEMBLIESPC BOARD ASSEMBLIES
PC BOARD ASSEMBLIES
PC BOARD ASSEMBLIESPC BOARD ASSEMBLIES
U901 23782922 CRT Drive Board, PB8625A
*
U901 23783079 CRT Drive Board, PB8625D
*
U902 23785951 Main Board, PD0004A
*
U903 23785952 Front Board, PD0005 (36A41)
*
UZ01 23784601 DIG COM Board, PB9398
*
PICTURE TUBEPICTURE TUBE
PICTURE TUBE
PICTURE TUBEPICTURE TUBE
* V901 23312737 Picture Tube, A81AGZ50X01
* V901 23312923 Picture Tube, A90AKB50X02V
TUNERTUNER
TUNER
TUNERTUNER
H001 23321404 Tuner, EL961L
SPECIFIC INFORMATIONS
ACCESSORIESACCESSORIES
ACCESSORIES
ACCESSORIESACCESSORIES
K912 23306359 Remote Hand Unit, CT-90037
AT03 23588307 Battery Cover
Y101 23565217 Owner’s Manual, English,
Y101 23565241 Owner’s Manual, English,
Y101F 23565218 Owner’s Manual, French,
Y101F 23565242 Owner’s Manual, French,
60X120mm, 8 ohm
60X120mm, 8 ohm
TCR1023
TCR1056BM
(32A41)
(36A41)
(32A41)
(36A41)
32A41
36A41
32A41
36A41
CABINET PARTSCABINET PARTS
CABINET PARTS
CABINET PARTSCABINET PARTS
A201 23549928 Front Cover (32A41)
A201 23540611 Front Cover (36A41)
A213 23427939 Door (36A41)
A221 23104044 Lens (32A41)
A221 23104060 Lens (36A41)
A222 23104043 Filter (32A41)
A222 23104061 Filter (36A41)
A223 23445475 Button (36A41)
A411 23549930 Back Cover (32A41)
A431 23540477 Back Cover (36A41)
A701 23525037 Container (32A41)
A701 23064519 Container (36A41)
A703 23946024 Packing, Top (32A41)
A703 23946145 Packing, Top (36A41)
A708 23946025 Packing, Bottom (32A41)
A708 23946146 Packing, Bottom (36A41)
– 28 –
MAIN BOARD PD0004A
BOTTOM (FOIL) SIDE
– 29 – – 30 –
CRT DRIVE BOARD PB8625A
E
C
B
B
C
E
E
C
B
BOTTOM (FOIL) SIDE
TERMINAL VIEW OF TRANSISTORS
FRONT BOARD PD0005
BOTTOM (FOIL) SIDE
DIGI-COMB BOARD PB9398
BOTTOM (FOIL) SIDE
2SD2253
(old)
2SC5243
RN2203
RN2201
RN2004
RN1203
RN1204
RN2204
RN1205
RN1202
RN1201
2SC3852
2SD1763A
2SC1569
2SC4544
2SA1788
2SA1306
2SA1186A
B
C
E
2SD1554
2SD2253
2SD1556
2SC5143
2SD2553
B
C
E
2SC752GTM
2SC2482
2SC2655
2SC4721P
E
C
B
ON4409
B
C
E
2SC752
2SA562TM
2SA1015
2SC1815
2SC2878
2SC1740S
2SC2120
2SA9335
E
C
B
2SA1788
– 31 –
– 32 –
SPECIFICATIONS
TELEVISION SYSTEM NTSC standard
CHANNEL COVERAGE VHF: 2 through 13
UHF: 14 through 69
Cable TV: mid band (A-8 through A-1, A through I)
super band (J through W)
hyper band (AA through ZZ, AAA, BBB)
ultra band (65 through 94, 100 through 125)
POWER SOURCE 120V AC, 60Hz (32A41: 96W, 36A41: 92W)
AUDIO POWER 5W + 5W
SPEAKER TYPE 2-3/8 x 4-3/4 inches (60 x 120 mm)
VIDEO/AUDIO TERMINALS S-VIDEO INPUT (VIDEO1)
Y-INPUT: 1V (p-p), 75 ohm, negative sync.
C-INPUT: 0.286V (p-p) (burst signal), 75 ohm
VIDEO/AUDIO INPUT (VIDEO1/VIDEO2)
VIDEO: 1V(p-p), 75 ohm, negative sync.
AUDIO: 150mV(rms) (30% modulation equivalent, 47k ohm)
ColorStream
Y: 1V (p-p), 75 ohm
: 0.7V (p-p), 75 ohm
C
R
: 0.7V (p-p), 75 ohm
C
B
VIDEO/AUDIO OUTPUT
VIDEO: 1V(p-p), 75 ohm, negative sync.
AUDIO: 150mV(rms) (30% modulation equivalent, 4.7k ohm)
TM
(component video) INPUT
SPECIFIC INFORMATIONS
DIMENSIONS Width 30-5/8 inches (778mm)
Height 27-9/32 inches (693mm)
Depth 22-41/64 inches (575mm)
MASS 121.7 lbs (55.2 kg)
SUPPLIED ACCESSORIES Remote Control with 2 size “AA” batteries
*Please refer to owner's manual in detail.
– 33 –
TOSHIBA CORPORATION
1-1, SHIBAURA 1-CHOME, MINATO-KU, TOKYO 105-8001, JAPAN
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