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SERVICE POSITION ................................................................................................................................................ 9
SERVICE MODE .................................................................................................................................................... 10
SETTING & ADJUSTING DATA .............................................................................................................................. 30
LOCATION OF CONTROLS ...................................................................................................................................31
CHASSIS AND CABINET REPLACEMENT PARTS LIST ......................................................................................34
PC BOARDS BOTTOM VIEW................................................................................................................................. 52
TERMINAL VIEW OF TRANSISTORS ................................................................................................................... 62
SPECIFICATIONS .............................................................................................................................................. END
APPENDIX:
CIRCUIT DIAGRAM
-
2
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CHAPTER 1 GENERAL ADJUSTMENTS
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 above the specified limit. The nominal value
of the high voltage of this receiver is (A) kV at zero beam
current (minimum brightness) under a (C) V AC power source.
The high voltage must not, under any circumstances, exceed (B) kV.
Refer to table-1 for high voltage (A), (B) & AC voltage (C).
(See SETTING & ADJUSTING DATA on page 30)
Each time a receiver requires servicing, the high voltage
should be checked following the HIGH VOLTAGE 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
WARNING : Service should not be attempted by anyone unfamiliar with the necessary precautions on this receiver. The following
are the necessary precautions to be observed before servicing this chassis.
1. An isolation transformer should be connected in the power line between the receiver and the AC line before 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; nonmetallic control knobs, insulating covers, shields, isolation resistor-capacitor network etc.
2. The only source of X-RAY RADIATION in this TV receiver
is the picture tube. For continued X-RAY RADIATION protection, the replacement tube must be exactly the same
type tube as specified in the parts list.
3. 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 NOTICE below.
PRODUCT SAFETY NOTICE
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 by 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.
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3
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CRT ASSEMBLY REPLACEMENT AND MOUNTING
CAUTION : DO NOT LOOSEN THE HEX HEAD BOLTS WITH SPRINGS (12 PCS), BECAUSE THOSE ARE FOR
SEALING OF CRT COOLANT.
8 o'clock
Lens Assembly
RGB
4 o'clock
Attention Serviceman
The Hex Head
Bolts with
Springs. (see
sketch) used on
CRT assembly,
are “NOT”
Adjustment Screws
DO NOT LOOSEN-FLUID
LEAKAGE WILL OCCUR.
4 Screws
4 Screws
CRT Assembly
CRT Anode Cap Assembly
S.V.M. Coil
CRT DRIVE Board
CRT Mounting
Deflection Yoke and Conver Yoke
Lens and Neck Components View
-
4
-
TO REMOVE CRT (Same procedure for R, G, B)
1. Remove CRT DRIVE Board, S. V. M. COIL and
DEF. YOKE from CRT.
2. Remove Lens Assembly.
3. Detach CRT Anode Cap from CRT.
4. Remove CRT Assembly from CRT Mounting.
CRT REPLACEMENT (Same procedure for R, G, B)
Reverse the removal procedures except the followings.
1. Anode Cable should be replaced with new one.
See "SERVICING PRECAUTIONS" shown below.
2. Install silicon (T461B) to the CRT, replace the Anode
cable and put enough silicon again on around the Anode Cap as illustrated.
CAUTION: Align the Anode cable as illustrated on page
4.
ADJUSTING PROCEDURE IN REPLACING CRT
1. R.G.B. CUTOFF (SCREEN VR) ADJUSTMENT (page 6.)
2. R.G.B. FOCUS ADJUSTMENT (page 6.)
3. PICTURE TILT ADJUSTMENT (page 7.)
4. USER CONVERGENCE CENTER CHECK
(Refer to owner's manual.)
5. CENTERING ADJUSTMENT (page 7.)
6. CONVERGENCE ADJUSTMENT (page 21.)
7.
WHITE BALANCE ADJUSTMENT (page 14.)
Adjustments are complete.
Anode Cap
Silicon
(On shaded area)
TSE3843W #23960136
2 ~ 5 mm
SERVICING PRECAUTIONS
■ Do not use a magnetized screw driver for screws
of Deflection Yoke and Velocity Modulation Coil to
avoid magnetization of electron gun.
Magnetization of electron gun will degrade basic
function and result in unbalance of right and left
shift of user static convergence, and result in no
variable quantity.
Screw for
D.Y
15 ~ 25 mm
■ When replacing the anode cap assembly (CRT) or
anode lead assembly (F.B.T.), remove the anode
lead holder from old one and attach the holder
again to new anode lead.
■ Check the point of anode lead in a straight
line, if it is winding, please revise it.
Anode lead holder
Screw for SVM coi
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5
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WARNING: BEFORE SERVICING THIS CHASSIS, READ THE "X-RAY RADIATION PRECAUTION", "SAFETY PRE-
CAUTION" AND "PRODUCT SAFETY NOTICE" ON PAGE 3 OF THIS MANUAL.
PICTURE TUBE COMPONENTS ADJUSTMENT
ADJUSTING PROCEDURE IN REPLACING CRT
Cutoff
Lens focus
Electrical focus
Yoke horizontal
DESCRIPTION OF NECK COMPONENTS
2
S.V.M. COIL
1 Deflection yoke and convergence yoke.
The position on the neck is required most front (CRT funnel side) and the screw is fastened after rotating yoke
adjusting picture tilt.
User convergence center check
Centering (PAL)
Convergence adjustment
(PAL/NTSC)
White balance
Sub bright adjustment
End
1
2 Centering magnet
After adjusting picture tilt, picture position is finally fixed
by this magnet.
In order to get maximum margin of user convergence control for center of screen, this magnet have to be used for
center convergence adjustment.
RGB FOCUS ADJUSTMENT
1. Call-up the adjustment mode (see page 10)
2. Press a button on the remote controller in order to display
the internally-generated cross-hatch (See TEST SIGNAL
SELECTION on page 11.)
3. Expose only RED by covering the GREEN and BLUE
lenses with caps.
4. Loosen the RED lens fixing screws (refer to Fig. a), and
adjust the RED lens focus to obtain the sharpest point
while observing the middle and peripheral sections of the
screen.
Fig. a
5. Use the focus VR of “R” of the focus pack in order to adjust
the electric focus in the middle and peripheral sections of
the screen to its sharpest level.
6. Check the RED focus of the whole screen and if necessary
repeat steps 4 and 5.
7. Fix the RED lens by tightening its fixing screws.
8. Expose only GREEN by covering the RED and BLUE
lenses with caps.
9. Display the internally-generated cross-hatch signal.
10. Adjust the GREEN lens focus on the left border of the
screen to its sharpest level, then check the focus on the
right border, and if it is at its sharpest level, fix it in that
position by tightening the lens screws.
PREPARATION
Operate the receiver for at least 5 minutes.
R, G, B CUTOFF (SCREEN VR) ADJUSTMENT
1. Adjust before replace the screen assembly.
2. Set user control to reset position.
CONTRAST → Max
(
BRIGHTNESS, COLOR, TINT → Center.
3. Call up the adjustment mode display, then select the
item RCUT.
4. Adjust the data of items RCUT, GCUT, and BCUT to
"40H".
5. Press the
6. Gradually rotate R, G and B screen volume of FOCUS
PAC clockwise or counterclockwise until the raster
appears slightly on the CRT through the each lens, and
leave them.
(Lookin to the lens in order to check the raster.)
7. Press the
Picture)
button on Remote. (Y-MUTE : ON)
button on Remote. (Return to Normal
(1) If the horizontal line toward the right border is red-
flared, turn the lens screw slightly right in order to
balance it with the left border. (After adjustment, the
left border tends to be slightly green-flared, and the
right border tends to be slightly red-flared.)
(2) If the horizontal line toward the right border is green-
)
Note: The aim of the above-described adjustment procedure
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6
flared, turn the lens screw slightly left in order to
balance it with the left border. (After adjustment, the
left border tends to be slightly red-flared, and the
right border tends to be slightly green-flared.)
for the Green lens focus is to obtain the best lens focus
after 2 - 3 hours of warming up taking into account the
focus drift; it applies if the warming up time before the
adjustment is less than 30 minutes. (The horizontal line
in the screen middle section tends to be slightly redflared.)
-
In case of warming up of more than 2 hours under a condition
that the large anode current is running through the projection
tube so that for example the all-white pattern appears, adjust
to obtain the sharpest focus while observing the whole screen
like in the RED case.
11. Press a button on the remote controller in order to display
the internally-generated black cross-hatch. (See TEST
SIGNAL SELECTION on page 11.)
12. Use the focus VR of “G” of the focus pack in order to adjust the electric focus in the middle section of the screen
to its sharpest level.
Note: Keep in mind that only the BLUE electric focus is ad-
justed with the black cross-hatch.
20. Check the BLUE focus of the whole screen and if necessary repeat steps 17 and 19.
21. Fix the BLUE lens by tightening its fixing screws.
TILT ADJUSTMENT
Rotate R, G, B deflection yoke so that picture becomes horizon, then fasten screw.
CENTERING ADJUSTMENT
1. Stretch a thread between two center of screen edge (top
and bottom, left and right).
Note: Normally the most clearly visible point of the scanning
line is the sharpest point of the Green focus, however as
the characteristics vary depending on the projection tube,
the sharpest focus points of the vertical and horizontal
lines may not match each other, thus when you turn the
focus VR, if the picture tends to be tremendously unstable
(rolls horizontally or vertically), adjust the balance of the
vertical and horizontal lines to its best position.
13. Check the GREEN focus of the whole screen and if
necessary repeat steps 10 and 11.
14. Fix the GREEN lens by tightening up its fixing screws.
15. Expose only BLUE by covering the RED and GREEN
lenses with caps.
16. Press a button on the remote controller in order to display
the internally-generated cross-hatch (See TEST SIGNAL
SELECTION on page 11.)
17. Loosen the BLUE lens fixing screws (refer to Fig. a), and
adjust the BLUE lens focus while observing the middle
and peripheral screen sections.
18. Press a button on the remote controller in order to display
the internally-generated black cross-hatch (See TEST SIGNAL SELECTION on page 11.)
19. Use the focus VR of “B” of the focus pack in order to adjust
the focus in the middle section of the screen to its sharpest
level.
(The point of the Blue focus becomes sharpest when the
brightness level of BLUE is lowest, the cross-hatch is
clearly visible.)
2. Select the adjustment mode. (See page 10.)
3. Press a button on the Remote Control to display the black
cross-hatch.
4. Adjust G centering magnet so that the cross-hatch pattern center comes to screen center.
5. Perform HEIGHT adjustment . (See page 14.)
6. Perform WIDTH adjustment. (See page 14.)
7. Check whole quality of green line.
8. Adjust R, B centering magnet so that the cross-hatch pattern center comes to screen center.
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7
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LOCATION OF SCREEN AND FOCUS VR'S
To remove the Speaker grille and Front panel.
Speaker grille
RGB
SCREEN VR's
FOCUS VR's
REPLACEMENT OF HIGH VOLTAGE CABLE
ANODE LEAD
RUBBER BOOT
LEAD HOLDER
Fig. a
Z450 TPA5007
1. When replacing Anode Lead or Anode Cap with new
one, remove Lead Holder from old lead as shown in
figure below, and put it on new lead. Do not throw away
Lead Holder.
NOTE : THE LEAD HOLDER IS ATTACHED TO
TPA5011AH (Z450), BUT IS NOT ATTACHED
TO ANODE LEAD AND ANODE CAP.
RUBBER BOOT IS ATTACHED TO ANODE
AND LEAD ANODE CAP.
2. Detaching Lead Holder
OLD
ANODE LEAD
or
ANODE CAP
LOCK
RUBBER BOOT
LEAD HOLDER
Fig. b
Cut here rubber boot
and lead together to
detach Lead Holder.
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8
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WARNING
CAUTION" AND "PRODUCT SAFETY NOTICE" ON PAGE 3 OF THIS MANUAL.
: BEFORE SERVICING THIS CHASSIS, READ THE "X-RAY RADIATION PRECAUTION", "SAFETY PRE-
SERVICE POSITION
In order to assure the performance, processed wires shall be replaced after the repair work.
Work procedures are as follows:
1. Remove the back board.
2. Remove lead wires.
3. Draw out the chassis.
4. Rest the chassis against the back cabinet, chassis as shown bellow.
After repair work finished, replace it in the opposite procedure.
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9
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1. ENTERING TO SERVICE MODE
1) Press o button once on
Remote Control.
SERVICE MODE
2) Press o button again to
keep pressing.
3) While pressing the o button,
press MENU button on TV set.
or Sound Mute
2. DISPLAYING THE ADJUSTMENT MENU
1)Press MENU button on TV.
Service mode
S
Press
Press
Adjustment mode
Item
Data
3. KEY FUNCTION IN THE SERVICE MODE
The following key entry during display of adjustment menu provides special functions.
Screen adjustment mode ON/OFF:-/-- (
) button (on Remote)
Test signal selection :a button (on Remote)
Selection of the adjustment items :Channel s/t (on TV or Remote)
Change of the data value :Volume ; +/– (on TV or Remote)
Adjustment menu mode ON/OFF :MENU button (on TV)
Initialization of the memory (QA02) :CALL + Channel button on TV (s)
Reset the count of operating protect
Color thickness correction
note: Displayed differently as shown below, de-
pending on the setting of the receiving color
system.
COLP (PAL)
COLC (NTSC)
COLS (SECAM)
Item
Data
(Service mode display)
S
CAUTION : Never try to perform initialization unless you have changed the memory IC.
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10
-
4. SELECTING THE ADJUSTING ITEMS
1)Every pressing of CHANNEL button in the service mode changes the adjustment items in the order of table-2.
( button for reverse order)
Refer to table-2 for preset data of adjustment mode.
(See SETTING & ADJUSTING DATA on page 30)
5. ADJUSTING THE DATA
1) Pressing of VOLUME +/– button will change 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 CALL button on the Remote, then press the CHANNEL button on the TV. The initialization of QA02 has
been complated.
3. Check the picture carefully. If necessary, adjust any adjustment item above.
Perform “Auto tune” on the owner’s manual.
CAUTION: Never attempt to initialize the data unless QA02 has been replaced.
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11
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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.
Indicated color of mode now selected : Green and Red
<SELF CHECK>
2300****
1
TIME : 000000
2
POWER : 0
3
4
5
6
L
E
I
N
BUS
BUS CONT : OK
BLOCK : UV V1 V2 V3 V4
: OK
:00
Indicated color of other modes: Black
Green : Normal
Red : The microcomputer operates to provide judgement
of no video signal. The red color is still indicated
though the signal is input, failure may exist in input
signal line including QV01.
NOTE: (1) In case that "on timer" indicator is blinking with
interval of 0.5 seconds; it means protecting
circuit (Current limiter) is operating, and circuit components may possibly be damaged.
Check related components.
(2) In case that "on timer" indicator is blinking with
interval of 1 second; Protecting circuit does
Part number of microcomputer (QA01)
1
Total hour of turn the TV on. (Unit: H)
2
Operation number of protecting circuit ----“00” is nor-
3
not operate, but a part of Bus line does not
operate normally. Check Bus line.
mal.
When indication is other than “00”, overcurrent apts to
flow, and circuit parts may possibly be damaged.
BUS LINE ----“OK” is normal.
4
“SDA1-GND” ----SDA-GND short circuit.
“SCL1-GND” ----SCL-GND short circuit.
“SCL1-SDA1” ----SCL-SDA short circuit.
BUS CONT ----“OK” is normal.
5
When indication shows “Q uuu NG”, the device with
the number may possibly be damaged.
BLOCK
6
UV : TV reception mode
V1 : VIDEO 1 input mode (a1)
V2 : VIDEO 2 input mode (a2)
V3 : VIDEO 3 input mode
V4 : VIDEO 4 input mode
The items marked with
*
are not usable to display in the SELF DIAGNOSTIC FUCTION for some model.
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12
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1. ENTERING TO DESIGN MODE
1) Select the Service mode.
DESIGN MODE
2) While pressing CALL button on Remote
and press MENU button on TV.
3) Press MENU button on TV.
SD
(Design mode)(Adjustment mode)
Press
Press
ITEM
DATA
When QA02 is initialized, item “OPT3" of DESIGN MODE is 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 item “OPT3".
2. SELECTING THE ADJUSTING ITEMS
Every pressing of CHANNEL button in the design mode changes the adjustment items in the order of table-3.
( button for reverse order)
Refer to table-3 for data of design mode.
(See SETTING & ADJUSTING DATA on page 30)
3. ADJUSTING THE DATA
Pressing of VOLUME or button will change the value of data.
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13
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ELECTRICAL ADJUSTMENT
ITEMADJUSTMENT PROCEDURE
WIDTH
(WID)
(Picture size wide)
HEIGHT
(HIT)
(Picture size wide)
WHITE BALANCE
(RCUT)
(GCUT)
(BCUT)
(RDRV)
(BDRV)
1. Call up the adjustment mode display, then select the item WID.
2. Press the VOLUME t button to get the picture so the left
or right edges of raster begins to lack.
3. Press the VOLUME s button to advance the data by 11
steps.
Note : Check the horizontal picture position is correct.
1. Call up the adjustment mode display, then select the item HIT.
2. Press the VOLUME t button to get the picture so the top or bottom of
raster begins to lack.
3. Press the VOLUME s button to advance the data by 9 steps.
Note : Check the vertical picture position is correct.
Black and White pattern
1. Set user control to reset position.
CONTRAST → Max
(
BRIGHTNESS, COLOR, TINT → Center.
2. Call up the adjustment mode display, then select the item RCUT.
3. Adjust the data of items RCUT, GCUT, and BCUT to "40H".
4. Press the -/-- (
5. Gradually rotate R, G and B screen volume of FOCUS PAC clockwise or counterclockwise until the raster appears slightly on the CRT through the each lens,
and leave them.
(Lookin to the lens in order to check the raster.)
6. Press the -/-- (
7. Press the a button on Remote, and select the Black and White pattern.
8. Adjust the data of items RCUT, GCUT and BCUT for proper white-balanced
picture in low light area.
9. Adjust the data of items RDRV and BDRV for proper white-balanced picture in
high light area.
10. Check the white balance in both low and high light areas.
If necessary, perform again steps from 8 to 9.
) button on Remote. (Y-MUTE : ON)
) button on Remote. (Return to Normal Picture)
* There is not in the built-in test patterns.
It needs to prepare the pattern generator.
High light area
Adjust "RDRV" or "BDRV" to be white.
Low light area
Fine adjust "RCUT", "GCUT" or "BCUT" to be black.
)
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14
-
C03P: Series (Reference factory adjustment)
TP-V
TP-G
(p-p)
Adjusting
standards
0.7 V (o-p)
4 lines
starts lighting
y Tube and
vel up to the
.0.52 V
w color bar.0.25 V (p-p)
ainbo
uch as possible.Point that
For details,
ts lighting.
y repeating electrical focus and
refer to [focus
adjusting
4 lines
method]
introduced in
8750k-0.002uv
8750k-0.002uv
).
2
).
2
t (103cd/m
t (17cd/m
10mV
+
-
een TP-V 0
Digital
voltmeter
oltmeter)
Adjusting methods
white peak.
1) Adjust amplitude from the pedestal le
1) Adjust the number of black collapsed lines of sub-bright signals.
2) Adjust after adjusting W/B, SCNT.
SIGNAL unit
Measuring points
adjustment
(PAL-I signal)
signal
Sub-brightScreen
1) Adjust the amplitude of the color bar
1) Adjust the amplitude of the r
TP02
SIGNAL unit
SECAM
signal (PAL)SIGNAL unit
color bar
I
vironment as m
actory-set screen adjusting MODE.
(Y mute, DRV.CUT=40H)
adjust the screen VR to the point that star
3) Directly observe the surface of Cathode Ra
optical focus adjustments.
Make above-mentioned adjustments for each tube of G, R, and B.
4)
2) Use the tools and shade the CRT except the axes under
1) Adjust to the best position b
ular1) Darken the en
CRT tub
screen2) Set to f
(PAL-I)adjustment
Crosshatch
ature of the dark par
TP-G and adjust it to 0 mV by VCEN data.
adjustment.
Make above-mentioned adjustments for each tube of G, R, and B.
1) Adjust after adjusting Focus.
2) Use the tools and shade the CRT except the axes under
3)
lines marked out black.
Make above-mentioned adjustments for each tube of G, R and B.
adjustment.
4)
3) Use the screen volume to adjust the number of sub bright signal
1) Adjust the color temperature of the bright par
(No designation on polarity of degital v
TP-V1) Connect a digital voltmeter betw
Screen
signal
Sub-bright signal
adjustment
(PAL)
Screen
adjustment
Between
Screen1) Adjust the color temper
and TP-Gand
Phillips Pattern
(PAL-I)
SettingsInput signals
Audio system:
ItemsNames
SCNTSub-contrastPicture mode 1 Sub-bright signal TPY1
Picture mode 1 Sub-brightTP02
centerWIDE mode
Sub-brightPicture mode 1
BRTC
Sub-colorPicture mode 1
center PAL
COLPSub-color
COLS
actory screen
adjusting mode
Screen 1F
center SECAM
adjustment
Screen 1
Picture mode 1 Retma signalScreen
FocusFocus
adjustment
-
15
WIDE modeadjustment
voltageWide mode
voltage
adjustment
adjustment
Screen 2Screen 2Picture mode 1
Dark part W/BPicture mode 1
RDRVBright partPicture mode 1
RCUT
BDRVW/BWIDE mode
BCUT
VCENMidpointPicture mode 1
-
Green Alignment/Astigmatic Adjustments
Adjustment itemsAdjusting methods
Alignment AdjustmentProcedures (Make this adjustment by using a lens cap. This adjustment should be
made after adjusting the electrical focus nd lens focus rough and making a
Centering Adjustment.)
1. Set the G monochrome by a lens cap.
2. Cancel the magnetic fields of bipolar, tetrapolar, hexapolar magnets.
3. Receive the image of dot pattern which is generated by the signal generator.
(White dot, Black background)
4. Turn the focus VR slightly left from the just focus point.
5. Adjust the bipolar magnet so that the dark brightness point is center of the light
bright area.
6. Make a just focus adjustment.
7. Receivethe image of Philips pattern, and re-adjust the centering.
8. Repeat the above items 4 to 7. Re-adjust those items if necessary.
Light area (flare)
Dark point
Astigmatic Adjustment
Procedures (Make this adjustment by using a lens cap.)
1. Set G monochrome by a lens cap.
2. Input the dot pattern (white dot and black backgroud).
3. Turn the Focus VR slightly right from the just focus point.
4. Adjust the tetrapolar magnet so that the fuzzy dot is a perfect circle.
5. Check and confirm that the shapes of flare are almost the same circle even if
turing the VR focus right and left.
6. Make a just focus adjustment.
7. Affix the magnet with adhesives.
Make adjustment so that the dot is a perfect circle.
-
16
-
Adjustment itemsAdjusting methods
Focus adjustment(Conditions)
- User adjustment: Dynamic mode, Cinema mode
- To be performed after centering magnet adjustment.
- Signal :Lens: R .... Crosshatch (PAL)
Electrical focus :
(Adjustment)
1. Common item
1) Make coarse adjustments in advance on the lens focus and electrical
focus of each R, G, and B tube.
2. G adjustment
1) Set to the G monochrome by lens cap.
2) Receive the image of crosshatch.
G.... Crosshatch (PAL)
B .... Crosshatch (PAL)
R .... Crosshatch (PAL)
G.... Crosshatch (PAL)
B .... Crosshatch (PAL)
3) Adjust the G electric focus.
Adjust the G electrical focus by the focus volume of focus block (Z410)
so that the screen center will come to optimum focus. (Although the G
electrical focus is to be adjusted to allow the scanning lines in the center
of the screen to be seen most clealy, if G alignment and astigmatism are
inferior with the appearance of vertical and horizontal flares in the center
of and around the screen and if the lines become thicker, adjust to the
best point observing the entire screen.)
4) Adjust the G lens focus.
Keep an eye on the center of the crosshatch pattern and adjust so that
the screen center will become clear.
As a rough guide to decrease unevenness, adjust so that red flares on
both sides of the crosshatch line will come to 1mm in thickness.
5) Repeat 3, 4, and attempt to further improve the focus quality.
-
17
-
Adjustment itemsAdjusting methods
Focus adjustment
Concerning items 1), 2), 3), and 5) of G adjustment, these are common to the ones
on the previous page.
3. R adjustment
1) Set to the R monochrome by lens cap.
2) Receive the image of the internal crosshatched pattern.
3) Adjust the R electrical focus.
Adjust by focus volume of the focus block (Z410) so that the screen center will
come to optimum focus.
4) Adjust the R lens focus.
Adjust so that the screen center will become the best.
5) Repeat 3, 4, and attempt to further improve the focus quality.
2/3L
L
4. B adjustment
1) Set to the B monochrome by lens cap.
2) Receive the image of internal crosshatch
pattern.
3) Adjust the B electrical focus.
Adjust the B electrical focus by using the focus VR on the focus block (Z410)
so that the scanning line is the most distinct at the point of 2/3L left side from
the screen center.
4) Adjust the B lens focus.
Pay attention to the border of the blue line and the black (background) in the vicinity of the screen center.
First of all, make coarse adjustments of the lens, and move the lens adjusting
screw to the right at the point being considered as the best focus. Then, the lines
of the border become clear. Check and confirm under the circumstance that a
flare appears. On the contrary, if the lens adjusting screw is moved to the left from
the situation, the flare will disappear, and at this point you will find a point from
which the borderline itself begins to go out of focus. Adjust to the very point where
the focus begins to go out.
-
18
-
Adjusting
standards
Differential of
mm
5
dummy screen
cross mark and
Philips pattern
cross mark
Within
3mm
Color gap of
center screen
Within
9 ± 1 flags
CMUT-ON
7 ± 1 flags
CMUT-OFF
Left+Right
6 ± 1 flags
CMUT-OFF
VLIN.
y HIT data until
. If not, adjust
ertically
y HIT data until the upper and
Adjusting methods
wer flag end is aligned with the screen end.
ertical amplitude b
Adjusts the DY tilt of R and B as same manner as above step 1).
1) After adjustment of G position coarsely using the centering
magnet, adjust DY so that the center cross mark of the dummy
screen and the cross mark of Philip pattern can approach
mutually.
2)
1) Adjustbthe vertical and horizontal screen positions using
the centering magnet so that the center cross mark of the
dummy screen and the cross mark of the Philips pattern can
overlap precisely.
This will be carried out individually for the tubes of R, G, and B.
lower flags appear on the screen.
(Caution) Do not move the HPOS and VPOS data.
1) Shorten the v
either upper or lo
2) The amplitude should be balanced v
3) Subsequently, lengthen the vertical amplitude b
.
y the mask.
ten the amplitude
.
k to the left screen edge.
ks will come to 9 in total (each 4.5 flags
izontal amplitude by WID data so that the
horizontally until the left and right flags appear completely
number of register mar
at the left and right sides).
1) The upper first one on the screen is to be hidden b
2) Lengthen the hor
1) Lower the WID data in the beginning, and shor
1) Adjust the upper screen so that it may contact the 16:9 frame.
2) The amplitude should be balanced vertically
1) Adjust the 3rd left register mar
1) Adjust the upper screen so that it may contact the 16:9 frame.
adjustment
Screen
Measuring points
Philips Pattern
(PAL-I)
SettingsInput signals
Picture mode 1
100Hz
ItemsNames
of DY tilt
Adjustment
adjustment
Screen
Philips Pattern
(PAL-I)
Picture mode 1
100Hz
magnet
of centering
Adjustment
adjustment
Screen
n
(PAL-I)
CMUT-ON
Picture mode 1 Philips Patter
amplitude100Hz
adjustment
HITVertical
VLIN
adjustment
(PAL-I)
CMUT-ON
100Hz
Picture mode 1 Philips PatternScreen
amplitude
adjustment
WIDHorizontal
Screen
adjustment
Philips Pattern
(PAL-I)
16:9mode
CMUT-ON
100Hz
Picture mode 1
amplitude
SHITVertical
Picture mode 1 MonoscopeScreen
adjustment
NHITVertical
adjustment
signal
NTSC
120Hz
amplitude
adjustment
NTSC
NLIN
adjustment
MonoscopeScreen
NTSC
120Hzsignal
Picture mode 1
amplitude
NWIDVertical
Picture mode 1 MonoscopeScreen
NTSC
adjustment
NSHIVer tical
adjustment
signal
NTSC
120Hz
16:9mode
amplitude
adjustment
NTSC
-
19
-
Deflection amplitude setting for 43PH46P (HIT/WID adjusting method under muted convergence)
* Green patter n under the m uted con vergence
B
C
0 point
1st flag
3rd flag
0
A
Castration border line
Screen edge
D
Hor izontal amplitude:: Left and right register marks of Philips pattern C + D = 9 (See A of the upper figure..)
Ver tical amplitude: The point where the space between 1st and 2nd line from the outside comes into contact
with the screen edge from the upper and lower register marks of Philips Pattern.
-
20
-
1. SCREEN ADJUSTMENT
CONVERGENCE ADJUSTMENT
The adjustment is carried out on six screens:
1 PAL 100Hz Wide/4:3
2 PAL 100Hz Super live
3 PAL 100Hz Cinema
4 PAL 100Hz Subtitle/14:9
5 PAL Progressive all
6 NTSC Progressive all
When making the adjustments, feed an external signal to
make a synchronization.
1-1. Entering the Adjustment Menu
7 key
Note:
The convergence circuit is a circuit to eliminate screen distortion and can not make a drastic correction such as to correct
entire screen size. An excessive correction may actuate the
protection circuit. So a care will be necessary.
Before proceeding to the adjustment for each screen, always
perform the adjustments for vertical size (HIT) and horizontal
size (WID) with the main deflection data changed.
The menu order is 1~6 .... when the input signl is PAL. (In this
case item 7 is not selectable)
The menu order is 7 .... when the input signal is NTSC. (In this
case, item 1~6 are not selectable)
or
MENU Selection
+ key
Screen
adjustment
Conver adjust menu
1 ADJUST PAL 100HZ WIDE
2 PAL WIDE TO OTHERS
3 ADJUST PAL 100HZ S.LIVE
4 ADJUST PAL 100HZ CINEMA
5 ADJUST PAL 100HZ S.TITLE
6 ADJUST PAL Progressive
7 ADJUST NTSC Progressive
7 key
+ key
-
Fig. 1
21
-
1-2. Remote Control Key
p
i
g
b
j
n
o
h
l
k
m
a
o key ............... Push this key twice and the set con-
sole menu key to enter the service
mode.
b
7 key ................. Push 7 key to enter and cancel the
convergence menu.
g
5 key ................. Cursor shift / data change mode
change-over.
h
2 key ................. Cursor up / adjusting point up.
i
4 key ................. Cursor left / adjusting point left
j
8 key ................. Cursor down / adjusting point down
k
6 key ................. Cursor right / adjusting point right
S key ................ Execution key on convergence menu.
n
s key ................ Up key on convergence menu.
o
t key ................ Down key on convergence menu.
a
Fig. 2
-
22
-
1-3. Adjusting Screen
1) Adjusting menu
NODescription
1ADJUST PAL 100 Hz
WIDE
2PAL WIDE TO OTHERSAutomatically converted from the PAL 100Hz WIDE screen data to the data of the other
3ADJUST PAL S.LIVEUsed for manual adjustment of the PAL Super live screen.
4ADJUST PAL CINEMAUsed for manual adjustment of the PAL Cinema screen.
5ADJUST PAL S.TITLEUsed for manual adjustment of the PAL Subtitle screen.
6ADJUST PAL
Progressive
Item
Used for manual adjustment of PAL 100Hz WIDE screen.
(This item is selectable when input-source is PAL)
screens; PAL 100Hz Super live, PAL 100Hz Cinema, PAL 100Hz Subtitle, PAL
Progressive, NTSC Progressive. Re-adjustment is required for getting fine conversion
on each screens by following menu.
Note: This menu overwrites current data of these modes. If the convergence-conditions
of these modes are good, don't execute this menu.
(This item is selectalble when input-source is PAL)
(This item is selectable when input-source is PAL)
(This item is selectable when input-source is PAL)
(This item is selectable when input-source is PAL)
Used for manual adjustment of the PAL Progressive screen.
(This item is selectable when input-source is PAL)
7ADJUST NTSC
Progressive
Used for manual adjustment of the NTSC Progressive screen.
(This item is selectable when input-source is NTSC)
-
23
-
2) Adjustment Screen
X : 1
Y : 1
C : R
S : 08
Wide
Displayed when the cursor blinks and cleared
when the cursor lights steady.
X Cursor horizontal position display
Displayed when the cursor blinks and
cleared when the cursor lights steady.
Displays the current screen mode.
Y Cursor vertical position display
C Cursor color select display
S Menu select display
3) Adjustment Sequence
When the initial screen opens, X = 1, Y = 1, C = R and S = [Select Menu] are displayed as the defaults. The cursor can
now be moved up, down, left and right using the (2), (8), (4) and (6) keys of the remote control. Select the desired
adjustment and press the (5) key; the cursor will light steady and the screen display will be cleared. Again press the (2),
(8), (4) and (6) keys of the remote control to adjust the shape of the screen. When adjustment has been completed, press
the (+) key to return to the Adjustment Menu. When all of the screen adjustments have been completed, turn off the main
power supply of the set to reset the menu.
-
24
-
2. Case Study
In many cases, color matching problems can be solved by returning the HIT and WID data for main deflection to the
initial adjustment values. Convergence cannot be re-adjusted in the following cases.
2-1 When the CRT has been replaced
Main deflection re-adjustment and color matching are necessary when the CRT has been replaced. Use the following
procedure.
1. Replace the blue and red CRTs.
2. Perform the blue and red yoke horizontal adjustments in relation to the green CRT. Press the yokes and speed
modulation coils + alignments onto the CRTs and fasten after making sure that there are no gaps.
3. Adjust the blue and red alignments (refer to the detailed alignment adjustment item).
4. Use centering magnets to center the blue and red CRTs in relation to the green CRT.
5. Adjust the main deflection HIT and WID data, using the most accurate location in relation to the green as data.
6. Use convergence to match the colors for each screen. Green will not work at this time.
7. When the convergence adjustments have been completed for all screens, then replace the green CRT.
Repeat the procedures in steps 2 - 5 for the green CRT but this time use convergence to match the colors using red and
blue as reference.
2-2 When none of the above cases apply (rare case)
An unexpected situation or major operational error, etc., could be considered but it is recommended that all screens be
matched starting from the beginning. If the initial positions of the centering magnets are unknown, disconnect the
connectors for the convergence sub-yoke outputs one at a time, adjust the CRT centering and then start the following
adjustments
1. Connect PAL signal.
2. Make sure that there is plenty of room for the static cross convergence to be moved left, right, up and down. If
sufficient space is not available, move to an appropriate location and then re-adjust the centering.
3. Enter the convergence adjustment mode and call out the menu.
4. Select 1. ADJUST PAL 100Hz WIDE and adjust the PAL mode Wide screen manually in accordance with the dimension
diagram.
5. When the PAL 100Hz WIDE screen adjustment has been completed, return to the Main Menu and select 2. PAL
Wide to others.
The screen will change automatically and all the other screens will be created automatically.
6. Next, select 3. ADJUST PAL 100Hz S.LIVE in accordance with the dimension diagram.
7. Next, select 4. ADJUST PAL 100Hz CINEMA and fine adjust to remove any Cinema screen distortion.
8. Next, select 5. ADJUST PAL 100Hz S.TITLE and fine adjust to remove any Subtitle screen distortion.
9. Next, select 6. ADJUST PAL Progressive and fine adjust to remove any PAL Progressive screen distortion.
10.Connect NTSC signal.
11.Next, select 7. ADJUST NTSC Progressive and fine adjust to remove any NTSC Progressive screen distortion.
All of the screens can be adjusted with the above process but make every effort not to change the factory data unless
absolutely necessary. Try not to change the convergence data any more than necessary.
-
25
-
3. Screen adjustment dimensions
3-1 PAL (4:3mode/16:9mode)
Center
CENTER
A´A
B´B
C´C
GEOMETRY
D´D
1) HORIZONTAL (All mode)
MODELA, A'B, B'C, C'D, D'
4373.5220.6367.8422.8
5085.3255.9426.7490.5
SCREEN SIZE43: 874 x 655
(mm) 50: 1014 x 760
d
c
b
a
a´
b´
c´
d´
2) VERTICAL (4:3mode)
MODELa, a'b, b'c, c'd, d'
4356.7167.6278.5315.5
5065.8194.5323.2366.1
3) VERTICAL (16:9mode)
MODELa, a'b, b'c, c'd, d'
4342.5125.6208.8236.5
5049.3145.9242.4274.5
-
26
-
3-2 NTSC (4:3mode, 16:9mode)
GEOMETRY
1) HORIZONT (All mode)
MODELA, A'B, B'C, C'D, D'
4373.5220.6367.8422.8
5085.3255.9426.7490.5
2) VERTICAL (4:3mode)
MODELa, a'b, b'c, c'
43130.4260.8304.3
50151.3302.7353.1
3) VERTICAL (16:9mode)
MODELa, a'b, b'c, c'
4397.8195.5228.1
50113.5227.0264.8
-
27
-
SCREEN AND MIRROR ALIGNMENTS
ASSEMBLING OF
FRONT SCREEN
FRONT
FRONT
Label with part
number
Lenticular
shield
Lenticular sheet
Fresnel sheet
Stick cotton
cloth tape
Label with part
number
Fresnel sheet
MOUNTING OF
FRONT SCREEN
5 screws
5 screws
5 screws
5 screws
8 screws
CAUTION : Do not hold the optical system parts (lens and
mirror) with bare hand to avoid finger-prints on
the surface of those parts.
HOW TO CLEAN LENS AND MIRROR
1. Be sure to remove sand dust with an air brush, etc.
2. When it is stained slightly, breathe upon it and wipe away
with the specified cleaning cloth.
For other stains than the above, wipe the stains away
with the specified cloth into which a cleaning liquid has
been soaked.
Simple at-a-glance reference of your remote control.
To mute the sound
Teletext control buttons
To exit Menus
Bass Boost/Super woofer
No function on this model
To bring up on-screen information and
for the teletext initial/index function
To select input from external sources
To access sub-pages when in teletext
mode
To select mode
On-screen Menus
Selectable picture preferences
Aspect ratio (16:9 or 4:3)
Number buttons
To return to the previous programme
For On/Standby mode
To display teletext
When using a TOSHIBA VCR or DVD:
press
m
to PAUSE
press
w
to EJECT
press
l
q
to SKIP-REWIND
press
s
l
to SKIP-FORWARD
press
r
to PLAY
press
p
to STOP
press
q
to REWIND
press
s
to FAST FORWARD
To change programme positions and
teletext pages
To alter the volume
When using menus the arrows move the
cursor on the screen up, down, left or
right. OK to confirm your selection
When in television mode:
u
Still Picture
O
I/II
Stereo/bilingual reception
8/9
Time display
When in Teletext mode:
r
To reveal concealed text
q
To hold a wanted page
s
To enlarge teletext display size
8/9
To select a page whilst viewing a
normal picture
Remote Controller
-
32
-
K501
MECHANICAL DISASSEMBLY (For 43PH46P)
K502
SCREWS
K601
4
SCREWS
A001
(A420)
8 SCREWS
A258
Labels
A424
A201
4 SCREWS
K101
K102
K103
-
33
-
MECHANICAL DISASSEMBLY
1 Speaker Grille Removal2 Control Panel Removal3 Front Mask Removal
A420
A201
A201
A223
(POWER BUTTON)
A213
A110
A258
(DOOR)
A225
(CONTROL PANEL)
K501
10 screws
K502
A268
4 Lens RemovalMirror Removal
4 screws
(K101)
(K102)
(K103)
5 screws
K601
(MIRROR)
65Back Board Removal
34
A424
-
-- 36
35
A610 (CASTER)
--
CHASSIS AND CABINET REPLACEMENT PARTS LIST
WARNING: BEFORE SERVICING THIS CHASSIS, READ THE “X-RAY RADIATION PRECAUTION”, “SAFETY
PRECAUTION” AND “PRODUCT SAFETY NOTICE” ON PAGE 3 OF THIS MANUAL.
CAUTION: The international hazard symbols "" in the schematic diagram 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.
C47024503343 PLASTIC FILM, 100V 3.3UF K
C47324092730 CERAMIC CHIP, 16V B 0.1UF K
C48124092784 CERAMIC CHIP CK83B 10V 0.33UF K
C48224109822 CERAMIC CHIP, 50V B 8200PF K
C48324353470 CERAMIC DISC, 50V CH 47PF J
C49124666100 ELECTROLYTIC, 10V 10UF M 3A
C49624503049 PLASTIC FILM, 63V 0.47UF J
C49724085946 ELECTROLYTIC, NONPOLAR, 16V 10UF M 3A
C49924669220 ELECTROLYTIC, 04Q 50V 22UF M 3A
C50124100104 CERAMIC CHIP, 25V F 0.1UF Z
C50224100104 CERAMIC CHIP, 25V F 0.1UF Z
C50324100104 CERAMIC CHIP, 25V F 0.1UF Z
C50424100104 CERAMIC CHIP, 25V F 0.1UF Z
C50624100104 CERAMIC CHIP, 25V F 0.1UF Z
C50724100104 CERAMIC CHIP, 25V F 0.1UF Z
C50824100104 CERAMIC CHIP, 25V F 0.1UF Z
C50924105220 CERAMIC CHIP, 50V CH 22PF J
C51024100104 CERAMIC CHIP, 25V F 0.1UF Z
C51124100104 CERAMIC CHIP, 25V F 0.1UF Z
-
Location
No.
Parts No.Description
Location
No.
Parts No.Description
C51224100104 CERAMIC CHIP, 25V F 0.1UF Z
C51324109103 CERAMIC CHIP, 50V B 0.01UF K
C51424100104 CERAMIC CHIP, 25V F 0.1UF Z
C51624100104 CERAMIC CHIP, 25V F 0.1UF Z
C51724100104 CERAMIC CHIP, 25V F 0.1UF Z
C51824100104 CERAMIC CHIP, 25V F 0.1UF Z
C51924100104 CERAMIC CHIP, 25V F 0.1UF Z
C52024503047 PLASTIC FILM, 63V 0.33UF J
C52324100104 CERAMIC CHIP, 25V F 0.1UF Z
C52424100104 CERAMIC CHIP, 25V F 0.1UF Z
C52524100104 CERAMIC CHIP, 25V F 0.1UF Z
C52624100104 CERAMIC CHIP, 25V F 0.1UF Z
C52724100104 CERAMIC CHIP, 25V F 0.1UF Z
C52824100104 CERAMIC CHIP, 25V F 0.1UF Z
C52924100104 CERAMIC CHIP, 25V F 0.1UF Z
C53024206010 ELECTROLYTIC, 50V 1.0UF M 7L 3A
C53124100104 CERAMIC CHIP, 25V F 0.1UF Z
C53624100104 CERAMIC CHIP, 25V F 0.1UF Z
C53724100104 CERAMIC CHIP, 25V F 0.1UF Z
C54024109103 CERAMIC CHIP, 50V B 0.01UF K
C54124109103 CERAMIC CHIP, 50V B 0.01UF K
C54224109103 CERAMIC CHIP, 50V B 0.01UF K
C54324100104 CERAMIC CHIP, 25V F 0.1UF Z
C54424100104 CERAMIC CHIP, 25V F 0.1UF Z
C54524100104 CERAMIC CHIP, 25V F 0.1UF Z
C54724109103 CERAMIC CHIP, 50V B 0.01UF K
C54824763101 ELECTROLYTIC, 16V 100UF M
C55124109103 CERAMIC CHIP, 50V B 0.01UF K
C55224109103 CERAMIC CHIP, 50V B 0.01UF K
C55324109103 CERAMIC CHIP, 50V B 0.01UF K
C56324206010 ELECTROLYTIC, 50V 1.0UF M 7L 3A
C56424797229 ELECTROLYTIC, 50V 2.2UF M
C56524797478 ELECTROLYTIC, 50V 0.47UF M
C58824100104 CERAMIC CHIP, 25V F 0.1UF Z
C58924100104 CERAMIC CHIP, 25V F 0.1UF Z
C59024105220 CERAMIC CHIP, 50V CH 22PF J
C59124100104 CERAMIC CHIP, 25V F 0.1UF Z
C59224794100 ELECTROLYTIC, 16V 10UF M
C59324794100 ELECTROLYTIC, 16V 10UF M
C59524794100 ELECTROLYTIC, 16V 10UF M
C59624794100 ELECTROLYTIC, 16V 10UF M
C60124797229 ELECTROLYTIC, 50V 2.2UF M
C60224797229 ELECTROLYTIC, 50V 2.2UF M
C60324591102 PLASTIC FILM, 50V 1000PF J
C60424591102 PLASTIC FILM, 50V 1000PF J
C60524073086 ELECTROLYTIC, 50V 10UF M 3A
C60624073086 ELECTROLYTIC, 50V 10UF M 3A
C60724073053 ELECTROLYTIC, 25V 100UF M 3A
C60824073086 ELECTROLYTIC, 50V 10UF M 3A
C60924797479 ELECTROLYTIC, 50V 4.7UF M
C61024797479 ELECTROLYTIC, 50V 4.7UF M
C61124105101 CERAMIC CHIP, 50V CH 100PF J
C61224105101 CERAMIC CHIP, 50V CH 100PF J
C61824797478 ELECTROLYTIC, 50V 0.47UF M
C61924794471 ELECTROLYTIC, 16V 470UF M
C62124797100 ELECTROLYTIC, 50V 10UF M
C62224591103 PLASTIC FILM, 50V 0.01UF J
C62424794101 ELECTROLYTIC, 16V 100UF M
C62524794221 ELECTROIYTIC 04G, 16V 220UF M
C62624797229 ELECTROLYTIC, 50V 2.2UF M
C68024073058 ELECTROLYTIC, 25V 2200UF M 3A
C68124109103 CERAMIC CHIP, 50V B 0.01UF K
C68824794100 ELECTROLYTIC, 16V 10UF M
C68924797478 ELECTROLYTIC, 50V 0.47UF M
C69124797330 ELECTROLYTIC, 50V 33UF M
C69224797330 ELECTROLYTIC, 50V 33UF M
C80124503004 PLASTIC FILM, AC275V 0.47UF M
C80324503002 PLASTIC FILM, AC275V 0.22UF M
C80524092281 CERAMIC DISC, AC250V E 4700PF
C80624092281 CERAMIC DISC, AC250V E 4700PF
C81024086934 ELECTROLYTIC, 450V 560UF M 35F
C81124092565 CERAMIC DISC, AC250V B 470PF K
C81224092565 CERAMIC DISC, AC250V B 470PF K
C81424092565 CERAMIC DISC, AC250V B 470PF K
C84024073098 ELECTROLYTIC, 450V 4.7UF M 3A
C84124073043 ELECTROLYTIC, 16V 2200UF M 3A
C84224503041 PLASTIC FILM , 63V 0.1UF J
C84324092469 CERAMIC DISC, 2KV B 100PF K
C84424669479 ELECTROLYTIC, 50V 4.7UF M 3A
C84524766229 ELECTROLYTIC 04G, 50V 2.2UF M
C845A23960135 SELECONE, TSE-3843W
C84624073038 ELECTROLYTIC, 16V 100UF M 3A
C84724082882 PLASTIC FILM CQ92 T 800V 18000PF J
C84824503231 PLASTIC FILM CF92 T 1250VH 1200PF H
C84924820103 PLASTIC FILM, 630V 0.01UF J
C85024073171 ELECTROLYTIC CE04P 25V 820UF M 3A
C85124073171 ELECTROLYTIC CE04P 25V 820UF M 3A
C85224073202 ELECTROLYTIC CE04P 50V 220UF M 3A
C85324073198 ELECTROLYTIC CE04P 50V 100UF M 3A
C85424669470 ELECTROLYTIC, 50V 47UF M 3A
C86024214103 CERAMIC DISC, 500V B 0.01UF K
C86224092475 CERAMIC DISC, 2KV B 270PF K
C86324503045 PLASTIC FILM, 63V 0.22UF J
C86624503053 PLASTIC FILM, 63V 1UF J
C86724591472 PLASTIC FILM, 50V 4700PF J
C86824073089 ELECTROLYTIC, 50V 47UF M 3A
C86924678229 ELECTROLYTIC, 200V 2.2UF M 3A
C87024503355 PLASTIC FILM, 800V 0.1UF J
C87124092480 CERAMIC DISC, 2KV B 680PF K
C87324503045 PLASTIC FILM, 63V 0.22UF J
C87424092474 CERAMIC DISC, 2KV B 220PF K
C87624503049 PLASTIC FILM, 63V 0.47UF J
C87724092481 CERAMIC DISC, 2KV B 820PF K
C87924214102 CERAMIC DISC, 500V B 1000PF K
C88024092476 CERAMIC DISC, 2KV B 330PF K
C88124092476 CERAMIC DISC, 2KV B 330PF K
C88424073215 ELECTROLYTEC CE04Q 160V 220UF M
C88524073189 ELECTROLYTIC CE04P 35V 1000UF M 3A
C88824503045 PLASTIC FILM, 63V 0.22UF J
C89124073155 ELECTROLYTIC CE04P 16V 1000UF M 3A
C89824503041 PLASTIC FILM , 63V 0.1UF J
C89924092567 CERAMIC DISC, AC250V E 1000PF M
C90124211102 CERAMIC DISC, 2KV B 1000PF K
C90224794101 ELECTROLYTIC, 16V 100UF M
C90324232103 CERAMIC DISC, 50V F 0.01UF Z
C90424109561 CERAMIC CHIP, 50V B 560PF K
C90624679220 ELECTROLYTIC, 250V 22UF M 3A
C90724214101 CERAMIC DISC, 500V B 100PF K
C91124211102 CERAMIC DISC, 2KV B 1000PF K
C91224794101 ELECTROLYTIC, 16V 100UF M
C91324232103 CERAMIC DISC, 50V F 0.01UF Z
C91424109561 CERAMIC CHIP, 50V B 560PF K
C91524679220 ELECTROLYTIC, 250V 22UF M 3A
C91724214101 CERAMIC DISC, 500V B 100PF K
C92124211102 CERAMIC DISC, 2KV B 1000PF K
C92224794101 ELECTROLYTIC, 16V 100UF M
C92324109561 CERAMIC CHIP, 50V B 560PF K
C92424232103 CERAMIC DISC, 50V F 0.01UF Z
C92524679220 ELECTROLYTIC, 250V 22UF M 3A
C92624214101 CERAMIC DISC, 500V B 100PF K
C93024214103 CERAMIC DISC, 500V B 0.01UF K
C93524214103 CERAMIC DISC, 500V B 0.01UF K
C93624214103 CERAMIC DISC, 500V B 0.01UF K
C96124763101 ELECTROLYTIC, 16V 100UF M
C96224203100 ELECTORLYTIC, 16V 10UF M 7L 3A
C211024794470 ELECTROLYTIC, 16V 47UF M
C211124092730 CERAMIC CHIP, 16V B 0.1UF K
C211224092730 CERAMIC CHIP, 16V B 0.1UF K
-
37
-
Location
No.
Parts No.Description
Location
No.
Parts No.Description
C211324092730 CERAMIC CHIP, 16V B 0.1UF K
C211424092730 CERAMIC CHIP, 16V B 0.1UF K
C440124763221 ELECTROLYTIC, 16V 220UF M
C440224109103 CERAMIC CHIP, 50V B 0.01UF K
C440324797010 ELECTROLYTIC, 50V 1UF M
C440424109103 CERAMIC CHIP, 50V B 0.01UF K
C440524100104 CERAMIC CHIP, 25V F 0.1UF Z
C440624109103 CERAMIC CHIP, 50V B 0.01UF K
C441024109471 CERAMIC CHIP, 50V B 470PF K
C441224100104 CERAMIC CHIP, 25V F 0.1UF Z
C443024073034 ELECTROLYTIC, 16V 10UF M 3A
C445124073038 ELECTROLYTIC, 16V 100UF M 3A
C502024109103 CERAMIC CHIP, 50V B 0.01UF K
C503024763101 ELECTROLYTIC, 16V 100UF M
C508024206010 ELECTROLYTIC, 50V 1.0UF M 7L 3A
C509024763101 ELECTROLYTIC, 16V 100UF M
C700124797470 ELECTROLYTIC 04G, 50V 47UF M
C700224109103 CERAMIC CHIP, 50V B 0.01UF K
C700324206479 ELECTROLYTIC, 50V 4.7UF M 7L 3A
C700424092730 CERAMIC CHIP, 16V B 0.1UF K
C700524092730 CERAMIC CHIP, 16V B 0.1UF K
C700624797470 ELECTROLYTIC 04G, 50V 47UF M
C700724790470 ELECTROLYTIC, 160V 47UF M
C700824214472 CERAMIC DISC, 500V B 4700PF K
C700924214472 CERAMIC DISC, 500V B 4700PF K
C7010 #1 24666470 ELECTORLYTIC CE04Q, 16V 47UF M 3A
#2 24666470 ELECTORLYTIC, 16V 47UF M 3A
C7011 #1 24666470 ELECTORLYTIC CE04Q, 16V 47UF M 3A
#2 24666470 ELECTORLYTIC, 16V 47UF M 3A
C701224435560 CERAMIC DISC, 500V SL 56PF J
C701324790100 ELECTROLYTIC, 160V 10UF M
C770124503047 PLASTIC FILM, 63V 0.33UF J
C770424073053 ELECTROLYTIC, 25V 100UF M 3A
C770524073037 ELECTROLYTIC, 16V 47UF M 3A
C770624503047 PLASTIC FILM, 63V 0.33UF J
C772224105331 CERAMIC CHIP, 50V CH 330PF J
C772424073090 ELECTROLYTIC, 04P 50V 100UF M 3A
C772524073090 ELECTROLYTIC, 04P 50V 100UF M 3A
C772724105331 CERAMIC CHIP, 50V CH 330PF J
C773024105331 CERAMIC CHIP, 50V CH 330PF J
C773324105331 CERAMIC CHIP, 50V CH 330PF J
C773524073090 ELECTROLYTIC, 04P 50V 100UF M 3A
C773624073090 ELECTROLYTIC, 04P 50V 100UF M 3A
C773824105331 CERAMIC CHIP, 50V CH 330PF J
C774124105331 CERAMIC CHIP, 50V CH 330PF J
C775024073015 ELECTROLYTIC, 10V 47UF M 3A
C775124073087 ELECTROLYTIC, 50V 22UF M 3A
C775224073087 ELECTROLYTIC, 50V 22UF M 3A
C775324073093 ELECTROLYTIC, 50V 470UF M 3A
C776124073015 ELECTROLYTIC, 10V 47UF M 3A
C776224073015 ELECTROLYTIC, 10V 47UF M 3A
C776524667220 ELECTROLYTIC, 25V 22UF M 3A
C776624667221 ELECTROLYTIC CE04Q, 25V 220UF M 3A
C778024105471 CERAMIC CHIP, 50V CH 470PF J
C778324105471 CERAMIC CHIP, 50V CH 470PF J
C778424667220 ELECTROLYTIC, 25V 22UF M 3A
C778524092730 CERAMIC CHIP, 16V B 0.1UF K
C778624092730 CERAMIC CHIP, 16V B 0.1UF K
C778824105101 CERAMIC CHIP, 50V CH 100PF J
C778924591472 PLASTIC FILM, 50V 4700PF J
C779124073056 ELECTROLYTIC, 25V 470UF M 3A
C779224591472 PLASTIC FILM, 50V 4700PF J
C779324503041 PLASTIC FILM , 63V 0.1UF J
C779424503041 PLASTIC FILM , 63V 0.1UF J
C779524591332 PLASTIC FILM, 50V 3300PF J
C779624073091 ELECTROLYTIC, 50V 220UF M 3A
C779724073094 ELECTROLYTIC, 50V 1000UF M 3A
C779824073091 ELECTROLYTIC, 50V 220UF M 3A
C780024073035 ELECTROLYTIC, 16V 22UF M 3A
C781024092511 CERAMIC CHIP, 50V CH 470PF B
C781124105471 CERAMIC CHIP, 50V CH 470PF J
C781324667101 ELECTROLYTIC CE04Q, 25V 100UF M 3A
C781524591103 PLASTIC FILM, 50V 0.01UF J
C781724591102 PLASTIC FILM, 50V 1000PF J
C781824591102 PLASTIC FILM, 50V 1000PF J
C781924591102 PLASTIC FILM, 50V 1000PF J
C782024591102 PLASTIC FILM, 50V 1000PF J
C782124092730 CERAMIC CHIP, 16V B 0.1UF K
C782224503053 PLASTIC FILM, 63V 1UF J
CA0124100104CERAMIC CHIP, 25V F 0.1UF Z
CA0224100104CERAMIC CHIP, 25V F 0.1UF Z
CA0324100104CERAMIC CHIP, 25V F 0.1UF Z
CA0424793101ELECTROLYTIC, 10V 100UF M
CA0524109103CERAMIC CHIP, 50V B 0.01UF K
CA0624100104CERAMIC CHIP, 25V F 0.1UF Z
CA0724109103CERAMIC CHIP, 50V B 0.01UF K
CA0824794100ELECTROLYTIC, 16V 10UF M
CA1024100104CERAMIC CHIP, 25V F 0.1UF Z
CA1124100104CERAMIC CHIP, 25V F 0.1UF Z
CA1224100104CERAMIC CHIP, 25V F 0.1UF Z
CA1324100104CERAMIC CHIP, 25V F 0.1UF Z
CA1424092795CERAMIC CHIP CK73B 6.3V 2.2UP K
CA1524092538CERAMIC CHIP, 10V F 1UF Z
CA1624100104CERAMIC CHIP, 25V F 0.1UF Z
CA1724092795CERAMIC CHIP CK73B 6.3V 2.2UP K
CA1824105560CERAMIC CHIP, 50V CH 56PF J
CA1924105560CERAMIC CHIP, 50V CH 56PF J
CA2024100104CERAMIC CHIP, 25V F 0.1UF Z
CA2124092795CERAMIC CHIP CK73B 6.3V 2.2UP K
CA2224092538CERAMIC CHIP, 10V F 1UF Z
CA2324105100CERAMIC CHIP, 50V CH 10PF D
CA2524105101CERAMIC CHIP, 50V CH 100PF J
CA2624109103CERAMIC CHIP, 50V B 0.01UF K
CA2724794100ELECTROLYTIC, 16V 10UF M
CA2824092795CERAMIC CHIP CK73B 6.3V 2.2UP K
CA2924109103CERAMIC CHIP, 50V B 0.01UF K
CA3024109103CERAMIC CHIP, 50V B 0.01UF K
CB0124794470ELECTROLYTIC, 16V 47UF M
CB1124100104CERAMIC CHIP, 25V F 0.1UF Z
CB1224092538CERAMIC CHIP, 10V F 1UF Z
CB4024092538CERAMIC CHIP, 10V F 1UF Z
CB4124109222CERAMIC CHIP, 50V B 2200PF K
CB4224105561CERAMIC CHIP, 50V CH 560PF J
CB4324109332CERAMIC CHIP, 50V B 3300PF K
CC4724212332CERAMIC DISC, 50V B 3300PF K
CC4824212332CERAMIC DISC, 50V B 3300PF K
CC5124232103CERAMIC DISC, 50V F 0.01UF Z
CC5224232103CERAMIC DISC, 50V F 0.01UF Z
CC6024109223CERAMIC CHIP, 25V B 0.022UF K
CC6124109223CERAMIC CHIP, 25V B 0.022UF K
CC6224109102CERAMIC CHIP, 50V B 1000PF K
CC6324109102CERAMIC CHIP, 50V B 1000PF K
CC6424109102CERAMIC CHIP, 50V B 1000PF K
CC6524109102CERAMIC CHIP, 50V B 1000PF K
CC6624109102CERAMIC CHIP, 50V B 1000PF K
CC6724109102CERAMIC CHIP, 50V B 1000PF K
CC6824109223CERAMIC CHIP, 25V B 0.022UF K
CC6924109102CERAMIC CHIP, 50V B 1000PF K
CC7024109102CERAMIC CHIP, 50V B 1000PF K
CC7124109223CERAMIC CHIP, 25V B 0.022UF K
CC7424109102CERAMIC CHIP, 50V B 1000PF K
CC7524109102CERAMIC CHIP, 50V B 1000PF K
CC7624109102CERAMIC CHIP, 50V B 1000PF K
CE3024073037ELECTROLYTIC, 16V 47UF M 3A
CE3124794101ELECTROLYTIC, 16V 100UF M
CE3224794470ELECTROLYTIC, 16V 47UF M
CE3324794101ELECTROLYTIC, 16V 100UF M
CE3424793470ELECTROLYTIC CE04G 10V 47UF M
-
38
-
Location
No.
Parts No.Description
Location
No.
Parts No.Description
CE3524793101ELECTROLYTIC, 10V 100UF M
CE3624109103CERAMIC CHIP, 50V B 0.01UF K
CE3724793470ELECTROLYTIC CE04G 10V 47UF M
CE3824793101ELECTROLYTIC, 10V 100UF M
CE3924073052ELECTROLYTIC, 25V 47UF M 3A
CE4024794101ELECTROLYTIC, 16V 100UF M
CH00124100104 CERAMIC CHIP, 25V F 0.1UF Z
CH00224203101 ELECTROLYTIC, 16V 100UF M 7L 3A
CH00324203100 ELECTORLYTIC, 16V 10UF M 7L 3A
CH00424100104 CERAMIC CHIP, 25V F 0.1UF Z
CH00524100104 CERAMIC CHIP, 25V F 0.1UF Z
CH00624100104 CERAMIC CHIP, 25V F 0.1UF Z
CH00724100104 CERAMIC CHIP, 25V F 0.1UF Z
CH00824100104 CERAMIC CHIP, 25V F 0.1UF Z
CH00924100104 CERAMIC CHIP, 25V F 0.1UF Z
CH01124202221 ELECTROLYTIC, 10V 220UF M 7L 3A
CH01224203101 ELECTROLYTIC, 16V 100UF M 7L 3A
CH01324203101 ELECTROLYTIC, 16V 100UF M 7L 3A
CH01424105101 CERAMIC CHIP, 50V CH 100PF J
CH01524105330 CERAMIC CHIP, 50V CH 33PF J
CH01624105330 CERAMIC CHIP, 50V CH 33PF J
CH01724105330 CERAMIC CHIP, 50V CH 33PF J
CH01824105330 CERAMIC CHIP, 50V CH 33PF J
CH01924105101 CERAMIC CHIP, 50V CH 100PF J
CH02024100104 CERAMIC CHIP, 25V F 0.1UF Z
CH02124100104 CERAMIC CHIP, 25V F 0.1UF Z
CH02224100104 CERAMIC CHIP, 25V F 0.1UF Z
CH02324100104 CERAMIC CHIP, 25V F 0.1UF Z
CH02624105101 CERAMIC CHIP, 50V CH 100PF J
CH02724100104 CERAMIC CHIP, 25V F 0.1UF Z
CH02924100104 CERAMIC CHIP, 25V F 0.1UF Z
CH03124100104 CERAMIC CHIP, 25V F 0.1UF Z
CH04024100104 CERAMIC CHIP, 25V F 0.1UF Z
CH04124105101 CERAMIC CHIP, 50V CH 100PF J
CH04224105101 CERAMIC CHIP, 50V CH 100PF J
CH04324105101 CERAMIC CHIP, 50V CH 100PF J
CH04424105101 CERAMIC CHIP, 50V CH 100PF J
CH04524105101 CERAMIC CHIP, 50V CH 100PF J
CH05124100104 CERAMIC CHIP, 25V F 0.1UF Z
CH05224100104 CERAMIC CHIP, 25V F 0.1UF Z
CH05324105070 CERAMIC CHIP, 50V CH 7PF D
CH06124092621 CERAMIC CHIP, 10V B 1UF K
CH06224092730 CERAMIC CHIP, 16V B 0.1UF K
CH10124105070 CERAMIC CHIP, 50V CH 7PF D
CH10224105070 CERAMIC CHIP, 50V CH 7PF D
CH24124100104 CERAMIC CHIP, 25V F 0.1UF Z
CH24224100104 CERAMIC CHIP, 25V F 0.1UF Z
CH24424100104 CERAMIC CHIP, 25V F 0.1UF Z
CH24724100104 CERAMIC CHIP, 25V F 0.1UF Z
CH25024092730 CERAMIC CHIP, 16V B 0.1UF K
CH50124203470 ELECTROLYTIC, 16V 47UF M 7L 3A
CH50224203470 ELECTROLYTIC, 16V 47UF M 7L 3A
CH50324203470 ELECTROLYTIC, 16V 47UF M 7L 3A
CH50424203470 ELECTROLYTIC, 16V 47UF M 7L 3A
CH50524203470 ELECTROLYTIC, 16V 47UF M 7L 3A
CH50624203470 ELECTROLYTIC, 16V 47UF M 7L 3A
CH50724092730 CERAMIC CHIP, 16V B 0.1UF K
CH51124100104 CERAMIC CHIP, 25V F 0.1UF Z
CH51224100104 CERAMIC CHIP, 25V F 0.1UF Z
CH51324100104 CERAMIC CHIP, 25V F 0.1UF Z
CH51424100104 CERAMIC CHIP, 25V F 0.1UF Z
CH51524100104 CERAMIC CHIP, 25V F 0.1UF Z
CH51624100104 CERAMIC CHIP, 25V F 0.1UF Z
CH51724100104 CERAMIC CHIP, 25V F 0.1UF Z
CH51824100104 CERAMIC CHIP, 25V F 0.1UF Z
CH52124105100 CERAMIC CHIP, 50V CH 10PF D
CH52224092882 CERAMIC CHIP CC73CH 50V 2200PF J
CH52324109103 CERAMIC CHIP, 50V B 0.01UF K
CH52424105821 CERAMIC CHIP, 25V CH 820PF J
CH52624105050 CERAMIC CHIP, 50V CH 5PF C
CH52724105181 CERAMIC CHIP, 50V CH 180PF J
CH53924100104 CERAMIC CHIP, 25V F 0.1UF Z
CH54124105100 CERAMIC CHIP, 50V CH 10PF D
CH54224092882 CERAMIC CHIP CC73CH 50V 2200PF J
CH54324109103 CERAMIC CHIP, 50V B 0.01UF K
CH54424105821 CERAMIC CHIP, 25V CH 820PF J
CH54624105050 CERAMIC CHIP, 50V CH 5PF C
CH54724105181 CERAMIC CHIP, 50V CH 180PF J
CH55924100104 CERAMIC CHIP, 25V F 0.1UF Z
CH56124105100 CERAMIC CHIP, 50V CH 10PF D
CH56224092882 CERAMIC CHIP CC73CH 50V 2200PF J
CH56324109103 CERAMIC CHIP, 50V B 0.01UF K
CH56424105821 CERAMIC CHIP, 25V CH 820PF J
CH56624105050 CERAMIC CHIP, 50V CH 5PF C
CH56724105181 CERAMIC CHIP, 50V CH 180PF J
CH57924100104 CERAMIC CHIP, 25V F 0.1UF Z
CH62124105100 CERAMIC CHIP, 50V CH 10PF D
CH62224092882 CERAMIC CHIP CC73CH 50V 2200PF J
CH62324109103 CERAMIC CHIP, 50V B 0.01UF K
CH62424105821 CERAMIC CHIP, 25V CH 820PF J
CH62624105050 CERAMIC CHIP, 50V CH 5PF C
CH62724105181 CERAMIC CHIP, 50V CH 180PF J
CH63924100104 CERAMIC CHIP, 25V F 0.1UF Z
CH64124105100 CERAMIC CHIP, 50V CH 10PF D
CH64224092882 CERAMIC CHIP CC73CH 50V 2200PF J
CH64324109103 CERAMIC CHIP, 50V B 0.01UF K
CH64424105821 CERAMIC CHIP, 25V CH 820PF J
CH64624105050 CERAMIC CHIP, 50V CH 5PF C
CH64724105181 CERAMIC CHIP, 50V CH 180PF J
CH65924100104 CERAMIC CHIP, 25V F 0.1UF Z
CH66124105100 CERAMIC CHIP, 50V CH 10PF D
CH66224092882 CERAMIC CHIP CC73CH 50V 2200PF J
CH66324109103 CERAMIC CHIP, 50V B 0.01UF K
CH66424105821 CERAMIC CHIP, 25V CH 820PF J
CH66624105050 CERAMIC CHIP, 50V CH 5PF C
CH66724105181 CERAMIC CHIP, 50V CH 180PF J
CH67924100104 CERAMIC CHIP, 25V F 0.1UF Z
CH70224092795 CERAMIC CHIP CK73B 6.3V 2.2UP K
CH70324092795 CERAMIC CHIP CK73B 6.3V 2.2UP K
CH70724203470 ELECTROLYTIC, 16V 47UF M 7L 3A
CR0124794470ELECTROLYTIC, 16V 47UF M
CR0224109103CERAMIC CHIP, 50V B 0.01UF K
CR0324100104CERAMIC CHIP, 25V F 0.1UF Z
CR0424100104CERAMIC CHIP, 25V F 0.1UF Z
CR0524100104CERAMIC CHIP, 25V F 0.1UF Z
CR0624100104CERAMIC CHIP, 25V F 0.1UF Z
CR0724100104CERAMIC CHIP, 25V F 0.1UF Z
CR0824100104CERAMIC CHIP, 25V F 0.1UF Z
CR0924100104CERAMIC CHIP, 25V F 0.1UF Z
CR1224100104CERAMIC CHIP, 25V F 0.1UF Z
CR1324100104CERAMIC CHIP, 25V F 0.1UF Z
CR1424100104CERAMIC CHIP, 25V F 0.1UF Z
CS0124797229ELECTROLYTIC, 50V 2.2UF M
CS0224797229ELECTROLYTIC, 50V 2.2UF M
CS0324797229ELECTROLYTIC, 50V 2.2UF M
CS0424797229ELECTROLYTIC, 50V 2.2UF M
CS0524797229ELECTROLYTIC, 50V 2.2UF M
CS0624797229ELECTROLYTIC, 50V 2.2UF M
CS0724797229ELECTROLYTIC, 50V 2.2UF M
CS0824797229ELECTROLYTIC, 50V 2.2UF M
CS0924797229ELECTROLYTIC, 50V 2.2UF M
CS1124794100ELECTROLYTIC, 16V 10UF M
CS1224794100ELECTROLYTIC, 16V 10UF M
CS1324794100ELECTROLYTIC, 16V 10UF M
CS1424794100ELECTROLYTIC, 16V 10UF M
CS1624797229ELECTROLYTIC, 50V 2.2UF M
CS1824794100ELECTROLYTIC, 16V 10UF M
CS1924794100ELECTROLYTIC, 16V 10UF M
-
39
-
Location
No.
Parts No.Description
Location
No.
Parts No.Description
CS2024797478ELECTROLYTIC, 50V 0.47UF M
CS2124797229ELECTROLYTIC, 50V 2.2UF M
CS2224797229ELECTROLYTIC, 50V 2.2UF M
CS2324797229ELECTROLYTIC, 50V 2.2UF M
CS2424797229ELECTROLYTIC, 50V 2.2UF M
CS2524797479ELECTROLYTIC, 50V 4.7UF M
CS2624797479ELECTROLYTIC, 50V 4.7UF M
CS2724794470ELECTROLYTIC, 16V 47UF M
CV0224100104CERAMIC CHIP, 25V F 0.1UF Z
CV0324100104CERAMIC CHIP, 25V F 0.1UF Z
CV0424100104CERAMIC CHIP, 25V F 0.1UF Z
CV0524109103CERAMIC CHIP, 50V B 0.01UF K
CV0624100104CERAMIC CHIP, 25V F 0.1UF Z
CV0824763221ELECTROLYTIC, 16V 220UF M
CV1124105101CERAMIC CHIP, 50V CH 100PF J
CV1224100104CERAMIC CHIP, 25V F 0.1UF Z
CV2324203101ELECTROLYTIC, 16V 100UF M 7L 3A
CV2424100104CERAMIC CHIP, 25V F 0.1UF Z
CV2524794220ELECTROLYTIC, 16V 22UF M
CV2624109473CERAMIC CHIP, 25V B 0.047UF K
CV3524109103CERAMIC CHIP, 50V B 0.01UF K
CV3924203101ELECTROLYTIC, 16V 100UF M 7L 3A
CV4024109103CERAMIC CHIP, 50V B 0.01UF K
CV4224100104CERAMIC CHIP, 25V F 0.1UF Z
CV4724232103CERAMIC DISC, 50V F 0.01UF Z
CV6524203101ELECTROLYTIC, 16V 100UF M 7L 3A
CV6624203101ELECTROLYTIC, 16V 100UF M 7L 3A
WARNING: BEFORE SERVICING THIS CHASSIS, READ THE "X-RAY RADIATION PRECAUTION", "SAFETY
PRECAUTION" AND "PRODUCT SAFETY NOTICE" ON THE MANUAL FOR THIS MODEL.
CAUTION: The international hazard symbols "" in the schematic diagram and the parts list designate components
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 on the MANUAL for this
model. Do not degrade the safety of the receiver through improper servicing.
NOTE:
1. RESISTORResistance is shown in ohm [K = 1.000, M = 1.000.000]. All resistors are 1/6W and 5% tolerance
carbon resistor, unless otherwise noted as the following marks.
1/2R = Metal or Metal oxide of 1/2 watt1/2S = Carbon compsistion of 1/2 watt
1RF = Fuse resistor of 1 watt10W = Cement of 10 watt
±
10% G = ±2% F = ±1%
K =
2. CAPACITORUnless otherwise noted in schematic, all capacitor values less than 1 are expressed in
the values more than 1 in pF.
All capacitors are ceramic 50V, unless otherwise noted as the following marks.
Electolytic capacitor
Mylar capacitor
µ
F, and
3. The parts indicated with "
4. Voltages read with DIGITAL MULTI-METER from point indicated to chassing ground, using a color bar signal with
all controls at normal, line voltage at 220 volts.
5. Waveforms are taken receiving color bar signal with enough sensitivity.
6. Voltage reading shown are nominal values and may vary
SCHEMA TIC DIAGRAM STRUCTURE:
– SIGNAL CircuitPOWER SUPPLY AND REGULATION [ SHEET– 1/9 ] ........................ 1/16
WARNING: BEFORE SERVICING THIS CHASSIS, READ THE "X-RAY RADIATION PRECAUTION", "SAFETY
PRECAUTION" AND "PRODUCT SAFETY NOTICE" ON THE MANUAL FOR THIS MODEL.
CAUTION: The international hazard symbols "" in the schematic diagram and the parts list designate components
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 on the MANUAL for this
model. Do not degrade the safety of the receiver through improper servicing.
NOTE:
1. RESISTORResistance is shown in ohm [K = 1.000, M = 1.000.000]. All resistors are 1/6W and 5% tolerance
carbon resistor, unless otherwise noted as the following marks.
1/2R = Metal or Metal oxide of 1/2 watt1/2S = Carbon compsistion of 1/2 watt
1RF = Fuse resistor of 1 watt10W = Cement of 10 watt
±
10% G = ±2% F = ±1%
K =
2. CAPACITORUnless otherwise noted in schematic, all capacitor values less than 1 are expressed in
the values more than 1 in pF.
All capacitors are ceramic 50V, unless otherwise noted as the following marks.
Electolytic capacitor
Mylar capacitor
µ
F, and
3. The parts indicated with "
4. Voltages read with DIGITAL MULTI-METER from point indicated to chassing ground, using a color bar signal with
all controls at normal, line voltage at 220 volts.
5. Waveforms are taken receiving color bar signal with enough sensitivity.
6. Voltage reading shown are nominal values and may vary
SCHEMA TIC DIAGRAM STRUCTURE:
– SIGNAL CircuitPOWER SUPPLY AND REGULATION [ SHEET– 1/9 ] ........................ 1/16