1. IMPORTANT SAFETY NOTICE
There are special components used in this equipment
which are important for safety. These parts are marked by
in the Schematic Diagrams, Circuit Board Layout,
Exploded Views and Replacement Parts List. It is essential
that these critical parts should be replaced with
manufacturer’s specified parts to prevent X-RADIATION,
shock, fire, or other hazards. Do not modify the original
design without permission of manufacturer.
2. An Isolation Transformer should always be used during the
servicing of Combination TV/DVD whose chassis is not
isolated from the AC power line. Use a transformer of
adequate power rating as this protects the technician from
accidents resulting in personal injury from electrical shocks.
It will also protect Combination TV/DVD from being
damaged by accidental shorting that may occur during
servicing.
3. When servicing, observe the original lead dress, especially
the lead dress in the high voltage circuits. If a short circuit is
found, replace all parts which have been overheated or
damaged by the short circuit.
4. After servicing, see to it that all the protective devices such
as insulation barriers, insulation papers, shield, and
isolation R-C combinations are properly installed.
5. Before turning the receiver on, measure the resistance
between B+ line and chassis ground. Connect (-) side of an
ohmmeter to the B+ lines, and (+) side to chassis ground.
Each line should have more resistance than specified, as
follows :
6. When the TV set is not used for a long period of time,
unplug the power cord from the AC outlet.
7. Potentials, as high as 33.0 kV is present when this TV set
is in operation. Operation of the TV set without the rear
cover involves the danger of a shock hazard from the TV
set power supply. Servicing should not be attempted by
anyone who is not thoroughly familiar with the precautions
necessary when working on high voltage equipment.
Always discharge the anode of the picture tube to the CRT
ground of receiver before handling the tube.
8. After servicing make the following leakage current checks to
prevent the customer from being exposed to shock
hazards.
1. Unplug the AC cord and connect a jumper between the two
prongs on the plug.
2. For physically operated power switches, turn power on.
Otherwise skip step 2.
3. Measure the resistance value, with an ohmmeter, between
the jumpered AC plug and each exposed metallic cabinet
part on the receiver, such as screwheads, connectors, etc.
When the exposed metallic part has a return path to the
chassis, the reading should be between 1 MΩ and 12 MΩ.
When the exposed metal does not have a return path to the
chassis, the reading must be infinity.
1.3. LEAKAGE CURRENT HOT
CHECK
1. Plug the AC cord directly into the AC outlet.
Do not use a isolation transformer for this check.
2. Connect a 1.5 kΩ, 10 W resistor, in parallel with a 0.15 µF
capacitor, between each exposed metallic part on the set
and a good earth ground, as shown in Figure 1.
3. Use an AC voltmeter, with 1 kΩ/V or more sensitivity, to
measure the potential across the resistor.
4. Check each exposed metallic part, and measure the
voltage at each point.
5. Reverse the AC plug in the AC outlet and repeat each of the
above measurements.
6. The potential at any point should not exceed 0.75 V RMS.
A leakage current tester (Simpson Model 229 equivalent)
may be used to make the hot checks. Leakage current must
not exceed 1/2 mA. In case a measurement is outside of
the limits specified, there is a possibility of shock hazard,
and the receiver should be repaired and rechecked before
it is returned to the custom er.
1. The potential source of X-Radiation in TV sets is the High
Voltage section and the picture tube.
2. When using a picture tube test fixture for service, ensure
that the fixture is capable of handling 33.0 kV without
causing X-Radiation.
NOTE:
It is important to use an accurate periodically calibrated high
voltage meter.
1. Reduce the brightness to minimum.
2. Set the SERVICE switch to SERVICE.
3. Measure the High Voltage. The meter reading should
indicate 28.0 kV±1.5 kV (For model with 20 inch CRT), 31.0
kV±2.0 kV (For model with 27 inch CRT).
If the meter indication is out of tolerance, immediate service
and correction is required to prevent the possibility of
premature component failure.
4. To prevent an X-Radiation possibly, it is essential to use the
specified picture tube.
2.1. HORIZONTAL OSCILLATOR
DISABLE CIRCUIT TEST
SERVICE WARNING :
The test must be made as a final check before set is returned
to the customer.
2.2. REPAIR PROCEDURES OF
HORIZONTAL OSCILLATOR
DISABLE CIRCUIT
1. Connect a DC voltmeter between capacitor C513 (+) on the
Main circuit board and chassis ground.
2. If approximately +21.5 V (For model with 20 inch CRT),
+20.0 V (For model with 27 inch CRT) is not present at that
point when 120 V AC is applied, find the cause. Check
R508, R503, R5504, D5505, D503, C513 and C5507.
3. Carefully check above specified parts and related circuits
and parts. When the circuit is repaired, try the horizontal
oscillator disable circuit test again.
2.3. CIRCUIT EXPLANATION
2.3.1. HORIZONTAL OSCILLATOR
DISABLE CIRCUIT
The positive DC voltage, supplied from the D503 cathode for
monitoring high voltage, is applied to the IC5301 Pin 11 through
R508, R503 and R5504. Under normal conditions, the voltage
at IC5301 Pin 11 is less than approx. 6 V. If the high voltage at
Flyback Transformer Pin 5 exceeds the specified voltage, the
positive DC voltage which is supplied from the D503 cathode
also increases. The increased voltage is applied to IC5301 Pin
11 through R508, R503 and R5504. Due to the increased
voltage at IC5301 Pin 11, the horizontal oscillator frequency
increases, the picture goes out of horizontal sync, the beam
current decreases and the picture become dark in order to
keep X-radiation under specification.
CONFIRMATION OF X-RAY MOVEMENT
1. Turn off TV set.
2. Connect the circuit below between TP554 and TP553 on
the Deflection C.B.A.
Figure 2
3. Turn on SW1 and then turn on the set. Confirm that the
picture is on the screen properly.
4. Confirm that the picture goes out of horizontal sync while
getting down by varying VR.
5. If this does not occur, it means that X-ray protect circuit is
not operating. Further confirmation and repair is required.
Figure 3
4
Page 5
2.4. LASER PRODUCT
CLASS I LASER PRODUCT
· This equipment is certified to comply with DHHS Rules 21
CFR Chapter 1, Subchapter J in effect as of date of
manufacture. (Only for U.S.A.)
This equipment is classified as a Class I (Class 1) level LASER
Product and there is no hazardous LASER radiation with the
safety protection.
Caution:
Use of controls or adjustments or performance of
procedures other than those specified herein may result in
hazardous radiation exposure.
Never touch the internal parts in order to avoid EXPOSURE TO
VISIBLE LASER RADIATION.
Unplug the AC power cord to the equipment when opening the
top cover.
Some semiconductor (solid state) devices can be damaged easily by static electricity. Such components commonly are called
Electrostatically Sensitive (ES) Devices. Examples of typical ES devices are integrated circuits and some field-effect transistors are
semiconductor "chip" components. The following techniques should be used to help reduce the incidence of component damage
caused by electrostatic discharge (ESD).
1. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off any ESD on your
body touching a known earth ground. Alternatively, obtain and wear a commercially available discharging ESD wrist strap, which
should be removed for potential shock reasons prior to applying power to the unit under test.
2. After removing an electrical assembly equipped with ES devices, place the assembly on a conductive surface such as
aluminum foil, to prevent electrostatic charge buildup or exposure of the assembly.
3. Use only a grounded-tip soldering iron to solder or unsolder ES devices.
4. Use only an anti-static solder removal device. Some solder removal devices not classified as "anti-static (ESD protected)" can
generate electrical charge sufficient to damage ES devices.
5. Do not use freon-propelled chemicals. These can generate electrical charges sufficient to damage ES devices.
6. Do not remove a replacement ES device from its protective package until immediately before you are ready to install it. (Most
replacement ES devices are packaged with leads electrically shorted together by conductive foam, aluminum foil or comparable
conductive material).
7. Immediately before removing the protective material from the leads of a replacement ES device, touch the protective material
to the chassis or circuit assembly into which the device will be installed.
CAUTION:
Be sure no power is applied to the chassis or circuit, and observe all other safety precautions.
8. Minimize bodily motions when handling unpackaged replacement ES devices. (Otherwise harmless motion such as the
brushing together of your clothes fabric or the lifting of your foot from a carpeted floor can generate static electricity (ESD)
sufficient to damage an ES device).
"NOTEtoCATVsysteminstaller:
This reminder is provided to call the CATV system installer’s attention to Article 820-40 of the NEC that provides guidelines for
proper grounding and, in particular, specifies that the cable ground shall be connected to the grounding system of the building,
as close to the point of cable entry as practical."
Simplified Self-Diagnostic System facilitates finding the cause
of the fault. The Communication for I
displayed on the TV screen.
The Simplified Fault finding data is stored in the Memory IC
(IC6004). This data is cleared after it is displayed, and then the
POWER button is pressed back on.
1. With power turned off, press PLAY and SKIP+ buttons on
the unit together for over 3 seconds.
Fig. 1-1
2. TV power comes on and the unit goes into service mode.
The Communication for I
2
C bus code will be displayed.
2
C bus code will be
Fig. 1-4
Fig. 1-2
Fig. 1-3
Note:
Press any operation button except for POWER or PLAY
buttons on either the unit, or DVD key on the remote to
detect that a key has been pressed. The 3rd digit
changes to "1" only when key is detected.
8
Page 9
5.1.2. USAGE SCREEN MODE
This function is displayed on the TV monitor:
·the total AC plugged in AC socket (in days)
·the total elapsed "DVD play" time (in hours).
1. With power turned, press STOP button on the unit and 7
key on the remote together.
The USAGE SCREEN will be displayed on the TV Monitor.
Fig. 2
Note:
1. After replacing the DVD Unit, press ADD/DLT button on
remote in this mode. Only Total elapsed time "DVD Play"
time (in hours) will be cleared to 0.
2. To release from Usage Screen Mode, press any operation
button or insert a cassette tape in this mode. The unit will
return to normal operation mode.
This unit has a Self-Diagnostic function which detects a
problem or malfunction within the unit and displays it on the TV
screen.
5.1.5.1. How to enter DVD Service Mode
1. Set the unit to DVD mode.
2. Press and hold the STOP, SKIP+, and VOL- buttons on the
unit together for over 5 seconds. The adjustment overlay
will appear on the TV screen.
Fig. 5-1
3. Press the DISPLAY key on the remote control to enter DVD
Service Mode I.
defective by checking the value of JITTER and the value of
LASER (current).
Fig. 5-2
4. Press the LEFT or RIGHT key on the remote again to enter
DVD Service Mode II.
Fig. 5-3
Note:
a. After replacing the DVD Unit, press the CLEAR key
on the remote in this mode. The total elapsed "Disc
Motor on" time (in hours/minutes) will be cleared to
0.
b. If 01 or 02 is always displayed in 9 DM STATUS,
replace the DVD Unit because the Disc Motor is
defective.
5. To confirm the value of JITTER and the value of LASER
(current), insert the DVD Test Disc into the DVD Unit.
6. To release from this mode, turn off the power.
5.1.5.2. Troubleshooting hint (standard)
for this mode
It can be determine whether the DVD Mechanism Unit is
10
Page 11
5.1.6. SERVICE POSITION
CAUTION:
1. HOT CIRCUIT (Primary circuit) exists on the Main
C.B.A.
Use extreme care to prevent accidental shock when
servicing.
2. Before connecting the AC plug, be sure to confirm the
connection between the Connector P502 on the
Deflection C.B.A. and P851/P852 on the Main C.B.A.
Otherwise, some electrical parts may be damaged due
to a sudden power surge.
To reset (clear) the select language, channel auto set and set
clock functions to their initial power on condition, hold down the
PLAY and SKIP- buttons of operation panel on the unit together
for more than 5 seconds.
Power will shut off.
5.1.11. HOW TO CONFIRM AUTO CLOCK
SET FEATURE
1. Connect an RF cable from the output of one unit to the input
of the test unit.
2. Select corresponding RF channels.
3. Playback a recording of P.B.S. channel including clock set
data and confirm this feature.
5.1.12. VARIABLE VOLTAGE ISOLATION
TRANSFORMER
An Isolation Transformer should always be used during the
servicing of Combination TV/DVD whose chassis is not isolated
from the AC power line. Use a transformer of adequate power
rating as this protects the technician from accidents resulting in
personal injury from electrical shocks. It will also protect
Combination TV/DVD from being damaged by accidental
shorting that may occur during servicing.
Also, when troubleshooting the above type of Power Supply
Circuit, a variable isolation transformer is required in order to
increase the input voltage slowly.
5.1.13. SPECIAL NOTE
All integrated circuits and many other semiconductor devices
are electrostatically sensitive and therefore require the special
handlingtechniquesdescribedunderthe
"ELECTROSTATICALLY SENSITIVE (ES) DEVICES" section
of this service manual.
5.1.14. MODEL NO. IDENTIFICATION
MARK
Use Marks shown in the chart below to distinguish the different
models included in this Service Manual.
Perform all disassembly procedures in the order described in the "Disassembly Flowchart" shown below. When reassembling, use
the reverse procedure.
CAUTION:
1. Disconnect AC plug before disassembly.
2. Before connecting the AC plug, be sure to confirm the connection between the Connector P502 on the Deflection C.B.A.
and P851/P852 on the Main C.B.A. Otherwise, some electrical parts may be damaged due to a sudden power surge.
2. Removal of Color Picture Tube Unit
Place the Unit face down on a soft cloth before removing the Color Picture Tube Unit.
3. Removal of DVD Sub C.B.A.
a. Remove solder portions "a, b, c, d, e, f, g, h, i, j" on the DVD Sub C.B.A.
b. Remove the DVD Sub C.B.A. while releasing the Locking Tab.
Installation of DVD Main C.B.A. and DVD Sub C.B.A.
a. Confirm that the Lever A is positioned as shown, and install the DVD Sub C.B.A. with the Locking Tab and 2 bosses.
b. Install the DVD Main C.B.A. with the Locking Tab and the rib.
c. Pass the leads through the slots A and B.
d. Solder portions "a, b, c, d, e, f, g, h, i, j, k" on the C.B.A.
Note:
Solder portions "h" and "i" while pushing down the DVD Sub C.B.A. securely.
e. Connect the F.F.C.s to Connectors P8901 on the DVD Main C.B.A.
f. Tighten the 2 Screws (520).
3. Press DISPLAY key on the remote control for collapse
scan.
Note:
Before pressing DISPLAY key on the remote control for
collapse scan, select the desired control function and move
the shaded area to the value for adjustments you will
proceed.
Fig. E2-6
Fig. E2-3
Note:
You can select a desired channel by using the
numbered keys on the remote control in EVR
adjustment mode.
4. Press RIGHT/LEFT
that the shaded area moves to the control function.
5. Press UP/DOWNkey on the remote control to
select a control function for the next adjustment if
necessary.
key on the remote control so
Fig. E2-4
Fig. E2-5
7.2.5.4. How to release from Service
Mode:
Press DISPLAY key again on the remote control.
7.2.5.2. How to release from EVR
Adjustment Mode:
Press and hold STOP, SKIP + and VOL - buttons on the unit
together over 5 seconds again or press the POWER button
OFF to release EVR adjustment mode. The adjusted value will
be written to Memory IC (IC6004).
Purpose:To set the optimum sub contrast level.
Symptom of
Misadjustment:
Test Point :TP49 (CRT C.B.A.)
Adjustment :SUB CONTRAST (EVR),
Specification :Refer to descriptions below.
Input :Video Input Jack,
Mode :STOP
Equipment :Oscilloscope,
1. Supply a Crosshatch Pattern Signal to the Video Input Jack.
2. Connect the Oscilloscope to TP49 on the CRT C.B.A.
(Use TP47 for GND.)
3. Select SUB BRIGHT in EVR adjustment mode. Then, after
making a note of the original value, adjust to the (C0).
4. Select SUB CONTRAST in EVR adjustment mode and
adjust so that the level A is (3.0 V[p-p]±0.1 V[p-p]: For
model with 20 inch CRT), or (3.15 V[p-p]±0.1 V[p-p]: For
model with 27 inch CRT).
5. Select SUB BRIGHT in EVR adjustment mode and reset to
the original value.
The picture is too dark or too light.
Crosshatch Pattern Signal 1 V[p-p] (75 Ω
terminated)
NTSC Video Pattern Generator
7.2.7. FOCUS, SCREEN, CUT OFF, DRIVE
ADJUSTMENT
Purpose:To set the optimum Screen.
Symptom of
Misadjustment:
Test Point :TP50 (CRT C.B.A.)
Adjustment :FOCUS CONTROL
Specification :Refer to descriptions below.
Input :Video Input Jack,
Mode :STOP
Equipment :Oscilloscope,
1. Supply a Crosshatch Pattern Signal to the Video Input Jack.
2. Adjust the FOCUS CONTROL on the Flyback Transformer
so that the "a" and "b" are the sharpest.
The picture is will be an improper screen
color mix.
(Flyback Transformer),
SCREEN CONTROL (Flyback
Transformer),
SUB BRIGHT (EVR),
G DRIVE (EVR),
B DRIVE (EVR),
R CUT-OFF (EVR),
G CUT-OFF (EVR),
B CUT-OFF (EVR)
Crosshatch Pattern Signal,
Monoscope Pattern Signal
NTSC Video Pattern Generator
Fig. E3
Fig. E4-1
3. Supply a Monoscope Pattern Signal to the Video Input
Jack.
4. Connect the Oscilloscope to TP50 on the CRT C.B.A.
(Use TP47 for GND.)
5. Select SUB BRIGHT and move the shaded area to the
value in EVR adjustment mode.
6. Turn the SCREEN CONTROL on the Flyback Transformer
fully counterclockwise.
7. Press DISPLAY key on the remote control for collapse
scan. (Refer to "HOW TO ENTER SERVICE MODE.")
8. Adjust SUB BRIGHT in EVR adjustment mode so that the
level A is (170 VDC±5 VDC: For model with 20 inch CRT),
or (185 VDC±5 VDC: For model with 27 inch CRT).
24
Page 25
Fig. E4-2
9. Turn the SCREEN CONTROL on the Flyback Transformer
clockwise carefully and stop at the point where any color is
first observed.
10. In EVR adjustment mode, select the two colors not
observed in step 8 from the following control functions (R
CUT-OFF, G CUT-OFF, B CUT-OFF) and adjust so that the
horizontal line becomes white.
For example, if the horizontal line appeared red in step 8,
select and adjust the B CUT-OFF and G CUT-OFF. (See
NOTE)
11. Press DISPLAY key on the remote control again to return
for full frame scan.
12. Select SUB BRIGHT in EVR adjustment mode and adjust
so that the picture has adequate brightness.
13. Select G DRIVE and B DRIVE in EVR adjustment mode
and adjust so that the entire screen is white.
Note:
Before pressing DISPLAY key on the remote control for
collapse scan, select the desired control function and move
the shaded area to the value.
Test Point :---------Adjustment :V POSITION (EVR),
Specification :Refer to descriptions below.
Input :Video Input Jack,
Mode :STOP
Equipment :NTSC Video Pattern Generator
The picture is distortion.
V SIZE (EVR),
H-CENTER (EVR),
(For model with 27 inch CRT)
R763 (Deflection C.B.A.),
R753 (Deflection C.B.A.),
R766 (Deflection C.B.A.)
Crosshatch Pattern Signal,
Monoscope Pattern Signal
1. Supply a Crosshatch Pattern Signal to the Video Input Jack.
2. Confirm that the Horizontal Center Line is within the limits of
A.
Fig. E6-1
3. (For model with 27 inch CRT)
Adjust R763 so that vertical lines should be almost straight.
4. (For model with 27 inch CRT)
Adjust R753 so that vertical lines at Left edge and Right
edge should be almost straight.
5. Supply a Monoscope Pattern Signal to the Video Input
Jack.
6. Select V POSITION in EVR adjustment mode and adjust
Horizontal Center Line is within the limits of A.
26
Page 27
Fig. E6-2
7. Select V SIZE in EVR adjustment mode and adjust so that
the top 4th line is just in view, and that the Bottom edge is
between the 9th line and the 11th line.
8. Select H-CENTER in EVR adjustment menu and adjust so
that B is approximately equal to width C.
9. (For model with 27 inch CRT)
Adjust R766 so that the left 4th line is just in view.
10. Supply a Crosshatch Pattern Signal to the Video Input Jack.
Then, confirm that the picture is no distortion.
Perform this adjustment in a darkened room.
Purpose :To set the optimum brightness level.
Symptom of
Misadjustment :
Test Point :---------Adjustment :SUB BRIGHT (EVR),
Specification :Refer to descriptions below.
Input :---------Mode :STOP
The picture is too white or too black.
8. Turn the SCREEN CONTROL on the Flyback Transformer
clockwise carefully and stop at the point where red or blue
is first observed.
9. In EVR adjustment mode, select the two colors not
observed in step 8 from the following control functions (R
CUT-OFF, G CUT-OFF, B CUT-OFF) and adjust so that the
horizontal line becomes white.
For example, if the horizontal line appeared red in step 8,
select and adjust the B CUT-OFF and G CUT-OFF. (See
NOTE)
10. Supply a White Pattern Signal to the Video Input Jack.
11. Press DISPLAY key on the remote control again to return
for full frame scan.
12. Select G DRIVE and B DRIVE in EVR adjustment mode
and adjust so that the entire screen is white.
13. Confirm that the screen is tracking the White Pattern
properly. If NG, repeat the above steps 8, 9 and 12 until the
screen is properly tracking the White Pattern.
14. Select SUB BRIGHT in EVR adjustment mode and adjust
correctly.
Note:
Before pressing DISPLAY key on the remote control for
collapse scan, select the desired control function and move
the shaded area to the value.
1. Do not input any signal to the unit.
2. Set INPUT SELECT item to LINE in SET UP TV menu to
display black screen.
3. Select SUB BRIGHT in EVR adjustment mode, and adjust
so that the black screen starts to turn gray (lighting only).
1. Important safety notice
Components identified by the sign
have special
characteristics important for safety. When replacing any
of these components. Use only the specified parts.
2. Do not use the part number shown on this drawing for
ordering.
The correct part number and part value is shown in the
parts list, and may be slightly different or amended since
this drawing was prepared.
3. Use only original replacement parts:
To maintain original function and reliability of repaired
units, use only original replacement parts which are listed
with their part numbers in the parts list section of the
service manual.
4. Parts different in shape or size may be used.
However, only interchangeable parts will be supplied as
service replacement parts.
5. Test point information
:Test point with a jumper wire across a hole in P.C.B.
:Test point with a component lead on the foil side.
:Test point with no test pin.
:Test point with a test pin.
Schematic Diagram Notes
1. Indication for Zener Voltage of Zener Diodes
The Zener Voltage of Zener Diodes are indicated as such
on Schematic Diagrams.
3. Parts marked "PT" are not used in any models included
in this service model.
Example:
C6011
100P
C6011
PT
R6097
PT
PT
4. Jumper wires are used for WA10, WA5 etc and these are
not supplied as replacement parts.
Signal Waveform Note
How to read Signal Waveform
9
CH1 TP3002
CH2 TP6205
0.1V5ms 2
123 4 5 67
WF1
+250mVp-pV1
REC SP/LP/SLP
5V
8
Voltage Chart Note
Voltage Measurement
a. Color bar signal in SP mode.
b. ---:Unmeasurable or not necessary to measure.
1 Connecting Point
2 Volts/Div
3 Volts/Div
4 Connecting Point
5 Time/Div
6 Trigger Channel of
the scope
(1:CH1,2:CH2)
7 Operation Mode of
VCR
8 Waveform Point on
Schematic
9 V1:Peak to Peak
Example:
(6.2V)......Zener Voltage
2. How to identify Connectors
Each connector is labeled with a Connector No. and Pin
No. Indicating what it is connected to,
in other words, its counter part.
Use the interconnection schematic diagram to find the
connection between associated connectors.
Example:
The connections between C.B.A.s are shown below.
Ref. No. of the connection parts such as lead cable,
flexible cable which is supplied as a replacement parts.
The Number of pins of the Connector.
POWER SUPPLY
C.B.A.
P1503
244
(10 Pins)
MAIN C.B.A.
P3004
Connector No.
on Main C.B.A.
Circuit Board Layout Note
Circuit Board Layout shows components installed for
various models.
For proper parts content for the model you are servicing,
please refer to the schematic diagram and parts list.
NOTE:
Circuit Board Layout includes components which are not
used.
Model No. Identification Mark
MODEL
PV-20DF25
PV-20DF25-K
PV-27DF25
PV-27DF25-K
PV-27DF5
Not Used
Note : Refer to item 3 of Schematic Diagram Notes for mark "PT".
NOT USED
V-CHIP MUTE(H)
NOT USED
IR-DATA
NOT USED
NOT USED
ON TIMER LED ON(L)
NOT USED
NOT USED
NOT USED
NOT USED
NOT USED
NOT USED
NOT USED
VIDEO MUTE2(L)
LINE1(L)/LINE2(H)
HOST READY(L)
AUDIO MUTE(H)
VIDEO MUTE(H)
NOT USED
NOT USED
NOT USED
NOT USED
RESET(L)
NOT USED
DVD READY(L)
VDD(+5V)
12MHz OSCILLATOR
12MHz OSCILLATOR
GROUND
TV POWER ON(H)
NOT USED
12MHz CLOCK START(H)
LC OSCILLATOR
LC OSCILLATOR
NOT USED
DEGAUSSING ON(H)
DVD POWER ON(H)
GROUND
NOT USED
TV SIGNAL(L)
NOT USED
VDD (+5V)
NOT USED
NOT USED
COMPOSITE VIDEO
NOT USED
OSD H-SYNC
OSD V-SYNC
BLANKING PULSE
SPEAKER MUTE(H)
OSD-B
OSD-G
OSD-R
DVD SERIAL DATA 0
DVD SERIAL DATA 1
DVD SERIAL CLOCK
DVD RESET(L)
TUNER(H)/LINE(L)
COMPOSITE(H)
I2C SERIAL CLOCK
I2C SERIAL DATA
NOT USED
NOT USED
NOT USED
NOT USED
NOT USED
POWER DOWN(L)
AUDIO SW CONTROL A
AUDIO SW CONTROL B
POWER ON(H)
NOT USED
NOT USED
NOT USED
NOT USED
NOT USED
NOT USED
GROUND
NOT USED
NOT USED
NOT USED
NOT USED
NOT USED
NOT USED
NOT USED
NOT USED
NOT USED
VDD (+5V)
VDD (+5V)
OVER CURRENT DETECT(H)
HOT CIRCUIT. BE CAREFUL AND USE AN ISOLATION TRANSFORMER WHEN SERVICING.
43
SP_GND
AC 120V
AC 120V
DEGAUSSING COIL
*
DEGAUSSING COIL
L1001
G0B183E00002
12
C1002
PT
C1004
1000P/125V
SP_GND
D1001
B0EDKT000009
P802PT
1
P801
1
2
ZP592
1
ZP591
1
6.3A
125V/250V
F801
125V/6.3A
C1005
82/200V
R805
470K
R801
8.2M/1/2W
R1001
68K
IC1001
C5HABZZ00132
1
2
3
4
5
6
7
C801
0.33
/125V
1/2W
SWITCHING
CONTOROL
C1007
470/2KV
C1006
470P
D801
ERZV10V361CS
D591
D4DDD3R00002
TO M III49
AC POWER
CORD
DEGAUSSING
COIL
C1001
3300P
/250V
C1008
1/50[HG]
R1002
150
D802
PT
C802
PT
34
21
CAUTION: FOR CONTINUED PROTECTION AGAINST FIRE HAZARD,
REPLACE ONLY WITH THE SAME TYPE 3A 125V/250V FUSE.
ATTENTION: POUR UNE PROTECTION CONTINUE LES RISQUES
3A 125V/250V
C1009
PT
C1010
0.1[KB]
R1004
1K
D1002
B0HAMM000083
R1003
15
1/2W
L801
G0B452H00001
423
D’ INCENDIE N’ UTILISERQUE DES FUSIBLE DE MÉME
TYPE 3A 125V/250V
C1018
100P
R1011
3.3
T1001
R1005
0.22
2W
J801
WA15
C803
0.1
/125V
C804
1000P
/250V
C805
PT
R1006
3300
RL591
LSSY0004
1
Q591
2SC3311AHA
SWITCHING
DEGAUSS ON
D1005
B0HAMM000083
C1011
47/50V[HG]
D1003
MAZ40470MF
(4.7V)
Q801
2SC3311ARA
SWITCHING
TV POWER ON-ON
R802
4700
R803
TP809
10K
34
L802
G0B452H00001
21
C1050
PT
C1013
47/50V[HG]
D1006
D1004
B0HAMM000083
D1017
B0HAMM000083
TP810
D592
MA2C16700E
*
R591
10K
D1021
B0BB17000006
(17V)
D1008
B0HAMM000083
B0HAMM000083
R1008
5600
C1015
1000P[KB]
RL801
K6B1AGA00177
[S2]
L1003
22U
R1010
33
D1009
B0HAMM000083
R1009
1K
C1016
0.01
D803
MA2C16700E
31
42
R804
0.82
/5W
C806
4700P
R592
4700
[S2]
*
LSTP0129
3
4
5
8
7
9
6
C807
4700P
18
17
10
11
16
14
15
12
13
IC1002
CNC1S101R1KT
ERROR
VOLTAGE DET
2143
D806
D804
B0AAKT000010
B0AAKT000010
D805
D807
B0AAKT000010
B0AAKT000010
D1016
B0HAHP000014
D1010
B0JANK000003
D1011
B0JANK000003
D1013
B0JAME000079
D1015
B0JAME000079
2200/6.3V
R1013
220
R1012
1K
C808
4700P
C809
4700P
C1020
330/25V
C1026
C0DAEMB00004
22U
R1014
IC1003
L1004
L1005
C1024
330/25V
C1025
330/25V
1K
SHUNT
REGULATOR
R850
180K
1/2W
47/50V[HG]
C1027
47/50V[HG]
22U
L1007
C1021
0.22[KB]
C855
L1009
0
C1028
330/25V
C1029
330/25V
L1006
22U
10U
C1031
2200/6.3V
1
K
C,D,E C5HABZZ00110
C873
PT
NOTE:
FOR SCHEMATIC DIAGRAM AND CIRCUIT BOARD LAYOUT NOTES,
REFER TO BEGINNING OF SCHEMATIC SECTION.
IMPORTANT SAFETY NOTICE:
COMPONENTS IDENTIFIED BY THE SIGN HAVE
SPECIAL CHARACTERISTICS IMPORTANT FOR SAFETY.
WHEN REPLACING ANY OF THESE COMPONENTS,
USE ONLY THE SPECIFIED PARTS.
[30V]
[18V]
IC1005
C0DBZHG00012
(+6.5V REGULATOR)
+6.5V REGULATOR
GND
C1003
D1019
WA7.5
C1017
47/50V[HG]
C870
4R7/200V[HG]
D863
B0HAHP000014
L857
J0JHB0000021
D857
B0HAGP000012
R857
2700
D858
L858
WA15
R858
4.7
10 C,D,E
R860
1200
C859
220P[KB]
21354
R1018
3000[D]
+3.3V REGULATOR
GND
T850
ETS35AA6S5ND
2
3
4
5
8
7
C871
PT
C861
1500P/250V
R1017
12400[D]
14
16
15
12
13
11
9
10
PR850
D4FA7R00A002
C1019
PT
IC1006
C0DBZGG00010
(+3.3V REGULATOR)
21354
C1022
PT
A,B
R1015
2430
R
23
A
C857
330/200V
IC850
A,B
C5HABZZ00109
C1030
330/25V
A,B
C,D,E560/200V
R1016
2200
C856
470P
14
523
[8V]
C1038
2200/6.3V
R852
68K
1/4W
R853
68K
1/4W
SWITCHING
CONTOROL
[4.0V]
[5V]
R1020
390
L850
J0JKA0000016
D854
PT
R851
680
[1/4W]
R855
0.1
2W
R866
33K
2W
D1020
WA15
C858
1500P/2KV
47/50V[HG]
D1018
WA7.5
C869
220P
/1KV
D856
B0HAGP000012
R856
PT
B0HAGP000012
C1032
7A
PT
C1033
47/50V[HG]
C1034
330/6.3V
C1023
PT
C864
1000P/1KV
D860
B0EALR000005
C867
330/200V
J851
PT
D862
C863
PT
*
D859
B0JANK000003
C865
470/25V
NOTE:
PARTS MARKED "PT" ARE NOT USED.
4
+5V REG.
C1036
1[KB]
IC1004
C0CBCDD00012
(+5V REGULATOR)
PT
D861
MAZ2270
(27V)
GND
1253
L856
22U
L855
10U
C1035
1[KB]
C872
82/200V
D864
B0HAMM000105
C868
470/25V
D865
B0HAMM000105
L1602
J0JCC0000004
22U
L1621
C1622
0.1[KB]
4R7/25V
TP851
PT
TP852
PT
AUDIO SIGNAL
C1603
D866
WA15
P1006
L1601
J0JCC0000004
R1621
330
C1621
27P
P851
P852
SW+5V_DVD
UNSW+30V
UNSW+5V_SYSCON
UNSW+16V
DVD_POWER_ON_H
TO DVD MA IN
C.B.A. P8402
MOTOR_GND
1
2
MOTOR_GND
3
ACT_VM+6.5V
4
M_VM+6.5V
5
A_GND
6
D_GND
7
D_GND
8
SW+3.3V_DVD
9
SW+3.3V_DVD
10
SW+5V_DVD
11
D_AUDIO
JK1601
B3RAE0000030
D_AUDIO
3
2
D_GND
1
TV_POWER_ON_H
SW+12V
TO DEFLECTION
C.B.A. P502
DC+130V
GND
AUDIO_POWER
AUDIO_GND
DEGAUSS_H
NOTE: For placing a purchase order of the parts,
be sure to use the part number listed in the parts list.
Do not use the part number on this diagram.
COMPARISON CHART
OF MODELS & MARKS
MODEL
PV-20DF25
PV-20DF25-K
PV-27DF25
PV-27DF25-K
PV-27DF5
Not Used
IMPORTANT SAFETY NOTICE:
COMPONENTS IDENTIFIED BY THE SIGN HAVE
SPECIAL CHARACTERISTICS IMPORTANT FOR SAFETY.
WHEN REPLACING ANY OF THESE COMPONENTS,
USE ONLY THE SPECIFIED PARTS.
R509
100
R513
4700
D505
MA2C165001VT
U751
LXPUS02X62
Q751
2SD14990P0LB
PINCUSHION
COMPENSATOR
D504
MAZ40470MF
(4.7V)
C513
47/35V
R558
C,D,E
33K
27K
D503
B0HAGP000014
A,B
C,D,E
R471
1500
1/2W
R508
1
1/2W
A,B
R512
1.2K
R405
330
1W
R470
PT
C563
680P/2KV
C,D,E
*
L551
WA10 A,B
ELH5L6141
H-KEY
R753
10KB
R554
1K/2W
L554
ELH5L4149A,B
ELH5L8106
*
C,D,E
R557
1K/2W
R501
WA5L451
1KR435
R436
100K
C,D,E
470
1KR468
R752
180
R434
4700
C,D,E
Q501
B1AACN000015A,B
2SC3941H
HORIZONTAL
DRIVE
C,D,E
L704
6.8mH
A,B
R502
560
R422
330
Q431
2SA1309AHA
( BUFFER)
C556
0.24 A,B
0.39
/250V
C704
0.47/250V
R516
2.2K
1.5KC,D,E
C557
PT
R701
560/1W
470/16V
C,D,E
C510
1000P/1KV A,B
680P/2KV
R511
2.7K/2W
IC451
C402
R432
51K A,B
33K
R775
PT
NOTE:
FOR SCHEMATIC DIAGRAM AND CIRCUIT BOARD LAYOUT NOTES,
REFER TO BEGINNING OF SCHEMATIC SECTION.
C,D,E
C552
0.01/1600V
D571
B0HANV000017
L701
R710
ELC18B471L
*
2R2
/1W
C703
0.68/100V
C,D,E
T501
A,BETH09K8AZ
ETH19Y70AY
C,D,E
14
R588
PT
2
3
C,D,E
A,B2.2K/2W
C,D,E
C1AA00000709 (V.DEFLECTION DRIVE)
RAMP
ONE SHOT
GENERATOR
MULTI
VERT.
VERT.HEIGHT
TRIG.
CONTROL
INPUT
VCC
2
3
45
1
R410
3.9K
C,D,E
22K
0.01
C458
47K
R466
R409
27K
22K
C401
2.2/50V
C,D,E
0.33/50V
R411
82KA,B
C,D,E
22K
C,D,E
C460
C,D,E
1/50V
R416
100
R414
R415
1.2A,B
1R8
1/2WC,D,E
1.8
1/2W
C,D,E
C761
0.01
J0LKA0000015
L552
6
A,B
C408
1/50V[GE]
A,B
C,D,E
A,B
C,D,E
R401
470 A,B
1.2K
C,D,E
R431
820
R799
4700
R776
4700
D572
WA15
A,B
B0HAMR000076
U551
LXPUC02U33
Q551
B1BAFT000005
B1BAES000002
C,D,E
HORIZONTAL
DRIVE
VERTICAL
DRIVE
PUMP UP
VCC
8
7
R413
27K
R402
22K
A,B
C,D,E
18K
C414
2200/25V
D402
MA2C165001VT
TP752
C762
10/16V
TP751
DM
C,D,E
C576
680P/2KV
A,B
9
R406
PT
C409
220/35V
D401
B0AAML000001
A,B1000P/25V
C,D,E
C765
0.33/50V
PT
R793
3300
R794
1500
R771
5.1K
PT
R772
1500
L553
WA5
C554
0.033/630V
C555
9100P/1600V
4700P/1250V
C,D,E
R515
1200
THERMAL PROTECTION
10
C,D,E
C,D,E
C524
2200P
A,B
/2KV
C,D,E270P/2KV
C525
1500P
/2KV
A,B
D506
MAZ42700MF
C,D,E
C,D,E
C526
0.047
R586
5600
VERTICAL
OUT
13
1211
C411
PT
*
R427
1.5
1/2W
C413
0.1/100V
R798
100
R797
150K
VCC
-
1234
R777
150K
C768
3900P
R773 82K
C767
0.22[KB]
TP558
-
+
R795
C558
330/35V
1000/35V
39K
5678
+
GND
A,B0.1/50V
R796
150K
R774
1K
A,B
C,D,E
TP501
C,D,E
IC752
C0ABAA000005
(COMPARTOR)
C764
1000P[KB]
D558
B0HAGP000014
C551
PT
C523
10/50V
R526
0.75
/2W
R523
R525
120K
R589
PT
R590
5600
R779
120K
DC LEVEL ADJ.
R564
WA7.5
C,D,E
J501
J502
R562
3.9/5W
A,B
R524
10K
C,D,E
56K
Q523
2SA17670QA
OVER CURRENT
DETECTOR
C418
470/35V
C521
10/50V
C575
33/200V
6
10
A,B330/35V
C,D,E
C,D,E
T551
G4G5K0000001
G4G6L0000003 C,D,E
NC
4
GND
28V
8
NC
2
NC
7
COLLECTOR
9
130V
TP502
NOTE:
PARTS MARKED "PT" ARE NOT USED.
C,D,E
R585
68K
R563
WA12.5
D553
B0HAGP000014
C553
PT
R552
4700
4.7/50V
C561
R556
22K
R555
47K
A,B
27K C,D,E
D555
MAZ40680MF
D554
MA2C16700E
R553
1K
A,B
VR
11
1
ABL
220V
3
HEATER
5
TP503
TP552
VJES0030
(6.8V)
TP551
VJES0030
7:3
C,D,E
C562
2R2/50V
NOTE: For placing a purchase order of the parts,
be sure to use the part number listed in the parts list.
Do not use the part number on this diagram.
A,B
TO CRT
P504
C.B.A. P352
220V
1
NC
2
HEATER
3
GND
4
C,D,E
TO CRT
P503
C.B.A. P352
1
220V
2
NC
3
130V
4
R561
2.7/1W
A,B
2.2/1W
C,D,E
7:3
TP556
C560
10/250V
5
6
P502
1
2
NC
HEATER
GND
TO CRT ANODE
(
TO CRT ANODE
(
ANODE
TO CRT C.B.A. P357
(
TO CRT C.B.A. P355
(
SCREEN
(
TO CRT SOCKET
(
TO CRT SOCKET
FORCUS
TO MAIN C.B.A.
P851,P852
DC130V
GND
)
A,B
)
C,D,E
A,B
)
C,D,E
)
)
A,B
)
C,D,E
COMPARISON CHART
OF MODELS & MARKS
MODEL
PV-20DF25
PV-20DF25-K
PV-27DF25
PV-27DF25-K
PV-27DF5
Not Used
IMPORTANT SAFETY NOTICE:
COMPONENTS IDENTIFIED BY THE SIGN HAVE
SPECIAL CHARACTERISTICS IMPORTANT FOR SAFETY.
WHEN REPLACING ANY OF THESE COMPONENTS,
USE ONLY THE SPECIFIED PARTS.
TO MAIN
C.B.A. P6301
P6302
7
ON_T_LED
6
KEY_IN_01
5
KEY_IN_0
4
IR
3
UNSW+5V_SYS
2
KEY_IN_2
1
GND
NOTE:
LSJB2221
FOR SCHEMATIC DIAGRAM AND CIRCUIT BOARD LAYOUT NOTES,
REFER TO BEGINNING OF SCHEMATIC SECTION.
CRT SCHEMATIC DIAGRAM (A, B)
VIDEO SIGNAL
TO MAIN
PT
TO DEFLECTION
C.B.A. P504
C.B.A. P5302
SW +12V
RED
GREEN
BLUE
GND
HEATER
NC
220V
P351
1
2
3
4
5NC
MAZ41500MF
P356
1GND
P352
4
3
2
1
D351
(15V)
C357
22/16V
C358
C359
J351
PT
C360
R357
3900
R358
3900
R353
15K
/2W
R359
3900
R351
15K
/2W
R352
15K
/2W
Q351
2SC3063000RL
BLUE
AMP
R360
390
TP47
Q352
2SC3063000RL
GREEN
AMP
R361
390
TP50
TP49
Q353
2SC3063000RL
RED
AMP
R362
390
R363
120
R364
120
R365
120
C351
470P
C352
470P
C353
560P
R354
2700
R355 2700
2700R356
C354
1000P
/2KV
C356
PT
(TO DEFLECTION C.B.A. T551)
P357
SCREEN1
P354
1
GND
P353
1
IC
KB
2
3
HEATER
HEATER GND
4
KR
5
G26
KG
7
8
G1
E
9
(TO DEFLECTION C.B.A. T551)
ANODE
FOCUS
COMPARISON CHART
OF MODELS & MARKS
MODEL
PV-20DF25
PV-20DF25-K
PV-27DF25
PV-27DF25-K
PV-27DF5
Not Used
IMPORTANT SAFETY NOTICE:
COMPONENTS IDENTIFIED BY THE SIGN HAVE
SPECIAL CHARACTERISTICS IMPORTANT FOR SAFETY.
WHEN REPLACING ANY OF THESE COMPONENTS,
USE ONLY THE SPECIFIED PARTS.
VIDEO SIGNAL
L5051 TSK1002
C5051
0.01
Q5051
R5051
820
C5052
10/50V
R5059
100
R5083
470
R5082
470
C5068
0.01
Q5061
2SC3311A
(SWITCHING)
Q5062
2SC3311A
(BUFFER)
R5075
100
R5076
100
Q5052
2SC3311A
(AMP)
R5054
430
R5056
51
R5078
100
R5052
22K
R5053
3300
2SC3311A
(BUFFER)
C5053
0.01
R5079
4700
R5080
330
NOTE:
NOTE:
FOR SCHEMATIC DIAGRAM AND CIRCUIT BOARD LAYOUT NOTES,
FOR SCHEMATIC DIAGRAM AND CIRCUIT BOARD LAYOUT NOTES,
REFER TO BEGINNING OF SCHEMATIC SECTION.
REFER TO BEGINNING OF SCHEMATIC SECTION.
PT
TP46
VJES0007
TP48
VJES0007
TP49
VJES0007
C360
PT
C358
PT
C359
PT
D351
MAZ41500MF
(15V)
C357
22/16V
R351
15K/2W
R357
3300
R352
15K/2W
R358
3300
R353
15K/2W
R359
3300
NOTE:
NOTE:
PARTS MARKED "PT" ARE NOT USED.
PARTS MARKED "PT" ARE NOT USED.
R354
2700
Q351
2SC3063000RL
(AMP)
Q354
2SC3311AHA
(AMP)
C351
R360
470P
330
R363
100
VJES0007
TP51
Q352
2SC3063000RL
(AMP)
Q355
2SC3311AHA
(AMP)
C352
R361
470P
330
R364
100
VJES0007
TP50
Q353
2SC3063000RL
(AMP)
Q356
2SC3311AHA
(AMP)
C353
R362
470P
330
R365
100
R356
2700
R355
2700
J351
WA10
C356
NOTE: For placing a purchase order of the parts,
NOTE: For placing a purchase order of the parts,
be sure to use the part number listed in the parts list.
be sure to use the part number listed in the parts list.
Do not use the part number on this diagram.
Do not use the part number on this diagram.
TO DEFLECTION C.B.A.
P355
T551
1
SCREEN
P354
GND
1
P360
1
IC
2
KB
3
H
4
H(GND)
5
KR
6
G2
7
KG
8
G1
9
E
C354
1000P/2KV
FOCUS1
PT
TO DEFLECTION
C.B.A. T551
ANODE
COMPARISON CHART
OF MODELS & MARKS
KB
KG
KR
G1 G2
MODEL
PV-20DF25
PV-20DF25-K
PV-27DF25
PV-27DF25-K
PV-27DF5
Not Used
FOR SCHEMATIC DIAGRAM AND CIRCUIT BOARD LAYOUT NOTES,
REFER TO BEGINNING OF SCHEMATIC SECTION.
MAIN C.B.A.
UHF/VHF TUNER/TV
DEMODULATOR UNIT
PIN
P4801P8401
(17 Pins)
PIN
P1006
NOTE:
PARTS MARKED "PT" ARE NOT USED.
DIGITAL AUDIO OUT
VIDEO IN 1
AUDIO IN 1 L-CH
AUDIO IN 1 R-CH
AUDIO OUT L-CH
AUDIO OUT R-CH
EARPHONE JACK
VIDEO IN 2
AUDIO IN 2 L-CH
AUDIO IN 2 R-CH
NOTE: For placing a purchase order of the parts,
be sure to use the part number listed in the parts list.
Do not use the part number on this diagram.
IMPORTANT SAFETY NOTICE:
COMPONENTS IDENTIFIED BY THE SIGN HAVE
SPECIAL CHARACTERISTICS IMPORTANT FOR SAFETY.
WHEN REPLACING ANY OF THESE COMPONENTS,
USE ONLY THE SPECIFIED PARTS.
COMPARISON CHART
OF MODELS & MARKS
MODEL
PV-20DF25
PV-20DF25-K
PV-27DF25
PV-27DF25-K
PV-27DF5
Not Used
FOR SCHEMATIC DIAGRAM AND CIRCUIT BOARD LAYOUT NOTES,
REFER TO BEGINNING OF SCHEMATIC SECTION.
MODESTOP PIN NO.
MODESTOP PIN NO.
VOLTAGE CHAR T
50
Page 51
9 CIRCUIT BOARD LAYOUT
CAUTION: FOR CONTINUED PROTECTION AGAINST FIRE HAZARD,
REPLACE ONLY WITH THE SAME TYPE 6.3A 125V/250V FUSE.
ATTENTION: POUR UNE PROTECTION CONTINUE LES RISQUES
D’ INCENDIE N’ UTILISERQUE DES FUSIBLE DE MÉME
TYPE 6.3A 125V/250V
CIRCUIT BOARD LAYOUT SHOWS COMPONENTS INSTALLED FOR VARIOUS MODELS.
FOR PROPER PARTS CONTENT FOR THE MODEL YOU ARE SERVICING,
PLEASE REFER TO THE SCHEMATIC DIAGRAM AND PARTS LIST.
NOTE:
CIRCUIT BOARD LAYOUT INCLUDES COMPONENTS WHICH ARE NOT USED.
P5502
J5502
U4501
COLD
D591
J801
IC4501
13
C1011
D1017
R592
R802
1
D1005
DEG
2
C1036
D1009
D1008
D806
HOT
R591
Q801
1
45
13
IC1004
C1013
R1009
C1015
R1006
C808
Q591
BCE
D592
BCE
R803
C1035
R1014
C1016
C806
R1221
C1202
Q1206
R4303
C5670
C5662
R4304
R5660
C5668
R1220
R4302
16
R4315
1
C4306
R4605
C4603
C4601
C4351
C4305
C4303
R4301
C4356
C4352
R4312
R4610
R4607
C4609
C4606
C4623 C4624
C4612
C4355
R4353
Q4351
ECB
IC4351
85
41
D6011
R1223
C4353
C4357
C9022
C4628R4611
C4627
C4605
R4606
C4602
C4604
Q4354
R4351
R9003
P4501
1
6
C4607
R4608
24
1
C4614
C4354
ECB
R4366
C4359
R4365
C9024
R9007
R9008
TP9001
R9002
P5302
2112
R4609
R4352
Q4352
R4356
R4354
C9001
4
1
R6175
IC4601
C4615
R4358
C9006
C9012
C4608
C4625
Q4356
ECB
J4302
Q4353
ECB
TP4502
C9021
TP9002
C9002
P4502
TP5313
TP4508
C4619
13
12
C4621
R4604
R4602
ECB
Q4355
ECB
C4358
R4355
32
1
R4502
C4611
C4618
R4360
R9001
C9003
R4367
C9026
IC6001
5
C4504
C4620
R4368
TP4202
C4360
TP4501
C9019
R9006
R9005
P6001
C4503
C4613
C4617
17
16
Q5381
R5383
R4503
TP4509
C4622
C4626
R4603
R4601
TP4201
C9011
C9004
D6008
D5311
C4502
R4504
C4505
C4629
C9014
C9013
J9001
ECB
R4505
C4610
C9007
C5381
R4506
C9027
C9016
C9005
D6007
R5381
C9018
C9008
R5382
C4507
C4508
C4616
7
C9017
R9004
C9015
P5504
TP5504
C4509
D4601
C9010
C4501
C4510
C9009
C4506
J4501
TP4507
L4601
L9001
8
L9509
P5501
TP9554
13
12
3
IC1003
R1012
D1002
D804
NOTE:
FOR SCHEMATIC DIAGRAM AND CIRCUIT BOARD LAYOUT NOTES,
REFER TO BEGINNING OF SCHEMATIC SECTION.
HOT CIRCUIT. BE CAREFUL AND USE AN ISOLATION TRANSFORMER WHEN SERVICING.
IMPORTANT SAFETY NOTICE:
COMPONENTS IDENTIFIED BY THE SIGN HAVE
SPECIAL CHARACTERISTICS IMPORTANT FOR SAFETY.
WHEN REPLACING ANY OF THESE COMPONENTS,
USE ONLY THE SPECIFIED PARTS.
C1621
1 Note
*
There are 2 types of EEPROM IC (IC6004) used
on the Main C.B.A. (DIP TYPE and SOP TYPE)
However, these are same reliability.
OR
Fig. 1Fig. 2
Be sure to install DIP type IC from the component
side as shown in Fig. 1.
Be sure to intall SOP type IC from the foil side as
shown in Fig. 2.
CIRCUIT BOARD LAYOUT SHOWS COMPONENTS INSTALLED FOR VARIOUS MODELS.
FOR PROPER PARTS CONTENT FOR THE MODEL YOU ARE SERVICING,
PLEASE REFER TO THE SCHEMATIC DIAGRAM AND PARTS LIST.
NOTE:
CIRCUIT BOARD LAYOUT INCLUDES COMPONENTS WHICH ARE NOT USED.
FOR SCHEMATIC DIAGRAM AND CIRCUIT BOARD LAYOUT NOTES,
REFER TO BEGINNING OF SCHEMATIC SECTION.
OTE:
CIRCUIT BOARD LAYOUT SHOWS COMPONENTS INSTALLED FOR VARIOUS MODELS.
FOR PROPER PARTS CONTENT FOR THE MODEL YOU ARE SERVICING,
PLEASE REFER TO THE SCHEMATIC DIAGRAM AND PARTS LIST.
OTE:
CIRCUIT BOARD LAYOUT INCLUDES COMPONENTS WHICH ARE NOT USED.
OTE:
CIRCUIT BOARD LAYOUT SHOWS COMPONENTS INSTALLED FOR VARIOUS MODELS.
FOR PROPER PARTS CONTENT FOR THE MODEL YOU ARE SERVICING,
PLEASE REFER TO THE SCHEMATIC DIAGRAM AND PARTS LIST.
R5067
U5052
B
E
DRIVE
OTE:
CIRCUIT BOARD LAYOUT INCLUDES COMPONENTS WHICH ARE NOT USED.
C
C5065
R5071
C5059
C5060
B
C
DRIVE
E
MPORTANT SAFETY NOTICE:
OMPONENTS IDENTIFIED BY THE SIGN HAVE
PECIAL CHARACTERISTICS IMPORTANT FOR SAFETY.
HEN REPLACING ANY OF THESE COMPONENTS,
SE ONLY THE SPECIFIED PARTS.
U5051
R5070
R5069
R5064
R5065
R5066
12
P5051
C5058
C5061
DEFLECTION C.B.A. LSEP2218D/LSEP2218C
DEFLECTION C.B.A. LSEP2218D(A, B) / LSEP2218C (C, D, E)
NOTE:
CIRCUIT BOARD LAYOUT SHOWS COMPONENTS INSTALLED FOR VARIOUS MODELS.
FOR PROPER PARTS CONTENT FOR THE MODEL YOU ARE SERVICING,
PLEASE REFER TO THE SCHEMATIC DIAGRAM AND PARTS LIST.
NOTE:
CIRCUIT BOARD LAYOUT INCLUDES COMPONENTS WHICH ARE NOT USED.
P501
1
12
13
TP553
ECB
R523
C523
2
R468
R559
Q523
P502
2
1
R752
L501
L451
R422
BCE
Q431
R503
R558
TP503
R757
R435
R466
R406
TP554
R436
U451
R590
R525
C561
R758
C562
C793
C792
1
13
R760
P504
R526
R761
C794
Q571
R524
C795
R769
R434
4
6
TP501
R571
ECB
C571
C513
R572
R573
C411
R586
R513
C521
D401
C458
R759
R777
C768
R574
R519
R410
C408
1
BCE
R509
D503
C402
C413
R427
TP551
TP552
P503
C761
D505
D504
R409
R471
1
Q754
R797
R795
8
5
14
IC752
R774
R779
R515
R512
R508
R416
R432
C401
R413
R401
C409
R470
C551
R553
R563
C560
TP502
L554
R415
C418
C764
R414
R411
D558
R501
C703
C704
C557
C556
C558
TP558
R585
R796
R793
C762
C460
TP556
R552
R771
R402
D554
L551
R431
B
L704
R554
R561
R772
Q501
R502
D402
C
L553
C767
R773
R794
E
TP751
DY
R555
D555
C553
C414
D553
R564
R701
TP752
R776
R714
R799
R756
R768
R775
R710
L701
D571
C552
D506
C526
C525
C563
2
1
1
R405
R556
H.V.DANGER
R557
COLLECTOR
R713
Q551
U551
R588
6
4
3
HEATER
VR
Q753
ECB
D752
R511
T501
1
4
BE
C
C576
J501
J502
8
28V
7
6
GND
5
4
11
FBT
T551
R767
C765
R765
R753
C510
2
3
R562
C575
130V
LSJB2218
L552
R792
R766
H-KEY
R516
H-PIN
H-WIO
R763
R791
R792
R764
D704
R798
R755
Q751
U751
E
B
C
D572
C554
C555
C524
4
3
10
9
130V
2
1
GND
ABL
220V
CRT C.B.A. LRP63022F (A, B)
CAUTION: WHEN SERVICING THIS C.B.A., AVOID TOUCHING HIGH VOLTAGE COMPONENTS.
TP49
B
E
Q352
C359
Q353
B
R362
C
C354
C
C353
TP50
E
R365
P357
R359
G2
R355
R361
KG
G1
C352
R364
R353
R352
KR
R358
R356
H
H
H.V.
DANGER
C358
C357
J351
KB
P353
R351
R354
C351
R360
R363
C360
P356
B
P354
IC
C356
4
P351
5
CRT C.B.A. LSEP2079D (C, D, E)
CAUTION:WHEN SERVICING THIS C.B.A.,AVOID TOUHING HIGH VOLTAGE COMPONENTS.
CIRCUIT BOARD LAYOUT SHOWS COMPONENTS INSTALLED FOR VARIOUS MODELS.
FOR PROPER PARTS CONTENT FOR THE MODEL YOU ARE SERVICING,
PLEASE REFER TO THE SCHEMATIC DIAGRAM AND PARTS LIST.
NOTE:
CIRCUIT BOARD LAYOUT INCLUDES COMPONENTS WHICH ARE NOT USED.
How to confirm whether DVD circuit or other circuits is defective.
NOTE:
Host communication may not occur correctly between IC6001 on the Main C.B.A. and IC8001 on the DVD Main C.B.A.
when there is a problem on the DVD Main C.B.A.
(Serial Data Communication failure between IC6001 and IC8001 within 30sec. IC6001 will switch automatically to TV.)
(Check the TV mode and DVD mode.)
Check the voltage during the 30 seconds during which the unit remains in DVD mode.
1) Confirm DVD operation and TV operation
1. Playback a DVD disc.
No PB DVD only
First, confirm that the Main C.B.A. is O.K. other than DVD
Mechanism Unit and DVD Main C.B.A. by referring to
"Communication Timing Chart 1," and "Communication
Timing Chart 2."
Check points:
1. All Power Supply Voltages for DVD circuit
(TP8011 (SW_+3.3V_DVD), TP8523 (SW_+5V_DVD),
TP8823 (M_VM_+6V / ACT_VM_+5V) on the DVD
Main C.B.A.)
2. Output Signal from DVD Main C.B.A.(TP8009 (D_RDY)),
Output Signal from Main C.B.A.(TP8005 (H_RDY))
(TP8009 (D_RDY), TP8005 (H_RDY) on the DVD Main C.B.A.)
OK
DVD circuit is defective.
Perform troubleshooting referring to "How to confirm whether DVD Mechanism Unit or DVD Main C.B.A. is defective."
How to confirm whether DVD Mechanism Unit or DVD Main C.B.A. is defective.
Confirm communication between DVD Main C.B.A.
and Main C.B.A. by referring to "Communication Timing
Chart 2."
Check points:
1. Output Signal from DVD Main C.B.A.
(TP8006 (DVD_SCK) on the DVD Main C.B.A.)
Main C.B.A. is defective.Both NG
Repair the Main C.B.A.
Main C.B.A. is defective.NG
Repair the Main C.B.A.
DVD Main C.B.A. is defective.NG
Repair the DVD Main C.B.A.
IC8001 or the circuit around it is defective.
Communication Timing Chart 1
300 ms
Pin 60 of IC6001 on the Main C.B.A.
(DVD_POWER_ON(H))
TP8010 on the DVD Main C.B.A.
(DVD_RESET(L))
Communication Timing Chart 2
DVD SERIAL START
TP8005 on the DVD Main C.B.A.
(H_RDY (TV DVD)
TP8009 on the DVD Main C.B.A.
(D_RDY (DVD TV)
TP8006 on the DVD Main C.B.A.
(DVD_SCK (DVD TV)
16151413121110 98 7 6 5 4 3 2 1
Troubleshooting Hints of DVD Mechanism Unit
Tray Operation Problem
Check the voltage at TP8958 on the DVD Sub C.B.A.
During Stop: 1.65V
During Loading: 1.3V
During Unloading: 1.9V
NG
Check the voltage at TP8806 (TRAYIN) on the DVD
Main C.B.A.
During Stop: 2.5V
During Loading: 1.3V
During Unloading: 3.8V
NG
IC8001 on the DVD Main C.B.A. is defective.
Replace IC8001 on the DVD Main C.B.A.
21 ms
MAX 3.2 ms
1 ms
OK
DVD Mechanism Unit is defective.
Replace the DVD Mechanism Unit.
OK
IC8801 on the DVD Main C.B.A. is defective.
Replace IC8801 on the DVD Main C.B.A.
1. Use only original replacement parts:
To maintain original function and reliability of repaired units,
use only original replacement parts which are listed with
their part numbers in the parts list.
2. IMPORTANT SAFETY NOTICE
Components identified by the sign
characteristics important for safety. When replacing any of
these components, use only the specified parts.
3. SPECIAL NOTE
All integrated circuits and many other semiconductor
devices are electrostatically sensitive and therefore require
the special handling techniques described under the
"ELECTROSTATICALLY SENSITIVE (ES) DEVICES"
section of this service manual.
4. Parts with no Ref. No. in "EXPLODED VIEWS" are not
supplied. And some Ref. No. will be skipped. Be sure to
make your orders of replacement parts according to the
parts list.
5. Parts different in shape or size may be used. However, only
interchangeable parts will be supplied as service
replacement parts.
6. Definition of Parts supplier:
a. Parts with mark "MKE" in the Remarks column are
supplied from MKE.
b. Parts with mark "MKI" in the Remarks column are
supplied from MKI.
c. Parts with mark "SPC" in the Remarks column are
supplied from Spare Parts Center of Panasonic AVC
Company.
d. Parts without mark in the Remarks column are supplied
from MKA.
7. Item numbers with capital letter E (Example: E10, E20, .....)
in the Ref. No. column are shown in the exploded views.
8. Parts whose Ref. Nos. are the same are interchangeable as
replacement parts. Any of these parts may be ordered and
used as a replacement part.
have special
12.1.3. Electrical Replacement Notes
1. Unless otherwise specified;
All resistors are in Ω, K = 1,000 Ω, M = 1,000 kΩ.
2. Abbreviation
RTL:Retention Time Limited
This indicates that the retention time is
limited for this item. After the
discontinuation of this item in
production, it will no longer be
available.
NR:Non Repairable Board Ass´y
MGF CHIP:Metal Glaze Film Chip
C CHIP:Ceramic Chip
COMPLX CMP:Complex Component
W FLMPRF:Wirewound Flameproof
C.B.A.:Circuit Board Assembly
P.C.B.:Printed Circuit Board
E.S.D.:Electrostatically Sensitive Devices
3. SERVICE OF CHIP PARTS
When servicing chip parts, please use a soldering iron of
less than 30 W.
4. When replacing 0 Ω resistor, a wire can be substituted for
it.
5. Since the UHF/VHF TUNER/TV DEMODULATOR UNIT
(Ref. No. 743) has already been pre-adjusted at the factory,
donottrytoadjusttheUHF/VHFTUNER/TV
DEMODULATORUNIT.TheUHF/VHFTUNER/TV
DEMODULATOR UNIT replacement part is available as a
complete assembly unit only.
6. EEP ROM IC (IC6004) replacement note:
There are 2 types of EEPROM IC (IC6004) used on the
Main C.B.A. (DIP TYPE and SOP TYPE). However, these
are same reliability, please refer to "MAIN C.B.A." in
CIRCUIT BOARD LAYOUT.
12.1.2. Mechanical Replacement Notes
1. Section No. of parts shown in Exploded Views are indicated
in the Remarks column.
2. The Infrared Remote Control Unit (Ref. No. 123)
replacement part is available as a complete assembly unit
only. Do not try to disassemble the Infrared Remote Control
Unit. However, the battery cover is available separately as
a replacement part.
3. When replacing the DVD Frame (Ref. No. 317), be sure to
place the Rating Label (Ref. No. 318) on it.
4. When replacing the DVD Mechanism Unit (Ref. No. 242),
be sure to place the Cabinet Label (Ref. No. 253) on it.
72
Page 73
12.2. MECHANICAL REPLACEMENT
PARTS LIST
Definition of Parts supplier:
1. Parts with mark "MKE" in the Remarks column are
supplied from MKE.
2. Parts with mark "MKI" in the Remarks column are
supplied from MKI.
3. Parts with mark "SPC" in the Remarks column are
supplied from Spare Parts Center of Panasonic AVC
Company.
4. Parts without mark in the Remarks column are supplied
No.
IC850C5HABZZ00109 IC, LINEAR ( A,B )
IC850C5HABZZ00110 IC, LINEAR ( C,D,E )
IC1001 C5HABZZ00132 IC, LINEAR
IC1002 CNC1S101R1KT IC, LINEAR
or
IC1002
IC1003 C0DAEMB00004 IC, LINEAR
IC1004 C0CBCDD00012 IC, LINEAR
IC1005 C0DBZHG00012 IC, LINEAR
IC1006 C0DBZGG00010 IC, LINEAR
IC1201 C0DBZJG00006 IC, LINEAR
IC4301 C0JBAR000344 IC, CMOS STANDARD LOGICE.S.D.
or
IC4301
Part No.Part Name & DescriptionRemarks
CNC1S101S1KT IC, LINEAR
CD4052BCMXIC, CMOS STANDARD LOGICE.S.D.
74
INTEGRATED CIRCUITS
Page 75
Ref.
No.
or
IC4301
IC4351 C0ABBB000256 IC, LINEAR
or
IC4351
or
IC4351
IC4501 C1BA00000367 IC, LIENAR
IC4601 C1BB00000815 IC, LINEAR
IC5301 AN15167A-VTIC, LINEAR
IC5351 C1AB00001682 IC, LINEAR
or
IC5351
IC5651 C1AB00002241 IC, LINEAR
IC6001 C2CBHG000160 IC, 16BIT MICROCONTROLLERE.S.D.
IC6004 LSSK0066IC, 2K EEP ROM ( A,B )E.S.D.
IC6004 LSSK0065IC, 2K EEP ROM ( C,D,E )E.S.D.
IC6005 C0EBJ0000080 IC, CMOS STANDARD LOGICE.S.D.
or
IC6005
or
IC6005
IC9001 AN5832SA-E1V IC, LINEAR
Part No.Part Name & DescriptionRemarks
C0JBAR000002 IC, CMOS STANDARD LOGICE.S.D.
C0ABBB000017 IC, LINEAR
C1BB00000177 IC, LINEAR
C1AB00001519 IC, LINEAR
C0EBJ0000099 IC, CMOS STADNARD LOGICE.S.D.
C0EBJ0000236 IC, CMOS STANDARD LOGICE.S.D.
TRANSISTORS
Ref.
No.
Q5912SC3311AHATRANSISTOR SI NPN
Q8012SC3311ARATRANSISTOR SI NPN
Q1201XP0431100LTRANSISTORCOMPLXCMPSI
Q1206B1BADC000001 TRANSISTOR SI NPN
Q4303UNR221200LTRANSISTOR SI NPN CHIP
or
Q4303
Q4304UNR221200LTRANSISTOR SI NPN CHIP
or
Q4304
Q43512SD0601A0LTRANSISTOR SI NPN CHIP
or
Q4351
or
Q4351
or
Q4351
Q43522SD132800LTRANSISTOR SI NPN CHIP
Q43532SD132800LTRANSISTOR SI NPN CHIP
Q4355UNR511500LTRANSISTOR SI PNP CHIP
or
Q5659
Q59012SD225900ATRANSISTOR SI NPN
Q60032SD0601A0LTRANSISTOR SI NPN CHIP
or
Q6003
or
Q6003
or
Q6003
Q60052SB0709A0LTRANSISTOR SI PNP CHIP
or
Q6005
or
Q6005
or
Q6005
Q60062SD0601A0LTRANSISTOR SI NPN CHIP
or
Q6006
or
Q6006
or
Q6006
Part No.Part Name & DescriptionRemarks
B1ABCF000020 TRANSISTOR SI NPN CHIP
B1GBCFJJ0002 TRANSISTOR SI NPN CHIP
B1ABCF000020 TRANSISTOR SI NPN CHIP
B1ADCF000063 TRANSISTOR SI PNP CHIP
B1ADCF000075 TRANSISTOR SI PNP CHIP
B1ABCF000020 TRANSISTOR SI NPN CHIP
B1ADCF000063 TRANSISTOR SI PNP CHIP
B1ADCF000075 TRANSISTOR SI PNP CHIP
B1ABCF000020 TRANSISTOR SI NPN CHIP
B1ABCF000020 TRANSISTOR SI NPN CHIP
B1GBCFLL0002 TRANSISTOR SI NPN CHIP
B1ABCC000004 TRANSISTOR SI NPN CHIP
B1ABCF000011 TRANSISTOR SI NPN CHIP
B1ABCF000106 TRANSISTOR SI NPN CHIP
B1ADCC000004 TRANSISTOR SI PNP CHIP
B1ADCF000001 TRANSISTOR SI PNP CHIP
B1ADCF000077 TRANSISTOR SI PNP CHIP
B1ABCC000004 TRANSISTOR SI NPN CHIP
B1ABCF000011 TRANSISTOR SI NPN CHIP
B1ABCF000106 TRANSISTOR SI NPN CHIP
DIODES
Ref.
No.
D591D4DDD3R00002 THERMISTOR
or D591 D4DDD3R00003 THERMISTOR
D592MA2C16700EDIODE SI
or D592 B0AAEL000001 DIODE SI
D801ERZV10V361CS SURGE ABSORBER
or D801 D4EAA3610001 SURGE ABSORBER
D803MA2C16700EDIODE SI
or D803 B0AAEL000001 DIODE SI
D804B0AAKT000010 DIODE SI
or D804 B0EAKT000030 DIODE SI
D805B0AAKT000010 DIODE SI
or D805 B0EAKT000030 DIODE SI
D806B0AAKT000010 DIODE SI
or D806 B0EAKT000030 DIODE SI
D807B0AAKT000010 DIODE SI
or D807 B0EAKT000030 DIODE SI
D856B0HAGP000012 DIODE SI
D857B0HAGP000012 DIODE SI
or D857 B0HAJL000001 DIODE SI
D858B0HAGP000012 DIODE SI
or D858 B0HAJL000001 DIODE SI
No.
D859B0JANK000003 DIODE SI CHIP
D860B0EALR000005 DIODE SI
D861MAZ2270DIODE ZENER 27V
D863B0HAHP000014 DIODE SI
or D863 B0HAJP000007 DIODE SI
or D863 B0HAMP000061 DIODE SI
D864B0HAMM000105 DIODE SI
or D864 B0HAML000013 DIODE SI
or D864 B0HAML000014 DIODE SI
D865B0HAMM000105 DIODE SI
or D865 B0HAML000013 DIODE SI
or D865 B0HAML000014 DIODE SI
D1001B0EDKT000009 DIODE SI
D1002B0HAMM000083 DIODE SI
D1003MAZ40470MFDIODE ZENER 4.7V
or
D1003
D1004B0HAMM000083 DIODE SI
D1005B0HAMM000083 DIODE SI
D1006B0HAMM000083 DIODE SI
D1008B0HAMM000083 DIODE SI
D1009B0HAMM000083 DIODE SI
D1010B0JANK000003 DIODE SI CHIP
D1011B0JANK000003 DIODE SI CHIP
D1013B0JAME000079 DIODE SI
or
D1013
or
D1013
D1015B0JAME000079 DIODE SI
or
D1015
or
D1015
D1016B0HAHP000014 DIODE SI
or
D1016
or
D1016
D1017B0HAMM000083 DIODE SI
D1021B0BB17000006 DIODE ZENER 17V
D1202B0AAML000001 DIODE SI
or
D1202
D1203B0AAML000001 DIODE SI
or
D1203
D4353MA2C165001VT DIODE SI
or
D4353
D4354MA2C165001VT DIODE SI
or
D4354
D4587MAZ42400MFDIODE ZENER 24V
D4588MAZ42400MFDIODE ZENER 24V
D4591MAZ42400MFDIODE ZENER 24V
D4592MAZ42400MFDIODE ZENER 24V
D4593MA2C165001VT DIODE SI
or
D4593
D4594MA2C165001VT DIODE SI
or
D4594
D4601B0AAML000001 DIODE SI
or
D4601
D4701MA2C165001VT DIODE SI
or
D4701
D4702MA2C165001VT DIODE SI
or
D4702
D5304MA2C165001VT DIODE SI
or
D5304
D5307MA2C165001VT DIODE SI
Part No.Part Name & DescriptionRemarks
B0BA4R600003 DIODE ZENER 4.7V
B0JAME000049 DIODE SI
B0JANE000028 DIODE SI
B0JAME000049 DIODE SI
B0JANE000028 DIODE SI
B0HAJP000007 DIODE SI
B0HAMP000061 DIODE SI
B0EAKL000008 DIODE SI
B0EAKL000008 DIODE SI
B0AACK000004 DIODE SI
B0AACK000004 DIODE SI
B0AACK000004 DIODE SI
B0AACK000004 DIODE SI
B0EAKL000008 DIODE SI
B0AACK000004 DIODE SI
B0AACK000004 DIODE SI
B0AACK000004 DIODE SI
Ref.
No.
or
D5307
D5308MA2C165001VT DIODE SI
or
D5308
D5309MAZ40510MFDIODE ZENER 5.1V
or
D5309
or
D5309
D5310MAZ40510MFDIODE ZENER 5.1V
or
D5310
or
D5310
D5353MA2C165001VT DIODE SI
or
D5353
D5354MA2C165001VT DIODE SI
or
D5354
D5501MAZ40620L1KT DIODE ZENER 6.2V
D5611MA2C165001VT DIODE SI
or
No.
C5674ECJ1VC1H390J C CHIP 50V 39PF
C5677F1H1E104A030 C CHIP 25V 0.1UF
C5678F2A1C2200034 ELECTROLYTIC 16V 22UF
C5681F1H1H103A220 C CHIP 50V 0.01UF
C5902F2A1C4700035 ELECTROLYTIC 16V 47UF
C5903F2A1C4700035 ELECTROLYTIC 16V 47UF
C5904F1H1C104A041 C CHIP 16V 0.1UF
C5905F2A0J1010041 ELECTROLYTIC 6.3V 100UF
C5906F1H1H103A220 C CHIP 50V 0.01UF
C5907ECJ1VC1H560J C CHIP 50V 56PF
C5908ECJ1VC1H560J C CHIP 50V 56PF
C5932F1H1H103A220 C CHIP 50V 0.01UF
C5934F2A1C1000035 ELECTROLYTIC 16V 10UF
C6001ECEA0JKA331ELECTROLYTIC 6.3V 330UF
C6002ECJ1VC1H220J C CHIP 50V 22PF
C6003ECJ1VC1H180J C CHIP 50V 18PF
C6005F1H1H103A220 C CHIP 50V 0.01UF
C6006F1J1E1040007 C CHIP 25V 0.1UF
C6007F2A0J1010041 ELECTROLYTIC 6.3V 100UF
C6008F2A0J4700014 ELECTROLYTIC 6.3V 47UF
C6010F1H1E104A030 C CHIP 25V 0.1UF
C6016F1H1H103A220 C CHIP 50V 0.01UF
C6030F1H1H104A731 C CHIP 50V 0.01UF
C6032ECJ1VC1H101J C CHIP 50V 100PF
C6036F2A0J1010041 ELECTROLYTIC 6.3V 100UF
C6037F1H1H104A731 C CHIP 50V 0.01UF
C6401F1H1H104A731 C CHIP 50V 0.01UF
C6402F2A0J1010041 ELECTROLYTIC 6.3V 100UF
C6403F1H1H102A219 C CHIP 50V 1000PF
C6404ECJ1VB1E333K C CHIP 25V 0.033UF
C6405F1H1H102A219 C CHIP 50V 1000PF
C6406F1H1H5610004 C CHIP 50V 560PF
C6407F1H1C104A041 C CHIP 16V 0.1UF
C6408F1H1H820A736 C CHIP 50V 82PF
C6409ECJ1VC1H101J C CHIP 50V 100PF
C7001F2A0J1020034 ELECTROLYTIC 6.3V 1000UF
C7002F1H1H103A748 C CHIP 50V 0.01UF
C7003F1H1H100A735 C CHIP 50V 10PF
C7008F1H1H100A735 C CHIP 50V 10PF
C7011F1H1H103A748 C CHIP 50V 0.01UF
C7021ERJ3GEY0R00V MGF CHIP 1/16W 0
C7040F1H1H560A230 C CHIP 50V 56PF
C9001F2A1H2R20019 ELECTROLYTIC 50V 2.2UF
C9002F2A1C1000035 ELECTROLYTIC 16V 10UF
C9003F2A1HR330006 ELECTROLYTIC 50V 0.33UF
C9004F2A1H3R30014 ELECTROLYTIC 50V 3.3UF
C9005F1H1C104A041 C CHIP 16V 0.1UF
C9007F1H1E223A029 C CHIP 25V 0.022UF
C9008F2A0J1010041 ELECTROLYTIC 6.3V 100UF
C9009F1H1H103A220 C CHIP 50V 0.01UF
C9010F2A1H2R20019 ELECTROLYTIC 50V 2.2UF
C9011F2A1H4R70022 ELECTROLYTIC 50V 4.7UF
C9012F1H1H102A219 C CHIP 50V 1000PF
C9013ECJ1VB1E104K C CHIP 25V 0.1UF
C9014F1J1H333A571 C CHIP 50V 0.033UF
C9015F1H1C2240004 C CHIP 16V 0.22UF
C9016F2A1H2R20019 ELECTROLYTIC 50V 2.2UF
C9017ECJ1VB1E104K C CHIP 25V 0.1UF
C9018F2A1HR330006 ELECTROLYTIC 50V 0.33UF
C9019F1H1H103A748 C CHIP 50V 0.01UF
C9021F2A1H2R20019 ELECTROLYTIC 50V 2.2UF
C9022F2A1H2R20019 ELECTROLYTIC 50V 2.2UF
C9024F1H1H103A748 C CHIP 50V 0.01UF
C9026ECJ1VC1H560J C CHIP 50V 56PF
C9027ECJ1VC1H560J C CHIP 50V 56PF
C9501ECJ1VC1H101J C CHIP 50V 100PF
C9503ECJ1VC1H101J C CHIP 50V 100PF
Part No.Part Name & DescriptionRemarks
FILTERS
Ref.
No.
FL5651 F1Y2A1030005 L/C COMPLX CMP
Part No.Part Name & DescriptionRemarks
Ref.
No.
L801G0B452H00001 LINE FILTER 2.5A 4.5MH
or L801 ELF21V025ALINE FILTER 2.5A 4.5MH
or L801 G0B452H00002 LINE FILTER 2.5A 4.5MH
L802G0B452H00001 LINE FILTER 2.5A 4.5MH
or L802 ELF21V025ALINE FILTER 2.5A 4.5MH
or L802 G0B452H00002 LINE FILTER 2.5A 4.5MH
L850J0JKA0000016 FERRITE BEAD WITH LEAD
L855G0A100HA0023 COIL 10UH
L856G0A220GA0026 COIL 22UH
L857J0JHB0000021 EMI FILTER CHIP
L1001G0B183E00002 LINE FILTER 0.5A 18MH
or
No.
JK1601 B3RAE0000030 IC, JACK OPTICAL OUTPUT
JK4591 K2HC103B0047 EARPHONE JACK SOCKET
JK4701 K2HA306B0094 FRONT AUDIO/VIDEO JACK SOCKET
JK9501 K2HA203B0014 AUDIO JACK SOCKET
JK9502 K2HA305B0004 AUDIO/VIDEO JACK SOCKET
No.
IC451C1AA00000709 IC, LINEAR
IC752C0ABAA000005 IC, LINEAR ( C,D,E )
Part No.Part Name & DescriptionRemarks
TRANSISTORS
INTEGRATED CIRCUITS
Ref.
No.
Q4312SA1309AHATRANSISTOR SI PNP CHIP
or Q431 B1ACCF000047 TRANSISTOR SI PNP CHIP
Q501B1AACN000015 TRANSISTOR SI NPN ( A,B )
Q5012SC3941HTRANSISTOR SI NPN ( C,D,E )
Q5232SA17670QATRANSISTOR SI PNP CHIP
Q551B1BAFT000005 TRANSISTOR SI NPN ( A,B )
Q551B1BAES000002 TRANSISTOR SI NPN ( C,D,E )
Q5712SD1819A0LTRANSISTOR SI NPN CHIP
or Q571 B1ABCF000020 TRANSISTOR SI NPN CHIP
Q7512SD14990P0LB TRANSISTOR SI NPN ( C,D,E )
Q7532SA1309AHATRANSISTOR SI PNP CHIP (
or Q753 B1ACCF000047 TRANSISTOR SI PNP CHIP (
Q7542SC3311A0ATRANSISTOR SI NPN ( C,D,E )
or Q754 B1AACF000092 TRANSISTOR SI NPN ( C,D,E )
or Q754 B1AACF000095 TRANSISTOR SI NPN ( C,D,E )
Part No.Part Name & DescriptionRemarks
C,D,E )
C,D,E )
DIODES
Ref.
No.
D401B0AAML000001 DIODE SI
or D401 B0EAKL000008 DIODE SI
D402MA2C165001VT DIODE SI
or D402 B0AACK000004 DIODE SI
D503B0HAGP000014 DIODE SI
D504MAZ40470MFDIODE ZENER 4.7V
or D504 B0BA4R600003 DIODE ZENER 4.7V
D505MA2C165001VT DIODE SI
or D505 B0AACK000004 DIODE SI
D506MAZ42700MFDIODE ZENER 27V ( C,D,E )
D553B0HAGP000014 DIODE SI
D554MA2C16700EDIODE SI
or D554 B0AAEL000001 DIODE SI
D555MAZ40680MFDIODE ZENER 6.8V
or D555 B0BA6R600008 DIODE ZENER 6.8V
D558B0HAGP000014 DIODE SI
D571B0HANV000017 DIODE SI ( C,D,E )
or D571 B0HAMV000028 DIODE SI ( C,D,E )
D572B0HAMR000076 DIODE SI ( C,D,E )
or D572 B0HAMR000060 DIODE SI ( C,D,E )
or D572 B0HAMR000063 DIODE SI ( C,D,E )
D704MA2C029TAFDIODE SI ( C,D,E )
D752MA2C165001VT DIODE SI ( C,D,E )
or D752 B0AACK000004 DIODE SI ( C,D,E )
No.
Q3512SC3063000RL TRANSISTOR SI NPN
or Q351 B1BAAN000034 TRANSISTOR SI NPN
or Q351 B1BAAN000035 TRANSISTOR SI NPN
Q3522SC3063000RL TRANSISTOR SI NPN
or Q352 B1BAAN000034 TRANSISTOR SI NPN
or Q352 B1BAAN000035 TRANSISTOR SI NPN
Q3532SC3063000RL TRANSISTOR SI NPN
or Q353 B1BAAN000034 TRANSISTOR SI NPN
or Q353 B1BAAN000035 TRANSISTOR SI NPN
Part No.Part Name & DescriptionRemarks
DIODES
Ref.
No.
D351MAZ41500MFDIODE ZENER 15V
or D351 B0BA01400041 DIODE ZENER 15V
No.
Q3512SC3063000RL TRANSISTOR SI NPN
or Q351 B1BAAN000034 TRANSISTOR SI NPN
or Q351 B1BAAN000035 TRANSISTOR SI NPN
Q3522SC3063000RL TRANSISTOR SI NPN
or Q352 B1BAAN000034 TRANSISTOR SI NPN
or Q352 B1BAAN000035 TRANSISTOR SI NPN
Q3532SC3063000RL TRANSISTOR SI NPN
or Q353 B1BAAN000034 TRANSISTOR SI NPN
or Q353 B1BAAN000035 TRANSISTOR SI NPN
Q3542SC3311AHATRANSISTOR SI NPN
Q3552SC3311AHATRANSISTOR SI NPN
Q3562SC3311AHATRANSISTOR SI NPN
Part No.Part Name & DescriptionRemarks
DIODES
Ref.
No.
D351MAZ41500MFDIODE ZENER 15V
or D351 B0BA01400041 DIODE ZENER 15V