REPLACEMENT PARTS LIST .......................................... .72
Before servicing this chassis, it is important that the service technician read the “Safety Precaution”
and “Product Safety Notices” in this service manual.
.3
SAFETY NOTICE
USE ISOLATION TRANSFORMER WHEN SERVICING
Components having special safety characteristics are identified by a A on the schematics and on the parts list in this
Service Data and its supplements and bulletins. Before servicing the chassis, it is important that the service technician
read and follow the “Safety Precautions” and “Product Safety Notices” in this Service Manual.
*For continued x-radiation protection, replace picture tube with original type of Hitachi approved equivalent type.
SPECIFICATIONS AND PARTS ARE SUBJECTTO CHANGE FOR IMPROVEMENT
PROJECTION COLOR TELEVISION
SEPTEMBER 1998 HHEA-MANUFACTURING
Page 2
SAFETY NOTICE
USE ISOLATION TRANSFORMER WHEN SERVICING
Components having special safety characteristics are identified by anon the schematics and on the parts list in this service
manual and its supplements and bulletins. Before servicing this chassis, it is important that the service technician read and
follow the “Safety Precautions” and the “Product Safety Notices” in this Service Manual.
For continued X-Radiation protection, replace picture tube with original type or Hitachi approved equivalent type.
This Service Manual is intended for qualified service technicians; it is not meant for the casual do-it-yourselfer. Qualified
technicians have the necessary test equipment and tools, and have been trained to properly and safely repair complex
products such as those covered by this manual.
Improperly performed repairs can adversely affect the safety and reliability of the product and may void warranty. If you
are not qualified to perform the repair of this product properly and safely, you should not risk trying to do so and refer the
repair to a qualified service technician.
WARNING
Lead in solder used in this product is listed by the California Health and Welfare agency as a known reproductive toxicant which
may cause birth defects or other reproductive harm (California Health and Safety Code, Section 25249.5).
When servicing or handling circuit boards and other components which contain lead in solder, avoid unprotected skin contact
with solder. Also, when soldering do not inhale any smoke or fumes produced.
This television receiver provides display of television closed captioning in accordance with section 15.119 of the FCC rules.
Page 3
SAFETY PRECAUTIONS
Before returning an instrument to the customer, always
make a safety check of the entire instrument, including
but not limited to the following items.
a. Be sure that no built-in protective devices are
defective and/or have been deleted during servicing.
(1) Protective shields are provided on this chassis to
protect both the technician and the customer.
Correctly replace all missing protective shields,
including any removed for servicing convenience. (2)
When reinstalling the chassis and/or other assembly
in the cabinet, be sure to put back in place all
protective devices, including but not limited to,
nonmetallic control knobs, insulating fishpaper,
adjustment and compartment covers/shields, and
isolation resistor/capacitor networks. Do not operate
this instrument or permit it to be operated without
all protective devices correctly installed and
functioning. Servicers who defeat safety features
or fail to perform safety checks may be liable for
any resulting damage.
b. Be sure that there are no cabinet openings through
which an adult or child might be able to insert their
fingers and contact a hazardous voltage. Such
openings include, but are not limited to (1) spacing
between the picture tube and cabinet mask, (2)
excessively wide cabinet ventilation slots, and (3) an
improperly fitted and/or incorrectly secured cabinet
back cover.
c. Antenna Cold Check -With the instrument AC plug
removed from any AC source, connect an electrical
jumper across the two AC plug prongs. Place the
instrument AC switch in the on position. Connect one
lead of an ohmmeter to the AC plug prongs tied
together and touch the other ohmmeter lead in turn to
each tuner antenna input, exposed terminal screw
and, if applicable, to the coaxial connector. If the
measured resistance is less than 1.0 megohms or
greater than 5.2 megohms, an abnormality exists that
must be corrected before the instrument is returned to
the customer. Repeat this test with the instrument AC
switch in the off position.
(READING
& ’ GROUND
EARTH
DEVICE
METAL SURFACES
ALSO TEST WITH PLUG
REVERSED
(USING AC ADAPTER
PLUS AS REQUIRED)
LEAKAGE SHOULD NOT
CURRENT BE ABOVE 0.5mA)
TESTER
AC Leakage Test
ANY MEASUREMENTS NOT WITHIN THE LIMITS
SPECIFIED HEREIN INDICATE A POTENTIAL
SHOCK HAZARD THAT MUST BE ELIMINATED
BEFORE RETURNING THE INSTRUMENT TO THE
CUSTOMER OR BEFORE CONNECTING THE
ANTENNA OR ACCESSORIES.
e.
High Voltage - This receiver is provided with a hold
down circuit for clearly indicating that voltage has
increased in excess of a predetermined value.
Comply will all notes described in this Service Manual
regarding this hold down circuit when servicing, so
that this hold down circuit may correctly be operated.
f. Service Warning -With maximum contrast, operating
high voltage in this receiver is lower than 33.0 kV. In
case any component having influence on high voltage
is replaced, confirm that the high voltage with
maximum contrast is lower than 33.0 kV.
To measure H.V. use a high impedance H.V. meter.
Connect (-) to chassis earth and (+) to the CRT anode
button. (See the following connection diagram.)
Note: Turn power switch off without fail before the
connection to the anode button is made.
d. Leakage Current Hot Check - With the instrument
completely reassembled, plug the AC line cord
directly into a 120V AC outlet. (Do not use an isolation
transformer during this test.) Use a leakage current
tester or a metering system that complies with
American National Standards Institute (ANSI) Cl01 .O
Leakage Current for Appliances and Underwriters
Laboratories (UL) 1410, (50.7). With the instrument
AC switch first in the on position and then in the off
position, measure from a known earth ground (metal
waterpipe, conduit, etc.) to all exposed metal parts of
the instrument (antennas, handle bracket, metal
cabinet, screw heads, metallic overlays, control
shafts, etc.), especially any exposed metal parts that
offer an electrical return path to the chassis. Any
current measured must not exceed 0.5 milliamps.
Reverse the instrument power cord plug in the outlet
and repeat test.
Chassi:
ground
High Impedance
H.V. meter
Deflection P.W.B.
FBT
(T702)
\
High voltage
connector
Page 4
X-radiation
- TUBE: The primary source of Xradiation in this receiver is the picture tube. The tube
utilized for the above mentioned function in this
chassis is specially constructed to limit X-radiation
emissions.
For continued X-radiation protection, the replacement
tube must be the same type as the original, Hitachi
approved type.
When troubleshooting and making test measure-
ments in a receiver with a problem of excessive high
voltage, avoid being unnecessarily close to the picture
tube and the high voltage component.
Do not operate the chassis longer than is necessary
to locate the cause of excessive voltage.
R-Lens
h. X-radiation Shield -
1. This receiver is provided with X-ray shield plates
for protection against X-radiation. Do not remove
X-ray shield plates A, B, C, or D shown in Fig. 1
unnecessarily, when troubleshooting and/or
making test measurements.
2. To prevent X-radiation, after replacement of
picture tube and lens, confirm these components
to be fixed correctly to bracket and cabinet, and
not to be taken off easily.
Shield
G-Lens
B-Lens
Shield Plate A
Fig. 1. Detailing X-radiation Shield
4
Page 5
2.
Read and comply with all caution and safety-related
notes on or inside the receiver cabinet, on the receiver
chassis, or on the picture tube.
Design Alteration Warning - Do not alter or add to
3.
the mechanical or electrical design of this TV receiver.
Design alterations and additions including but not
limited to circuit modifications and the addition of
items such as auxiliary audio and/or video output
connectors, might alter the safety characteristics of
this receiver and create a hazard to the user. Any
design alterations or additions may void the
manufacturer’s warranty and may make you, the
servicer, responsible for personal injury or property
damage resulting therefrom.
Picture Tube Implosion Protection Warning - The
4.
picture tube in this receiver employs integral implosion
protection. For continued implosion protection,
replace the picture tube only with one of the same
type number. Do not remove, install, or otherwise
handle the picture tube in any manner without first
putting on shatterproof goggles equipped with side
shields. People not so equipped must be kept safely
away while picture tubes are handled. Keep the
picture tube away from your body. Do not handle the
picture tube by its neck.
Components, parts, and/or wiring that appear to have
overheated or are otherwise damaged should be
replaced with components, parts, or wiring that meet
original specifications. Additionally, determine the
cause of overheating and/or damage and, if
necessary, take corrective action to remove any
potential safety hazard.
PRODUCT SAFETY NOTICE - Many TV electrical
and mechanical parts have special safety-related
characteristics some of which are often not evident
from visual inspection, nor can the protection they
give necessarily be obtained by replacing them with
components rated for higher voltage, wattage, etc.
Parts that have special safety characteristics are
identified in Hitachi service data by shading on
schematics and by a A in the parts list. Use of
substitute replacement that does not have the same
safety characteristics as the recommended replace-
ment part in Hitachi service data parts list might
create shock, fire, and/or other hazards. Product
safety is under review continuously and new
instructions are issued whenever appropriate. For the
latest information, always consult the appropriate
current Hitachi service literature. A subscription to, or
additional copies of service literature may be obtained
at a nominal charge from Hitachi.
Hot Chassis Warning - a. Some TV receiver chassis
5.
are electrically connected directly to one conductor of
the AC power cord and may be safely serviced without
an isolation transformer only if the AC power plug is
inserted so that the chassis is connected to the
ground side of the AC power source. Confirm that the
AC power plug is inserted correctly with an AC
voltmeter by measuring between the chassis and a
known earth ground. If a voltage reading in excess of
1 .OV is obtained, remove and reinsert the AC power
plug in the opposite polarity and again measure the
voltage potential between the chassis and a known
earth ground. b. Some TV receiver chassis normally
have 85V AC (RMS) between chassis and earth
ground regardless of the AC plug polarity. These
chassis can be safely serviced only with an isolation
transformer inserted in the power line between the
receiver and the AC power source, for both personnel
and test equipment protection. c. Some TV receiver
chassis have a secondary ground system in addition
to the main chassis ground. This secondary ground
system is not isolated from the AC power line. The two
ground systems are electrically separated by
insulating material that must not be defeated or
altered.
6.
Observe original lead dress. Take extra care to assure
correct lead dress in the following areas: a. near sharp
edges, b. near thermally hot parts - be sure that leads
and components do not touch thermally hot parts, c.
the AC supply, d. high voltage and e. antenna wiring.
Always inspect in all areas for pinched, out-of-plate, or
frayed wiring. Do not change spacing between
components and the printed circuit board. Check AC
power cord for damage.
5
Page 6
SERVICING PRECAUTIONS
CAUTION: Before servicing instruments covered by this
service data and its supplements and addenda, read and
follow the SAFETY PRECAUTIONS on page 3 of this
publication.
NOTE: If unforeseen circumstances create conflict between
the following servicing precautions and any of the safety
precautions on page 3 of this publication, always follow the
safety precautions. Remember: Safety First.
7. Do not apply AC power to this instrument and/or any of its
electrical assemblies unless all solid-state device heatsinks are correctly installed.
8. Always connect the test instrument ground lead to the
appropriate instrument chassis ground before connecting
the test instrument positive lead. Always remove the test
instrument ground lead last.
General Servicing Guidelines
1. Always unplug the instrument AC power cord from the AC
power source before:
a. Removing or reinstalling any component, circuit
board, module, or any other instrument assembly.
b. Disconnecting or reconnecting any instrument
electrical plug or other electrical connection.
c. Connecting a test substitute in parallel with an
electrolytic capacitor in the instrument.
CAUTION: A wrong part substitution or incorrect
polarity installation of electrolytic
capacitors may result in an explosion
hazard.
d. Discharging the picture tube anode.
2. Test high voltage only by measuring it with an appropriate
high voltage meter or other voltage measuring device
(DVM, FETVOM, etc.) equipped with a suitable high
voltage probe. Do not test high voltage by “drawing an
arc.” The H.V. Distribution Box has an internal 400M0
resistor (bleeder resistor) connected from the high
voltage to ground. After power is removed from the
instrument the high voltage will discharge through the
high voltage bleeder resistor. If the tubes have high
voltage after power is removed, then the bleeder resistor
is defective or the bleeder ground is disconnected.
9. Use with this instrument only the test fixtures specified in
this service data.
CAUTION: Do not connect the test fixture ground strap
to any heatsink in this instrument.
Electrostatically Sensitive (ES) Devices
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 and semiconductor “chip” components. The
following techniques should be used to help reduce the
incidence of component damage caused by static electricity.
1. Immediately before handling any semiconductor
component or semiconductor-equipped assembly, drain
off any electrostatic charge on your body by touching a
known earth ground. Alternatively, obtain and wear a
commercially available discharging wrist strap device,
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
desolder ES devices.
3. Discharge the picture tube’s anode at any of the R, G, or
B outputs on the H.V. Distribution Box only by (a) first
connecting one end of an insulated clip lead to the
degaussing or kine aquadag grounding system shield at
the point where the picture tube socket ground lead is
connected, and then (b) touch the other end of the
insulated clip lead to the picture tube high voltage
distribution box R, G, or B output, using an insulated
handle to avoid personal contact with high voltage.
4. Do not spray chemicals on or near this instrument or any
of its assemblies.
5. Unless specified otherwise in these service data, clean
electrical contracts by applying the following mixture to
the contacts with a pipe cleaner, cotton-tipped stick or
comparable nonabrasive applicator: 10% (by volume)
Acetone and 90% (by volume) isopropyl alcohol (90%99% strength).
CAUTION: This is a flammable mixture. Unless
specified otherwise in these service data,
lubrication of contacts is not required.
6. Do not defeat any plug/socket B+ voltage interlocks with
which instruments covered by this service data might be
equipped.
4. Use only can anti-static type solder removal device.
Some solder removal devices not classified as “antistatic” can generate electrical charges sufficient to
damage ES device.
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 sufficient to damage an ES device.)
Page 7
General Soldering Guidelines
1. Use a grounded-tip, low-wattage soldering iron and
appropriate tip size and shape that will maintain tip
temperature within the range 500°F to 600°F.
2. Use an appropriate gauge of resin-core solder composed
of 60 parts tin/40 parts lead.
3. Keep the soldering iron tip clean and well-tinned.
2. Draw away the melted solder with an anti-static suctiontype solder removal device (or with solder braid) before
removing the IC.
Replacement
1. Carefully insert the replacement IC in the circuit board.
2. Carefully bend each IC lead against the circuit foil pad
and solder it.
4. Thoroughly clean the surfaces to be soldered. Use a
small wire-bristle (0.5 inch or 1.25 cm) brush with a metal
handle. Do not use freon-propelled spray-on cleaners.
5. Use the following desoldering technique.
a. Allow the soldering iron tip to reach normal
temperature (500°F to 600°F).
b. Heat the component lead until the solder melts. Quickly
draw away the melted solder with an anti-static,
suction-type solder removal device or with solder
braid.
CAUTION: Work quickly to avoid overheating the
circuit board printed foil.
6. Use the following soldering technique.
a. Allow the soldering iron tip to reach normal
temperature (500°F to 600°F).
b. First, hold the soldering iron tip and solder strand
against the component lead until the solder melts.
c. Quickly move the soldering iron tip to the junction of
the component lead and the printed circuit foil, and
hold it there only until the solder flows onto and
around both the component lead and the foil.
CAUTION: Work quickly to avoid overheating the
circuit board printed foil or components.
3. Clean the soldered areas with a small wire-bristle brush.
(It is not necessary to reapply acrylic coating to areas.)
1. Remove the defective transistor by clipping its leads as
close as possible to the component body.
2. Bend into a “U” shape the end of each of three leads
remaining on the circuit board.
3. Bend into a “U” shape the replacement transistor leads.
4. Connect to replacement transistor leads to the
corresponding leads extending from the circuit board and
crimp the “U” with long nose pliers to insure metal to
metal contact, then solder each connection.
Power Output Transistor Devices Removal/Replacements
1. Heat and remove all solder from around the transistor
leads.
2. Remove the heatsink mounting screw (if so equipped).
3. Carefully remove the transistor from the circuit board.
4. Insert new transistor in circuit board.
5. Solder each transistor lead, and clip off excess lead.
d. Closely inspect the solder area and remove any excess
or splashed solder with a small wire-bristle brush.
Use Solding Iron to Pry Leads
IC Removal/Replacement
Some Hitachi unitized chassis circuit boards have slotted
holes (oblong) through which the IC leads are inserted and
then bent flat against the circuit foil. When holes are the
slotted type, the following technique should be used to
remove and replace the IC. When working with boards using
the familiar round hole, use the standard technique as
outlined in paragraphs 5 and 6 above.
Removal
1. Desolder and straighten each IC lead in one operation by
gently prying up on the lead with the soldering iron tip as
the solder melts.
6. Replace heatsink.
Diode Removal/Ret>lacement
1.
Remove defective diode by clipping its leads as close as
possible to diode body.
2.
Bend the two remaining leads perpendicularly to the
circuit board.
3.
Observing diode polarity, wrap each lead of the new
diode around the corresponding lead on the circuit board.
4.
Securely crimp each connection and solder it.
5.
Inspect (on the circuit board copper side) the solder joints
of the two “original leads”. If they are not shiny, reheat
them and, if necessary, apply additional solder.
7
Page 8
Fuses and Conventional Resistor Removal/Replacement
1. Clip each fuse or resistor lead at top of circuit board
hollow stake.
2. Securely crimp leads of replacement component around
stake l/8 inch from top.
3. Solder the connections.
CAUTION: Maintain original spacing between the
replaced
component and adjacent
components and the circuit board, to
prevent
excessive component
temperatures.
Circuit Board Foil Repair
Excessive heat applied to the copper foil of any printed
circuit board will weaker. the cdhesive that bonds the foil to
the circuit board, causing the foil to separate from, or “lift-off:’
the board. The following guidelines and procedures should
be followed whenever this condition is encountered.
In Critical Copper Pattern Areas
High component/copper pattern density and/or special
voltage/current characteristics make the spacing and
integrity of copper pattern in some circuit board areas more
critical than in others. The circuit foil in these areas is
designated as Critical Copper Pattern. Because Critical
Copper Pattern requires special soldering techniques to
ensure the maintenance of reliability and safety standards,
contact your Hitachi personnel.
At Other Connections
Use the following technique to repair defective copper
pattern at connections other than IC Pins. This technique
involves the installation of a jumper wire on the component
side of the circuit board.
DEfECTlVE
Insulated Jumper Wire
Remove the defective copper pattern with a sharp knife.
Remove at least l/4 inch of copper, to ensure hazardous
condition will not exist if the jumper wire opens.
Trace along the copper pattern from both wire sides of the
pattern break and locate the nearest component directly
connected to the affected copper pattern.
At IC Connections
To repair defective copper pattern at IC connections, use the
following procedure to install a jumper wire on the copper
pattern side of the circuit board. (Use this technique only on
IC connections.)
1. Carefully remove the damaged copper pattern with a
sharp knife. (Remove only as much copper as absolutely
necessary.)
2. Carefully scratch away the solder resist and acrylic
coating (if used) from the end of the remaining copper
pattern.
BARE JUMPER
Install Jumper Wire and Solder
3. Bend a small “U” in one end of a small-gauge jumper wire
and carefully crimp i! around the IC pin. Solder the IC
connection.
Connect insulated 20-gauge jumper wire from the
nearest component on one side of the pattern break to
the lead of the nearest component on the other side.
Carefully crimp and solder the connections.
CAUTION: Be sure the insulated jumper wire is
dressed so that it does not touch
components or sharp edges.
Frequency Synthesis (FS) Tuning Systems
Always unplug the instrument AC power cord before
disconnecting or reconnecting FS tuning system cables
and before removing or inserting FS tuning system
modules.
The FS tuner must never be disconnected from the FS
tuning control module while power is applied to the
instrument.
When troubleshooting intermittent problems that might be
caused by defective cable connection(s) to the FS tuning
system, remove the instrument AC power as soon as the
defective connector is found and finish confirming the bad
connection with a continuity test. This procedure will
reduce the probability of electrical overstress of the FS
system semi-conductor components.
4. Route the jumper wire along the path of the cut-away
copper pattern and let it overlap the previously scraped
end of the good copper pattern. Solder the overlapped
area, and clip off any excess jumper wire.
Page 9
NOTE: These components are affixed with glue. Be careful not to break or damage any foil under the
component or at the pins of the ICs when removing. Usually applying heat to the component for a short
time while twisting with tweezers will break the component loose.
Leadless Chip Components
(surface mount)
Chip components must be replaced with identical
chips due to critical foil track spacing. There are no
holes in the board to mount standard transistors or
diodes. Some chip capacitor or resistor board solder
pads may have holes through the board, however the
hole diameter limits standard resistor replacement to
l/8 watt. Standard capacitors may also be limited for
the same reason. It is recommended that identical
chip components be used. .
Chip resistors have a three digit numerical resistance
code -1st and 2nd significant digits and a multiplier.
indicated on the capacitor. The color of the component
indicates the general range of the capacitance.
Chip transistors are identified by a two letter code. The
first letter indicates the type and the second letter, the
grade of transistor.
Chip diodes have a two letter identification code as per
the code chart and are a dual diode pack with either
common anode or common cathode. Check the parts
list for correct diode number.
Component Removal
1. Use solder wick to remove solder from component
end caps or terminals.
2. Without pulling up, carefully twist the component
with tweezers to break the adhesive.
3. Do not reuse removed leadless or chip
components since they are subject to stress
fracture during removal .
Chip Component Installation
1. Put a small amount of solder on the board
soldering pads.
2. Hold the chip component against the soldering
pads with tweezers or with a miniature alligator
clip and apply heat to the pad area with a 30 watt
iron until solder flows. Do not apply heat for more
than 3 seconds
Chip Components
How to Replace Flat-IC
-Required Tools-
* Soldering iron
l
De-solder braids
1. Remove the solder from all of the pins of a Flat-IC
by using a de-solder braid.
Flat-IC
2. Put the iron wire under the pins of the Flat-IC and
pull it in the direction indicated while heating the
pins using a soldering iron. A small awl can be
used instead of the iron wire.
3.
Remove the solder from all of the pads of the
Fiat-IC by using
a de-solder braid.
4.
Position the new Flat-IC in place (apply the pins of
the Flat-IC to the soldering pads where the pins
need to be soldered). Properly
determine the positions of the
soldering pads and pins by
correctly aligning the polarity
symbol.
5.
Solder all pins to the soldering pads using a fine
tipped soldering iron.
l
iron wire or small awl
l
Magnifier
Iron
Wire
~-“‘! Flat-IC
--WI-
De-Solder
Braid
Soldering
Iron
/
Awl
Polarity Symbol
TypE13$F:;:; 63:
MH DIODE RESISTOR
1ST DIGIT
6. Check with a magnifier for solder bridge between
the pins or for dry joint between pins and soldering
pads. To remove a solder bridge, use a de-solder braid
as shown in the figure below.
D
Bridge
Solder
oldering
Iron
Page 10
TECHNICAL CAUTIONS
High Voltage limiter circuit operation check.
1. Turn off TV and connect jig as shown in Figure 2. Adjust
jig fully counter-clockwise for minimum resistance.
2. Set the AC input to 12OV AC and turn on TV.
3. Confirm test pattern on CRT is a usable picture, then
slowly adjust jig until the picture disappears and TV shuts
down.
Chassis ground
Deflection P.W.B.
4. When the limiter circuit is operating properly, High
Voltage will be less than 36.5 kV at 0.6mA when TV shuts
down.
5. Turn off set immediately after checking circuit operation.
6. Unplug set for one minute to reset shutdown circuit.
Remove jig and voltmeter.
High voltage
connector
High impedance
H.V. meter
1905 #l pin
POWER/DEFLECTION PWB
I
FBT
(T702)
(Disconnect the # @ pin of 1905 from +B line.
Connect jig (15kQ VR) between +B line and # @ pin of 1905)
C.P.T. (B) P.W.B. Terminal P.W.B.
C.P.T. (G) P.W.B. VM P.W.B.
C.P.T. (R) P.W.B. Surround P.W.B.
Signal P.W.B. Power/Deflection P.W.B.
Signal Sub P.W.B.
Control P.W.B.
Sensor Distribution P.W.B.
CIRCUIT PROTECTION
CAUTION:
Example:
“RISK OF FIRE - REPLACE FUSE AS MARKED”
Below is an EXAMPLE only. See Replacement Parts List for details. The following symbol near the fuse indicates
fast operation fuse (to be replaced). Fuse ratings appear within the symbol.
/ 5A125V\
-:-+
F901
The rating of fuse F901 is 5.OA - 125V.
Replace with the same type fuse for continued protection
against fire.
11
Page 12
GENERAL INFORMATION
Rear Speaker
Terminals-,
TV/Video Source Selector TV/Video Source Selector
Fig. 3. Control Panel
a&c Focus
_ S-Video
Inputs
Antenna
Inputs
Variable Transmitter
Inputs/Outputs 1 and 2 Audio Output
output
Fig. 4. Rear Connections Panel
12
Page 13
CUSTOMIZED PICTURE AND SOUND ADJUSTMENTS
Select VIDEO to adjust picture settings and improve picture quality.
CURSOR
CONTRAST 4-I, 75%
BRIGHTNESS
COLOR 4I1,50%
TINT
SHARPNESS 4-I, 50%
RESET
ADVANCED
SETTINGS
MENU IT0 MENU BAR TO QUIT 1 EXIT
4-I) 50%
4---I
Cl
CURSOR
CONTRAST
BRIGHTNESS
COLOR 4-I) 50%
TINT
SHARPNESS
RESET
ADVANCED
4-b 98%
4-I) 50%
4---I
4-I,
0
I”““““’
Use the CURSOR A or v buttons to highlight the function to be adjusted.
Press the CURSOR 4 or b buttons to adjust the function.
Press EXIT to quit menu.
NOTE: . If CONTRAST is selected, you are adjusting CONTRAST. The additional menu items BRIGHTNESS,
COLOR, TINT, and SHARPNESS can be selected and adjusted in the same manner.
l Contrast and Brightness adjustments will affect only the main picture. These adjustments will not affect the
sub-picture.
Use this function to change the contrast between black and white levels in the picture. This adjustment will only
affect the picture when ADVANCED SETTINGS ULTRA Al is OFF.
BRIGHTNESS
I
Use this function to adjust overall picture brightness.
I
50%
I
COLOR
TINT
Use this function to adjust the level of color in the picture.
I
Use this function to adjust flesh tones so they appear natural. (It may be necessary to adjust TINT to obtain
optimum picture Quality when using the COMPONENT: Y-C&r Input 2 jacks).
1
.
Use this function to adjust the amount of fine detail in the picture.
When RESET is selected, press CURSOR b to return video adjustments to factory preset conditions.
Press the front panel
MAGIC FOCUS
button momentarily
CONVERGENCE
MAGIC FOCUS
for auto setup.
To adjust manually, press and hold the MAGIC FOCUS button until CENTER MODE or STATIC MODE is displayed.
Press EXIT on the remote to select red or blue. Green is stationary. Use the cursor buttons to adjust. Center mode
only adjusts the center section. Static mode adjusts the entire screen. Note: This new data is in RAM memory only
and will be lost if the MAGIC FOCUS button is pressed again.
13
Page 14
Select AUDIO SETTINGS to adjust the TV to your preference and to improve the sound quality.
BASS
TREBLE
BALANCE
RESET
ADVANCED
SETTINGS
MENU IT0 MENU BAR TO QUIT 1 EXIT
Use CURSOR A or v to highlight the function to be adjusted.
Press CURSOR 4 or b to adjust the function.
Press EXIT to quit menu.
NOTE:
If BASS is selected you are adjusting BASS. The additional menu items TREBLE and BALANCE can be
selected and adjusted in the same manner.
4”,72%
4-I) 50%
4---I
0
CURSOR
I I
BASS
TREBLE
I
BALANCE 4-b--‘RESET
ADVANCED
I
Ill
4”,90%
4-I, xw”
0
I
I
pi&l This function controls the low frequency audio to all speakers.
This function controls the high frequency audio to all speakers.
This function will control the left to right balance of the TV internal speakers, the AUDIO TO HI FI
output, and WIRELESS OUT output.
When RESET is selected, press CURSOR b to return audio adjustments to factory preset
E conditions.
14
Page 15
TV GUIDE PLUS+
This feature allows you to view program information for up to 1 week in the future. It also allows you to
control your cable box and VCR with your TV.
jSetUD1
MENU LANGUAGE
PLUG & PLAY
CURSOR
-
SIGNAL SOURCE
AUTO CHANNEL SET
CHANNEL MEMORY
CHANNEL LIST
CLOCK SET
MAGIC FOCUS
GUIDE PLUS+
MENU IT0 MENU BAR
+
TO QUIT 1 EXIT
Use CURSOR A or v to select the TV GUIDE Plus+ Option of your choice, then press SELECT.
CURSOR
What would you like to do?
I./ Setup TV GUIDE Plus+
TV GUIDE Plus+ Channel Edito!
View TV GUIDE Plus+ Demo
Exit
Press up/down to choose. Then, press Select
TV GUIDE Plus+
Options Menu
Setup TV GUIDE Plus+: This allows you to set up TV GUIDE Plus+ so your TV can download data, control
your cable box and control your VCR.
TV GUIDE Plus+ Channel Editor: This allows you to change channel numbers in the guide (using the number buttons)
as well as enable or disable channels from the guide. You can enable up to 100
channels in the Channel Editor.
View TV GUIDE Plus+ DEMO:
This will start the TV GUIDE Plus+ demonstration, allowing you to understand the
features and operation of this system.
Press EXIT or CURSOR r to highlight EXIT then press SELECT to quit menu.
NOTES: 1. It is recommended that you first select View TV GUIDE Plus+ Demo to gain an understanding of what the
system can do and how it operates. Then select Setup TV GUIDE Plus+ so that you can set your TV to
download data and control your cable box and VCR. Finally, select TV GUIDE Plus+ Channel Editor to
customize your TV GUIDE Plus+ system.
2. If a channel is set to OFF in the Channel Editor, that channel cannot be recorded to a VCR.
15
Page 16
SET UP TV GUIDE Plus+
Before you can use TV GUIDE Plus+ you must perform the setup. Simply use your illuminated
remote control to enter the information provided here. Screens very similar to those you will see
as you perform each step are shown here.
STEP 1
1. From the Hitachi on screen display menu, enter the
SETUP-GUIDE Plus+ menu.
2. Use the CURSOR buttons to select Setup TV GUIDE
Plus+, then press the SELECT button on your remote.
NOTE: Completing Setup clears previously downloaded TV GUIDE
Plus+ Setup data. Only enter this section after TV GUIDE Plus+ is
setup if you intend to change your setup (ie. for new zipcode, new
VCR, or new cable box).
STEP 2
1. Use the CURSOR buttons to select U.S.A. or CANADA,
then press SELECT.
STEP 3
I
What would you like to do?
I./ Setup TV GUIDE Plus+
Press up/down to choose. Then, press Select
w+
Where do you live?
I./ USA
Press up/down to choose. Then, press Select
U.S.A. Example
TV GUIDE Plus+
Options Menu
TV GUIDE Plus+ Channel Editon
View TV GUIDE Plus+ Demo
Exit
TV GUIDE Plus+ Setup
Canada
1. Using the number buttons on
U
S
A
your remote, enter your
zipcode. You may also use the
CURSOR buttons to enter
your zipcode or to make a
correction.
2. When finished, press SELECT.
1. Use the CURSOR A,v
buttons to input the first
number or letter of your postal
C
A
code.
2. N When you have selected the
letter or number, press the
A
D
A
CURSOR b button to move to
the next position. (Press
CURSOR 4 to make a
correction.)
3. Repeat steps 1 and 2 for all six
spaces.
TV GUIDE Plus+ Setup
Enter the zip code where your TV is located:
q = = = =
Canada Example
TV GUIDE Plus+ Setup
Enter the postal code where your TV is
located:
q =====
TV GUIDE Plus+ Setup
Enter the zip code where your TV is located:
1
4 6 6 7
TV GUIDE Plus+ Setup
Enter the postal code where your TV is
located:
L5N2L8
4. When finished, press SELECT.
16
Page 17
STEP 4
SET UP TV GUIDE Plus+
1. Use the CURSOR button to select YES or NO, then press SELECT.
2. If you select YES, you will go to step 5. If you select NO, you will go to
step 9.
STEP 5
1.
Use the CURSOR buttons to SELECT YES or NO, then press
SELECT.
2. If you select YES, you will go to step 6. If you select NO, you will go to
step 9.
NOTES:
A. As indicated on page 13 of this guide, you must connect your cable
box RF Out to TV ANT A in order for TV GUIDE Plus+ to download
data.
B. The cable box must always be left on.
C. The TV will download TV GUIDE Plus+ data only when it is off. During
this time, you will notice the cable box changing channels without any
user input. This is normal. The TV is searching for the Host channel.
Do you have cable?
jJ Yes
NO
Press “pidown lo choose. Then. press Select.
TV GUIDE Plus+ Setup
Do you have a cable box?
IJ
Yes
NO
Press up/down to choose. Then. press Select.
I
Basic connection for TV GUIDE Plus+ setup with no cable box and no VCR.
REAR SPEAKER
8 n ONLY
Outside antenna or
cable TV coaxial cable.
3
TV GUIDE is a registered trademark of TV Guide Financial, Inc. VCR Plus+, C3, PlusCode and GUIDE Plus+ are
trademarks of Gemstar Development Corporation. The VCR Plus+ and GUIDE Plus+ systems are manufactured under
license from Gemstar Development Corporation and VCR Index Systems B.V., respectively.
J(
ANT A
TO
CONVERTER
ANT B
r COMPONENT 1 >
,NPUT , ,NpUT 2 MO;;;OR WlRELES AUDIO
OUT TO HI-FI
17
Page 18
SET UP TV GUIDE Plus+
STEP 6
TV GUIDE Plus+ Setup
1. Turn your cable box ON and tune it to channel 02.
2. Use the CURSOR buttons to select your cable box brand from the list,
then press SELECT. (It will take a few seconds for TV GUIDE Plus+ to
check the cable box code.)
NOTE: When using a cable box with TV Guide Plus+, set your remote to TV mode. This allows your IR Blaster
connector to control your cable box, enabling you to see channel call letters when changing channels or
pressing RECALL.
Tune your cable box to channel 02. Select
your cable box brand from the list below.
I
press “Pldmv” to change brand. The”. pr**s Select.
Hitachi
I
Basic connection for TV GUIDE Plus+ setup with cable box and without VCR.
Coaxial Cable
REARSPEAKER
8 n ONLY
v
ANT A
I 7 COMPONENT 7
VIDEO
ff
Cable TV Box
To IRlGLlNK
STEP 7
1. If your cable box switches to Channel 09, use the CURSOR buttons to
select YES. Then press SELECT.
2. If your cable box does not switch to Channel 09, use the CURSOR
buttons to select NO. Then press SELECT. TV GUIDE Plus+ will try
another version of cable box code (ie. 16-02.)
AUDIO
t I I
,NPUT, ,NP”T 2 MO~t$OR WlRELES AUDIO
Did Cable Hitachi code 16-01 switch your
cable box to 09?
IJ Yes
NO
Press “p/down to change brand. The”. press Select.
OUT TO HI-FI
TV GUIDE Plus+ Setup
I
(If TV GUIDE Plus+ does not recognize your cable box after several tries, a screen stating, “Cable box test failed. Please
consult your manual and try again” will appear. You should check the CATV brand again and repeat these steps. Also,
check that the If? Mouse is in front of the cable box’s IR receiver window.)
18
Page 19
STEP 8
SET UP TV GUIDE Plus+
TV GUIDE Plus+ Setup
1. Using the CURSOR buttons, select the channel number to which
your cable box Output is set. It is usually set to Channel 3 or
Channel 4.
2. Then press the SELECT button on your remote.
STEP 9
1. Use the CURSOR buttons to select YES or NO, then press
SELECT.
2. If you select YES, you will go to step IO. If you select NO, you
will go to end of setup.
NOTE:
You must connect your VCR RF Out to TV ANT A in order for TV
GUIDE Plus+ to download data and control your VCR for
recording. (See below).
Select cable box mtput channel:
O/AUX
4
Press up/down to choose. Then. press Select.
TV GUIDE Plus+ Setup
Do you have a VCR
IJ Yes
NO
Press up/down to choose. Then. press Select.
I
I
I
Basic connection for TV GUIDE Plus+ setup without cable box and with VCR.
Outside antenna or
CableTV Coaxial
REAR SPEAKER
VCR #I
To IWGLINK
I
I I I
,NP”T ,
3
r COMPONENT 1
19
Page 20
-“’ i - - :
:$j,i :,I
; , :
LA!9
Set U
0
SET UP TV GUIDE Plus+
STEP 10
1. Tune your VCR to channel 02, then turn if OFF.
2. Use the CURSOR buttons to select your VCR brand from the
list, then press SELECT. (It will take a few seconds for TV
GUIDE Pius+ to check the VCR code.)
Basic connection for TV GUIDE Plus+ setup with cable box and VCR.
f-Cable TV Coaxial Cable
I
Cable TV Box
VCR #I
/
REAR SPEAKER
8 R ONLY
J(
ANT A
TO
CONVERTER
TV GUIDE Plus+ Setup
Tune your VCR to channel 02. then turn it
off. Select your brand from the list below.
I
f I
Hitachi
r COMPONENT 1
I
STEP 11
1. If your VCR turns on and switches to Channel 09, use the
CURSOR buttons to select YES. Then press SELECT.
2. If your VCR does not turn on and switch to Channel 09, use the
CURSOR buttons to select No. Then press SELECT. TV GUIDE
Plus+ will try another version of VCR code (ie. 21-02.)
I I I
,N~UT, ,NPUT 2 MO;i$OR WlRELES AUDIO
TV GUIDE Plus+ Setup
Did Hitachi code 21-01 switch
your VCR to 09?
[J Yes
NO
Press up/down to choose. Then, press Select
I
OUT TO HI-FI
( If TV GUIDE Plus+ does not recognize your VCR after several tries, a screen stating, “VCR test failed, please consult
your manual and try again” will appear. You should check the VCR brand again and repeat these steps. Also, check that
the IR Mouse is in front of the VCR’s IR receiver window.)
20
Page 21
END OF SET UP
1. A screen telling you that TV GUIDE Plus+ will be ready for use within 24
hours appears. Make sure that you turn the cable box ON and the VCR OFF.
NOTE:
If you have a system with a cable box, make sure you change the VCR channel back
to where you normally watch or record from the cable box (typically Channel 03 or 04).
2. Press the SELECT button to return to the TV GUIDE Plus+ options menu.
Your TV GUIDE Plus+ will be
ready for use within 24 hours.
Always leave your cable box
ON and your VCR OFF.
3. Press the EXIT button to exit Setup.
4. If you have a cable box turn the TV off.
5. The TV will begin searching for the channel that contains the TV GUIDE Plus+ data (host channel). When it locates the
host channel, it starts to download the Setup Information. This download usually takes less than 15 minutes. However,
on some cable systems, this download may take as much as three hours.
6. If you have a cable box, you should allow the TV to control your cable box until Host Search and data Download are
complete.
TV GUIDE Plus+ Setup
NOTES: 1) If you do not have a cable box, you can watch TV while the Host Search and Channel Map Download are in
progress. PIP, however, will not be available until the Host Search and Channel Map Download are complete
because the TV uses the PIP tuner to receive the TV GUIDE Plus+ information. Also, note that TV GUIDE
Plus+ will not be available until Host Search and download functions are complete.
2) For TV GUIDE Plus+ to download Program Information, the TV must be off, regardless of TV GUIDE Plus+
settings.
21
Page 22
CAUTIONS WHEN CONNECTING / DISCONNECTING THE HV CONNECTOR
Perform the following when the
HV connector (anode connector)
is removed or inserted for CPT
replacement, etc.
Anode
connector
Deflection P.W.B.
Fig. A
3. Remove the connector slowly
by pulling it away from the
case.
FBT
Roll out silicon cover from FBT’s contact area slowly.
the connector about 90 degrees
following the arrow (0 position), push the connector
slightly towards the case. (Fig. A)
Fig. B
During Insertion
1. Please refer to direction for insertion as shown in Fig. B (L position). Insert connector until “CLICK” sound is heard.
2. Make sure the connector is pressed right in, so that it has a good contact with the spring.
3. Confirm the contact by pulling the connector slightly. (Don’t pull hard because it may damage the connector).
4. Cover the high voltage output by carefully pushing silicon cover onto it. (Don’t turn the connector).
(REMARK)
1. Make sure the silicon cover is
covering the high voltage output.
Silicon Cover
less than 1 mm
22
Page 23
SERVICE ADJUSTMENTS
1. ASSEMBLED P.W.B. ADJUSTMENT
l-l.
l-2. Comb Filter Operation Check
l-3. Sub Picture Position Adjustment
mode.
(2) Receive signal on main picture.
(3) Check the OSD according to table below, using
Av buttons on Remote Control.
P.01 AP84
SERVICE
SUB CONT 14
SUB COLOR 10
SUB TINT
SUB SHARP 38
EXT RGB BRIGHT 40
EXT RGB CONT 60
BRIGHTNESS 80
*
SUB BRIGHT ADJ. 0
INITIAL SET 0
PO2
G DRIVE GAIN
B DRIVE GAIN
H POSITION
AFC G
H BLK END PHASE
V BLK PHASE
V FREQUENCY
V POSITION
R-Y POSITION
R-Y LEVEL
G-Y LEVEL
GPPHS
P.03
S-TRAC
YA
Y DL
TXACL
COLOR A
0
45
AP84
n
0
i-l
B.E. P POINT1
WPDL 1 1
HI BRT
I
I-l+1
1
1
B CUT OFF 80
H POSI (CENT)
V POSI (CENT) 1 07 I*
I
INITIAL SET
I
C TRAP
TOF FQ
TOF Q
COLOR SYSTEM
DY GAIN
*: Adjustable data.
Others: Fixed data (be careful not to change)
(4) Check MENU key to exit VIDEO CHROMA
ADJUST mode.
NOTE: (1) If there is a different value than shown
(2) When exchanging microprocessor and
(3) Should be changed to OFF for FIRST
0
0
0
0
9
CLAMP DELAY
in table above, for fixed data, adjust it
using 4, buttons (only in this case).
TV is turned on for first time, it requires
initialization of VIDEO CHROMA ADJ
on Pl and P6.
TIME TOUR at first Power ON by
pressing MENU key during FIRSTTIME
TOUR running.
P.05 1 AP84
! 1 I
P.06 AP84-
1 0
Z OSD SETTINGS
04 *
1.2 Comb filter operation check
Adjustment preparation
(1) Receive the color bar signal at the regular tuning
point.
(2) Set the CONTRAST control to MAX and the
other controls to center.
(3) Set the Al to OFF, and 3D Y/C to ON in
Advanced Settings.
Adjustment procedure
(1) Check that between the color bars there are not
line dots every second color bar as shown in the
drawing.
Check @and (@line dots.
1.3
Sub-picture position adjustment
Adjustment preparation
(1) Select signal on main picture.
(2) Video settings have to be at normal condition.
Adjustment procedure
Press the INPUT and POWER button on Control
(1)
Panel at same time to access VIDEO CHROMA
I
ADJUST mode.
Select H POSI and V POSI using A’(I buttons.
;:;
Adjust the H POSI (HORIZONTAL) and V POSI
(VERTICAL) position using 4, buttons.
Press MENU button to exit VIDEO CHROMA
(4)
ADJUST mode.
Select single PINP mode and move the sub
(5)
picture, using the MOVE button. Distance
between PINP and edge of screen should be
equal when moved. If it is not, repeat (1) - (5).
NOTE: Check the position of MULTI PINP mode.
Check the right edge of the sub pictures for
MV-4 to make sure there is no separation
between the MULTI PINP and the edge of
the screen.
24
Page 25
2. FINAL ASSEMBLY ADJUSTMENT
2.1 Focus adjustment
Adiustment preparation
The set can face in any direction: west, east,
(1)
north or south.
Receive the cross-hatch pattern signal.
(2)
CONTRAST : HALF
BRIGHTNESS : MINIMUM
The electrical focus adjustment should have
(3)
been completed.
The centering DY inclination should have been
(4)
adjusted.
Adjustment procedure
Loosen-the fixing screw on the lens cylinder so
(1)
that the lens cylinder can be turned. (Be careful
not to loosen too much. If it is loosened too
much, rattling when tightening becomes greater
and the focus may drift). After completing steps
(5), (6) and (7) below, tighten the fixing screws
for each lens with a torque of 12-17 Kgf cm.
Apply covers to 2 of R, G and B lenses, and
(2)
project a single color on the screen and adjust in
sequence.
(The adjustment order of R, G and B is only an
example.)
For each of the R, G and B lenses, observe the
(3)
color abberation generated on the outer
circumference of the cross-hatch bright line at
the center section +3 pitches vertically and
horizontally from the center.
If the lens adjustment knob is turned clockwise,
(4)
viewed from the front, the color aberration
changes as follows.
Set Size Pitch between Ll & L2
50”
60”
In case of R lens, set to the position where the
63)
3.0 cross-hatch pitches
3.0 cross-hatch pitches
chromatic aberration changes from red to
crimson. As shown below, observe the vertical
bright line at the center and set to the position
where the crimson chromatic aberration slightly
appears inside and red outside (reference value:
1-3mm) within the cross-hatch pitches specified
in next table.
RED
CHROMATIC
ABERRATION
SLIGHTLY CRIMSON
CHROMATIC ABERRATION
{I
In case of G lens, set to the point where the
(5)
chromatic aberration switches from blue to red. If
the chromatic aberration appearing all over the
screen is not the same, observe the vertical
bright line at the center of the screen and set to
the position where red chromatic aberration
slightly appears inside and blue outside
(reference value: l -3mm) within the cross-hatch
pitches specified in next table. When the red
chromatic aberration appearing at both sides of
the bright line is not equal, observe the side with
larger chromatic aberration when adjusting.
RED
CHROMATIC
ABERRATION
SLIGHTLY BLUE CH6OMATlC ABERRATION
OR NO COLOR
25
(7) In case of B lens, set to the position where the
chromatic aberration changes from purple to
green. As shown below, observe the vertical
bright line at the center and set to the position
where green chromatic aberration slightly
appears inside and purple outside (reference
value: l-3mm) within the cross-hatch pitches
specified in next table.
PURPLE CHROMATIC SLIGHTLY GREEN
ABERRATION CHROMATIC ABERRATION
Set Size Pitch between L
I I
50”
60”
3.0 cross-hatch pitches
3.0 cross-hatch pitches
I
Page 26
Notes:
(1) Fixing screw (2) Color aberration
FIXING SCREW COLOR ABERRATION
CROSS-HATCH
(3) Since the G light is very important for picture
quality and performance, pay special attention in
its adjustment.
Note:
(4) For red, setting to the center between red and
(5) For blue, setting to the center between purple
Be careful not to touch the lens with your
fingers when adjusting.
crimson is optimum.
and green is optimum.
2.2 White balance adjustment
(1) Screen adjustment
(2) High brightness white balance.
(3) Low brightness balance.
(5) Select the input signal for high brightness (Video
level = 0.715Vpp).
(6) Adjust the high brightness white balance using
the drive adjustment VRs (red, green).
(7) Select the signal for low brightness (Video level
= 0.145Vpp)
(8) Adjust the low brightness white balance using
the screen adjustment VRs (red, green, blue).
(Visually adjust).
(9) Check that high brightness white balance is
obtained. If it does not, return to step (7).
NOTE:
Before adjusting the White Balance, check that
the screen adjustment VRs are turned fully
counterclockwise. Since the phosphorescent
surface of the CRT is likely to be burned, be
careful.
White balance = 9300” K f OMPCD
Color coordinate = x . . . . . . 0.285
. . . . . . 0.295
Y
2.3 Sub brightness adjustment
Adjustment preparation
(1) Start adjustment 20 minutes or more after the
power is turned ON. Receive the color bar
signal.
(2) Set the contrast and color controls to minimum.
(3) The vertical incident illumination on the screen
should be 20 Iux or less.
Adjustment preparation
(1) Start adjustment 20 minutes or more after the
power is turned on.
(2) The vertical incident illumination on the screen
should be 20 lux or less.
(3) Set the video settings (CONTRAST: MAX,
others: center) to standard condition
(4) For low brightness white balance adjustment,
input a white raster signal level of 0.145 Vp-p
(Video input level).
(5) For high brightness white balance adjustment,
input a white raster signal level of 0.715Vp-p
(Video input level).
(6) Set the drive adjustment VRs (red and green) to
12 - 2 o’clock position.
(7) Turn the screen adjustment VRs (red, green and
blue) fully counterclockwise.
(8) Set video advanced setting white control to
COOL position.
Adjustment procedure
(1) Go to VIDEO CHROMA ADJUST mode by
pressing INPUT and Power button on Control
Panel at the same time.
(2) In “SERVICE” mode push b button and screen
turns to black. Gradually turn the screen
adjustment VRs (red, green, blue) clockwise and
set them where the red, green and blue slightly
bright lines just appear evenly on the screen.
(3) Push the b button again to return to “Normal”
side.
(4) Press “MENU” button to exit VIDEO CHROMA
ADJUST.
\ 1 1 1 / black
Adjustment procedure
(1) Go to “Sub Brightness” adjustment in VIDEO
CHROMA ADJUST mode (press Input and
Power button on Control panel at same time),
using A v buttons and then b button.
(2) Then adjust “Sub Brightness” using 4 b buttons
to increase or decrease the value, according to
figure. (Visually adjust).
(3) After adjustment, press MENU button to exit
VIDEO CHROMA ADJUST mode. (Data is
stored in memory).
Note:
When selecting SUB-BRIGHTNESS mode the
mcon sets the CONTRAST and COLOR to MIN.
automatically, but make sure that the other
conditions are center. Directly observe the
screen by eye without using a mirror.
Page 27
2.4 Sub picture white balance adjustment
(ROM4, ROM6, ROM6)
Adjustment preparation
(1) Start adjustment after power is ON for 20
minutes.
(2) Use a white raster signal for adjustment.
(3) Press “FREEZE” on the remote control and
select “SINGLE” freeze mode to display the sub
picture.
(4) Set CONTRAST to Maximum, Other conditions
to center.
Adjustment procedure
(1) Connect oscilloscope to P802 and adjust ROM8
to match blue level of main and sub pictures.
(2) Repeat for P832 and ROM6 Green, P862 and
ROM4 for Red.
2.5.1 Surround off check
Adjustment procedure
(1) Set to SURROUND: OFF and check that the
waveform shown below is obtained (Input signal
@ and @ ).
(uncorrected state). With the TV set off, press
and hold the service switch located on the
Power/Deflection PWB and then press the
power button.
Start adjustment 20 minutes or more after TV is
(7)
turned on.
Adjustment procedure
(1) Apply covers to the R and B lenses and project
only green light.
(2) Turn the G deflection yoke and adjust the vertical
raster inclination.
(3) Then, remove the cover of R or B lens and project
red or blue light and green light together on the
screen.
28
Page 29
Turn the deflection yoke of R or B and set so that
(4)
the inclination of R or B with respect to the green
light is as shown below on the top and bottom
sides.
After raster inclination adjustment, fixing screw
(5)
of DY should be screwed with 12+2kg-cm
torque.
t?, +2
mm
Geometric
center of the
1 1 F”-f- . . . . f . . . . . f . . . . . i . . . . . i .... 1
I
CROSSHATCH (GREEN)
t2 -
Notes:
iREDC34
n!yIIz
II
(1)
If internal cross-hatch does not appear after
clearing RAM data, press service switch
again, on POWER/DEFLECTION PWB.
To restore old RAM data, turn TV off and on.
(2)
2.7 Raster position adjustment
Adiustment oreparation
The set’can face east or west.
(1)
Input the single cross test signal.
I:;
Set video conditions to factory reset.
The lens focus adjustment should have been
(4)
completed.
The electric focus should have been coarse
(5)
adjusted.
The digital convergence RAM should be cleared
(6)
(uncorrected state). With the TV set off, press
and hold the service switch located on the
Power/Deflection PWB and then press the
power button.
Start adjustment 20 minutes or more after TV is
(7)
turned on.
Adjustment procedure
(1) Turn the centering magnets for red, green, and
blue to satisfy the condition below. The red and
blue horizontal lines should match with green.
twa4
Cl
t2
NOTES:
(1) If internal cross-hatch does not appear after
clearing RAM data, press service switch
again.
(2) To restore old RAM data, turn TV off and on.
2.6 Vertical size adjustment (R630)
Adjustment preparation
The set can face east or west.
I:;
Input the single cross test signal.
Set video conditions to factory reset.
(3)
The lens focus adjustment should have been
(4)
completed.
The electric focus should have been coarse
(5)
adjusted.
The digital convergence RAM should be cleared
(6)
(uncorrected state) . With the TV set off, press
and hold the service switch located on the
POWER/DEFLECTION PWB and then press the
power button.
Start adjustment 20 minutes or more after TV is
(7)
turned on.
Adiustment procedure
Turn only the green by applying covers to the red
(1)
and blue lens or shorting the 2 pin TS connectors on the red and blue CPT P.W.B.
Count the vertical lines of the DCU cross hatch.
(2)
If the number of vertical lines is 9, go to step (3).
If the number of vertical lines is 8, push “HELP”
key and then “5” key on the R/C so the number
of vertical lines becomes “9”.
Turn vertical amplitude adjustment VR (R630) so
(3)
that the distance between the top and bottom
horizontal lines is equal to the size shown in the
table.
t:
Size
ma4
60” 8OOk
50” 65Ok
5mm
5mm
29
Note:
(1) If internal cross-hatch does not appear after
clearing RAM data, press service switch
again (on POWER/DEFLECTION PWB).
Set video conditions to factory reset.
The lens focus adjustment should have been
(4)
completed.
The electric focus should have been coarse
(5)
adjusted.
The digital convergence RAM should be cleared
(6)
(uncorrected state). With the TV set off, press
and hold the service switch located on the
POWER/DEFLECTION PWB and then press the
power button.
Start adjustment 20 minutes or more after TV is
vertical amplitude and optical/electrical focus
beam alignment should have been adjusted.
The static convergence data should be cleared.
(2)
Set video conditions to factory reset.
I:;
Receive the cross-hatch pattern signal.
Apply covers to the lenses of colors other than
(5)
the color to be adjusted and project a single
color.
Adjustment procedure
Red (R), Green (G) and Blue (B) static focus
(1)
adjustment. Vary the static focus VR (focus pack
UFPK) and make the center of the cross-hatch
pattern clearest.
Observe the corners of the picture and check
(2)
that the focus does not get conspicuously worse.
TRUE CIRCLE DEGREE: a/b
SPECIFICATION: 0.9-l .l
ALL-WHITE SIGNAL WAVEFORM
1
UNEVENNESS SPECIFICATION: +1cd/m2
Defocus sticking out specification
Condition: User controls are set to the initial set
positions (for shipment) Measuring point
Screen center.
Cautions: Correct the brightness gauge and amplitude
of the all-white signal periodically. The
aperture angle of the brightness gauge is lo.
Use a cross-hatch pattern to check.
TERMINATION CONDITION: OPEN
STICKING OUT OF BLUE
60”
1 .Omm
OBSERVING POINTS OF THE
CORNER OF THE PICTURE
OBSERVING POINTS
2.13 Blue defocus adjustment
Adjustment Preparation
(1) Optical and electrical focus adjustment should
have been completed.
(2) The convergence adjustment should have been
completed.
(3) Set Video conditions to factory reset.
Adjustment procedure
(1) Input an ail-white signal shown below to VIDEO
input.
(2) Short-circuit 2P sub-mini connectors on the red
and green CPT P.W.Bs. to display only the blue
beam.
2.14 Digital convergence adjustment
Note: If replacing a PRT, DY, etc. perform auto-digital
convergence first. (Press front panel MAGIC
FOCUS switch when in normal customer mode).
This can eliminate the need for a complete
digital convergence alignment.
Adjustment preparation
Receive an RF or video signal.
;:;
Set controls to factory preset.
Install jig screen on the set.
(3)
Note the center of the video pattern displayed.
(4)
This is necessary to match dotted lines
(adjustment point viewed) and actual point that
is adjusted and displayed by the video signal.
31
Page 32
Press the service only switch
(5)
POWER/DEFLECTION PWB). The pattern
displayed is now the digital convergence mode.
When performing a complete
(6)
convergence adjustment CLEAR DATA in RAM.
See 2.6. (1) - (7).
(on
digital
Identify the bent lines and use the cursor
(2)
buttons to move the dotted lines in between as
shown.
Press HELP to exit PHASE mode.
Press ENTER 5 times to display external signal.
I:;
Identify center of active video, then press
(5)
ENTER 5 times to return to internal cross-hatch.
Press HELP (phase adj.), and use 2, 4, 5 and 6
(6)
to position internal cross-hatch center on active
video center identified in step (5).
Press HELP to exit PHASE mode.
(7)
BEFORE
Adjustment Point
JIG SCREEN SPECIFICATION
GEOMETRIC CENTER OF THE SCREEN
(84.9) [102.1]
[1227.2]
ki
a
MODEL: (50”), [60”]
UNIT: mm
Note: If only minor adjustments to convergence are
needed, the jig screen is not necessary. Use
digital data stored in memory and one color as a
reference (red, green, or blue). DO NOT CLEAR
DATA and WRITE to ROM memory.
(1) PHASE adjustment - This is to match the digital
convergence cursor position to the video image
displayed, and to match the digital convergence
cursor position (dotted lines) to digital
convergence data position (bent lines).
Adjustment procedure
(1) Press the HELP button on the remote to select
phase adjustment. (Only Green displayed).
ACTIVE
VIDEO
CENTER
FROM
STEP (5)
THEN USE NUMBER KEYS TO MATCH INTERNAL
CROSSHATCH CENTER TO ACTIVE VIDEO CENTER
USE CURSOR
KEYS TO MOVE
DOTTED LINES
3ElWEEN BENT
LINES FIRST
AFTER
2.14.2 Raster position adjustment
Adjustment preparation
(1) Position adjustment - This will move an entire
color. Use this adjustment to match colors at the
center of the screen. (Active video center from
external signal and physical screen center
should now match from phase adj. 2.15.1.).
(2) Use the buttons below to switch color to adjust.
“RECALL’ - Green
“0” - Red
“INPUT” - Blue
Adjustment procedure
(1) Press the FRZ button. Extra horizontal lines
appear to confirm raster position mode.
(2) Use the cursor buttons to adjust position.
(3) Press FRZ again to exit raster position mode.
Notes:
(1) Other functions cannot be accessed when
in raster position adjustment mode. Press
FRZ and confirm extra horizontal lines
disappear to exit raster position mode.
(2) Press MENU to switch between all colors
displayed or adjustment color and Green
only.
Page 33
2.14.3 Convergence point adjustment
Adjustment preparation
(1) Select color to adjust.
“RECALL’ - Green
“0” - Red
“INPUT” - Blue
(2) Use 4, 6, 2, and 5 to move the cursor position
(dotted lines).
(3) Use cursor buttons to move the convergence
point.
(4) Three adjustment modes are available:
1. (3x3) Press “RECALL’ 5 times
2. (7x5) Press “0” 5 times
3. (13x9) Press “INPUT” 5 times
For touch-up, only the (13x9) mode is necessary.
This will adjust every cross-hatch intersection point
on the screen.
For complete adjustment, start with (3x3) mode. This
will adjust center point and eight edge points only,
but will greatly reduce adjustment time. Then use
(7x5) mode, and finally (13x9) mode to finish
convergence.
If “S” distortion appears between cross-hatch lines
repeat (7x5) mode to change calculation process
while adjusting to remove distortion, then return to
(13x9) mode to finish touch-up convergence.
(5) Existing DATA in ROM can be read by
pressing the SWAP button 2 times. This
data can be used after replacing a
component (CRT, DY, etc.) Where complete
convergence adjustment is not necessary
be careful not to overwrite this data.
DO NOT write cleared RAM data into ROM
or a complete convergence adjustment will
be necessary. Remember to try MAGIC
FOCUS before starting convergence
adjustment to minimize adjustment time.
2.14.4 Digital Convergence Remote Control
POWER
0
ROM READ \
PHASE ,
ROM WRITE
, RASTER
POSITION
Adjustment procedure
(1) Start adjustment at the center of the screen.
(2) Continue adjustment at next closest position.
(3) Adjust center area first, ending with edge
sections.
(4) Press INFO button to perform interpolation
operation. This process will take about 15
seconds and no picture will be seen at this time.
(5) After interpolation, check convergence again
and repeat (l)-(5) if necessary.
(6) When convergence is acceptable, press MOVE
to write data to ROM memory. ROM WRITE? is
displayed to alarm system that ROM will be
overwritten with new data. Press the MOVE
button again to write displayed data to ROM.
(7) DATA WRITE TO ROM will take approximately
20 seconds and no picture will be displayed.
(8) Green dots will be displayed when operation is
complete.
(9) Press MUTE to return to convergence pattern,
then confirm again convergence is acceptable.
(lO)Press MOVE (ROM WRITE) mode, then press
PIP CH to initialize sensor data positions.
Notes:
(1) Display only green for easier adjustment
and match to jig screen. Press “MENU”,
THEN PRESS “RECALL’.
(2) Perform interpolation and data write to ROM
after green adjustment. Once green has
been confirmed to match jig screen, the jig
screen can be removed. Do not readjust the
green color after jig screen has been
removed. This is now your reference color.
(3) Display green and red only and match red to
green.
(4) Display all colors and match blue to green
and red. Touch-up red color if necessary.
INITIALIZE ’
CALCULATION
\
REMOVE \
COLOR
ADJUSTMENT
CURSOR LEFT
\
CURSOR DOWN
BLUE (13x9 Adj.)
I
VCR+/ -
INPUT
-+o (0
HITACHI
CLUSl3MP
TV/CASLUDSS @
0
MUTE
0
m
VCR 0
AUDIO 0 LST-CH
A
CH
v
Cl
ENTER/
SLEEP
?oL”Qt
.
CROSSHATCH/
VIDEO MODE
CURSOR UP
, CURSOR
RIGHT
- RED
(7X5 Adj.)
33
Page 34
2.15 GUIDE+ OSD Adjustment
Adjustment preparation
(1) Receive any signal in ANT A.
(2) Set picture controls to shipping conditions.
(3) Convergence Adjustment must be completed.
Adjustment procedure
(1) Go to VIDEO CHROfvlA ADJUST mode by
pressing INPUT and Power button on Control
Panel at the same time.
(2) Go to GUIDE+ mode using A,v buttons on
(3) Fusing VOL A,‘I buttons move the GUIDE+
OSD to the left or right and adjust so that OSD
is in the A position according to next table for
each PTV size.
(4) By using CH &‘I buttons move the GUIDE+
OSD up or down and adjust so the OSD is in the
B position according to next table for each PTV
size.
(5) When GUIDE+ OSD is adjusted then adjust the
PinP inside the OSD box by using the CURSOR
buttons on the R/C to move PinP up or down and
left or right so the PinP is inside the OSD box
position according to next reference.
PinP for GUIDE+
NOTE: Use a Crosshatch signal or Single Cross signal
to make this adjustment and be sure the pattern
signal used is equal for upper, bottom, left and
right sides of PinP for GUIDE+. (Center as
reference.)
GUIDE+
OSD
Page 35
3. ADJUSTMENT POINT
3.1 CRT, cabinet locations
FRONT OF TV
P P
1. CENTERING MAGNET FOR RED PRT
2.CENTERING MAGNET FOR GREEN PRT
3.CENTERING MAGNET FOR BLUE PRT
4.CPOLE MAGNET FOR BEAM FORM ADJUSTMENT
5. BEAM ALIGNMENT MAGNET
6. DIGITAL CONVERGENCE MODULE (On Power/Deflection Board)
7. FOCUS PACK (Top Adjustments for Screen, Bottom for Focus)
P
3.5
Page 36
3.2 MAIN CHASSIS
(Signal P.W.B.)
240
I
O-
ISCII ISC2[
\. J
888
ROM8 ROM6 ROM4
(Blue) (Green) (Red)
[SIGNAL P.W.B )
SURROUND P.W.B.
TUNER
Wh
MTS
(MAIN
‘ICTURE)
TUNER
ldk
1001
El
0 c
GUIDE+
1 0
SIGNAL SUB
P.W.B.
3D Y/C
1102
VM
325-
TERMINAL P.W.B.
240
36
Page 37
3.3 MAIN CHASSIS
(Power/Deflection P.W.B.)
%85
I
325-
@
SKOI: SERVICE ONLY button
(CONV. ADJ)
I
I
Bz
lz
ixl
0977
AUDIO
22v
la
AUDIO
D965
+G 9V
q
D947
32V
D946
lv9v
q
SERVICE LED
q
D940
IXI
+B 120V
q
D912
PROTECT (RED)
+27V
Q777
-3
dl
q u
[I 0
37
Page 38
3.4 CPT (R) (G) (B), Focus Pack, Control P.W.B.
GND
\
BLUE
0
0
GND
0
c
FOCUS PACK (UFPK)
GREEN DRIVE GND RED DRIVE
GREEN RED
0 0
A
\
, Screen Adj. VR
/ooor
B
G
, FcasAdj.VR
;,Oo--
G B
R
/
FJ
I
CONTROL P.W.E.
DIMMER CONTROL
LIGHT RECEIVER
\
REMOTE CONTROL
LIGHT RECEIVER
EFCI
@
-I
/
I
\
POWER
LED
Ct+BFiOWSE
POWER INPUT SM;;;& voL/FAv. CH
lol
CHBFIOWSE
U
AUTO DIGICON
(MAGIC FOCUS)
V L R
38
Page 39
TROUBLESHOOTING
1. No Raster and No Power (REPAIR METHOD)
No
Red LED “ON”?
Yes
I
PROTECT line
Connector PYI ,
D964 (Al 2V)
Check
A12V line
1910, Q926,
1001,1102,
IYOl, IYO2,
HMO1 etc.
No
PROTECTION
Yes
How to check DIAGNOSIS LED’s.
1. Turn OFF power SW.
2. Turn ON again after several seconds, and carefully observe 9 green LED’s
No
turn OFF same time?
1
Find which LED’s is going to dark or OFF
(Other LED’s are going to OFF little bit later same time.)
D940(+B)
+B 120V line
) E994, Q777,
T702, C701
Check
etc.
D939 (TV5V)
Check
TV5V line
1913, Q905
D938, L911
L114, D116
etc.
I
D946 (TVSV)
TVSV line
1912, Q905
D928, L909
L922 etc.
I
I
+
Check
D966 (+27V)
Check
+27V line
E995, Q902
IK04, IK05
etc.
39
+
D967 (-23V)
Check
-23V line
E996, 1909
IK04, IK05
etc.
v v
D947 (32V)
Check
Audio32V
line
E992, E997
1401 etc.
D977 (22V)
1
Check
Audio22V
line
E993, E998
1402, IS11
etc.
Page 40
Voltage at pin (5) of
Yes
E991 blown
Yes
Check 1901, D911,
D910, D969
Replace E991
No.““~..“.:::“.
Does raster
Yes
v
Check 1905, 1903, 1902
Q914, Q913, Q912
Q909, T901 etc.
Yes
(About AC 0.3V)
No
(About AC 40V)
1
Check 1901, D907
Replace E991
40
Page 41
2. No Picture
Normal
Abnormal
Does on-screen No
Yes
Normal
0517, Q516, Q515
v
1501, 1903, 1001, I1 02, 1006
Q108, Q109, QllO, Q008
Abnormal
Abnormal
I
l-k
v
ZJ
41
f
2VP-P
I
l
U301, etc.
(3-D Comb)
Page 42
3. Reception Impossible with Snow Noise
Main Picture
Yes
No
I
Yes
Sub Picture
eception impossible with snow noise
No
Yes
Vcc (Sv), BP (5v),
Yes
u102
Yes
and
42
u102
t3
Page 43
4. Defective Synchronization
llefective synchronization
1
cl902
I I
ivormal
1-
I
5v P-P
1r
T
.I
43
Page 44
5. Incorrect Color
c lncorreitcolor )
Color condition
Defective
white balance
\
No color
When normal
f
j.6 Vp-p
Yes
No
(,,“,““Ell
1501, X501, etc.
L
i
Yes
v
I.501
Green does
not appear
Q861, Q862
D861, PRT (R)
Q831, Q832
D831, PRT (G)
44
Page 45
6. No Sound
OV or lower
26V
l
No
E997
+26V Power Supply
L I
Yes
Check the I ‘C bus (SCL, SDA)
I
Yes
Check IS12
Yes
t
u101
No
IYOl
(1) Check the l*C bus (SCL3, SDA3)
45
Page 46
7. Convergence Errors.
If an error message or code appears while performing MAGIC FOCUS or Initialize (MOVE, PIP CH in service mode) follow this confirmation
and repair method.
1. Turn on power and receive any signal.
2. Press service switch on Power/Defleciton board.
3. Press “SWAP” then “PIP CH” on remote control.
4. Error code will be displayed in bottom right corner of screen. If there is no error, and “INITIAL OK” message will appear on screen.
5. Follow repair table for errors.
DCU REPAIR TABLE
Application
Error Error
Code Message
1 VF Error Replace DCU
Countermeasure
Initialize
X X
Magic
Focus
2 Connect 1
*2
1. Darken Outside light
2. Placing of sensor
3. Is pattern hitting sensor
4. Check connection and solder bridge of sensor
5. Replace sensor
6. Replace sensor P.W.B.
7. Sensor Connector check
8. Replace DCU
9. Adjustment check (H/V size, centering)
3*2 A/D Level
4 Over Flow
Same as Error Code 2
1. Check the placement of sensor
2. Adjustment check (HIV size, centering)
3. Conv. amp. gain check *I (check resistor values only)
5
Convergence
Same as Error Code 4
7 Operation Same as Error Code 4
9 Connect 2 Same as Error Code 2
10 Noise
input strong field strength signal
Check the wiring of connector between sensor and DCU x
11 Sync
Input strong field strength signal
Input standard signal NTSC
NOTES: Some parts may appear different than those shown in the Exploded View. When ordering, refer to the
Replacement Parts List for correct part number. Since this Service Manual covers several models, use care
to select the correct part for the model being serviced.
71
Page 72
REPLACEMENT PARTS LIST
PRODUCT SERVICE NOTE: Components marked w ith a ‘A ! have special characteristics important to safety. Before replacing any of these
components, read carefully, the PRODUCT SAFETY NOTiCEof this Service Manual. Don’t degrade the safety of the receiver through improper servicing.
ABBREVIATIONS
Capacitors: Resistors: Semiconductors:
AL: Aluminum Electrolytic
CF: Carbon Film
CD: Ceramic Disc CC: Carbon Composition
EL: Electrolytic MF: Metal Oxide
PF: Polyester Film VR: Variable Resistor
PP: Polypropylene
WW: Wire Wound
PL: Plastic FR: Fuse Resistor
TA: Tantalum MG: Metal Glaze
TR: Transistor
DI: Diode
ZD: Zener Diode
VA: Varistor
TH: Therm istor
IC: Integrated Circuit
CIRCUIT BLOCK
System Control
Tuner
Signal(Y) & Sync.
Audio
Signal (Chroma)
Vertical Deflection
Horizontal Deflection
0228758R CAP 2125 CHIP 15OPFJSL5OV TAPE
0246464R CD lOOPF-J CH 50V TAPE
0800299R EL 22UF-M(SMG) 16V
0893031 R CAP 2125 CHIP 1OOOPFKB 50V TAPE
0800291 R EL 1 OUF-M(SMG) 16V
0890121 R CD 33PF-J CH 50V
0890121 R CD 33PF-J CH 50V
0800291 R EL 1 OUF-M(SMG) 16V
0800282R EL 2.2UF-M(SMG) 50V
0893044R CAP 2125 CHIP 1OOOOPFKB 50V TAPE
AN00637R PF 0.1 UF 50V TAPE
0800288R EL 4.7UF-M(SMG) 50V
0228758R CAP 2125 CHIP 15OPFJSL5OV TAPE
0800279R EL 1 .OUF-M(SMG) 50V
0800279R EL 1 .OUF-M(SMG) 50V
0800324R EL lOOUF-M(SMG) 6.3V
0893053R CAP 2125 CHIP 47000PFKB 50V TAPE
0800324R EL lOOUF-M(SMG) 6.3V
AN00633R PF 0.047UF 50V TAPE
0800353R EL 470UF-M 16V
AN00637R PF 0.1 UF 50V TAPE
0800291 R EL 1 OUF-M(SMG) 16V
0800351 R EL 470UF-M 6.3V
0893053R CAP 2125 CHIP 47000PFKB 50V TAPE
AN00637R PF O.lUF 50V TAPE
0893048R CAP 2125 CHIP 22000PFKB 50V TAPE
AN00637R PF 0.1 UF 50V TAPE
0800326R EL 1 OOUF-M 16V
0800279R EL 1 .OUF-M(SMG) 50V
0800279R EL 1 .OUF-M(SMG) 50V
PART
NO.
SECOND CHAR.
OF SYM BOL No.
I
CIRCUIT BLOCK
C.P.T.
Power Supply
Signal Control ( MTS)
Signal Control
c713 0800001 R EL 0.47UF-M 50V (SME) c922 0800326R EL 1 OOUF-M 16V
c714 AN00628R PF 0.022UF 50V TAPE c923 0800328R EL 1 OOUF-M 35V
c715 0890089R CD 1500PF-K 50V c924 0800335R EL 220UF-M(SMG) I6V
c717 0243503R CD ISOPF-K B 500V c925 AL00796S EL S-LEAD 1200UF-M(LXV) 35V
C718
c719 0880198R PP 0.22UF-J 50V c927 AL00796S EL S-LEAD 1200UF-M(LXV) 35V
C721 024351 I R CD 680PF-K 500V TAPE C928 AL00796S EL S-LEAD 1200UF-M(LXV) 35V
C722 0243511 R CD 680PF-K 500V TAPE c929 0251703 EL 390UF-M lGOV(KMH)
0253983F EL 33UF-M 350V
c919 0880198R PP 0.22UF-J 50V
C926
0880198R PP 0.22UF-J 50V
74
Page 75
REPLACEMENT PARTS LIST
PRODUCT SERVICE NOTE: Components marked w ith a n ! have special characteristics important to safety. Before replacing any of these
components, read carefully, the PRODUCT SAFETY NOTICE of this Service Manual. Don’t degrade the safety of the receiver through improper servicing.
0800299R
AJ00157R
AJOOl63R
AL00796S
0800326R
0800026R
0800361 N
0880198R
0243509R
0243509R
0244109R
0800279R
0800279R
0800279R
0800279R
0800279R
0800279R
0800279R
0800279R
0800291 R
0800291 R
0800291 R
0800291 R
0800291 R
0800291 R
0800291 R
0800291 R
0800291 R
0800291 R
0800317R
0800317R
0800291 R
0800291 R
0800291 R
0284623R IEL IUF-SMEfBPI 50V
I
EL 470UF-M 16V
EL 470UF-M 35V
EL S-LEAD 2200UF-M&XV) 16V
EL 470UF-M 35V
EL S-LEAD 1500UF-M(LXV) 16V
EL 1 OOUF-M 35V
EL470UF-M 16V
PP 0.22UF-J 50V
EL 47UF-M(SMG) 18V
EL 1 .OUF-M(SMG) 50V
EL IOUF-M(SMG) 16V
EL S-LEAD 22OOUF-M(LXV) 1OV
PF 0.1 UF 50V TAPE
PF 0.22UF-KEB 50V
EL 1 OUF-M(SMG) 16V
EL IOUF-M(SMG) 16V
EL 1 OUF-M(SMG) 16V
PF 0.1 UF 50V TAPE
PF O.lUF 50V TAPE
EL 22UF-M(SMG) 16V
CD 1OOOP 400V B
CD 2200P 400V E
EL S-LEAD 1200UF-M(LXV) 35V
EL lOOUF-M 16V
EL 22UF-M 50V
EL 1OOOUF 16V
EL 33UF-M(SMG) 16V
PP 0.22UF-J 50V
CD 470PF-K 500V TAPE
CD 470PF-K 500V TAPE
CD 4700PF-KB 50V
EL l.OUF-M(SMG) 50V
EL 1 .OUF-M(SMG) 50V
EL 1 .OUF-M(SMG) 5OV
EL 1 .OUF-M(SMG) 50V
EL 1 .OUF-M(SMG) 50V
EL 1 .OUF-M(SMG) 50V
EL 1 .OUF-M(SMG) 50V
EL 1 .OUF-M(SMG) 50V
EL 1 OUF-M(SMG) 16V
EL 1 OUF-M(SMG) 16V
EL lOUF-M(SMG) 16V
EL IOUF-M(SMG) 16V
EL I OUF-M(SMG) 16V
EL 1 OUF-M(SMG) 16V
EL 1 OUF-M(SMG) 16V
EL 1 OUF-M(SMG) 16V
EL lOUF-M(SMG) 16V
EL 1 OUF-M(SMG) 16V
EL 47UF-M(SMG) 16V
EL 47UF-M(SMG) 16V
EL 1 OUF-M(SMG) 16V
EL 1 OUF-M(SMG) 16V
EL IOUF-M(SMG) 16V
0800279R EL 1 .OUF-M(SMG) 50V
0800279R EL 1 .OUF-M(SMG) 50V
0800326R EL IOOUF-M 16V
0284638R EL IOUF-SME(BP) 16V
0800291 R EL 1 OUF-M(SMG) 16V
0800291 R EL IOUF-M(SMG) 16V
0800291 R EL 1 OUF-M(SMG) 16V
0800286R EL 4.7UF-M(SMG) 25V
0893044R CAP 2125 CHIP 10000PFKB 50V TAPE
0893044R CAP 2125 CHIP 1OOOOPFKB 50V TAPE
0800354R EL 470UF-M 25V
AN00624R PF 0.01 UF 50V TAPE
0800317R EL 47UF-M(SMG) 18V
0890076R CD 150PF-K 50V
0800326R EL lOOUF-M 16V
have special characteristics important to safety. Before replacing any of these
!
components, read carefully, the PRODUCT SAFETY NOTICE of this Service Manual. Don’t degrade the safety of the receiver through improper servicing.
SYMBOL PART
NO.
CM11
CM12 0800041R EL 47UF-M 16V CS48 0800015R EL IOUF-M 16V
CM13 0244171 R CD O.OIUF-Z F 50V TAPE
CM14 0880016R PF 0.1 UF 50V
CNOI
CN02 0800288R EL 4.7UF-M(SMG) 50V cs53 0284623R EL 1 UF-SME(BP) 50V
CN03
CN04
CN05 0800326R EL 1 OOUF-M l6V CS56 0800041R EL 47UF-M 16V
CN06 0800294R EL 1 OUF-M(SMG) 50V cs57 0800058R EL 220UF-M 16V
CSOl 0893053R CAP 2125 CHIP 47000PFKB 50V TAPE CS58
cso2
cso3 0228774R CAP MINI-CHIP 68OPF-J SL 50V TAPE CS60 0284634R EL 4.7UF-M 50V
cso4 0800015R EL IOUF-M 16V
cso5 0800015R EL IOUF-M 16V
NO. DESCRIPTION NO. NO. DESCRIPTION
0800015R
0800279R EL 1 .OUF-M(SMG) 50V CS52 0800003R EL I.OUF-M 50V
AN00631 R PF 0.033UF 50V TAPE cs54 0284623R EL 1 UF-SME(BP) 50V
0890084R CD 560PF-K 50V cs55 0800005R EL 2.2UF-M 50V
0800049R EL lOOUF-M 16V cs59 0893044R CAP 2125 CHIP 1OOOOPFKB 50V TAPE
EL IOUF-M 16V cs47 0800015R EL lOUF-M 16V
PART SYMBOL PART PART
cs49 0800058R EL 220UF-M 16V
cs51 0800015R EL IOUF-M 16V
0893053R CAP 2125 CHIP 47000PFKB 50V TAPE
CS61 0800015R EL IOUF-M 16V
CS62 0800012R EL 4.7UF-M 50V
PFKB 50V TAPE
Page 78
REPLACEMENT PARTS LIST
PRODUCT SERVICE NOTE: Components marked w ith a n
components, read carefully, the PRODUCT SAFETY NOTICE of this Service Manual. Don’t degrade the safety of the receiver through improper servicing
SYMBOL PART PART SYMBOL PART PART
NO. NO.
CSE3
CSE4 0893035R CAP 2125 CHIP 2200PFKB 50V TAPE DO29 2348212M DI-MTZ-Jl5BTA
CSE7 0800015R EL IOUF-M 16V DO30 2348212M DI-MTZ-Jl5BTA
CSE9 0800042R EL 47UF-M 25V DO31 2344041 M DI lSS254TA/l SS27OTA
CSFl
CSFG 0800042R EL 47UF-M 25V DO41 2344041 M DI 1 SS254TA/l SS270TA
CSF7 0800042R EL 47UF-M 25V DO44 2344041 M DI 1 SS254TA/l SS270TA
CSF8 0800051 R EL lOOUF-M 25V DO45 2348102M
CSF9
CSG3 0880016R PF O.lUF 50V DO47 2348212M DI-MTZ-J15BTA
CSG4 0880016R PF O.lUF 50V DO48 2344041 M DI 1 SS254TAll SS270TA
CSGG 0800083F EL lOOOUF-M 25V DO50 2344041 M
CSG7 0800083F EL lOOOUF-M 25V DO51 2344041 M DI lSS254TA/l SS27OTA
CSG9 0880009R PF 0.01 UF-K 50V DO53 2344041 M DI 1 SS254TAil SS27OTA
CSHl 0880009R
CSH4 0284638R EL 1 OUF-SME(BP) 16V DO55 CH00151M DI DSMlSD2(200V)TAPE
CSJ3 0800015R EL IOUF-M 16V DO57 2344041 M DI 1 SS254TA/l SS270TA
CSJ4 0800003R EL l.OUF-M 50V DO58 2344041 M
CYOl 0284638R EL lOUF-SME(BP) 16V DO59 2344041 M DI 1 SS254TAll SS270TA
CYO2 0284638R EL IOUF-SME(BP) 16V DlOl 2348212M DI-MTZ-Jl5BTA
CYO3 0893044R CAP 2125 CHIP 1OOOOPFKB 50V TAPE D106 2344041 M DI 1 SS254TAll SS270TA
CYO4 0800299R EL 22UF-M(SMG) 16V D107 2344041 M DI 1 SS254TA/l SS270TA
CYO5 0800299R EL 22UF-M(SMG) 16V D108 2344041 M DI 1 SS254TAll SS270TA
CY06
CYO7 0800335R EL 220UF-M(SMG) 16V Dill
CYO8 0800326R EL 1 OOUF-M 16V D112 2344041 M DI 1 SS254TA/l SS27OTA
CYO9 0893053R
CYlO 0284638R EL 1 OUF-SME(BP) 16V D116 2331815M ZD HZ7-B2
CYll 0800291 R EL 1 OUF-M(SMG) 16V D117 2335991 M ZD HZ-T33 (02 TP)
CY12 0800326R EL 1 OOUF-M 16V D118 2335991 M ZD HZ-T33 (02 TP)
CY13 0893033R CAP 2125 CHIP 1500PFKB 50V TAPE D119
CY14 0800353R EL 470UF-M 16V D301
CYl5 AN00637R PF 0.1 UF 50V TAPE D401 2344041 M DI 1 SS254TAllSS270TA
CY16 0800326R EL lOOUF-M 16V D402
CY17 0800317R EL 47UF-M(SMG) 16V D404 2344041 M DI 1 SS254TAll SS270TA
CYl8 0800326R EL 1 OOUF-M 16V D405 2344041 M DI 1 SS254TAll SS270TA
CY19 AN00637R PF 0.1 UF 50V TAPE D406
CY20 AN00637R PF 0.1 UF 50V TAPE D407 2344041 M DI 1 SS254TAIl SS27OTA
CY30 0800291 R EL IOUF-M(SMG) 16V D408 2344041 M DI 1 SS254TAll SS270TA
CY31 0800291 R EL 1 OUF-M(SMG) 16V D409
CY32 0800291 R EL 1 OUF-M(SMG) 16V D410 2344041 M DI 1 SS254TA/l SS270TA
CY33 0893044R CAP 2125 CHIP 10000PFKB 50V TAPE D411 2344041 M DI 1 SS254TAJl SS270TA
CY34
CY50 0800299R EL 22UF-M(SMG) 16V D413 2344041 M DI 1 SS254TAll SS270TA
CY75 0284638R EL IOUF-SME(BP) 16V
DO05 2344041 M
DO13 2344041 M DI 1 SS254TAIl SS270TA D503
DO15 2331827M ZD HZ-9 TAPE (Cl) SI 500MW 9.3V D504 2344041 M DI 1 SS254TAJl SS27OTA
DO20 2344041 M
DO24 2344041 M
DO25 2344041 M DI 1 SS254TAll SS270TA D508
DO26 2348212~ DIO-MTZ-Jl ~BTA D509 23481630 ZD MTZJ T72 9.1V 5MA 26MM
DO27 2348212M DI-MTZ-Jl5BTA D510
0893035R
0800015R ELlOUF-M 16V DO40 2344041 M
0800084F EL lOOOUF-M 35V
0800299R EL 22UF-M(SMG) 16V
0800326R EL lOOUF-M 16V
CAP 2125 CHIP 2200PFKB 50V TAPE
PF 0.01 UF-K 50V
CAP 2125 CHIP 47000PFKB 50V TAPE
DI 1 SS254TNl SS270TA
DI 1 SS254TAll SS270TA
DI 1 SS254TAll SS270TA
DESCRIPTION
DIODES 0416 2344041 M DI 1 SS254TAll SS270TA
!
have special characteristics important to safety. Before replacing any of these
NO. NO. DESCRIPTION
DO28 2348212M DI-MTZ-J15BTA
DI 1 SS254TA/l SS270TA
ZD MTZJ-5.1 B TA
DO46 2348212M DI-MTZ-Jl5BTA
DI 1 SS254TAll SS270TA
DO54 2344041 M DI 1 SS254TA/l SS27OTA
DI 1 SS254TAll SS270TA
D109
D113 2348123M ZD MTZJ-6.2C TA
D412
D414
D415
D417 2344041 M DI 1 SS254TAll SS270TA
D502 2344041 M DI 1 SS254TA/l SS270TA
D505 23481630 ZD MTZJ T72 9.1V 5MA 26MM
D507 2344041 M DI 1 SS254TA/l SS270TA
2344041 M
2344041 M
2344041 M
2334324M ZD RD36E TAPE (83)
2344041 M
2344041 M
2344041 M
2344041 M
2344041 M DI 1 SS254TA/l SS270TA
2344041 M
2344041 M
2344041 M
2348163Q ZD MTZJ T72 9.1V 5MA 26MM
DI lSS254TA/l SS270TA
DI 1 SS254TAil SS27OTA
DI 1 SS254TA/l SS270TA
SI 500MW 36V
DI 1 SS254TAll SS270TA
DI 1 SS254TA/l SS27OTA
DI 1 SS254TA/l SS270TA
DI 1 SS254TA/l SS270TA
DI 1 SS254TA/l SS270TA
DI 1 SS254TNl SS27OTA
DI 1 SS254TAll SS270TA
78
Page 79
REPLACEMENT PARTS LIST
PRODUCT SERVICE NOTE: Components marked with a A ! have special characteristics important to safety. Before replacing any of these
components, read carefully, the PRODUCT SAFETY NOTICE of this Service Manual. Don’t degrade the safety of the receiver through improper servicing.
SYMBOL PART PART SYMBOL PART PART
NO. NO. DESCRIPTION NO. NO. DESCRIPTION
D511 2348163Q ZD MTZJ T72 9.1 V 5MA 26MM D837 2344041 M DI 1 SS254TAll SS270TA
D512
D513 2344041 M DI 1 SS254TA/l SS27OTA D861 2348212M DI-MTZ-J15BTA
D514 23480820 ZD MTZ J T-77 4.3V 5MA D862 2344041 M DI 1 SS254TAJl SS270TA
D515 23481630 ZD MTZJ T72 9.1V 5MA 26MM D863 2344041 M DI 1 SS254TA/l SS270TA
D516
D517
D602 2344041 M DI 1 SS254TAJl SS270TA A D901 2338313 DI RBV-406M (60V) SI 0.1 USEC
D603 2348432M DI RMPGOGG D902 CH00151 M DI DSMl SD2(200V)TAPE
D604 2348431 M DI RMPGOGD D903 CH00151 M DI DSMl SD2(200V)TAPE
D605 2344041 M DI 1 SS254TA/l SS270TA D904 CH00172M DI DFMlSD2(200V)TAPE
D606 2344041 M DI 1 SS254TAll SS270TA D905 CH00172M DI DFMlSD2(200V)TAPE
D607
D608
D609 CH00151 M DI DSMl SD2(200V)TAPE D908 2348431 M DI RMPGOGD
D610
D611 CH00151M DI DSMlSD2(200V)TAPE D911 2331844M ZD HZ1 2-Bl
D612 2331154M ZD HZ-12 (Al-3 Bl-3.TA) SI 200MA 14.3V D912 CH00183R LIGHT EMITTING DI (SLZ-981C-06-Tl)
D613
D614 2343941M DI RGPlOG (GI) D914 23379528 DI RU4YX(LFOl5-302)
D615 2344041 M DI 1 SS254TA0 SS270TA D915 23379528 DI RU4YX(LF015-302)
D616
D701 2344041 M DI 1 SS254TA/l SS270TA D917 CH00151 M DI DSMl SD2(2OOV)TAPE
d D702 2348511 G DI RS3FS LF-Ul(O14-201) D918 2348271 M ZD MTZ-J27ATA
A D703 CH00891S DI UF5406 (SOOV) D919 2348213M ZD MTZJ-15C TA
A D704 CH00891S DI UF5406 (600V) D920 2344041 M DI 1 SS254TAll SS270TA
D705 2344041 M DI 1 SS254TAIl SS270TA D921 2348121 M ZD MTZJ-6.2A TA
0706 2344041 M DI 1 SS254TAIl SSP;IOTA D922 2348283M ZD MTZJ-30C TA
D708
A D709 2335042M ZD HZ-22 (2L TP) SI 200MA 400MW D924 2348042M ZD MTZ-J3.0BTA
D710 2334305M ZD RDBOE (84 T2/TP/TA) SI 5MA 30.51V D925 2348264M ZD MTZJ-24D TA
A D711 CH00031 M DI AU02Vl(28OV) D926 2348432M DI RMPGOGG
b D712 CH00031M DI AU02Vl(28OV) D927 CH01042M DI RK34 (40V)
D713 CH00901M DI RGP02-15E 1500V 20A D928 CH01052M DI RK14
D714 CH00901M DI RGP02-15E 1500V 20A D929 CH01061 F DI RU4AM(600V)
D715 2348432M DI RMPGOGG D931 2348283M ZD MTZJ-30C TA
D716 2348231 M ZD MTZ-18A TA D932 2344041 M DI 1 SS254TA/l SS27OTA
D717 2339612M ZD HZS-3 TA (BLL) SI 200MA 3V D933 2348132M ZD MTZ-J6.8BTA
D718 2344041 M DI 1 SS254TAll SS270TA D936 2348193M ZD MTZJ-12C TA
D719 CHOOl51 M DI DSMl SD2(200V)TAPE D937 2344041 M DI 1 SS254TA/l SS27OTA
D720 2334305M ZD RD30E (84 T2ITPiTA) SI 5MA 30.51V D938 CH01052M DI RK14
D721 2348193M ZD MTZJ-12C TA D939 CH00182R LIGHT EMI-ITING DI (SLZ-381C-06-Tl)
D722 2348151 M ZD MTZ-J8.2ATA D940 CH00182R LIGHT EMI-ITING DI (SLZ-381C-06-Tl)
D723 2344041 M DI 1 SS254TAfl SS27OTA D941
D724 2348123M ZD MTZJ-6.2C TA D942 2348132M ZD MTZ-J6.8BTA
D725 2344041 M DI 1 SS254TA’l SS270TA D943 2344041 M DI 1 SS254TAJl SS270TA
a D726 2348511 DI RSBFS D944 2344041 M DI 1 SS254TAll SS270TA
D777 2334243M ZD RDl6E (B2 T2/TP/TA) SI 1OMA 16.51V D945 2348432M DI RMPGOGG
D801 2348212M DI-MTZ-Jl5BTA D946 CH00182R LIGHT EMITTING DI (SLZ-381C-06-Tl)
D802 2344041 M DI 1 SS254TA/l SS27OTA D947 CH00182R LIGHT EMITTING DI (SLZ-381C-06-Tl)
D803 2344041 M DI 1 SS254TAIl SS270TA D948
D804 2344041 M DI 1 SS254T&‘l SS27OTA D951 2348092M ZD MTZ-J4.7BTA
D805 2344041 M DI 1 SS254TA/l SS27OTA D952 2344041 M DI 1 SS254TAIl SS270TA
D831
D832 2344041 M DI 1 SS254TA/l SS27OTA 0954 2348193M ZD MTZJ-12C TA
D833 2344041 M DI 1 SS254TAIl SS270TA D955 2344041 M DI 1 SS254TAIl SS270TA
2334243M ZD RDl6E (82 T2/TP/TA) SI 1OMA 16.51V D906 2348253M ZD MTZ-J22CTA
2331807M ZD HZ-6 TAPE (Cl) SI 500MW 6.1V D907 2334324M ZD RD36E TAPE (B3) SI 500MW 36V
CH00151 M DI DSMl SD2(200V)TAPE
2344041 M DI 1 SS254TAll SS270TA D913
2334305M ZD RDBOE (B4 T2/lP/TA) SI 5MA 30.51V
2344041 M DI 1 SS254TA0 SS27OTA D923
2348212M DI-MTZ-J15BTA
D910
D916 2337952s DI RU4YX(LFO15-302)
D953 2344041 M DI 1 SS254TAll SS270TA
2331844M ZD HZ1 2-81
23379528 DI RU4YX(LFOl5-302)
2344041 M DI 1 SS254TAfl SS270TA
2344041 M DI 1 SS254TA0 SS270TA
2344041 M DI 1 SS254TA/l SS270TA
79
Page 80
REPLACEMENT PARTS LIST
PRODUCT SERVICE NOTE: Components marked with a A ! have special characteristics important to safety. Before replacing any of these
components, read carefully, the PRODUCT SAFETY NOTICE of this Service Manual. Don’t degrade the safety of the receiver through improper servicing.
SYMBOL PART
NO. NO.
D956 2344041 M DI 1 SS254TAll SS27OTA DK04 2348431 M DI RMPGOGD
D957 2348213M ZD MTZJ-I 5C TA DK05 2348431 M DI RMPGOGD
D958 2344041 M DI 1 SS254TA/l SS270TA DK06
D959 2344041 M DI 1 SS254TAll SS27OTA
D960
D961 2344041 M DI 1 SS254TA/l SS270TA DK18 2334324M ZD RD36E TAPE (83) SI 500MW 36V
D962 2344041 M DI 1 SS254TAll SS27OTA DK19 2334324M ZD RD36E TAPE (83) SI 500MW 36V
D963 2344041 M DI 1 SS254TAll SS27OTA
D964 CHOOl82R LIGHT EMITTING DI (SLZ-381 C-06-Tl) DK2.1 2334324M ZD RD36E TAPE (83) SI 500MW 36V
D965 CH00182R LIGHT EMITTING DI (SLZ-381C06-Tl) DK22 2334324M ZD RD36E TAPE (83) SI 500MW 36V
D966 CH00182R LIGHT EMITTING DI (SLZ-381C-06-Tl) DK23 2334324M ZD RD36E TAPE (83) SI 500MW 36V
D967
D969 2348102M ZD MTZJ-5.1 B TA DK25 2334324M ZD RD36E TAPE (83) SI 500MW 36V
D971 2348143M DI MTZ-J7.5CTA DK26 2334324M ZD RD36E TAPE (83) SI 500MW 36V
D972 23379528 DI RU4YX(LF015-302) DK27 2334324M ZD RD36E TAPE (83) SI 500MW 36V
D973 2348432M DI RMPGOGG DK30 2348141 M ZD MTZJ-7.5A TA
D974 2348111 M ZD MTZ-J5.6ATA
D975
D976 2348432M DI RMPGOGG DK33 2348141 M ZD MTZJ-7.5A TA
D977
DA01 2344041 M DI 1 SS254TAll SS27OTA DK35 2348141 M ZD MTZJ-7.5A TA
DA02 2344041 M DI 1 SS254TAIl SS27OTA DK36 2348141 M ZD MTZJ-7.5A TA
DA03 2348031 Q ZD MTZ J T-77 2.7V 5MA
DA04 2348031 Q ZD MTZ J T-77 2.7V 5MA DK40 2331806M ZD HZ-6 TAPE (83) SI 500MW
DA05 2344041 M DI 1 SS254TAll SS27OTA DK41 2331806M ZD HZ-6 TAPE (83) SI 500MW
DA06 2344041 M DI 1 SS254TA/l SS270TA DK42 2331806M ZD HZ-6 TAPE (83) SI 500MW
DA07 2348031 Q ZD MTZ J T-77 2.7V 5MA
DA08
DA09 2348212Q ZD MTZ J T-77 15V 5MA DLOl 2348141 Q ZD MTZ J T-77 7.5V 5MA
DA10 2348212Q ZD MTZ J T-77 15V 5MA
DA1 1 2344041 M DI 1 SS254TA/l SS270TA DL03 2348141 Q ZD MTZ J T-77 7.5V 5MA
DA12 2344041 M DI 1 SS254TA/lSS270TA DL04 2348141 Q ZD MTZ J T-77 7.5V 5MA
DA13 2344041 M DI 1 SS254TA/l SS27OTA DL05
DA14 2344041 M DI 1 SS254TA0 SS270TA DL06 2348141 Q ZD MTZ J T-77 7.5V 5MA
DA15 2344041 M DI 1 SS254TAIl SS270TA DL07 2348141 Q ZD MTZ J T-77 7.5V 5MA
DA16 2344041 M DI 1 SS254TAJl SS270TA DL08 2348141 Q ZD MTZ J T-77 7.5V 5MA
DA17 2348052Q ZD MTZ J T-77 3.3V 5MA DLIO 2344041 M DI 1 SS254TAll SS270TA
DA1 8 2348031 Q ZD MTZ J T-77 2.7V 5MA DLll 2344041 M DI 1 SS254TA/l SS270TA
DA1 9 2344041 M DI 1 SS254TAIl SS270TA DL12 2344041 M Dl 1 SS254TA/l SS270TA
DC03
DE03 2344041 M DI 1 SS254TA/l SS270TA DL14 2344041 M DI 1 SS254TAll SS27OTA
DE04 CH00151 M DI DSMI SDP(2OOV)TAPE DL15 2344041 M DI 1 SS254TAll SS27OTA
DE05 CH00151M DI DSMlSD2(2OOV)TAPE DL16 2344041 M DI 1 SS254TAll SS270TA
DE06 CH00151 M DI DSMl SD2(200V)TAPE DL17 2344041 M DI 1 SS254TAJl SS27OTA
DE07 CH00151 M DI DSMI SD2(200V)TAPE DL20 2348123Q ZD MTZ J T-77 6.2V 5MA
DFOI
DF02 2344041 M DI 1 SS254TAll SS27OTA DL22 2348123Q ZD MTZ J T-77 6.2V 5MA
DF03 2344041 M DI 1 SS254TIVl SS270TA DL23 23481230 ZD MTZ J T-77 6.2V 5MA
DF04 2338531 M DI EG-OlC (V) SI 0.5A DL24 23481230 ZD MTZ J T-77 6.2V 5MA
DF05 2344041 M DI 1 SS254TA/l SS27OTA DL25 2348123Q ZD MTZ J T-77 6.2V 5MA
DF07 2344041 M DI 1 SS254TA/l SS27OTA DL26 2348123Q ZD MTZ J T-77 6.2V 5MA
DF08 2344041 M DI 1 SS254TA/l SS270TA DL27 2348123Q ZD MTZ J T-77 6.2V 5MA
DF09 2344041 M DI 1 SS254TAll SS270TA
DGOl 2348103M ZD MTZJ-5.1 C TA DL30 2348161Q ZD MTZ J T-77 9.1V 5MA
DG02 2348103M ZD MTZJ-5.1 C TA DL31 23481610 ZD MTZ J T-77 9.1V 5MA
DKOl 2339551M DI ED14(Vl) SI 5MA 45V DL32 2348161 Q ZD MTZ J T-77 9.1 V 5MA
2344041 M DI 1 SS254TAfl SS270TA DK17 2334324M ZD RD36E TAPE (B3) SI 500MW 36V
CH00182R LIGHT EMITTING DI (SLZ-381C-06-Tl) DK24 2334324M ZD RD36E TAPE (83) SI 500MW 36V
2344041 M DI 1 SS254TAll SS27OTA DK32 2348141 M ZD MTZJ-7.5A TA
CH00182R LIGHT EMITTING DI (SLZ-381C-06-Tl) DK34 2348141 M ZD MTZJ-7.5A TA
2348212Q ZD MTZ J T-77 15V 5MA DL13 2344041 M DI 1 SS254TAJl SS27OTA
2344041 M DI 1 SS254TA/l SS270TA
PART SYMBOL PART
DESCRIPTION NO. NO. DESCRIPTION
2344041 M DI 1 SS254TAil SS270TA
DKl6
DK20 2334324M ZD RD36E TAPE (B3) SI 500MW 36V
DK31 2348141 M ZD MTZJ-7.5A TA
DK37 2348141 M ZD MTZJ-7.5A TA
DK43 2331806M ZD HZ-6 TAPE (83) SI 500MW
DL02 2348141 Q ZD MTZ J T-77 7.5V 5MA
DL21 2348123Q ZD MTZ J T-77 6.2V 5MA
DL28 23318276 ZD HZ-9 TAPE (Cl)TD
2334324M ZD RD36E TAPE (83) SI 500MW 36V
2348141Q ZD MTZ J T-77 7.5V 5MA
PART
80
Page 81
REPLACEMENT PARTS LIST
PRODUCT SERVICE NOTE: Components marked with a A !
components, read carefully, the PRODUCT SAFETY NOTICE of this Service Manual. Don’t degrade the safety of the receiver through improper servicing.
DL37
DMOl 2344041 M DI 1 SS254TA!l SS27OTA
DM02 2344041 M DI 1 SS254TAll SS27OTA
DM03 CH00231 LED SLH-56VC3F
DM04
DM05 2348212M DI-MTZ-Jl5BTA
DM06 2348212M DI-MTZ-J15BTA
DM07
DM08 2348212M DCMTZ-J15BTA
DM09 2348212M DI-MTZ-Jl5BTA
DMlO
DMll 2348212M DI-MTZ-J15BTA
DNOl 2344041 M DI 1 SS254TAll SS270TA
DN02 2344041 M DI 1 SS254TAll SS270TA
DN03 2344041 M DI 1 SS254TAJl SS270TA
DN04 2344041 M DI 1 SS254TAIl SS270TA
DN05
DN06
DN07 2344041 M DI 1 SS254TAll SS270TA
DN08 CH00151 M DI DSMl SD2(200V)TAPE
DN09 2331849M ZD HZ1 2C3 (TA)
DNlO 2344041 M DI 1 SS254TA/l SS270TA
DNll 2344041 M DI 1 SS254TA/l SS270TA
DSOl
DS02
DS03 2344041 M DI 1 SS254Tk’l SS270TA
DS04 2348103M ZD MTZJ-5.1C TA
DS05 CHOOl51 M DI DSMl SD2(200V)fAPE
DS06 CH00151 M DI DSMl SDP(2OOV)TAPE
DS12 2344041 M DI 1 SS254TA0 SS270TA
DS14 2344041 M DI 1 SS254TA41 SS270TA
DS15 2344041 M DI 1 SS254TAIl SS270TA
DYOl 2344041 M DI lSS254TA0 SS270TA
DY02 2348212Q ZD MTZ J T-77 15V 5MA
DY03 2348212Q ZD MTZ J T-77 15V 5MA
DY04 2348212Q ZD MTZ J T-77 15V 5MA
DY05 2348163Q ZD MTZJ T72 9.1V 5MA 26MM
DY06 23481630 ZD MTZJ T72 9.1V 5MA26MM
DY07 23481630 ZD MTZJ T72 9.1V 5MA26MM
A F901 2722358 FUSE AC05A
HO05 2791754R CONDENSER WITH 3 TERMINAL 1OOPF
HO06 2791754R CONDENSER WITH 3 TERMINAL 1OOPF
& H901 2793312 CP-EXN-471 P365L
HMO1 CZO0522 R/C RECEIVER UNIT (TYPE SBXl981-52)
uoo2 HP00094 PINP UNIT KC-010s
uoo3 CSO0241
23481610 ZD MTZ J T-77 9.1V 5MA
23481618 ZD MTZ J T-77 9.1V 5MA
2348212M DI-MTZ-J15BTA
2348212M DCMTZ-J15BTA
2348212M DI-MTZ-Jl5BTA
2348071 M ZD MTZJ-3.9A TA
2344041 M DI 1 SS254TAll SS270TA
2344041 M DI 1 SS254TA/l SS270TA
2344041 M DI 1 SS254TA/l SS270TA
COMPOUND COMPONENTS
HCAO31 ASY (GUIDE PLUS UNIT)
PART
DESCRIPTION
SI 500MW
FUSES
have special characteristics important to safety. Before replacing any of these
SYMBOL PART PART
NO. NO. DESCRIPTION
UlOl HC00311 TUNER UNIT V6-A30FT
u102
u301 HP00701 3D Y/C SEP UNIT KC-301
A UFPK AZ00005 FOCUS PACK TYPE MHF116
UKDG CSO0152 DIGITAL CONVERGENCE UNIT (HC2092)
1001 CPO4295U MN1876478HB2
1004
1006
1007 2000541 IC M51951 BSL
1008 2020342
1102 CP05241 U IC Z9035612PSCR3611
1103 2000541 IC M51951BSL
1104 2003421 IC UPC7805AHF
1105 2015494R HD74HC32FPTWER
1106 2003421 IC UPC7805AHF
1301 2020341 IC MMllllXS
1401 2004751 IC TA8200AH
1402 2004751 IC TA8200AH
1501 CPO3552U IC TAl222BN
1503
1601 2003541 IC LA7838
1602 2365452 IC NJM2903D
A 1901 CZO0451 HYBRID IC (STR-M6811A)
A 1902 2000465 IC PS2501-1 (KC/LC)
A 1903 2000465 IC PS2501-1 (KC/LC)
A 1904 2000465 IC PS2501-1 (KC/LC)
A 1905 2381349
1908 2003424 IC UPC7812AHF
1909 CP03163 ANALOG MONOLITHIC UPC7912AHF
A 1910 CPO3912F ANALOG MONOLITHIC IC (SI-8402L)
1911 CPO3923F ANALOG MONOLITHIC IC (SI-8090s)
1912 CPO3923F ANALOG MONOLITHIC IC (SI-8090s)
1913 CPO3922F ANALOG MONOLITHIC IC (SI-8050s)
IA02 CK06362R DIGITAL MONO. IC (MC14052BFEL)
IGOl CPO2771U GRAPHIC EQULIZER IC
IG02 CK07141 R ANALOG MONO. IC (BA4558F-E2)
IG03 CK07141 R ANALOG MONO. IC (BA4558F-E2)
IG04 CK07141 R ANALOG MONO. IC (BA4558F-E2)
IG05 CK07141 R ANALOG MONO. IC (BA4558F-E2)
IG06 CK07141 R ANALOG MONO. IC (BA4558F-E2)
IG07 CK07141 R ANALOG MONO. IC (BA4558F-E2)
IG08
IG09 CK07141 R ANALOG MONO. IC (BA4558F-E2)
IGlO CP02771 U GRAPHIC EQULIZER IC
IGll CK07141 R ANALOG MONO. IC (BA4558F-E2)
IG12
IG13 CK07141 R ANALOG MONO. IC (BA4558F-E2)
IG14 CK07141 R ANALOG MONO. IC (BA4558F-E2)
IG15 CK07141 R ANALOG MONO. IC (BA4558F-E2)
IKOl 2003421 IC UPC7805AHF
IK02 CP01631R ICL-PST9142
IK03 2003421 IC UPC7805AHF
IK04 czoo431 HYBRID IC (STK392-110)
2429691 FE TUNER V8-A68FT
INTEGRATED CIRCUITS
CPO5272U E2PROM M24C16-BN6
2015711 R IC HD74HC4053FPT
IC MM1115XS
CK08951 R MM1389XFBE
HYBRID IC (SE120N:+B CONT.)
CK07141 R ANALOG MONO. IC (BA4558F-E2)
CK07141 R ANALOG MONO. IC (BA4558F-E2)
81
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REPLACEMENT PARTS LIST
PRODUCT SERVICE NOTE: Components marked with a n !
components, read carefully, the PRODUCT SAFETY NOTICE of this Service Manual. Don’t degrade the safety of the receiver through improper servicing
SYMBOL PART PART
NO. NO.
IK05
IS01 CPOOi301 U IC LA2785
IS02 CK07141 R ANALOG MONO. IC (BA4558F-E2)
IS03 CPO0791 U IC LVl OlON
IS04 CK07141R ANALOG MONO. IC (BA4558F-E2)
IS05 2020001 IC TDA9860
IS08 CK07141 R ANALOG MONO. IC (BA4558F-E2)
IS09 CP03931 U AN5262N
IS10
IS11 2004751 IC TA8200AH
IS12 CPO2601 AN5285K
IYOl
IYO2 2003423 IC UPC7893AHF
2325691R TR CHIP (2SC2412KQIR) Q905 2320591 M TR 2SC458 (B TZ/C TZ) SI 230MHZ200MW
2325691R TR CHIP (2SC2412KQiR) QA02 2325781 R 2SA1037KT146QlR
PART SYMBOL PART PART
Q513 2325691 R TR CHIP (2SC2412KQ/R)
TRANSISTORS
Q514 2325691 R TR CHIP (2SC2412KQiR)
Q515
Q521 2325781 R 2SA1037KT146QlR
Q703 2320637M TR 2SA673 (C 26TZ/D 26TZ) SI 80MHZ 400MVu
Q711
Q913 2320637M TR 2SA673 (C 26TZ/D 26TZ) SI 80MHZ 400MW
2325781 R 2SA1037KT146Q/R
2325781 R 2SA1037KT146Q/R
2320591 M TR 2SC458 (B TZ/C TZ) SI 230MHZ200MW
a3
Page 84
REPLACEMENT PARTS LIST
PRODUCT SERVICE NOTE: Components marked with a n ! have special characteristics important to safety. Before replacing any of these
components, read carefully, the PRODUCT SAFETY NOTICE of this Service Manual. Don’t degrade the safety of the receiver through improper servicing.
SYMBOL PART PART SYMBOL PART PART
NO.
QA03 2325691 R TR CHIP (2SC2412KQR)
QA04 2325781 R 2SA1037KT146QR QL1.5 2320637M TR 2SA673 (C 26TZ/D 26TZ) SI 80MHZ 400MW
QA05 2325691 R TR CHIP (2SC2412KWR) QL16 2320637M TR 2SA673 (C 26TZ/D 26TZ) SI 80MHZ 400MW
QA06 2325691 R TR CHIP (2SC2412KQ/R) QL17 2320637M TR 2SA673 (C 26TZ/D 26TZ) SI 80MHZ 400MW
QA07 2325691 R TR CHIP (2SC2412KQ/R) QMOl
QA09 2325691 R TR CHIP (2SC2412KQ/R) QM02 2312992 PHOTO TR RPT-38PT3F (M)
QAI 1 2325691 R TR CHIP (2SC2412KQ/R)
QA12 2325691 R TR CHIP (2SC2412KQfR)
QA72 2325691R TR CHIP (2SC2412KQ/R) QNOI 2320591 M TR 2SC458 (B TZ/C TZ) SI 230MHZ200MW
QA73 2325691 R TR CHIP (2SC241 PKWR) QN02 2320591 M TR 2SC458 (B TZ/C TZ) SI 230MHZ200MW
QA74 2325691 R TR CHIP (2SC2412KQ/R)
QA75 2325691 R TR CHIP (2502412KQ/R) QN04 2320637M TR 2SA673 (C 26TZ/D 26TZ) SI 80MHZ 400MW
QA76 2325691R TR CHIP (2SC2412KQR) QN05 2320591 M TR 2SC458 (B Tz/C TZ) SI 230MHZ200MW
QA77 2325691R TR CHIP (2SC2412KQR)
QA78 2325781 R 2SA1037KT146Q/R QSOl 2325691 R TR CHIP (2SC2412KQ/R)
QA79 2325781 R 2SA1037KT146Q/R QS18 2325691 R TR CHIP (2SC2412KQR)
QA80 2325691 R TR CHIP (2SC2412KQ/R) QS20 2325691 R TR CHIP (2SC2412KQ/R)
QEOi 2320598M TR 2SC458 (B TZ/C TZ/D TZ) QS21 2325691 R TR CHIP (2SC2412KQ/R)
QE02 2320598M TR 2SC458 (B TZ/C TZ/D TZ) QYOl 2325691 R TR CHIP (2SC2412KQ/R)
QE03 2320598M TR 2SC458 (B TZ/C TZ/D TZ)
QE04 2320598M TR 2SC458 (B TZ/C TZ/D TZ) QY03 2325781 R 2SA1037KT146Q/R
QE05 2320598M TR 2SC458 (B TZ/C TZ/D TZ) QY04 2325691 R TR CHIP (2SC2412KQ/R)
QE06 2320647M TR 2SC1213 (C 21TZ/D21TZ) SI 80MHZ400MW
QE07 2321351 M TR 2SA8361844DlE 1 OOMA 200MW 200MHZSI QY06 2325691 R TR CHIP (2SC2412KQ/R)
QE08 CFO0531 TR 2SA1964 16OV QY07 2326021M TR 2SCl741S P/R/Q (TP) 250MHZ 300MW
QE09 CFOO541 TR 2SC5248 160V QY08 2325691 R TR CHIP (2SC2412KQ/R)
QElO 2320598M TR 2SC458 (B TZ/C TZ/D TZ) QYlO 2325691 R TR CHIP (2SC2412KQ/R)
QEI 1 2320598M TR 2SC458 (B TZ/C TZ/D TZ) QYll 2325781 R 2SA1037KT146Q/R
QE12 2320637M TR 2SA673 (C 26TZ/D 26TZ) SI 80MHZ 400MW QY51 2325781 R 2SAl037KT146Q/R
QFOl 2320637M TR 2SA673 (C 26TZ/D 26TZ) SI 80MHZ 400MW
QF03 2320663M TR 2SC1213A (C) QY57 2325691R TH CHIP (2SC2412KQ/R)
QF04 2320637M TR 2SA673 (C 26TZ/D 26TZ) SI 80MHZ 400MW QY58 2325691 R TR CHIP (2SC2412KQ/R)
QF05 2320663M TR 2SC1213A (C) QY59 2325781 R 2SA1037KT146Q/R
QF06 2315341 F ST-2SC4632LS-CB7 QY60 2325691 R TR CHIP (2SC2412KQ/R)
QF07 2315341 F ST-2SC4632LS-CB7 QY61 2325691 R TR CHIP (2SC2412KQ/R)
QF08 2315341 F ST-2SC4632LS-CB7 QY62 2325781 R 2SA1037KTi 46Q/R
QF09 2320591 M TR 2SC458 (B Tz/C TZ) SI 230MHZ200MW QY63 2325691 R TR CHIP (2SC241 PKQ/R)
QFlO 2320637M TR 2SA673 (C 26TZ/D 26TZ) SI 80MHZ 400MW
QFll 2320663M TR 2SC1213A (C) RESISTORS
QF12 2320591 M TR 2SC458 (B Tz/C TZ) SI 230MHZ200MW
QF13 2320591 M TR 2SC458 (B TZ/C TZ) SI 230MHZ200MW ROOI 0195925R RES 2125 CHIP 1/16W 1OKJ TAPE
QF14
QF15 2320591 M TR 2SC458 (B TZ/C TZ) SI 230MHZ200MW R003 0195918R RES 2125 CHIP 1/16W 5.6KJ TAPE
QF16 2320637M TR 2SA673 (C 26TZ/D 26TZ) SI 80MHZ 400MW R004 0195950R RES 2125 CHIP 1/16W 1OOKJ TAPE
QF17 2326873R TR DTC144ES TP R005 0700063M CF l/l 6W 47K-JB
QKOl 2312171 TR 2SC3852 R007 0195941R RES 2125 CHIP 1/16W 47KJ TAPE
QK02 2320637M TR 2SA673 (C 26TZ/D 26TZ) SI 80MHZ 400MW R008 019594lR RES 2125 CHIP 1/16W 47KJ TAPE
QK03 2320637M TR 2SA673 (C 26TZ/D 26TZ) SI 80MHZ 400MW
QK04 2320591 M TR 2SC458 (B TZ/C TZ) SI 230MHZ200MW
QK06 2320591 M TR 2SC458 (B TZ/C TZ) SI 230MHZ200MW Roll 01959OOR RES 2125 CHIP 1/16W 1KJ TAPE
QK07 2320591 M TR 2SC458 (6 TZ/C TZ) SI 230MHZ200MW R012 019595OR RES 2125 CHIP 1/16W 1OOKJ TAPE
QK08 2320591 M TR 2SC458 (B TZ/C TZ) SI 230MHZ200MW
QLlO 2320637M TR 2SA673 (C 26TZ’D 26TZ) SI 80MHZ 400MW R014 0195925R RES 2125 CHIP 1/16W 1OKJ TAPE
QLl 1 2320637M TR 2SA673 (C 26TZ/D 26TZ) SI 80MHZ 400MW R015 0195927R RES 2125 CHIP 1/16W 12KJ TAPE
QL12 2320637M TR 2SA673 (C 26TZ/D 26TZ) SI 80MHZ 400MW
QL13 2320637M TR 2SA673 (C 26TZ/D 26TZ) SI 80MHZ 400MW R021 0195925R RES 2125 CHIP 1/16W 1OKJ TAPE
NO.
2320591 M TR 2SC458 (B TZ/C TZ) SI 230MHZ200MW R002 0195947R RES 2125 CHIP l/lOW 82KJ TAPE
DESCRIPTION
NO. NO. DESCRIPTION
QL14 2320637M TR 2SA673 (C 26TZ/D 26TZ) SI 80MHZ 400MW
2320591 M TR 2SC458 (B TZ/C TZ) SI 230MHZ200MW
QM03 2320591 M TR 2SC458 (B TZ/C TZ) SI 230MHZ200MW
QM04 2320591 M TR 2SC458 (B TZ/C TZ) SI 230MHZ200MW
QN03 2320591 M TR 2SC458 (B TZ/C TZ) SI 230MHZ200MW
QN06
QY02
QY05
QY54
R009 0195925R RES 2125 CHIP 1/16W 1OKJ TAPE
ROlO 0195916R RES 2125 CHIP 1/16W 4.7KJ TAPE
R013 0700054M CF 1/16W IOK-JB
R016 0700051 M CF l/I 6W 5.6K-JB
2320637M TR 2SA673 (C 26TZ/D 26TZ) SI 80MHZ 400MW
2325691 R TR CHIP (2SC2412KQ/R)
CA11264R PHOTO TR(DTC114EKA)
2325691 R TR CHIP (2SC2412KQ/R)
84
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REPLACEMENT PARTS LIST
PRODUCT SERVICE
components, read carefully, the PRODUCT SAFETY NOTICE of this Service Manual. Don’t degrade the safety of the receiver through improper servicing.
SYMBOL
NOTE: Components marked with a n !
PART PART SYMBOL PART PART
have special characteristics important to safety. Before replacing any of these
PRODUCT SERVICE NOTE: Components marked with a A ! have special characteristics important to safety. Before replacing any of these
components, read carefully, the PRODUCT SAFETY NOTICE of this Service Manual. Don’t degrade the safety of the receiver through improper servicing.,
87
Page 88
REPLACEMENT PARTS LIST
PRODUCT SERVICE NOTE: Components marked with a n !
components, read carefully, the PRODUCT SAFETY NOTICE of this Service Manual. Don’t degrade the safety of the receiver through improper servicing,
have special characteristics important to safety. Before replacing any of these
Page 89
REPLACEMENT PARTS LIST
PRODUCT SERVICE NOTE:
Components marked with a a ! have special characteristics important to safety. Before replacing any of these
components, read carefully, the PRODUCT SAFETY NOTICE of this Service Manual. Don’t degrade the safety of the receiver through improper servicing
PRODUCT SERVICE NOTE: Components marked with a n ! have special characteristics important to safety. Before replacing any of these
components, read carefully, the PRODUCT SAFETY NOTICE of this Service Manual. Don’t degrade the safety of the receiver through improper servicing
PRODUCT SERVICE NOTE: Components marked with a n ! have special characteristics important to safety. Before replacing any of these
components, read carefully, the PRODUCT SAFETY NOTICE of this Service Manual. Don’t degrade the safety of the receiver through improper servicing.
PRODUCT SERVICE NOTE: Components marked with a n !
components, read carefully, the PRODUCT SAFETY NOTICE of this Service Manual. Don’t degrade the safety of the receiver through improper servicing
A G701 CJ00071R SEMICONDUCTOR AG15PC-152FS-K2M PSD2 ED01492U CONNECTOR (11 BSl R2VUTWGX-Al)
A G801 CJ00071R SEMlCONDUCTORAG15PC-152FS-K2M PSD3 ED01472U PLUG (1 IBPl R2HUTWGP-Al)
A G802 CJ00071R SEMlCONDUCTORAG15PC-152FS-K2M PSD3 ED01492U CONNECTOR (11 BSl R2VUTWGX-Al)
A G831 CJ00071R SEMlCONDUCTORAG15PC-152FS-K2M PSD4 ED01 473U PLUG (13BPl R2HUTWGP-Al)
A G832 CJ00071R SEMICONDUCTOR AG15PC-152FS-K2M
A G861 CJ00071R SEMlCONDUCTORAG15PC-152FS-K2M PSD5 ED01471 U PLUG (07BPl R2HUTWGP-Al)
A G862 CJ00071R SEMICONDUCTOR AG15PC-152FS-K2M PSD5 ED01491 U CONNECTOR (07851 R2VUTWGX-Al)
A GFOI CJ00072R SEMICONDUCTOR 252FB-K2M
JSOl ER00121 2L4P LEVER TERMINAL PSI1 ED00515 CP-TAC-L18P-Al
JYOl ES001 15 PJF-17P W/3.5 PSI2
JY02 ES00022 3P(SW) PIN JACK WITH S
N201 QR25451 INSTRUCTION MANUAL (USA) PST 2675286 PH CONNECTOR 7P
N201 QR25461 INSTRUCTION MANUAL (CAN) PSUl ED00576 CP-TAC-L20X-AI
PO01 2663821 2P SUB MINI PLUG PIN PSUI ED00516 CP-TAC-L20P-Al
P801 2961141 2P PLUG PIN WITH BASE PSU2 ED00576 CP-TAC-L20X-Al
P802 2661756 1 P PLUG PIN WITH BASE PSU2 ED00516 CP-TAC-L20P-Al
P831 2961141 2P PLUG PIN WITH BASE PTS 2663821 2P SUB MINI PLUG PIN
P832 2661756 1 P PLUG PIN WITH BASE PVMl ED00566 CP-TAC-LI OX-Al
P861 2961141 2P PLUG PIN WITH BASE PVMl ED00506 CP-TAC-LlOP-Al
P862 2661756 1 P PLUG PIN WITH BASE
A P901 ED01 851 PLUG 5289-2A PVM2 ED00506 CP-TAC-LlOP-Al
PB 2661756 1 P PLUG PIN WITH BASE PVMC 2902262 PLUG PIN (SUB MINI 3P)
PCB ED00572 CP-TAC-L15X-Al PYl 2675285 PIN POST (PH 6P)
PCB ED00512 CP-TAC-LISP-Al PYl 2959055 CONNECTOR 6P(PH)
PCB 2903544 4P PLUG PIN WITH BASE PY2 2902263 PLUG PIN (SUB MINI 4P)
PCC ED00576 CP-TAC-L20X-Al PY2 2902263 PLUG PIN (SUB MINI 4P)
PCC ED0051 6 CP-TAC-L20P-Al A u401 GK00281 SP-05M SPEAKER (TWEETER)
PCD ED00576 CP-TAC-L20X-Al A U402 GK00271 SP-12M SPEAKER (LEFT)
PCD ED0051 6 CP-TAC-L20P-Al A U403 GK00291 SP-1OM SPEAKER (CENTER LEFT)
PCG 2903544 4P PLUG PIN (WITH BASE) h U404 GK00291 SP-1OM SPEAKER (CENTER RIGHT)
PCL 2903543 3P PLUG PIN (WITH BASE) A U405 GK00281 SP-05M SPEAKER (TWEETER)
PCR 2903543 3P PLUG PIN (WITH BASE) A U406 GK00271 SP-12M SPEAKER (RIGHT)
PCR 2903544 4P PLUG PIN (WITH BASE) A VlR DE01314 CRT P16LFTOO RFA (R) EU
PCX ED00572 CP-TAC-Ll5X-Al A VlG DE01315 CRT P16LFTOO HLA (G) EU
PDC ED00565 CP-TAC-LOSX-Al A VlB DE01316 CRT P16LFTOO BMB (B) EU
PDG ED00572 CP-TAC-LI 5X-Al W811 2692464 CONNECTOR FOR FOCUS
PDS ED00565 CP-TAC-LOSX-AI W812 EK00062 WIRE (PROCESSED) FOR SCREEN
PDSl 2959062 PIN POST (PH 12P) W841 2692463 CONNECTOR FOR FOCUS