LG GoldStar CB-28C20X User manual

GoldStar
Y
COLOUR
TV
SERVICE
MANUAL
|
SUA
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een
MODEL:
CB-28C20X
“4
GoldStar

CONTENTS
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DAISY
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3
SELVICHIIG
PRECAUTIONS
55
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7
Disassembly
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10
Exploded
View
Parts
List
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11
Replacement
Parts
List
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|
|
|
SAFETY PRECAUTIONS
WARNING
:
BEFORE
SERVICING
THIS
CHASSIS,
READ
THE
"X-RAY
RADIATION
PRECAUTIONS",
SAFETY
INSTRUCTIONS"
AND
"PRODUCT
SAFETY
NOTICE"
DESCRIBED
BELOW.
X-RAY RADIATION PRECAUTIONS
Excessive high voltage can produce potentially hazardous X-
RAY RADIATION. To avoid such hazards, the high voltage
Must not be above the specified limit. The nominai value of
the high voltage of this receiver is 29KV at Zero beam
current {minimum brightness) under specified power source.
The high voltage must not, under any circumstances, exceed
30KV. Each time a receiver requires servicing, the high
voltage should be checked. It is recommended the reading of
the high voltage be recorded as a part of the service record.
It is important to use an accurate and reliable high voltage
meter.
2.
The
only
source
of
X-RAY
RADIATION
in
this
TV
receiver
is
the
picture
tube.
For
continued
X-RAY
RADIATION
protection,
the
replacement
tube
must
be
exactly
the
same
type
tube
as
specified
in
the
parts
list.
.
Some
parts
in
this
receiver
have
special
safety-related
characteristics
for
X-RAY
RADIATION
protection.
For
continued
safety,
parts
replacement
should
be
undertaken
only
after
referring
to
the
PRODUCT
SAFETY
NOTICE
beiow.
SAFETY INSTRUCTIONS
Potential as high as 25,000-30,000 volts is present when this
receiver is operating. Operation of the receiver outside the
cabinet or with the back cover removed invoives a shock
hazard from the receiver.
(1) Servicing should not be attempted by anyone wno don't
know the precautions necessary through and through
when working on high-voltage equipment.
(2) Always discharge the picture tube anode to the CHASSIS
GROUND to reduce the shock hazard before removing the
anode cap.
(3) Perfectly discharge the high potential of the picture tube
before handling.
(WARNING: Risk of implosion. Handle with care.)
2. If any fuse in this TV receiver is blown, replace it with the
attached
at
back
cover.
(Do
not
use
a
line
isolation
transformer
during
this
check).
Use
an
AC
voitmeter
having
1000
ohms
per
volt
or
more
sensitivity
in
the
following
manner.
Connect
a
1000
ohm
resistor
between
a
known
good
earth
ground,
(water
pipe,
conduit,
etc.)
and
the
exposed
metallic
parts,
one
at
a
time.
Measure
the
AC
voltage
across
the
combination
of
1000
ohm
resistor.
Reverse
the
AC
plug
at
the
AC
outlet
and
repeat
AC
voitage
measurements
for
eacn
exposed
metallic
part.
Voltage
measured
must
not
exceed
1
volt
RMS.
This
corresponds
to
1
mA.
AC.
Any
value
exceeding
this
limit
constitutes
a
potential
shock
hazard
and
must
be
corrected
immediately.
FUSE specified in the chassis parts list only. AC Leakage Test
3. When replacing parts or circuit boards, wind the lead wires
around terminals before soldering.
4,
When
replacing
a
high
wattage
resistor
(oxide
metal
film
AC
VOLTMETER
resistor) in circuit board, keep the resistor 10 mm away from
Circuit board.
5. Keep wires away from high voitage or high temperature GOOD EARTH
components.
GROUND
SUCH
6. Before returning the set to the customer, always perform an AS A WATER
AC leakage current check on the exposed metallic parts of PIPE, CONDUIT
the
cabinet,
such
as
antennas,
terminals,
screwheads,
metal
ae
L
1000
chm
PLACE
THIS
P
ROBE
overlays,
control
shafts,
etc.,
to
be
sure
the
set
is
safe
to
zs
ON
EACH
EXP
OSED
Operate
without
danger
of
electrical
shock.
Since
this
TV
has
METALLIC
PARRT
AVC (Automatic Voltage Control) circuit, it may be operated
nonadjustably within the voltage area indicated in the label
PRODUCT SAFETY NOTICE
Many
electrical
and
mechanical
parts
in
this
chassis
have
special
safety-related
characteristics.
These
characteristics
xe
often
|
passed
without
being
noticed
by
a
visual
inspection
and
the
X-RAY
RADIATION
protection
afforded
by
some
of
then
cannot
necessarily
be
obtained
by
using
replacement
components
rated
for
higher
voltage,
wattage,
etc.
Replacement
parts
wich
have
these
special
safety
characteristics
are
identified
by
A
marks
on
the
schematic
diagram
and
the
replacement
parts
list.
Before
replacing
any
of
these
components,
read
the
parts
list
in
this
manual
carefully.
The
use
of
substitute
replacemmt.
parts
which
do
not
have
the
same
safety
characteristics
as
specified
in
the
parts
list
may
create
X-RAY
RADIATION.

SERVICING
PRECAUTIONS
CAUTION:
Before
servicing
receivers
covered
by
tnis
service
manual
and
its
supplements
ana
eddenda,
read
anc
*cilow
the
SAFETY
PRECAUTIONS
on
page
3
of
this
puolication.
NOTE:
if
unforeseen
circumstances
create
conflict
5etween
the
following
servicing
precautions
and
any
of
the
safety
precautions
on
page
3
of
this
publication,
always
follow
the
safety
precautions.
Remember.
Safety
First.
General
Servicing
Precautions
1.
Always
unplug
the
receiver
AC
power
cord
from
the
AC
power
source
before;
a.
Rernoving
or
reinsialling
any
component,
circuit
board
module
or
any
other
receiver
assembly.
b.
Disconnecting
or
reconnecting
any
receiver
electrical
plug
or
otner
electrical
connection.
<.
Connecting
a
test
substitute
in
garallel
with
an
electrolytic
capacitor
in
the
receiver.
CAUTION:
A
wrong
part
suostitution
or
incorrect
polarity
inszailation
of
electrolytic
capaecitcis
may
result
in
an
explosion
hazard.
d,
Discharging
the
picture
tube
ancde.
_
Test
hign
voitage
oniy
oy
measuring
it
with
an
appropriate
high
veitage
meter
or
other
voltage
Measuring
device
(DVM,
FETVGM,
etc)
equicced
with
a
suitable
high
voltage
probe.
Do
not
test
hign
voltage
Sy
“drawing
an
arc"
3.
Discharge
the
picture
tube
anode
cmy
by
(a)
first
connecting
one
ena
of
an
insulated
clip
lead
to
the
Cegaussing
or
KIre
aquadeg
grounding
system
shield
at
the
point
where
tne
picture
tube
socket
ground
lead
is
connected,
ana
then
it}
touch
the
other
end
cf
the
insulated
clip
lead
to
the
picture
tube
ancdeé
Dutton,
using
an
insulating
hanale
to
avoid
personal
contact
with
hign
veltage.
_
Do
not
soray
chemicals
on
or
near
this
receiver
or
any
of
its
assemblies.
5.
uniess
specified
otherwise
in
this
service manual,
clean
siectrical
contacts
oniv
oy
applying
the
following
mixture
to
tne
contacts
with
a
pipe
cleaner,
cotton-tipped
stick
or
comparable
nonabrasive
applicator:
1
%
(by
volume)
Acetone
and
90%
(by
volume?
isopropyl
aicchol
(S0%-99%
strength)
CAUTION:
This
is
a
fiammabie
mixture.
Uniess
specified
otherwise
in
this
service
Manual,
lubrication
of
contacts
in
not
required.
6.
Do
not
defeat
any
plug/socket
8+
voltage
interlocks
with
which
receivers
covered
by
this
service
manual
might
be
equipped.
_
Do
net
appiy
AC
power
to
this
instrument
and/or
any
of
it
electrical
assemblies
unless
ail
solid-state
cevice
heat
sinks
are
correctly
installed.
8.
Always
connect
the
test
receiver
ground
!ead
to
the
receiver
chassis
ground
before
connecting
the
test
receiver
positive
lead.
Always
remove
the
test
receiver
ground
lead
last.
9.
Use
with
this
receiver
only
the
test
fixtures
specified
in
this
service
manual.
CAUTION:
Co
not
connect
the
test
fixture
ground
strap
to
any
heatsink
in
this
receiver.
NN)
ott
oJ
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
fieldeffect
transistors
and
semicounducto:
‘ship’
components.
Ths
following
techniques
should
be
usea
tc
nein
reduce
tne
incidence
of
component
damage
caused
ny
static
electricity.
+.
Immeciately
before
hancling
any
semiconductor
component
or
semiconductor-equippea
assemuly.
drain
off
any
electrostatic
charge
on
your
body
by
touching
2
known
aarta
ground.
Alternatively,
obtain
and
wear
a
commercially
availabie
discharging
wrist
strap
device,
wnich
should
te
removed
to
prevent
potential
shock
reasons
prior
to
applying
power to the unit under test.
_
After
removing
an
electrical
assembiy
equipped
with
ES
devices,
piace
the
assembly
on
2
concuctive
surface
such
as
aluminium
foil,
to
orevent
electrostatic
charge
ouildup
or
exposure
of
the
assembly.
3.
Use
only
a
grounded-tip
soldering
ircn
to
solder
or
unsolder
ES dev.ces.
4,
Use
only
an
anti-static
tvpe
soider
rernovai
device.
Some
solder
removai
devices
not
classified
as
“ant-static’
can
generate
electrical
charges
sufficient
to
Garnags
ES
devices
5.
Do
not
use
freon-cropeilea
chemicals.
These
can
ge
electrical
charges
sufficier:t
to
gamage
ES
devices.
.
Do
not
remove
a
replacement
ES
device
from
its
protective
package
until
immediately
before
you
are
reacy
<0
install
it.
(Most
replacement
ES
devices
are
packaged
with
leads
alectrically
snorted
together
bv
conductive
foarn,
aluminium
foil
or
comparable
conductive
material,
immediately
oefore
removing
the
srotective
material
from
the
leads
of
a
replacement
ES
device,
touch
he
proiective
material
to
the
chassis
or
circuit
assembiy
inta
whicn
tne
device
will
be
installed.
CAUTION:Be
sure
no
power
is
applied
to
the
chassis
oF
Circuit,
and
observe
all
other
saietv
precauticns
8.
Minimize
bodily
motions
when
hanaling
unpackagec
replacement
ES
devices.
(Otherwise
harmless
metion
such
as
the
bruching
together
of
your
clothes
fabric
cr
the
hiting
ef
your
foot
from
a
carpeted
floor
can
generate
static
electricity
sufficient
to
damage
an
£5
device.)
1)
Oo
“J
General Soldering Guidelines
1.
Use
a
grounded-tip,
!ow-wattage
soldering
iron
and
appropriate
tip
size
and
shnace
that
wil
anaintain
tip
temperature
within
the
range
cr
500°
F
to
600°.
2.
Use
an
appropriate
gauge
of
RMA
resin-core
solder
comocsed
of
60
parts
tin/40
parts
lead.
3.
Keep
the
soldering
iron
tip
clean
and
weil
tinned.
4.
Thoroughly
clean
the
surfaces
to
be
soldered.
Use
a
maii
wireoristle
(0.5
inch,
of
125cm)
brush
with
4
meta
handle.
Do
not
use
freon-oropeiled
sprav-on
cleaners.
.
Use
the
foilowing
unsoidering
technique
a.
Allow
the
soldering
iron
tp
to
reach
normal
iemperature.
(5G0°
F
to
600°
Fi
b.
Heat
the
component
lead
until
the
solder
melts.
c.
Quickly
draw
the
meited
soider
with
in
anti-static,
suction-type
solder
removal
device
or
withsclder
braid.
CAUTION:
Work
quickly
to
avoid
overheating
the
aircuitboard
printed
foil.
6. Use the following soldering technique.
a.
Allow
the
soldering
iron
tip
to
reach
a
normal
temperature
(500° F to 600° F}
b.
First,
hold
the
soldering
iron
tip
and
solier
the
strand
against
the
component
lead
until
the
soldermelts.
ol
-4-

c. Quickly move the soldering ircn tip to the junction of the
component !ead and the orinted circuit foil, and hold it
there only untii the solder flows onto and around both the
component lead and the foil.
CAUTION: Work quickly to avoid overheating the circuit
doard printed foil.
. Closely inspect the solder area and remove any excess or
splashed solder with a smail wire-bristle brush.
C2.
IC Remove/Replacement
Some 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 !ead in one operation by
gently prying up on the lead with the soldering iron tip as the
solder melts.
2. Draw away the melted solder with an anti-static suction-
type solder removal device (or with solider 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.
3. Clean the soldered areas with a small wire-bristle brush.
(it is not necessary to reapply acrylic coating to the areas).
“Smail-Signal" Discrete Transistor
Removal/Replacement
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 jeads.
4, Connect the 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 Device
Removal/Replacement
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 heat sink of the
circuit board.
. Insert new transistor in the circuit board.
Solder each transistor lead, and clip off excess lead.
Replace heatsink. Oop
Diode Removal/Replacement
1. Remove defective diode by clipping its leads as close as
possible to diode body.
2. Bend the two remaining leads perpendiculaly 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.
Fuse and Conventional Resistor
Removal/Replacement
1. Clip each fuse or resistor lead at top of the circuit board
hollow stake.
2. Securely crimo the leads of replacement component around
notch at stake 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 weaken the adhesive 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 ccndition is encountered.
At IC Connections
To repair a 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 cnly on IC
connections).
1. Carefully remove the damaged copper pattern with a sharo
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 cooper pattern.
3. Bend a small "U" in one end of*a smail gauge jumper wire and
carefully crimo it around the IC*pin. Solder the IC comection.
4. Route the jumper wire along the path of the cut-away
copper pattern and let it overlap the oreviously scraped end
of the good copper pattern. Soider the overlapped area and
clip off any excess jumper wire.
At Other Connections
Use the following technique to repair the 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.
1. Remove the defective copper pattern with a sharp knife.
Remove at least 1/4 inch of copper, to ensure that a
hazardous condition will not exist if the jumper wire yp ens.
2. Trace along the copper pattern from both sides of the
pattern break and locate the nearest componen: that is
directly connected to the affected copper pattern.
3. Connect insulated 20-gauge jumper wire from the leid of the
nearest component on one side of the pattern bre« 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.
-5-

SPECIFICATIONS
NOTE
:
Specifications
and
others
are
subject
to
change
without
notice.
@ Video input system
:PAL
-
B/G
@
Power
requirements
:
230Vac
=
10%,
50
HZ
@
Intermediate
Frequency
(unit
:
MHZ)
@
Power
consumption
:
160W
max
.
Carrier
|
PAL-B/G
@ Sound output : 12W max x 2 way
a C—O
| |
|
Vision
(Vc)
|
38.9
Duai
/
Stereo
(2
carrier)
Sound
(Sc)
|
33.4
' 7
—————————
Ss
S
as
perenne
|
Color (Cc)
e@ Tuning range
| Band
| VHF-Low
VHF-High
|
34.47
|
@
Voice
coil
impedance
:
3
onm
fous
a
eae
ee
@
Antenna
input
impedance
:
VHF/UHF
750hm,
Unbalancec
For
TV
For
CATV
|
@
OSD
(On
Screen
Display)
:
Menu
method
Ch2-4
|
StT-S3,S1
|
|
S2
-
Si0,
i
@
Local
button:
Menu/OK
Ch5-12
|
Si1-
S20
Volume
up(+),
down(-}
i
$21-
S41
|
Program
up(+),
down(-)
Hyper
fg
Sy
a
UHF
Ch
21-
69
|
@ Function: Auto Program
Manual Program
Auto Sleep
@
Tuning
system:
FS
(Frequency
Synthesizer),
Quick
View
60
Program
Memory
Teletext
(TOP/FLOF/LIST)
Child Lock;
In
case
of
choosing
Lock
On,
you
can
power
on/off
only
with
e
External
conection:
S-VHS
in/Phono
Jack
AV
in
remote
controller.
To
cancel
of
this
mode,
select
lock
off
Jack
for
external
speaker(P654,
P653)
with
menu
button
on
remote
controller
only.
Scart 1(EURO-Socket, SK101)
Scart 2 (EURO-Socket, SK102)
Scart
1
|
Scart
2
:
Specifications
Video in/out
Audio in (2 way)
Audio out (2 way)
0.5Vrms +3cB, over 10Kohm
|
0.5Vrms+3dB,
below
1Kohm
0.7Vp-p + 3dB, 750hm

CONTROL DESCRIPTIONS
e@ Local control
e@ External A/V input Jack
Video Audio-L Audio-R
e Super A/V
| |
|
— Input Jack
1 | |
|
pot
2 3
|
|
VIDEO L-AUDIO-R
P }
AV3
e@ Head Phone Jack |
Voiurne & Dual | (Main)/Dual {I (Sub)
controlled sound output for Head-phone
| Button's name Description
To turn the TV power on
To show control menu
Refer to menu reference
To keep every selected control status
into memory
Volume Down | To decrease (-) sound volume
To increase (+) sound volume
|
Volume Up
6 Program Down | To change program No downwards
7 Program Up To change program No upwards
Seer =U
oO rep)
=
e@ Stand-by Indicator
Red color : Stand-by on
Yellow color : Stand-by off
e Stereo/Dual Sound Indicator
Mode} }| | —————
Mono | off | off |
Stereo on | on
Dual | on, off |
Dual I! off | on

e Menu Reference
aa | 4
TYPE
;
OSD
(On
Screen
Display)
Reference
hal
Y
1
|
MENU1
|
|
'
;
i
I
!
e
O47
inti
Contrast
1
|
&
31
TUN
Brightness
|
‘|
@
31
innit
Coiour
eee
J
7
|
Y
-
HHH
|
Volume
for
speaker
i
MENU
2
:
sevcceeesseen
(oe
|
Balance
|
VLAN
LALITLE
Treble
ra
HATE
|
Bass
TT
|
Volume
for
head-phone
a
;
|
Y
|
|
|
MENUS}
|
MODE
ones
|
|
ee
LOCK
OFF
°
AUTO
SLEEP
OFF
|
@
;
OFF
TIME--:--
|
TIME
Sors=
:
ey
|
;
rd
|
FINE
TUNING
|
|
Y
AUTO
PROGRAM
MEN
MANUAL SEARCH
j
PR
SKIP
OFF
|
@
FORCED
AV
OFF
°
|
|
Y
SYSTEM
BG
|
@
Receiving
System
OSD
!
me
hateianet:
i)
H
i
r
|
BBG
~~
DK
BH
lee
een
ee
we
ew ee
ee
eee
wee
eee
{
i
i
e
Use
Program
Down
/
Up
button
to
select
each
one
function
in
every
MENUs.
@
To
change
analog
level
in
MENU
1,
MENU
2
or
to
change
status
of
each
marked
(
@
)
in
Reference
column,
you
can
control
with
Volume
Down
/
Up
button.
:
NOTE:
To
keep
every
selected
status
in
memory,
press
OK
button.
|

DISASSEMBLY INSTRUCTIONS
important note
This set is disconnected from the power supply through the
converter transformer. An isolating transformer is necessary for
service operations on the primary side of the converter
transformer.
Back Cabinet Removal
Remove 10 screws residing on the back cabinet and carefuily
separate the back cabinet from the front cabinet.
CPT Removal
1. Puil out the CPT board from the CPT neck.
2. Place the front cabinet on soft material not to mar the front
surface or damage control knobs.
3. Remove 4 screws securing the picture tube mounting
brackets to the front cabinet.
4. Caretully separate CPT from the front cabinet.
Control
Board
Main
Board
Latch
Chassis Assy Removal
Slide the chassis back and out of the cabinet.
Speaker Assy Removal
1. Remove P651, P652 connector from Power, Deflection,
Sound-Amp Board.
2. Remove 2 screws for tweeter speaker and 4 for squawker
on front cabinet.
PICTURE TUBE HANDLING CAUTION
Due to high vacuum and large surface area of picture tube, great
care must be exercised when handling picture tube. Always |ift
picture tube by grasping it firmly around faceplate.
NEVER LIFT TUBE BY ITS NECK! The picture tube must not be
scratched or subjected to excessive pressure as fracture of
glass may result in an implosion of considerable violence which
can Cause personal injury or property damage.
Euro-Socket_
|
Speaker
Jacks
\
(SK101)
Power,
Deflec
tion,
Sound-Anp
Board
Euro-Socket
(SK102)

EXPLODED VIEW
a
, Se
IC:KS51800
COVER,BATTERY
_ 01SS518002A
303-H73A
- 10 -

NO \
CD | ID OW | & tOo fro J
Oo
SCREW.
PAN
WASHER
D3,
1.12.0
IBWF03026'6
|
26
p
PLATE
H/S
407-F43C
|
i
27
DICDE,
EML-Gi2S
|
00012000088
!
28
|
SCREW,
PAN
WASHER
D3.
L10.0
|
___
*BWF0302616
29
PLATE,
H/S
:
407-QO05C
30
'C.
TOSHIBA
TA8200AH
OITO820000A
3}
SCREW.
BRAIZER
D3,
70.0
IPRFO302616
32
PLATE.
H/S
407-O41A
33
TRANSISTOR,
KTD2058
OTR2058008B
34
WASHER
JPRFO302816
TC
35
SCREW.
SRAIZER
D3,
1.12
334-036A
L__36
i
PLATE.
H/S
407-Q05G
I
37
|
__
FET.
BUZSIA
OTF9IOOD0AA
SPRING, PLATE
SCREW. PAN HEAD 03 Li2.0 1BPFO302876
H 40 PCB ASSY, MAIN 1 |_109-146A |
i 4] | SCCKET. SCART JACK ‘381-0914
a2
|
TUNER
113-2348
|
43
{
BOARD,
A/V
401-7218
|
EXPLODED
VIEW
PARTS
LIST
DESCRIPTION
HOLDER, D-COIL SPRING TYPE
P/N
=
|
cet
N2-C28B
t
HOLDER.
D-COIL
iL=130)
i
341-7218
SCREW,
HEXAGON
HEAD
332-229G
| _ COIL, D-COIL 29°
1$0-822F
LEAD
SET,
CPT
EARTH
170-586
341-685A
PLATE,
H/S
407-E60H
\C,
SGS-
THOMSON
TEASI01A
OISG510100A
|
SCREW,
PAN
HEAD
03.0
L12.0
1BPFO302416
i
ner
coe
2)
SL,
©
|
DIODE. SML-G12S
6.
6.
SCREW. D4 L10
SPEAKWER. TWEETER
SCREW. D4 110
SPEAKER, 8 OHM SW
GRILL, SPEAKER
BUTTON. POWER
SPRING, KNOB
JACK, EXTERNAL SPEAKER
TRANSMITTER ASSY
SUB ASSY
100 CHASSIS ASSY, MAIN
200 CABINET ASSY
00012000088
|
44
2CB
ASSY,
MAIN2
|
109-144
45
|
HCLOER,
LED
341-7524
|
I
SUE
ne
ks
46
ene.)
|__
ODLI00000AE,
ODL138000AA
47
|
PRE-AMP
106-048A
48
SWITCH,
TACT
140-248D
i
49
JACK,
HEADPHONE
380-068A
|
50
SWITCH,
MAIN
140-278C
51
LINK,
POWER
S/W
351-008A
I
52
C3
ASSY,
CONTROL
109-1654
53
CORD
ASSY,
POWER
174-199J
|
54
FRAME,
MAIN
312-3744
mA
I
a
ef
IPTFO402616
120-C76A
IPTFO402616
314-325A
441-330A
320-062J
DOOR, CONTROL 315-613A
3
WINDOW,
PRE-AMP
316-4034
4
380-338A
309-A97A
oy
{
10
|
SCREW,
TRUSS
KEAD
D4
U6
PTFO40316
fl
COVER.
ASSY
BACK
303-G87W
72
SCREW.
BRAIZER
D3,
1.10
320-1744
i
3
'C,
PHILIPS
TDA8350
Q/V2
QIPH835020A
14
{
PLATE.
H/S
407-Q058
5
SCREW.
SRAIZER
D3
L12
1PRFO302816
i
16
i
WASHER,
O.W3
110
x
6
«
187)
334-036A
|
7
|_
TRANSISTOR
BU2508DF
OTR487120AA
:
8
{PLATE
H/S
407-K900
19
|
FST
|___
154-3748
J
|
20
|___SCREW.
TRUSS
04
L14
i__sPTFO403076
i
21
SUPPORTER,
FBT
343-B06A
j
22
SCREW,
BRAZ
03.0
112.0
1PWG0302816
'
23
PLATE,
H/S
407-F43C
|

-ZI-
Three parts
which
are
marked
with
“R*
in
the
“AL*
column
of
this
replacement
parts
list
are
in
the remote control unit.
TH801
REPLACEMENT
PARTS
LIST
Many electrical and mechanic
These
characteristics
are
often
passed
without
being
noticed
by
a
visual
inspectio
RAY
RADIATION
protection
afforded
by
some
of
them
cannot
necessarily
be
obtained
by
using
igher
voltage,
wattage,
etc.
Replacement
parts
which
have
are
identified
by
A,
marks
on
the
circuit
diagram.
Before
read
the
specification
of
the
part
carefully.
The
use
of
have
the
same
characteristics
as
specified
in
this
replacement components rated for h
these special safety characteristics
replacing any these components,
substitute
replacement
parts
which
do
not
parts
list
may
create
X-RAY
RADIATION.
al
parts
in
this
chassis
have
special
safety-related
characteristics.
n
and
the
X-
DESCRIPTION
CAPACITOR
CAPACITOR
CAPACITOR, ELECTROLYTIC
CAPACITOR, CERAMIC
CAPACITOR, CERAMIC
DIODE
RESISTOR FUSIBLE
RESISTOR FUSIBLE
RESISTOR FUSIBLE
RESISTOR FUSIBLE
RESISTOR FUSIBLE
RESISTOR FUSIBLE
FUSE
FUSE
IC
1c
COIL
TRANSISTOR
TRANSISTOR
RESISTOR, FIX METAL FIL OXIDE
RESISTOR, CEMENT PWR
RESISTOR
SWITCH
THERMISTOA
FBT
TRANSFORMER
THERMISTOR
POWER SWITCH
COWL. DEGAUSSING
bY
cPT
MODEL : SCB28C22X BPGRG?
LS [Att LOCA.NO |
M309A97A
OCE4756K618
O1SS518002A
1BWF0302416
IPTFO402616
tPTF0403016
105-212C
109-1440
109- 146A
109- 165A
110-Y22P
111-H18A
120-C76n
120-C77F
120-0238
150-822F
166-O1SU
170-586
174-1798
174-1995
300-B400)
302-712A
302-973A
303-G87W
303-G88A
303-HS4A
305-H73A
303: J27A
305-0020
305-129A
309-AI7A
312-3748
314-3258
315-613A
316-4038
320-062
332-2296
341-1840
344-242F
341-S74A
341-685A
341-7218
543-BOSA
351-008A
387-5524
$87-572A
401-7218
407-Q90A
410-5858
PART NO(GS)
CREPLACEMENT PARTS LISTa
SET PART NO + 200-845A
DESCRIPTION
PAGE
RUN-DATE = 94.03.08
1]
SPECIFICATION
CHASSIS ASSY
C.ELECTROLYTIC
IC. SAMSUNG SEMICONDUCTOR
SCREW.PAN WASH HEAD TAP TITE +
SCREW. TRUSS HEAD TAP TITE +
SCREW, IRUSS HEAD TAP TITE +
TRANSMITTER
PCB ASSY
CORD
CABINET ASSY
CASE
CASE
COVER
COVER
COVER
COVLR
COVER
HOUS LNG
HOUSING
CHASSTS ASSY
FRAME
GRILL
OU0R
WINDOW
SPRING
SCREW
HOL DER
HULDER
HOLDER
HOLDER
HOLDER
SUPPORTER
LENE
CONNEC TOR
CONNECTOR ASSY
BOARD
PLATE
HARK
HAIN PC33B 28” SKD
4.7MF SHS 50U HN
KS51800-24(QHS2209P)20SGP_ 1X
03.0 L8.0 HSWR3/ (BK)
04 L10 HSWR3/BK
“P” TYPE 04 L14 MSWR3/BK.
ASSY UNIFIED(PC- 330)
MAIN2 PC33BCH-IN) 28"
MAINT PC33B(28"W/T H-IN)
CONTROL B/G PC33B
CPT PC33B(M-IND
MAIN] PC33B DOUBLE SIDE
TWEETER COSONOGHO151
BOI SW
CB29C20X
D-CON 29" ACIZOVEOHZ 401 5177
KBR455BK TLR (WASHABLE)
CPT EARTH FOR 291NCH
DW-4
POWER CBT -2170/2471
SCB28C22X(7091.6/S)
SHIEL B(PC-33A)
SHTELD.PC-33B(F 12)
ASSY .BACK (SCF 28C22F ) 40AF
SHIEL D(PC-33A)
SHIELD P-AMP(PC-33A)
BATTERY (105-212)
SHEELO. PC- 338(F 12)
2p AMP ATNIS? 1 C10)
MKHZ806- 1-0-600¢STOLKO)
MAIN PC33B 281NCH
HATH CHASSIS CPC33A.HC75A,NCS4A
SPEAKER .CB- 28022X
CONTROL .CB-28C22Xx
PRE-AMP (CB-29C20)
KNOB
HEXAGON HEADCL ?40.0:22)
LEAD TWISTER
POWER CORD
ANODE LEAD
N-COIL SPRING TYPE
O- CON CFOR AUTO.L=150)
FBTCTOP LOADING.PC- 335A)
POWER S/W FOR MC-97A CHASSIS
AS.2P (HOUSING TO HOUSING) INS
FOR OYCPHILTPS 28")
aN
CONTROL DECO. (CB 28C22%)
[BRAND GS (FORGING. 25-29")
~ [REMARK |
i

CREPLACEMENT
PARTS
LIST
PAGE
2
cREPLACEMENT
PARTS
LIST
PAGE
:
3
MODEL
:
SCB28C22X
BPGRG?
SET
PART
NG
:
200-8450
RUN
DATE
:
94.03.08
MODEL
:
SCB28C22xX
BPGRG7
SET
PART
NO
:
200-845A
RUN-DATE
=
94.03.08
(S
[AUT
LOCA.NO
[PART
NOCGS)
[DESCRIPTION
SPECIFICATION
Ss
[AL]
LOCA.NO
[PART
NOCGS)
|
DESCRIPTION
SPECIFICATION
REMARKS
470-861A
LOCK
ASSY
DOOR
KIFCO
OCN1040K949
|
C,TUBULACHIGH
DIELE)
0.14
soy
2
482-G95A
INSTRUCTIONS
COWNER'S
MANUAL.)
PC33B.28C22X,GSNG.212C
IX
C,UBULACHIGH
DIELE)
O.OIMF
16¥
HM
484-8968
DIAGRAM
CIRCUIT
CB-28C22X
MAIN
28”
:
C,
ELECTROLYTIC
0.47MF
SHS
50V
M
486-181B
CARD
OBP
(QUELLE)
4
C.CERAMICCHIGH
DIELE)
0.1M
50V
2
OCN1010K519
|
C,TUBULACHIGH
DIELE)
1OOPF
5s0v
Kk
C,
ELECTROLYTIC
4.7MF
SMS 50V
MH
OCNIO1OK519
=|
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DIELE)
1OOPF
5ov
K
;
C.
ELECTROLYTIC
4.7MF
SMS
50V
4M
OCNIO10K519
|
C,TUBULACHIGH
DIELE)
100PF
50U
K
E
C,ELECTROLYIIC
4.7HF
SMS
50V
M
OCNIOIOKSI9
=|
C.TUBULACHIGH
DIELE)
1O0PF
50V
kK
C
4.7MF
SMS
50V
4M
OCN1010K519
|
C,TUBULACHIGH
DIEtE)
100PF
50V
Kk
4.7MF
SMS 50V
OCNIOIOKS19
=|
C,TUBULACHIGH
DIELED
1O0PF
Sov
K
C.ELECTROL
YTIC
4.7MF
SNS
SOV
MN
OCN1040K949
|
C,
TUBULACHIGH
DIELE)
0.1M
soy
Z
C-ELECTROLYFIC
1OMF
=
SMS
-16V
OCE10760618
|
C.ELECTROLYTIC
HOOMF
SMS
10V
HM
C,
TUBULACHIGH
DIELE)
0.1M
5sov
2
OCC3300K415
|
CAPACITOR
CERAMIC(TEMP
COMP)
33P
Sov J
NPO
TP
C
ELECTROLYTIC
1OOMF
SMS
16¥
OCC3300K415
|
CAPACITOR
CERAMICCTEHP
COMP)
33P
50V
J
NPO
IP
C.ELECTROLYTIC
\OHF
=
SMS
-16V
4
OCE4756K618
=|
C.ELECTROLYTIC
4.7MF
SMS SOV
4M
OCE1066F618
|
C.ELECTROLYTIC
\OMF
=
SMS
16V
H
OCE4756K618
|
C-ELECTROLYTIC
4.7MF
SHS
SOU
M
OCEIO66FS618
|
C.ELECTROLYTIC
\OMF
=
=SMS
16V
OCX0100K609
|
CAPACITOR
TUBULACT.C)
IP
50V
M
SL
TAS2
OCNIO40K949
|
C,
TUBULACHIGH
QIELED
0.1m
s0v
2
OCX1500K419
|
C,TUBULACT.C)
ISP
50V
J
OCE1076F618
|
C.
ELECTROLYTIC
\OOMF
SMS
16V
OCX1500K419
|
C.TUBULACT.C)
15P
50V
J
OCE1056K618
=|
C,ELECIROLYTIC
L.OMF
SMS 50V
MN
OCX0100K609
|
CAPACITOR
TUBULACT.C)
IP
SOV
M
SL
TAS2
OCE1056KS18
=|
C.ELECTROLYTIC
1.0MF
SMS
SOV
OCE4766F618
|
C,ELECTROLYTIC
47MF
SMS
160M
OCE4766F618
|
C.ELECIROLVIEC
47MF
SMS
16V
OCN1030F679
|
C,TUBULACHIGH
DIELE)
O.OIMF
160
OCEI066F618
=|
C.
ELECTROLYTIC
HOMF
=
SHS
16V
OK
OCE4766F618
|
C.ELECTROLYTIC
47MF
=
SMS
16V
OCEIO66F618
|
C.ELECTROLYTIC
1OHF
=
SMS
160
H
OCE1066F618
|
C.ELECTROLYTIC
1OMF
=
SMS
160
OCN3910K519
|
C.TUBULACHIGH
DIELE)
390P
SOV
K
OCN1030F679
|
C.TUBULACHIGH
DIELE)
O.OIMF
16V
4
OCN3910K5S19
1
C.TUBULACHIGH
DIELE)
390P
50
K
OCE1076F618
|
C,
ELECTROLYTIC
1OOMF
SMS
16V
H
OCN3910K519
=
}C,TUBULACHIGH
DIELE)
390P
SOV
K
OCN3920F569
|
C.TUBULACHIGH
DIELE)
3900P
16V
K
OCN3910K519
|
C,
TUBULACHIGH
DIELE)
390P
SOV
K
OCE4756K618
|
C.ELECTROLYTIC
4.7MF
SMS 50V
OCN3910K519
|
C.TUBULACHIGH
DIELE)
390P
50V
K
OCE4756K618
|
C.ELECTROLYTIC
4.7MF
SHS
50V
OCN3910K519
|
C,
TUBULACHIGH
DJELE)
390P
SOV
K
OCQ33S1N509
|
C,POLYESTER<MYLAR)
0.0330
100V)
K
OCN3910K519
]€,TUBULACHIGH
DIELE)
390P
50V
K
OCQ3351N509
|
C,POLYESTER(MYLAR)
0.0330
100V)
K
OCN3910K519
|
C,
TUBULACHIGH
DIELE)
390P
50V
K
OCX2700K409
|
C,
TUBULACT.C)
27PF
5sov
J
OCE1066F618
|
C-ELECTRULYTIC
1OMF
=
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16V
OCNI040K949
=|
C.TUBULACHIGH
DIELE)
G.1M
50
2
C,
TUBULACHIGH
DIELE)
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50V
K
OCE2256K618
=|
C.
ELECTROLYTIC
2.eMF
SMS 50V
4H
C-ELECTROLYTIC
47MF
=
SMS
«16M
OCE2256K618
|
C-ELECTROLYTIC
2.2MF
SMS 50V
4M
C.ELECTROLYTIC
4?MF
=
SHS
-16V
OM
OCNI030F679
|
C,TUBULACHIGH
DIELE)
O.OIMF
16V
M
C.TUBUL
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DIELE)
390P
SOV
K
0CE47660618
|
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47MF
=
SMS
16V
H
C.
TUBULACHIGH
OIELE>
390P
50V
kK
OCK1030K945
|C,CERAMIC(HIGH
DIELE)
0.01MF
50V
2
C,
TUBULACHIGH
DIELE)
2200P
16V
K
OCE1076F618
fC.
ELECTROLYTIC
NOOMF
SMS
16
H
C.TUBULACHIGH
DIELE)
2200P
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MODEL : SCB28C22X BPGRG7
1S [AL] LOCA.NO [PART NOCGS) | DESCRIPTION
CREPLACEHENT PARTS LIST
SET PART NO : 200-845A
SPECIFICATION
PAGE : 4
RUN-DATE + 94.03.08
MODEL : SCB28C22X BPGRG?
TS [AL] LOCA.NO [PART NOCGS)
CREPLACEMENT PARTS LIST
SET PART NO = 200-8450
PAGE : 5
RUN-DATE > 94.05.08
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oes cI =
cREPLACEMENT
PARTS
LIST
PAGE
:
6
cREPLACEMENT
PARTS
LIST
PAGE
:
7?
MODEL
:
SCB28C22X
BPGRG7
SET
PART
NO
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200-8458 RUN-DATE
=
94.03.08
MODEL
:
SCB28C22X
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PART
NO
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200-845A
RUN-DATE
:
94.03.08
TS
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SET PART NO : 200-845A
DESCRIPTION SPECIFICATION
C.ELECTROLYTIC
CAPACITOR. CERAMIC
CAPACITOR CERAMIC
C. ELECTROLYTIC
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C. FUBULACT .C)
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RUN-DATE = 94.03.08
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SET PART NO : 200-845A
PART NO(GS) | DESCRIPTION
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PAGE =: 9
RUN-DATE = 94.03.08
SPECIFICATION
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1/6W
5
ORDIOOIF609
=|
R.CARBON
FILH
1.0K
«W785
ORDIOOIF609
|
R.CARBON
FILM
1.0K
9
1/6W
5S
ORD3002F609
|
R.CARBON
FILH
30K
Wow
5
ORD3002F609
|
R.CARBON
FILH
30K
WoW
5
ORO1003F609
=|
R.CARBON
FILM
WOOK
=
Wb
SS,
ORD4701F609
|
R.CARBON
FILM
4.1K
/6W
5
ORD1003F609
|R.CARBON
FILM
WOOK
=
1/6W
5
ORDO562F609
|
R.CARBON
FILM
56
WoW
5
ORDIO01F609
|
R.CARBON
FILM
1.0K
=
176W
5
OCNIO10K519
|
C.TUBULACHIGH
DIELE)
1OOPF
50V
K
ORO1001F609
|R.CARBON
FILM
1.0K
=
1/6W
5
ORDISO1F609
|
R-CARBON
FILM
1.5K
W6W
5
ORDOSS2F609
=|
R.CARBON
FILK
56
WeW
5
ORD1000F609
|
R.CARBON
FILM
100
1/6W
5
ORD8201F
609?
=|
R.CARBON
FILH 8.2K
A/6W
OS
ORDI001F609
|
R.CARBON
FILM
1.0K
9
1/6W
5S
ORD4300F609
|
R.CARBON
FILM
430
W/o
5
ORDI201F609
|R.CARBON
FILM
1.2K
0
W/bW
SS
ORO1201F609
=|
R.CARBON
FILM
1.2K
WOW
OS
ORD4300F
609
|
R.CARBON
FILH
430
1/oW
5
ORDSSO0F609
=|
R.CARBON
FILH
560
wow
5
ORDS600F
609
=
R-CARBON
FILH
560
Vow
5
ORDIOO1F609
|
R.CARBON
FILM
1.0K 1/8W
OS
ORD1102F609
|
R.CARBON
FILM
11K
1/oH
5
ORD1102F609
|
R.CARBON
FILM
11K
WoW
5
ORDI102F609
=)
R.CARBON
FILM
1K
WoW
5
ORD1102F609
=|
R.CARBON
FILN
TK
1/oW
5
ORDO1O2F609
|
RESISTOR.FIXED
CARBON
FILM
10
1/6W
5S
TAS2
ORDIOOIF60?
=|
R.CARBON
FILH
1.0K
1/6W
OS
ORD1000F
4609
|
R.CARBON
FILH
100
1/6W
5
ORDIOOOF609
=)
R-CARBON
FILM
100
*
1/60
5
ORDIOOOFS09
=|
R.CARBON
FILH
100
176W
5
ORD3002F609
|
R.CARBON
FILM
30K
Vow
5
ORD3002F609
=|
R.CARBON
FILM
30K
1/6W
5
0RO3002F409
=|
R.CARBON
FILM
30K
Vow
5
ORD3002F609
|
R.CARBON
FILM
30K
1/6W
5
ORD3002F609
|
R.CARBON
FILH
30K
Ww
5
ORD3002F609
[|
R.CARBON
FILM
30K
Wau
5
QROOTSZ7
O09
|
R.CARBON
FILM
i)
Wow
5
ORDOIOZF409_{
RESISTOR.
FIXED
CARBON
FILM
10
1/6W
5
TAS2
CREPLACEMENT PARTS LIST3
SET PART NO : 200-8458
PAGE : 12
RUN-DATE = 94.03.08
MODEL : SCB28C22X BPGRG7
CREPLACEMENT PARTS LIST
SET PART NO = 200-8458
PAGE : 13
RUN-OATE = 94.03.08
s LOCA.NO | PART NO(GS)
R209 | ORDO?52F 609
R210 | ORDO?S2F4609
R214 ORD1002F 609
R213 | ORDIOOIF S609
R214 ORD1001F 609
R215 | ORDO102F 609
R216 | ORDS602F609
R217 | ORD2203F 609
R218 = | ORDS602F 609
R219 | ORD2203F4609
R220 | ORDOS62F609
R221 ORD1201F 609
R222 | ORDOS62F 609
R223 | ORD3300F 609
R224 | ORDI201F 409
R225 | ORDS600H609
R226 | ORD3300F 409
R229 | ORDOTS2F 609
R230 | ORDO7S2F409
R231 ORD4700F 609
R232 | ORD2203F 609
R233 | ORD4700F 409
R234 ORD2203F 609
R235 | ORD4700F 609
R236 | ORD2203F 609
R237 | ORD4700F 409
R238 =| ORO2203F 409
R239 | ORDO752F409
R240 | ORD3001F 609
R241 ORDO? 52F 609
R242 | ORD2702F 609
R243 | ORD3302F 609
R244 | ORDI001F609
R245 | ORDOS62F 409
R246 | OLADIO2KTIP
R247 OLAOIO2K119
R248 = | OLAQ102K119
R249 | OLAOIO2ZKI1t9
R250 | OLAQ102K119
R252 | ORD4701F 609
R253] OLAQIO2K119
R254 | ORD4700F 409
R255 | ORD4700F 409
R256 | ORD4700F 609
R257 | ORD2200F 609
R263 | OLAQ102K119
R264, OLADIOZK119
R268 — | ORDO?52F 609
R269 ORDO?752F 609
R272 | ORDO?S2F S09
DESCRIPTION
R.CARBON FILM
R.CARBON FILM
R.CARBON FILM
R, CARBON FILM
R.CARBON FILM
RESISTOR. FIXED CARBON FILM
R.CARBON FIiM
R.CARBON FILM
R.CARBON FILM
R. CARBON FILM
R. CARBON FILH
R.CARBON FILM
R.CARBON FILM
R.CARBON FILM
R.CARBON FILM
R.CARBON FILM
R.CARBON FIiM
R-CARBON FILM
R,CARBON FILM
R.CARBON FILM
R, CARBON FILM
R.CARBON FILM
R. CARBON FILM
R.CARBON FILM
R.CARBON FILM
R-CARBON FILM
R.CARBON FILM
n- CARBON FILM
R.CARBON FILM
R.CARBON FILM
R. CARBON FILM
R, CARBON FILM
R.CARBON FILM
R.CARBON FILM
INDUCTOR AXIAL LEAD
INDUCTOR AXIAL LEAD
INDUCTOR AXIAL LEAD
INDUCTOR AXIAL LEAD
INDUCTOR AXTAL LEAD
R.CARBON FILM
INDUCTOR AXIAL LEAD
R.CARBON FILM
R. CARBON FILM
R.CARBON FILM
R.CARBON FILM
INDUCTOR AXIAL LEAD
INDUCTOR AXIAL LEAD
R,CARBON FILM
R. CARBON FILH
R,CARBON FILM
SPECIFICATION
5 1/6W
5 1/6W
10K 1/60
1.0K 1/6
1.0K 176W
10 1/6W
56K 1/6W
220K 1/6W
56K 1/6
220K 1/60
56 1/6W
1.2K 1/6W
56 WoW
330 176W 5
1.2K 1/60
560 1/20 5
330 1/6W 5
7S 1/6"
5 1/6W
470 1/6W
220K 1/éW
410 1/64
220K 1/6W
410 1/6
220K 1/6W
470 1/60
220K 1/6W
Ss 1/éW
3.0K 176W
1S WoW
27K \/6W
33K 1/6W
1.0K 1/6W
56 1/6W
1OUH = «K 2.393.
JOUH K 2.343.
WOUH =-K 2.383,
WOUH KK 2.343.
YOUN -K 2.343.
4K 1/6W
foul K 2.343.
470 1/6W
470 1/6W
470 \/6u
220 176W 5
1OUH = K 2.383,
Woul = K 2.363.
5 1/6W
ip) eu
(PI 1760
uw MAUAUUunrANTNunwn
MWANAUYVUNuUuuUMNuu
MaAunur eee enuuvweny
WU os
TAS2
P
1P
1P
1p
IP
Te
REMARKS

CREPLACEMENT
PARTS
LIST
PAGE
=:
14
cREPLACEMENT
PARTS
LIST3
PAGE
:
15
MODEL
:
SCB28C22X
BPGRG7
SET
PART
NO
=
200-8450
RUN-DATE
:
94.03.08
MODEL
:
SCB28C22X
BPGRG7
SET
PART
NO
:
200-8450
RUN-DATE
:
94.03.08
['S
Tat]
LOCA.NO
[PART
NOCGS)
[DESCRIPTION
SPECIFICATION
REHARKS
[S
TAU
LOCA.NO
[PART
NOCGS)
[DESCRIPTION
—SSSC*dSPECTFICAVTON
~~~
|
REMARKS
ORD1002F609
=|
R,CARBON
FILM
40K
6H
5
R521
ORDIO00F
609
|
R,CARBON
FILK
100
1/6W
5
ORO2402F409
|
R.CARBON
FILM
24K
1/éW
5
ORDIO0OFS09
|
R.CARBON
FILM
100
1/6W
5
ORN3001F409
|
RESISTOR.FIX
METAL
FILM
3K
1/6W
1%
TAS2
ORDIOOOF
4609
|
R,
CARBON
FILM
100
1/6W
5
ORNOS80J607
|
RESISTOR.
FIX
METAL
FILM 0.68
IW
5X
TAS2
ORGOIOIF609
=|
R,CARBON
FIiN
1.0
1/60
5
ORDOIO2H609
=|
R,CARBON
FILM
10
Vou
5
ORDI201F609
|
R.CARBON
FILM
1.2K
WeW
5
ORDS202F609
|
R.CARBON
FILM
62K
ow
5
ORDI802F609
|
R.CARBON
FILM
18K
W/W
5
ORS22001607
|R.METAL
FILM
OXIDE
220
WW
5%
ORO1203F609
|
R.CARBON
FILM
420K
véu
5
ORSO332L.667
|
RESISTOR.FIX
METAL
FILM
OXIDE
|
33
3W
5
SF30
ORDIOOOF
609
|
R.CARBON
FILM
100
1/64
5
ORDS101F409
|
R.CARBON
FILM 5.1K
1/6W
5
ORDIOOOF
609
|
R,CARBON
FILM
100
t/6W
5
ORD1002F609
|
R.CARBON
FILM
10K
Vow
5S
ORDIOOOF609
|
R,CARBON
FILM
100
1/6W
5
ORDO221H609
|
R.CARBON
FILM
2.2
WW
5
ORO0752F609
|
R.CARBON
FILM
75
Veh
§
ORDO221H609
|
R,CARBON
FILM
2.2
W/W
S$
ORD2401F609
|
R,CARBON
FILM
2.4K
oH
5
ORD1000F409
=|
R.CARBON
FILH
100
1/bW
5
ORD2702F609
|
R.CARBON
FILM
27K
Vow
5
ORD1001F609
|
R,CARBON
FILM
1.0K
WoW
5
ORN3902F409?
|
RESISTOR.FIX
METAL
FILM
39K
1/6W
1%
TAS2
ORD2001F609
|
R.CARBON
FILH
2.0K
WoW
5
ORD1003F609
|
R.CARBON
FILM
100K
VW
5
ORD1002F609
=|
R,CARBON
FILM
10K
WoW
5
ORD3903F609
=|
R.CARBON
FILM
390K 1/6W
5
ORD4700F609
|
R.CARBON
FILM
470
\/oW
5
ORD3301F609
=|
R.CARBOH
FILM
3.3K
/ou
5S
180-830C
RESISTOR
RSR
SW
6.8K
OHM
5%
PD
ORDB201F
609
=|
R.CARBON
FILM 8.2K
Vow
5
ORS68011607
|
R.METAL
FILM
OXIDE
6.80K
IW
52%
ORD1002F
609?
|
R.CARBON
FILM
10K
1/6W
5
ORDO472H609
=|
R,CARBON
FILM
47
WW
$
ORO1002F
4609
|
R.CARBON
FILM
10K
W/6W
5
ORS#201J607
|
R.METAL
FILM
OXIDE
1.20K
1W
5%
ORD1003F609
|
R.CARBON
FILM
100K
/oW
5
!
ORS1000J607
|
RESISTOR.FIX
METAL
FILM
OXIDE
|
100
tW
5X
TA62
ORDOIOZF609
=
RESISTOR.FIXED
CARBON
FILM
10
\76W
5
«TAS2
oS
ORS1502t.667
|
R.METAL
FILM
OXIDE
ISK
3W
5
ORDO102F4609
|
RESISTOR.
FIXED
CARBON
FILM
10
ou
5
TAS2
|
ORD2401F409
|
R.CARBON
FILM
2.4K
1/oW
5
ORD6800F
609
|
R,CARBON
FILM
680
\/6W
5
ORD2401F609
=
R,CARBON
FILM
2.4K
WoW
5
OROO752F609
|
R.CARBON
FILM
75
WoW
5
ORD4701F609
=|
R.CARBON
FILM
4.7K
Wow
5
ORDO?52F609?
|
R.
CARBON
FILM
75
Vow
5
ORD1002F609
=|
R.CARBON
FILM
10K
1/6W
5
ORD2701F
609
=|
R.CARBON
FILM
2.7K
1/6W
5
ORD4701F609
|
R,CARBON
FILM
4.7K
/6W
5
ORDO752F609
|
R,CARBON
FILM
5
V/oW
S$
ORD4701F609
|
R.CARBON
FILM
4.1K
dW
S
ORDO752F609
|
R.CARBON
FILM
75
1/6W
5
ORD4701F609
|
R.CARBON
FILM
4.1K
1/6W
5
ORDISOOF609
|
R.CARBON
FILM
150
Vow
5
ORD3901F609
|
R.CARBON
FILM
3.9K
WoW
5
ORDIOOOF609
4
R.CARBON
FILM
100
1/6W
5
ORDO752F609
=|
R.CARBON
FILM
5
WoW
5
ORDIOOIF609
|
R.CARBON
FILM
1.0K
WoW
5
ORDO?52F609
|
R.CARBON
FILM
tb)
eu
5
ORD2700F609
|
R.CARBON
FILM
270
Vow
5
ORDO?52F609
|R.CARBON
FILM
ib)
V/oW
5
ORDIOOOF609
|
R.CARBON
FILH
100
176W
5
ORDI1O1FS09
|
R.CARBON
FILM
1.1K 1/éW
OS
ORDIOOOF
S09
|
R,
CARBON
FILM
100
W/6W
5
ORD1101F609
|
R.CARBON
FILM
T.1K
1/6W
5
ORDO752F609
|
R.CARBON
FILM
5
/6W
OS
ORDI1O1F609
|R,CARBON
FILM
1.1K
1/68
5
ORD3301F609
|
R,CARBON
FILH
3.3K
Wéw
5
ORD3901F609
|
R,CARBON
FILM
3.9K
Véw
5
ORD2701F
609
|
R,CARBON
FILM 2.7K
1/6W
OS
ORD3301F609
|R.CARBON
FILM
3.3K
WoW
5
ORD4702F609
=|
R.CARBON
FILM
47K
Vow
S
ORD4701F609
|R,CARBON
FILM 4.7K
WoW
5S
ORD1501F609
|
R,CARBON
FILM
1.5K
/oW
5
ORD3302F609
|
R.CARBON
FILM
33K
Vow
5
ORDIOOOF
609?
|
R,
CARBON
FILM
100
\/éW
5
ORD3302F609
|
R,CARBON
FILM
33K
WoW
5
ORDO101F609
|
R,CARBON
FILM
1.0
I/6W
5
ORDS600F609
|
R,CARBON
FILM
560
6h
5S
ORDIOOOF
609
|
R,CARBON
FILM
100
i/o
5
ORD1103F609
|
R,CARBON
FILN
10K
1/6W
5
ORDIOOOF609
|
R,CARBON
FILM
100
l/6W
5
ORD8202F609
|
R,CARBON
FILM
82K
VWew
5
OROI003F609
|
R,CARBON
FILM
100K
Véw
5
ORD1000F609
|R,CARBON
FILM
100
1/6H
5
ORD3301F609
|
R,CARBON
FILM
3.3K
Vow
5
ORDIO00F609
|
R,CARBON
FILM
100
/6W
5
ORD5602F
609
{|
R.CARBON
FILM
56K
Veh
5S
ORDIOOOFS09
=|
R,CARBON
FILM
100
au
5
ORDO?52F609
=|
R.CARBON
FILM
15
Vey
5
ORD2701F609
|
R»
CARBON
FILH
2.7K
/éh
5
ORDI801FS09
1}
R.
CARBON
FILM
1.6K
76H
5
VOW
5
ORD2401F409
|
R.CARBON
FILM
2.4K
1/6W
5
OKULOOOFOOY (Ke CARBON FIL

= 0d pan
MODEL
+
SCB28C22X
BPGRG?
R633 | ORDOVO2HSO9
ORD2401F 609
ORD2200F 409
ORD6200F 4609
ORO2001F 609
ORDE200F 609
ORB9101F 609
0RD2001F 609
ORD2200F 409
ORD1000F 60?
ORD3900F 609
ORDO332H40?
ORD2702F 409
ORD2002F 609
ORD2702F 609
ORDO33211609
ORDZ2002F 609
ORD3900F 609
0R01001F 609
ORD2002F 609
ORDS802F 60?
ORDO822F 609
0RO1001F 609
ORD1500F 609
ORDO22 1H609
ORDO22 111609
ORD1000F 609
ORD1000F 609
ORDO 101F 609
ORDIOO1HSO9
ORDI101F 609
0RD3901F 609
ORD4701F 609
ORS27025607
ORD1801H609
0RS56013607
0RD7501H609
ORD1201F 609
0RD6801H609
0RD0101F 609
ORD3300F 609
ORD5602F 609
0RO0101F 609
ORD4700F 409
ORD4700F 609
ORD1801F 409
QROTIOZE O07
180-3444
0RD3303H609
180-830H
LOCA.NO TPART NO(GS)
TREPLACENENT PARTS LIST
SET PART NO : 200-845A
PAGE
RUN-DATE ¢
16
94.05.08
DESCRIPTION
~
[SPECIFICATION
7
REHARES
R.CARBON
FILH
10
ew
8
R.CARBON
FILM
2.4K
eH
S
R,CARBON
FILM
220
/eW
5
R.
CARBON
FILM
620
W/6W
5
R.CARBON
FILM
2.0K
\/6W
5
R.CARBON
FILM
620
W/W
9
R.CARBON
FILM
9.1K
Vow
5
R.CARBON
FILM 2.0K
We
5
R.CARBON
FILM
220.
1/8W
5
R.CARBON
FILM
100
1/6W
5
R-CARBON
FLUM
390
W/W
OS
R.CARBON
FILM
33
1/2
5
R.CARBON
FIUM
2K
Wb
R.CARBON
FILM
20K
bh
S
R.CARBON
FILM
2K
eS
R.CARBON
FItM
33
1/2"
5
R.CARBON
FILM
20,
tS
R.CARBON
FILM
390
WoW
S
R.CARBON
FILM
1.0K
OWS
R.CARBON
FILH
20K
WoW
S
R.CARBON
FILM
oak
WS
R.CARBON
FILM
82
vow
5
R.CARBON
FILM
1.0K
W/8W
5
R.CARBON
FILM
iso
tH
R.CARBON
FILM
2.2
Wen
5
R.CARBON
FILM
2.2
WW
5
R,CARBON
FILM
100
W/W
5
R.CARBON
FILM
Woo
17a
5
R.CARBON
FILM
1.0
1/6W
5
R.CARBON
FILM
1.0K
1/24
5
R.CARBON
FILM
rt
R.CARBON
FILM
3.9K
bw
S
R.CARBON
FILM
4m
=
WOW
5
RESISTOR.FIX
METAL
f1tH
OXIDE
|
2/k
IW
5%
TAb2
R.CARBON
FILM
1.8%
1/2W
5
RESISTOR.FIX
METAL
FILM
OXIDE
]5.60K
IW
5%
TA62
RESISIOR,
FIXED
CARBON
FILM
7.5K
2H
5
1AS2
R,CARBON
FILM
1.2K
Vou
5S
RESISTOR
FIXED
CARBON
FILM
6.8K
1/20
5
Ise
R.CARBON
FILM
1.0
176W
5
R.CARBON
FILM
330
ew
5
R.CARBON
FILM
Sek
WOH
OS
R.CARBON
FILM
1.0
1/60
5
R.CARBON
FILM
420
Vow
5
R.CARBON
FILH
470
vow
5
R,
CARBON
FILM
1.8K
Vow
5
RESISTOR
FIXED
CARGON
FIL
10
17gu
5
TAS2
RESISTOR
CEMENT
PWR
2.25
™
R.CARBON
FILtH
330K
2e
5
RESISTOR
[sr
Sw
22K
5%
PO
HODEL + SCB28C22X BPGRG?
CREPLACEMENT PARTS LIST)
SET PART HO = 200-8450
PAGE : Vt
RUN-DATE = 94.03.08
DESCRIPTION
REMARKS
R806
R807
R808
RB09
R81
R810
R81
R812
R12
RIN3
RING
ROIS
rs
[ALT
LOCA.NO
[PART
NO<GS)
R805
|
ORD330311609
ORDS6016509
OKD22006509
OR 1803609
ORI 203H609
ORD1801F 609
0ROS101G509
ORN68031609
ORD1 30311609
ORDO102F 609
ORU10026509
ORD 20011609
ORD 15001609
ORN04726509
180-8 50H
ORD1S01F 609
ORN2202F 60?
OKNO82 111609
ORD4701F 609
ORD1201F 609
ORD27016509
ORD5600H609
ORBI800H609
0KS4702J607
ORN1202F 607
ORD1SO1F 609
180-7836
ORD2202F 609
ORN1001F 609
ORD2201F 607
ORD 1002F 609
ORD7S01F 609
ORD1201F 609
ORDI5O1F 609
ORDI201F 609
ORD2201F 609
ORD2201F 609
ORD2201F 609
0KD56006609
0R02201G609
ORN33006609
ORN47016609
ORSS602K 607
OKIN001HE04
0KD 15006409
ORNO102F 609
ORDS6006609
ORD22016609
ORD33006609
0k04701G09
R.CARBON FILM
R.CARBON FIM
RESTSTOR-FIXED CARBON FILM
R,CARBON FILM
R. CARBON PItH
R, CARBON FILM
RESISTOR.
FIXED
CARBON
FILM
R.
CARBON
FILM
R. CARBON FILM
RESISTOR. FIXEO CARBON FILM
RESISTOR FIXED CARBON FILM
R.CARBON FILM
R. CARBON FILM
RESISTOR, FIXED CARBON FILM
RESISTOR
R, CARBON FILM
R.CARBON FILM
RESISTOR.£
1XLD
CARBON
FILM
R, CARBON FILM
R. CARBON FILM
RESISTOR. FIXED CARBON FILM
R. CARBON FILM
RESISTOR, FIXED CARBON FILM
RESISTOR.FIX
METAL
FILM
OXIDE
R, CARBON FILM
R.CARBON FILM
RESISTOR
R, CARBON FILM
R.CARBON FItt
R,CARBON FILM
R-CARBON FILM
R.CARBON FILM
R, CARBON FILM
R.CARBON FILM
R. CARBON FICH
RK. CARBON FILM
R.CARBON FILM
R,CARBOH FILM
RESISTOR.FAXED CARBON FILM
R,CARBUN FILM
R.CARBON FILH
R-CARWON FILM
RMELAL FILM OXIDE
K. CARBON FILM
R.CARBON FILM
RESISTOR.FIXED CARBON FILH
RESISIOR.FIXED CARBON FILM
R, CARBON FIIM
R. CARBON FILA
R. CARBON FILM
SPECIFICATION
330K 1/20 5
5.6h 1/4W 2
220 1/40 2 TAS2
180K 1/2W 5
120n W2W 5
1.8% Wow 5
5.1K W/4W 2 TASS
680K W/2W 5
130K 205
10 Wow 5 TAS2
WOK 1/4W 2 TAS?
120 W2W 5
150 Vow 5
47 1/402 TAS2
RSR SW 22k 5% PO
V.5K Vow 5
22k. Wow S
8.2 W/2W 5 Ths2
4m Vow 5
1.ék WoW 5
2.7K W74W 2 TAS2
560 1/20 5
180 1/2W 5 TAS2
47K WW 5% TAb2
Vk Vow 5
15k Vow 5
RC 1/20 825 KF TAPING
22k VOWS
1.0K WoW 5
2.2K Vow 5
10K \/6W 5S
1K ew 5
1.2K 1/6W S
1.5K W/6W 5
1, ek WoW 5
2.2K iW 5
2.2K ew 5
2.2K WoW 5
560 1/405 TASZ
2.2K 1/40 5
330 WwaW 5
4th W/AW 5
SOK 2W OR
4. 0b. VeW 5
150 van 5
10 WoW 5 TAS2
560 W4W 5 TAS?
2.2K W4W 5
330 au 5
date 14u
5