Hitachi CK-200 User manual

CAUTION:
Before servicing this chassis, it is important that the
“Product Safety Notices’” in this Service Manual.
service technician read the ‘’Safety Precaution” and
This service manaul shows only essential items.
Our compiete service manual inciuding “‘alignment proce-
dure’, ‘printed wiring boards” and ‘“‘technical information”
are issued by manual No. 615.
CONTENTS
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CK-200
SAFETY PRECAUTIONS
NOTICE: Comply with all cautions and safety related
notes located on or inside the cabinet and on the chassis
or picture tube.
WARNING: Since the chassis of this receiver is connected
to one side of AC power supply during operation, whenever
the receiver is plugged in, service should not be attempted
by anyone unfamiliar with the precautions necessary when
working on this type of receiver.
The following precautions should be observed:
1. Do not install, remove, or handle the picture tube in any
manner unless shatterproof goggles are worn. People not
so equipped should be kept away while picture tubes are
handled. Keep picture tube awya from the body while
handling.
2. When replacing a chassis in the receiver, all the pro-
tective devices must be put back in place, such as barriers,
non-metallic knobs, adjustment and compartment cover-
shields, isolation resistor-capacitor, etc.
Oo
. When service is required, observe the original jead dress.
Extra precaution should be taken to assure correct lead
dress in the high voltage circuitry area.
4. Always use the manufacturer's replacement components.
Especially critical components as indicated on the circuit
diagram should not be replaced by other manufacturer's.
Furthermore where a short circuit has occurred, replace
those components that indicate evidence of overheating.
5. Before returning a serviced receiver to the customer, the
service technician must thoroughly test the unit to be
certain that it is completely safe to operate without
danger of electrical shock, and be sure that no protective
device built into the receiver by the manufacturer has
become defective, or inadvertently defeated during
servicing.
Therefore, the following checks should be performed for
the continued protection of the customer and service
technician.
Leakage Current Cold Check
With the AC plug removed from the 120V AC 60Hz
source, place a jumper across the two plug prongs. Turn
the AC power switch on. Using an insulation tester (DC
500V), connect one lead to the jumpered AC plug and
touch the other lead to each exposed metal part
(antennas, screwheads, metal overlays, control shafts,
etc.}, particularly any exposed metal part having a return
Path to the chassis. Exposed metal parts having a return
Path to the chassis should have a minimum resistor
reading of 0.3M2 and a maximum resistor reading of
5MoQ2. Any resistor value below or above this range
indicates an abnormality which requires corrective
action. Exposed metal parts not having a return path to
the chassis will indicate an open circuit.
Leakage Current Hot Check
Plug the AC line cord directly into a 120V AC 60Hz
outlet (do not use an isolation transformer for this
check). Turn the AC power swtich on. Using a ‘leakage
Current Tester (Simpson Model 229 equivalent)’’, mea-
sure for current from al! exposed metal parts of the
cabinet (antennas, screwheads, metal overlays, control
shaft, etc.), particularly any exposed meta! part having a
return path to the chassis, to a known earth ground
{water pipe, conduit, etc.). Any current measured must
not exceed 0.5mA.
(READING SHOULD
NOT BE ABOVE
O5mA}
LEAKAGE
CURRENT
TESTER
DEVICE
UNDER
TEST
TEST ALL
EXPOSED METAL
SURFACES
2-WIRE CORO
ALSO TEST WITH
PLUG REVERSED
(USING AC ADAPTER
5
TH
PLUG
AS
REQUIRED)
EAR
GROUND
AC Leakage Test
ANY MEASUREMENTS NOT WITHIN THE LIMITS
OUTLINED ABOVE ARE INDICATIVE OF A POTEN-
TIAL SHOCK HAZARD AND MUST BE CORRECTED
BEFORE RETURNING THE RECEIVER TO THE CUS-
TOMER.
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 with all notes described
in this Service Manual regarding this hold donw circuit
when servicing, so that this hold down circuit may
correctly be operated.
Serviceman warning
With minimum Brightness and Contrast, operating hix
voltage in this receiver is lower than 16.0KV. In case
any component having influence on high voltage is
replaced, confirm that high voltage with minimum
Brightness and Contrast is lower than 16.0KV.
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CK-200
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).
PRODUCT SAFETY NOTICE
Many
electrical
and
mechanical
parts
in
HITACHI
television
receiver
have
special
safetyrelated
character-
istics.
These
are
often
not
evident
from
visual
inspection
nor
can
the
protection
afforded
by
them
necessarily
be
obtained
by
using
replacement
components
rated
for
higher
voltage,
wattage,
etc.
Replacement
parts
which
have
these
special
safety
characteristics
are
identified
in
this Service Manual.
Electrical
components
having
such
features
are
identified
by
marking
with
a
A
on
the
schematics
and
on
the
parts
list in this Service Manual.
The
use
of
a
substitute
replacement
component
which
does
not
have
the
same
safety
characteristics
as
the
HITACHI
recommended
replacement
one,
shown
|
parts
list
in
this
Service
Manual,
may
create
shock,
fire,
X-radiation, or other hazards.
-
NOTE:
Turn
power
switch
off
without
fail
before
the
connection
with
Anode
button
is
made.
CRT ANODE
HIGH IMPEDANCE
H.V, METER CHASSIS GROUND
X-radiation
TUBE: The primary source of X radiation in this
Product
Safety
is
continuously
under
review
and
new
instructions
are
issued
from
time
to
time.
For
the
latest
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
information,
always
consult
the
current
HITACHI
Ser-
vice
Manual.
A
subscription
to,
or
additional
copies
of,
HITACHI
Service
Manual
may
be
obtained
at
a
nominal
charge
from
HITACHI
SALES
CORPORATION.
tube
must
be
the
same
type
as
the
original,
HITACHI
approved
type.
|
When
trouble
shooting
and
making
test
measurements
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
ts
necessary
to
locate
the
cause
excessive
voltage.
CONTROLS
TELESCOPIC ANTENNA
CHANNEL SEARCH BUTTON (Ph)
rs CHANNEL SEARCH
“BUTTON (4)
CHANNEL RECALL BUTTON
-——-POWER SWITCH
“|
ee: BAND SELECTOR
| ey
c=
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—- BATTERY CASE
__EARPHONE & a |
“RECORDING JACK SPipoom ae VOLUME CONTROL
1 [fon AUTO/MANUAL BUTTON
Tp PINE TUNING KNOB
Le COLOR
Tee es
See = ee BRIGHTNESS
oe PICTURE

TECHNICAL CAUTIONS
[CHECK
OF
HIGH
VOLTAGE
HOLD
DOWN
CIRCUIT)
Step 1: Set the AC Input voltage to 13243V.
Step 2: Connect Equipment and H.V. meter as shown in
~ Fig. 1 and Fig. 2.
(Be sure that the control knob of Equipment is
rotated fully counterclockwise.)
Step 3: Turn the receiver on, (receive color-bar or white-
pattern) and rotate BRIGHTNESS COLOR AND
PICTURE VR TO MAXIMUM.
Step 4: Slowly rotate the control knob of Equipment
CRT ANODE
clockwise
and
confirm
that
picture
on
the
screen
Se
naic
Naas
disappears
at
the
indication
of
H.V.
meter
less
_
EHASS!s
GHOUNY
than
17.5KV.
Step
5:
Turn
the
receiver
off,
and
disconnect
Equipment
Fig.
2
CONNECTION
OF
H.V.
METER
and H.V. meter.
~ SOUND/POWER PW.B.
we (CUPPER PATTERN SIDE)
EQUIPMENT
VR IKN-B
3
(p
Slowly rotate
clockwise
470N 410%
(1/4 W)
CHASSIS GROUND y
Fig. 1 CONNECTION OF EQUIPMENT

CK-200
CHASSIS
SERVICE
INFORMATION
UPPERCOVER
(1)
Disconnect
the
UHF
and
VHF
antenna
REMOVAL
cord
from
antenna
terminal.
(2) Remove four screws (1) at the both
side
of
uppercover.
rabibsite
(3}
Remove
three
screws
(2)
of
the
eee
ae
antenna
terminal
board.
;
aan
ai
(4)
Remove
two
screws(3)
at
the
topcover
|
atone
ee
th
—
{Both side of the cover)
TUNER
AND
SOUND/
(1)
Remove
two
screws
(4)
for
retaining
POWER
BLOCK
the
tuner
block
to
the
cabinet.
REMOVAL
(2)
Remove
four
screws
(5)
for
retaining
the
sound/power
block
to
the
cabinet.
T.V
P.W.
BOARD
(1)
Remove
two
screws
(6)
for
retaining
REMOVAL
the
T.V
P.W.
Board
to
the
cabtnet.
(2)
Unlock
the
T.V
P.W.
Board
(7).

CK-200
a
POWER
REGULATOR
(1)
Unsolder
each
leads
{emitter
and
SOUND
/
POWER
PWB.
=
TRANSISTOR (0901) base of Q901).
REMOVAL (2) Remove a screw (9) for retaining the
collector of Q901. a
38)
CUPPER
“ RATTERN SIDE
HORIZONTAL
OUTPUT
(1)
Unsolder
each
tead
(10
(emitter
and
Q702
TRS
HOLDER
TRANSISTOR
-
base
of
Q901)}.
/
/
HEAT
SINK
REMOVAL
(2}
Remove
two
screws
(1)
for
retaining
/
|
FOR
Q702
Q702 and its holder.
When re-assembling Q702, procedure
shall
be
followed
as
shown
in
Figure.
SS
oC
RT pszscaszion Bees
\ TV RWB.
WASHER
a
3
TUNER
REMOVAL
(1)
Unsolder
the
phono-plug
(2)
of
RF
—
TUNER
vo
coaxial cable from antenna terminal
board of the electronic tuner.
(2) Disconnect UHF feeder connector (3)
from antenna termina! board.
(3) Loosen two screws for retaining ;
;
;
5
the tuner to chasssi of tuner. ¥v : J f
(4)
Unsolder
terminal
board
(5)
and
Ne
chassis fixer of electronic tuner at
ee
the
tuner
P.W.B.
(Cupper
pattern
side).
|
TUNER
NOTE: When unsoldering. The chassis - S14)
FIXER of electronic tuner shall ™N——— CHASSIS OF TUNER
be straightened out.
TUNER PWB. :
—— TUNER
8)
CHASSIS FIXER OF
ELECTRONIC TUNER ;
ON.
(CUPPER PATTERN SIDE)

: CK-20C
DISASSEMBLING
CRT MODULE
(1) Rewind the pate (1)
(2) Untie the wire for fixing CRT module.
(3) Pull out CRT module from CRT-BASE.
When returning CRT module, pro-
cedure shall be followed as shown in
Figure.
PROCEDURE OF
CRT MODULE
MOUNTING
(1) Add the wire to the CRT module as
shown in Fig.
(2) Mount the CRT module to CRT after
tacking DY to original position on
CRT neck.
(3)
CRT
module
should
be
fixed
in
ac-
cordance
with
the
procedure
of
following
((2)~(4)).
(4) Check the CRT module should be
fixed completely to the CRT neck.
(1) WIRE SHOULD BE PASSED
THROUGH BETWEEN CERAMIC
PW.B. AND CRT SOCKET.
LEADS OF 71 AND Te.
(2) wiRE SHOULD BE TWISTED 3 OR 4 TIHES
SO THAT IT DOSE NOT LOOSEN.
CRT
(3) WIRE SHOULD BE HOOKED TO MODULE
SCREW FOR FIXING OF DY.
(4) ~’ PART OF WIRE SHOULD BE LIFTED UP
TO DIRECTION OF ARROW.
WIND THE TAPE 2 TIMES TO THE CRT
NECK AFTER TAPING TO FOCUS LEAD ONCE.

CK-200
DISASSEMBLING P.W. BOARDS
AUTO SEARCH PW.B.
CHANNEL RECALL. SWITCH:
CAN BE REMOVED, SO THAT UNFIXED RWB.
_ \ FOR RETAINING THE AUTO SEARCH RWB.
POWER SWITCH ~~~
SPEAKER
BR i stimcne 4
CAN BE SERVED AF TE!
A SCREW.
LOOSENING
POWER TRANSFORMER -——
SEE TV P.WB. REMOBAL [TV RW.B.
pe peter [SOUND/POWER PWB)
CAN BE SERVED AFTER REMOVING
SOUND/ POWER BLOCK AND POWER
TRANSFORMER
HOLDER FIXER
VOLUME
7 TUNER PW.B]]
CAN BE SERVED
AFTER REMOVING
TUNER BLOCK,
“1 TYNER
CRT MODULE
\
ANTENNA TERMINAL BOARD

CcK-200
LOCATION OF ADJUSTMENT POINT
SYNC, DISCRI.
SUB BRIGHT AGC VIDEO AMP
H.LINERITY
HLINERITY PwB_ | UC __1@
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CRT
MODULE
CRT MODULE (BACK VIEW)
SCREEN
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POWER SUPPLY BLOCK
SOUND/ POWER
SUPPLY P.W.B
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K-200
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DIAGRAM
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PROD
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0O.02uF
1'°S%
|
DCSOWV
C013
|
0244101
|
Ceramic
1000pF
+10%
|DC5OWV
C411
0248672
|
Ceramic
33pF
+5%
|DCSOWV
C014
|
0259902
|
Electrolytic
47
uF
DCSOWV
C412
|
0252621
|
Electrolytic
10u
F
OC25WV
C015
|
0252621
|
Electrolytic
10uF
DC25WV
C413
|
0252615
|
Electrolytic
4.7uF
DOC25WV
C016
|
0244105
|
Ceramic
0.0022uF+10%
|
DC5OWV
C414
|
0252615
|
Electrolytic
4.7
uF
DC25WV
C017
0277005
|
Polyester
film
0.0022uF+10%
;
DC5OWV
C415
02526271
|
Electrolytic
10uF
DC25WV
C018
|
0277013
|
Polyester
film
0.01pF
+10%
|
OCSOWV
C416
|
0252615
|
Electrolytic
4.7
4F
DC25WV
C019
=|
0252615
|
Electrolytic
4.
7uF
DC25WV
C417
|
0244105
|
Ceramic
0.0022uFt10%
|
DCSOWV
C020
|
0248676
|
Ceramic
47pF
DCSOWV
C418
|
0252536
|
Electrolytic
1000uF
DCIBWV
“y
C021
|
0248668
|
Ceramic
25pF
+5%
|
DC5OWV
C419
|
0252523
|
Electrolytic
30uF
OCISWV
al
C022
0277013
|
Polyester
film
O.01lupF
+10%
;
OC5OWV
C420
0252531
|
Electrolytic
100u
F
DC1I5WV
C023
|
0244105
|
Ceramic
0.0022uF+10%
|
DCS5O0WV
C422
|
0277009
|
Polyester
film
0.0047.F+10%
|
DCSOWV
C024
|
0244105
|
Ceramic
0.0022uF+10%
|
DC5OWV
C425
|
0244109
|
Ceramic
0.0047uF+10%
|
DCS50WV
C025
|
0252811
|
Electrolytic
TF
DC50WV
C426
|
0244109
|
Ceramic
0.0047uF+10%
|
DCSOWV
C026
|
0252811
|
Electrolytic
1k
DC5OWV
C501
0248680
|
Ceramic
68pF
+5%
|
DCSOWV
C027
|
0252811
|
Electrolytic
Tur
DCSOWV
C502
|
0244101
|
Ceramic
1000pF
+10%
|
DCSOWV
C028
{0252621
|
Electrolytic
10uF
DC25WV
C503
|
0244171
|
Ceramic
O.01uF
*'°3%
|
OCSOWV
C029
|
0252621
|
Electrolytic
10uF
DC25WV
C504
=|
0252811
|
Electrolytic
Tur
DCSOWV
C030
|
0252621
|
Electrolytic
10unF
DC25WV
C505
|
0252806
|
Electrolytic
0.022uF
DCSOWV
;
C031
0252525
|
Electrolytic
47
pF
DC1IBWV
C506
|
0252615
|
Electrolytic
4.7uF
DC25WV
on
C032
|
0252523
|
Electrolytic
30uF
DCI5WV
C507
|
0252806
|
Electrolytic
0.02uF
DC50WV
ae
C201
0244105
|
Ceramic
0.0022uF+10%
|
DCS5OWV
C508
|
0277025
|
Polyester
film
0.1
uF
+410%
|
DCS5SO0WV
C202
|
0244105
|
Ceramic
0.0022uF+10%
|
DC5OWV
C509
|
0248686
|
Ceramic
120pF
+5%
|DC5SOWV
C203
|
0252817
|
Electrolytic
2.2uF
DCSOWV
C510
|
0244101
|
Ceramic
1O00pF
+10%
|
OC5O0OWV
C204
|
0244105
|
Ceramic
0.0022uF+10%
|
DCSQWV
C511
|
0244106
|
Ceramic
0.0027uF+10%
|
DCSOWV
C205
|
0252817
|
Electrolytic
2.2uF
DC50WV
C512
|
0246460
|
Ceramic
68pF
+5%
|OC5OWV
C208
|
0246442
|
Ceramic
12pF
+5%
|OC5OWV
C513
|
0246452
|
Ceramic
33pF
+5%
|
DC5SOWV
C209
|
0246463
|
Ceramic
91pF
+5%
|DC5SOWV
C514
=|
0246448
|
Ceramic
22pF
+5%
|DCS5OWV
C210
|
0252811
|
Electrolytic
Tue
DCSOWV
C515
|
0248682
|
Ceramic
82pF
+5%
|DCSOWV
C211
0277011
|
Polyester
film
O.01ipF
+10%
|
DCS50WV
C519
|
0252621
|
Electrolytic
10uF
DC25WV
C212
|
0277079
|
Polyester
fiim
0.033uF
+10%
|
DCSOWV
C601
0277019
|
Polyester
film
0.033uF
+10%
|
DCSOWV
)
C214
|
0246463
|
Ceramic
91pF
+5%
|DCSOWV
C602
|
0252811
|
Electrolytic
Tur
DCSOWV
C215
|
0244103
|
Ceramic
0.00152F+10%
|
DCSOWV
C603
;
0292710
|
Tanta!
2.2uF
DC20WV
C217
|
0252615
|
Electrolytic
4.7
pF
DC25WV
C604
|
0252563
|
Electrolytic
330uF
DCI6BWV
C218
|
0244103
|
Ceramic
0.0015uF+10%
|
DCS5O0WV
C605
|
0248724
|
Ceramic
100pF
+10%
|
DCS5OWV
C219
|
0252811
|
Electrolytic
Tur
DCS50WV
C607
|
0252523
|
Electrolytic
30uF
DC1I5WV
C220
|
0244103
|
Ceramic
0.0015nF+10%
|
DCS5OWV
C608
|
0252536
|
Electrolytic
1000.
F
DCIBWV
C221
0252525
|
Electrolytic
47
uF
DC1I6WV
C609
|
0252817
|
Electrolytic
2.2uF
DC5SOWV
C226
|
0252532
|
Electrolytic
200yF
DCI5WV
C610
|
0244109
|
Ceramic
0.0047yF+10%
|
DCSOWV
C227
|
0248684
|
Ceramic
100pF
+5%
|
DCSOWV
C612
|
0248672
|
Ceramic
33pF
+5%
i
DCS5OWV
C241
0244102
|
Ceramic
0.001
2unF+£10%
|
DCSOWV
C613
|
0244117
|
Ceramic
680pF
+10%
|
DC50WV
C242
|
0252525
|
Electrolytic
47
uF
DCI6WV
C614
|
0244109
|
Ceramic
0.0047unF410%
|
DCSOWV
C261
0252817
|
Electrolytic
2.2uF
DC50WV
C702
|
0252525
|
Electrolytic
47F
DC16BWV
C301
0252525
|
Electrolytic
47
uF
DCI6BWV
“4,
C703
|
0299977
|
Polypropylene
0.00472F+10%
|
DC630WV
C302
|
0252621
|
Electrolytic
10uF
DC25WV
~
€704
|
0277021
|
Polyester
film
0.047uF
+10%
|
OCSOWV
C303
|
0248684
|
Ceramic
100pF
+5%
|DCSOWV
C705
|
0252811
|
Electrolytic
Tur
DC5OWV
C304
|
0252621
|
Electrolytic
1OyF
DC25WV
C706
}
0252811
|
Electrolytic
TF
DC5SOWV
C305
|
0252613
|
Electrolytic
3.3yF
DC25WV
A,
C707
|
0276811
|
Polyester
film
1000pF
DCSOWV
=
C306
|
G252811
|
Electrolytic
1uF
DC5SOWV
C708
|
0277071
|
Polyester
film
O.01uF
+10%
|
DCSOWYV
+
C307
|
0277025
|
Polyester
film
O.1uF
+10%
|
DCS5OWV
C709
|
0244506
|
Ceramic
2700pF
+10%
|
DCS00WV
c308
|
0248684
|!
Ceramic
100pF
+5%
|
DCSOWV
C730
0257537
|
Electrolytic
4.7F
DC1IBOWV
C401
|
0244173
|
Ceramic
O.02uF
*'°3%
|
DC5OWV
C711
|
0252811
|
Electrolytic
TF
DCSOWV
Mii REA 4 La BT SNE
eee Sabah HP a ab
905 RAL UT MEME A! Le Dydd a deel EEA Co
AP a Na nee BN
act CR ERR Ne
seaphog Sg N eps mAh gS At Ste APE ESR TENE SEC a VAS Rn PAL RRA Pt fy Pm AREA Yah AD IEE AI LL A MAA RS, 98 SB em tans Tw

CK-200
PRODUCT
SAFETY
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 | PARTS Ps SYMBOL {PARTS
a a ee ee ee ee ee Te eee aera eee Oe eT eee PT
Ee 3 ORR eA a Rly PF Oe EE
om,
C712
0247836
|
Ceramic
T8pF
+5%
|DCSOQOWV
RO33
{0100065
|
Carbon
film
1KQ2
+5%
|SRD1/8P
G713
0248732
|
Ceramic
220pF
+10%
|DC5OWV
RO34
|
0100113
|
Carbon
film
472
+5%
|SRO1/8P
C714
0252523
|
Electrolytic
30
uF
DCISWV
RO35
|0110171
|
Metal
oxide
film
|
12K2
+5%
|RDIPB
C715
0244101
|
Ceramic
1000pF
+10%
;DCSOWV
RO36
|
0151328
|
Control
10K
92-B
VHF
LINE
ADJ.
C716
0252536
j
Electrolytic
1000u
F
DC1I6WV
RO37
0151328
|
Control
1OK2-B
UHF
LINE
ADJ.
ge
CTT]
0299923
|
Electrolytic
0.056uF
+10%
|
DC200WV
RO38
|
0100089
!
Carbon
film
10K
Q
+5%
{iSROD1/8P
C718
|
0252652
|
Electrolytic
6.8uF
DC25WV
RO39
|
0100081
|
Carbon
film
4.7K2Q
+5%
|SRD1/8P
C719
|
0299702;
Polypropyiene
|
0.068uF
+10%
|
DCB30WV
R040
|
0100093
|
Carbon
film
15K2
+5%
|SRD1/8P
C720
0257535
|
Electrolytic
Tur
DCTSEQOWV
RO41
0100113
|
Carbon
film
472.
+5%
|SRD1/8P
C725
0277019
|
Polyester
film
0.033uF
+10%
|
DCSOWV
RO42
0100091
|
Carbon
film
12K2
+5%
|SRD1/8P
C723
0244117
|
Ceramic
680pF
+10%
|DCS5O0WV
RO43
|
0151328
|
Controi
10K
£2-B
LINE
CENTER
C724
0244111
|
Ceramic
|
0.0068uF+10%
|
DC50WV
R044
=|
0100079
j
Carbon
film
3.9K2
+5%
|SRD1/8P
C725
|
0277017
|
Polyester
film
0.022uF
+10%
|
DCSOWV
RO45 |
0179536
|
Metallized
giage
|
1MQ
+5%
|RK%P
C726
|
0252811
|;
Electrolytic
TF
DC50WV
RO46
=|
0100113
|
Carbon
film
472
+5%
|SRD1/8P
C727
|
0252811
|
Electrolytic
uF
iD
C50WV
R047
;0100089
|
Carbon
film
10K2
+5%
|SRD1/8P
C728
|
0244136
|
Ceramic
|
270pF
+
10%
|
DC50WV
R048
|
0100065
Ecaibon
film
1KQ
+5%
|SRD1/8P
C729
0257051
|
Electrolytic
Tuk
DC5SOWV
RO49
0100113
|
Carbon
film
47
QQ
+5%
|SRD1/8P
C730
{|
0244113
|
Ceramic
330pF
+10%
|
DC5OWV
RO50
|0100101
|
Carbon
film
33K
+5%
|SRD1/8P
C901
0244563
|
Ceramic
|
2200pF
ed
Ss
l
oC500WV
ROS)
0100077
|
Carbon
film
3.3KQ
+5%
!SRD1/8P
C902
0244563
|
Ceramic
2200pF
1'%%%
|
DCS500WV
RO52
0100077
|
Carbon
film
3.3K2
+5%
|}SRD1/8P
C903
0244563
|
Ceramic
2200pF
£'°8%
|
OCS500WV
RO53
|
0100077
|
Carbon
fiim
3.3K2
+5%
|SRD1/8P
C904
0244563
|
Ceramic
2200pF
t'°$%
|
DCS0OWV
RO54
0100059
|
Carbon
film
56022
+5%
|SRD1/8P
C905
0259835
|
Electrolytic
4700uF
|DC25WV
RO55
0100059
|
Carbon
film
5602
+5%
|SRD1/8P
C906
0252615
|
Electrolytic
4.7
uF
DC25WV
RO56
|
0100059
|
Carbon
film
56022
+5%
|SRO1/8P
C907
0252531
|
Electrolytic
100
F
DCI5WV
ROQS7
0100085
{
Carbon
film
6802
+5%
{SRD1/8P
C908
0244119
|
Ceramic
390pF
+10%
|DC50WV
RO58
|
0114137
|
Carbon
film
1802
+5%
iSRD%P
C909
|
0252532
|
Electrolytic
200
uF
DC1ISWV
RO59
|
0100065
|
Carbon
film
11KQ
pee
Oe
RO6O
|
0100065
!
Carbon
fitin
isos
i
RO61
|
0100089
|
Carbon
film
1UKs2
+5%
|SRD1/8P
.
RO62
|
0100081
|
Carbon
film
4.7K2
+5%
|!SROD1/8P
ee
ey
ea
Set
sl
oe
;
RESISTORS
RO63
|
0100121
|
Carbon
iu
220K2
+5%
iSRD1/8P
:
R064
0100121
|
Carbon
film
220K2
+5%
|SRD1/8P
0151257
|
Control
50K
2-B
AFC CENTER
RO65
|
0100059
|
Carbon
film
5602
+5%
|SRD1/8P
0100099
|
Carbon
film
27K
2
+5%
SRD1/8P
RO66
0100059
|
Carbon
film
560
+5%
|SRD1/8P
0100097
|
Carbon
film
22K
+5%
SRD1/8P
R201
0114064
|
Carbon
film
912
+5%
|SRDUP
0100121
|
Carbon
film
220K2
+5%
iSRD1/8P
R202
0114137
|
Carbon
film
1802
+5%
iSRD%P
0100089
|
Carbon
film
10KQ
+5%
|SRD1/8P
R204
0137567
|
Carbon
film
47022
45%
|SRD“SD
0100121
|
Carbon
film
220K2
+5%
|SRD1/8P
R205
0100106
|
Carbon
film
51K
2
+5%
|SRD1/8P
0100113
|
Carbon
film
472
+5%
{SRD1/8P
R206
|
0100093
;
Carbon
film
SKN.
+5%
|SRD1/8P
0100065
|
Carbon
film
1KQ
+5%
|SRD1/8P
R207
0100047
|
Carbon
file
1802
+5%
|SRD1/8P
0100097
|
Carbon
film
22K2
+5%
!SRD1/8P
R208
|
0100063
|
Carbon
fiir
8202
+5%
|SRD1/8P
0100089
|
Carbon
film
10K2
+5%
|SRD1/8P
R209
{0100085
|
Carbon
film
6802
+5%
1|SRD1/8P
0151258
|
Control
100K
22-B
SYNGE
OET.
R210
|
0151187
|
Contro!}
5K2-B
AGC
0100065
|
Carbon
film
1KQ
+5%
|SRD}/8P
R211
0114211
|
Carbon
film
27KQ
+5%
|
SRDUP
0100113
|
Carbon
film
4782
+5%
{SRDi/8P
R212
{0100059
|
Carbon
film
560N
+5%
|SRD1/8P
0100113
|
Carbon
film
472
+5%
j|SRD1/8P
213
|
0100073
|
Carbon
film
2.2K2
+5%
|SRD1/8P
0100113
|
Carbon
film
4722
+5%
|SRD1/8P
R214
0114179
|
Carbon
film
5.6K2
+5%
|SRO’P
0100113
|
Carbon
film
472
+5%
{iSRD1/8P
R215
0100089
|
Carbon
film
1OKQ
+5%
|SRD1/8P
0100083
|
Carbon
film
5.6KQ
+5%
|SRD1/8P
R216
|
0100113
|
Carbon
film
472
+5%
|SROD1/8P
0100095
|
Carbon
film
18K2
+5%
|SRD1/8P
R217
0100113
|
Carbon
film
472
+5%
|SRD1/8:
0100079
|
Carbon
film
3.9KM2
+5%
|SRD1/8P
R218 |
0100065
|
Carbon
film
1KQ
+5%
|SRD1/8P
0100107
|
Carbon
film
56KN2
+5%
I{SRD1/8P
R219
|
0100047
|
Carbon
film
180]
+5%
|!SRD1/8P
0100075
|
Carbon
film
2.7K92
+5%
{SRD1/8P
R220
+0100069
|
Carbon
film
('.S5KQ
+5%
|SRD1/8P
0100098
|
Carbon
film
24KQ
+5%
|SRD1/8P_
R221
| 0100109
|
Carbon
film
1.
<9 +5%
|SRD1/8P
0100115
|
Carbon
film
12K2
+5%
|SRD1/8P
R222
|
0114205
|
Carbon
film
12°.
+5%
|SRD%P
0100095
|
Carbon
fiim
i8BKN
+5%
|SRD1/8P
R223
|
0151187
|
Control
5K
£2-B
0100091
|
Carbon
film
12KQ
+5%
|SRD1/8P
R224
|
0100089
|
Carbon
film
10K£2
+5%
|SRD1/8P
Ro30
|
01001271
|
Carbon
film
220KS2
+5%
jiSROI/BP
R241
0114149
|
Carbon
fiitm
56082
+5%
|SRDM“P
R031
0100069
|
Carbon
film
1.5KQ
+5%
iSRD1/8P
R242
|
0114201
|
Carbon
film
10K2
+5%
i
SRDUP
R032
|
0151655
|
Control
20K
2-B
R244
|
0114161
|
Carbon
film
1KQ
+5%
|SRD%P
2G <

CK-200
SYMBOL
|
PARTS
SYMBOL
|
PARTS
R261
0100091
|
Carbon
film
12KQ2
+5%
|SRD1/8P
R514
|
01141749
|
Carbon
film
5602
+5%
|SRD%P
R262
|
0100089
|
Carbon
film
10K92
+5%
|SRD1/8P
R515
|
0114149
|
Carbon
film
5602
+5%
iSRODAP
R263
|
0100053
|
Carbon
film
3302
+5%
|/SRD1/8P
R516
|
0151264
|
Control
10K2-B
COLOR
SYNC.
R264
0114177
|
Carbon
film
4.7KQ
+5%
|SROZP
R517
0114201
|
Carbon
film
TOK
+5%
{SRD“P
R265
|
0100105
|
Carbon
film
47KQ
+5%
|SRD1/8P
R518
|
0114289
|
Carbon
film
220K2
+5%
|SRO“P
R301
|
0100071
|
Carbon
film
1.8KQ
+5%
|SRD1/8P
R520
|
0114167
|
Carbon
film
1.8K2
+5%
|SRD%P
R302
|
0100071
|
Carbon
film
;1.8K2
+5%
|SRD1/8P
R521
|
0114167
|
Carbon
film
1.8K
+5%
|SRD“«P
R303
|
0100073
|
Carbon
film
2.2KQ
+5%
|iSRD1/8P
R522
|
0114167
|
Carbon
film
1.8K2
+45%
iSRDXUP
R304
|
0114171
|
Carbon
film
2.7KQ
+5%
ISRD%P
R601
0114201
|
Carbon
film
10KR2
+5%
|SRD%P
R305
|0114147
|
Carbon
film
472
+5%
|iSRD%P
R602
|
0159568
|
Control
5K
2-B
V.
HOLD
R306
|
0159622
|
Control
|
10K2-B
CONTRAST
R603
|
0114175
|
Carbon
film
3.9KQ
+5%
|SRDU%P
R307
|
0114175
|
Carbon
film
3.9K9
+5%
|SRDAP
R604
|
0114181
|
Carbon
film
68K2
+5%
ISRD%P
R308
0114177
|
Carbon
film
47K2
+5%
|SRO“P
RGO5
0113727
|
Carbon
film
1202
+5%
SRD“%P
R309
|
0114177
|
Carbon
film
47KQ
+5%
([SRD%P
R606
|
0114203
|
Carbon
film
12K2
+5%
|SRD%P
R310
|
0151640
|
Control
|
5KQ-B
SUB.
BRIGHT
R6O7
|
0114209
|
Carbon
film
22K2
+5%
%jSRD%P
}
R311
0159510
|
Control
§
2002-B
BRIGHT
R608
0114179
!
Carbon
film
5.6K82
+5%
SRD‘%P
RSl2
0114181
|
Carbon
film
|
6.8K02
+5%
|SRD“%P
R609
0114271
|
Carbon
film
27K
92
t5%
SRD“%P
can
R313
|
0114171
|
Carbon
film
i
27K
+5%
|SRD%P
R610
|
0114151
|
Carbon
film
6802
+5%
iSRDY%P
ant
R314
0114211
|
Carbon
film
27K
Q
+5%
|SRD%P
R611
0151186
|
Control
5002-B
V.
SIZE
R316
|
0114213
|
Carbon
film
33KQ
+5%
%|!SRD%P
R612
|!
0114141
|
Carbon
film
2702
+5%
|SRD%P
R317
|
0100057
|
Carbon
film
1
470
+5%
|SRD1/8P
R613
0114053
|
Carbon
film
SNe
+5%
SRD“%P
R318
0114139
|
Carbon
film
2202
+5%
|SRDU%P
R614
0114141
|
Carbon
film
2702
+5%
|SRD%P
R319
|
0114149
|
Carbon
film
5602
+5%
|!SRD“%P
R615
|
0114141
|
Carbon
film
2702
+5%
|SRO“P
R401
0114169
|
Carbon
film
2.2K2
+5%
|SRO%P
R617
0119504
|
Metal
oxide
film
|
0.5
+5%
RN%
R402
|
0114041
|
Carbon
film
102 45%
jSRD%P
R618
0119504
|
Metal
oxide
film
|
0.522
+5%
RN%
R403
|
0114209
|
Carbon
film
22K
+5%
|SRDAP
R619
|
0114151
|
Carbon
film
6802
+5%
|SRD%P
R404
0114203
|
Carbon
film
T2KQ2
+5%
|SRDU%P
R620
0114151
|
Carbon
film
6802
+5%
SRD‘%P
>
R405
0114143
|
Carbon
film
330Q
+5%
|SRD%P
R621
0114135
|
Carbon
film
15082
+5%
I!SRD%P
a,
R406
|
0114131
|
Carbon
film
1002
+5%
|SRD%P
R622
{0114181
|
Carbon
film
6.8KQ2
+5%
|SRD%P
%
R407
|
0100057
|
Carbon
film
4702
+5%
|SRD1/8P
A,
R623
|
0114002
|
Carbon
film
2.42
+5%
|SRD%P
R408
|
0114203
|
Carbon
film
12KQ2
+5%
|SRD%P
R624
|
0114181
|
Carbon
film
6.8K2
+5%
|SRD%P
R410
|0137655
|
Carbon
film
15KQ
+5%
|SRD%SD
R625
|
0114173
|
Carbon
film
3.3K2
+5%
|!SRD%P
A.R411
|
0119507
|
Metal
oxide
film
|
102
+5%
|RN%
R626
|
0151328
|
Control
10KQ-B
V.
BIAS
R414.
|
0137563
|
Carbon
film
3302
+5%
|SRD’%SOD
R627
|
0137563
|
Carbon
film
3302
+5%
|SRD%SD
R415
|
0114179
|
Carbon
film
5.6K2
+5%
|SRD%P
R701
|
0114137
|
Carbon
film
1802
+5%
|SRD”P
R416
|
0137651
|
Carbon
film
10KQ2
+5%
|SRD%SD
R703
|
0114181
|
Carbon
film
6.8KQ
+5%
|SRDAP
R417
0137563
;
Carbon
film
3302
+5%
|iSRD%SD
A,
R704
0151640
;
Control
5SKQ-B
H.
HOLD
R418
|
0137569
|
Carbon
film
5602
+5%
{jSRO%SD
R705
|
0114221
|
Carbon
film
68KN2
+5%
|SRD“%P
C
R419
|
0137563
|
Carbon
film
5602
+5%
|SRD%SD
R706
|
0114177
|
Carbon
film
4.7KQ
+£5%
|
SRDAP
.
R420
|0137701
|
Carbon
film
100K2
+5%
|iSRD%SD
R707
|
0114175
|
Carbon
film
3.9KQ
+5%
|SRD”P
R421
|
0137661
|
Carbon
film
27K2
+5%
|!SRD%SD
R708
|
0114201
|
Carbon
film
10KQ
+5%
|SRD*AP
R422
|
0137525
|
Carbon
film
162
+5%
|SRD%SD
R711
0114143
|
Carbon
film
3302
+5%
I|SRD%P
R423
|
0137501
|
Carbon
film
2.22
+5%
|SRD%SD
R714
|
0114145
|
Carbon
film
3902
+15%
|SRD%P
F424
|
0137501
|
Carbon
film
2.22
+5%
|SRD%SO
R715
|
0113715
|
Carbon
film
3992
*5%
|SRO“P
R428
|
0114177
|
Carbon
film
47K2
+5%
\|SRDY“P
A,
R716
|
0119503
|
Metal
oxide
film
|
2.2
+5%
|RNY%
R430
|
0137551
|
Carbon
film
1002
+5%
|iSRD%SD
R717
0114213
|
Carbon
film
33K2
+5%
|SRD%P
R451
0113725
|
Carbon
film
1002
+5%
|SRDY%P
A.
R718
|
0119508
|
Metal
oxide
film
|
562
+5%
IRNY
R459
|
0166691
{|
Contro!
10K
Q-A
VOLUME
A,
R719
|
0119503
|
Metal
oxide
film
|
2.29
+5%
IRN%
R501
0114151
|
Carbon
film
6802
45%
|SRDM%P
R720
|
0179556
|
Meta!lized
glaze
|
5602
+5%
|
%PCL
R502
|
0114207
|
Carbon
film
WKQ
+5%
ISRD%P
R722
|
0114201
|Carbon
film
10KQ
+5%
|SRD“AP
R504
|
0159622
|
Control
10K
2-B
COLOR
A.
R723
«|
0114287
|
Carbon
film
1BOKRQ
+5%
|;SRD%P
R505
|
0159622
|
Control
10K
2-B
TINT
R725
|
0137673
|
Carbon
film
82K
+5%
|SRD%“SD
R506
|
0114295
|
Carbon
film
3902
+5%
|SRD%P
A,
R901
0141065
|
Wire
wound
102
+5%
{iSROUP
F507
|
0114161
|
Carbon
film
1K
+5%
|SRDY%P
R902
|
0114137
|
Carbon
film
1802
+5%
|SRO“%P
R508
|
0114177
|
Carbon
film
4.7K2
+5%
|SRDUP
R903
|
0137573
|
Carbon
film
8202
+5%
|SRD’%SD
F509
«|
0114169
|
Carbon
film
2.2KQ
+5%
|SRDAP
R904
|
0137663
|
Carbon
film
33K2
+5%
|SRDASD
F510
|
01147147
|
Carbon
fiim
|
4702
+5%
|SROAP
R905
6137601
|
Carbon
film
TKQ
+56%
|SRD“%SO
R511
|
0114147
|
Carbon
film
4702
+5%
|SRD%P.
R906
|
0137601
|
Carbon
film
+5%
|SRD%SD
F512
|
0114147
|
Carbon
film
4702
+5%
|SRD%P
R907
|
0139015
;
Composition
+10%
|
RCAGF
R513
|
0114149
|
Carbon
film
5602
+5%
|SROUP
—19—
peated AUS ra sR aan PAE ASANO NA MMRDA ce SARA ANSI NER ANSON Pek A gE Sa LL IG MERE Ra TAAL tb EN CRANE LAE ENR AE
A AALnai gute Eaapia ©
sas sang ze tA kg SE hn and ARTUR AM sg ga aA SN OR LA NAIA RR clk RI Dah re op Rpt nk en Boot Prine a MCN 1A
re oe ea ae Er ee ee ee
I AA a EE EI ER CE ey Lee I OP

CK-200
PRODUCT
SAFETY
NOTE:
Components
marked
with
a
4
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
|
PARTS
SYMBOL
|PARTS
DESCRIPTION
D704 | 2330562 | Silicon VIIL
Richer D705 | 2330551 | Silicon VoO9C
2360851
|
MSM4011
A.
D901
ieeeeeees
Silicon
VO6CS
2360721
|
MSM4001
A.
D902
|
2330256
|
Silicon
VO6CS
2360851
|
MSM4011
A,
D903
|
2330256
|
Silicon
VO6CS
2360851
|
MSM4011
A
D904
|
2330256
|
Silicon
VO6CS
1C201 | 2360782 | HA11215A D905 | 2330351 | Silicon 1$2076
1C401 | 2360611 | HA11229
1C501 | 2361281 | uPC1352C ZDO01 | 2331084 | Silicon uPC-574J (AG)
1C601 | 2360691 | HA11235 ZD002 | 2330741 | Siticon HZ-9 (A)
ZD003 | 2331152 | Silicon HZ-12 (B)
Q001 | 2321541 | Silicon | 281740 G/(R) ZD401 | 2331154 | Silicon HZ-12
Q002 | 2321321 | Silicon 2SA844 (O)/(E) ZD901 | 2331818 | Siticon HZ-7 (©) -2
Q003 | 0573480 | Silicon | 250458 (B)
Q241 | 2320631 | Silicon 2S A673 (BY/'C) |
Q261 | 0573480 | Silicon 2SC458 (B) rcs L ~ aa
Q301
|
0573480
|
Silicon
2SC458
_
COILS
ee
Q302 | 2320631 | Silicon 28A673 BYVG L002 | 2120482 | Filter coil
Q401 | 2320644 | Silicon 28C1213 ©) L003 | 2120482 | Filter coil
Q402 | 2320637 | Silicon 2SA673 Cy) L004 | 2120482 | Filter coil
Q403 | 0573480 | Silicon 2SC458 (B) L051. | 2120333 | Filter coil
Q404 | 0573480 | Silicon 2SC458 () L201 | 2122162 | Filter coil
Q405 | 0573480 | Silicon 2SC458 (B) L202 | 2161845 | Filter coil
Q601 | 0573480 | Silicon 2SC458 (8) L203 | 2161845 | Filter coil
Q602
|
2320843
|
Silicon
2SC1162WT
C)
L205
|
2120079
|
Peaking
co’
Q603
|
2320855
|
Silicon
2SA715
WT
(B)/C)
L206
|
2142015
|
Mold
!F
’
Q701
|
2320663
|
Silicon
2$C1213AC
L207.
|
2142015
|
Motd:»
;
A,
Q702.
|
2321581
|
Silicon
2SC1055U
L208
|
2121693
|
Pisking
coil
A
Q901
|
2321766
|
Silicon
2SB566-04
L209
|
2120483
|
Filter
coil
A
Q902
|
0573480
|
Silicon
280458
(8)
L210
|
2120482
|
Filter
coil
A,
Q303
|
2320631
|
Silicon
2SA673
()/C)
L401
|
2120122
|
Peaking
coil
L402 2121698 | Peaking coil
DOO1
2330351
|
Silicon
182076
L501
2160831
|
Settle
coi!
D002 | 2330351 | Silicon 182076 L502 2121698 | Peaking coil
D003 | 2330351 | Silicon 152076 L701 | 2121182 | Filter coi!
D004 | 2330357 | Silicon 1S2076 L702 | 2120811 | Filter coil
DO05 | 2330351 | Silicon 1$2076 L703 | 2120333 | Filter coil
D006 | 2330351 Silicon 182076 L704 | 2270592 | Filter coil
D007 | 2330351 | Silicon 1$2076 i
DO08 | 2330351 | Silicon 1$2076
poo | 2330351 Silicon 1$2076 TRANSFORMERS
DO10 | 2330351 | Silicon 182076 T5013 2141535 | BP Transformer
DOti 2330351 | Silicon 182076 T7091 2260013 | H. Drive transformer
DO12 | 2330351 | Silicon 1$2076 A T7-? 2431913 | Flyback transformer
D013 | 2330351 | Silicon 1$2076 A. T90i | 2212371 | Power transformer
0014 | 2330351 | Silicon 1$2076 ge ate
D015
|
2330351
|
Silicon
182076
___
MISCELLANEOUS
DOIG | 2330351 | Silicon 1$2076 Ee a ee le
DO17 | 2330351 | Silicon 1$2076 2760521 | Antenna-Loop antenna
DO18 | 2330351 | Silicon 1$2076
D019 | 2330351 | Silicon | 152076 3327001 | Block-Auto search lock
D301 2330351 | Silicon 182076 2811211 | Board-Sound/Powe: ?.W. Board
D401 | 2340332 | Silicon MV-11 2811231 | Board-GTX TV P.W. 3oard
0501 2330351 | Silicon 182076 2687781 | Board-Antenna termina!
D502 | 2330351 | Silicon 1$2076
0503 | 2330351 | Silicon 182076 3452581 | Cover-Lower cover
23403372 | Silicon MV-11 3452921 | Cover-Upper cover
2330351 | Silicon 1$2076 3756622 | Cover-Battery cover
2330551 | Silivon VO9C Ay 2742514 | Cord-AC cord
2330251 | Silicon VOgC 2742597 |} Cord-DC cord
ma) Cee