JVC CX-60ME User manual

JVC
Jvc - 02112
mope. CX-6OME
eeermcorernaet
SPECIFICATIONS
Dimension & Weight : Described on page 72.
TV System & Colour System
VHF/UHF CCIR(B,D,G,K,K1,1}, PAL/SECAM
TV Receiving Channel & Frequency
Vir Bane 0 a Secret oe Ben 47 MHz ~ 68 MHz
Wie Bande? 41 aa! bed Haonloe 174 MHz ~ 230 MHz
WH Fe Band = pions cdots ae, Sree chs 470 MHz ~ 862 MHz
Intermediate Frequency
VideoulF Garrier oo saxc Ab paces ewe 4G 38.9 MHz
Sound IF Carrier... . 33.4 MHz (5.5 MHz), 32.9 MHz
: (6 MHz) or 32.4 (6.5 MHz) selectable
GP sets , Gnshnane anlage bed PAL : 4.43 MHz
. SECAM : 4.25 MHz, 4.40625 MHz
Colour Sub Carrier
ANTS on oh atete a Built-in rod antenna for VHF and UHF
ANT. Input Impedance .... 750, AERIAL (VHF/UHF)
Power Input .. @ 100 V ~ 260 V AC, 50 Hz/60 Hz
® DC12V Car battery
with auto plug (Mode! AP-23) option.
@® DCi2V rechargeable battery
(Model CB-60E) option.
CONTENTS
. SAFETY PRECAUTION ...............06. 2
Do. PEATURES» cece vw bie be WES ae Sa Re 3
9 OUTEINE <5. 4k 8 Ae ies gon dle bee ak ed wise aes 3
(Block Diagram): . onc sone oar ee es 3
4. -PUNCHIONS woe ov nc 6-5 oa atria de 34.3 4
5. HOW TO REMOVE FOR SERVICE........... 5
6. SERVICE ADJUSTMENT .............. o> 8
7. REPLACEMENT PARTS LIST ........... O15
(Packing Diagram) ....... 00000. eee 11
(Exploded View) ........-0.. 00s ee eae i315
8. AC POWER ADAPTOR (AA-60ME) ....... 16~ 17
9. OPTIONAL ACCESSORIES (CB-60E)...... 18~ 22
(CB-60E SCHEMATIC DIAGRAM) ........... 21
*With SCHEMATIC DIAGRAM ......... QO - ©
OPTIONAL ACCESSORIES
CB-60E Rechargeable Battery
Auto Plug
eee rere are 0.16A (when 240V AC)
15W (avg.) : (when 12V DC) |
6”, 55 degrees deflection,
In-line gun dot screen
) 10.4 cm x (H) 7.9cm
Power Consumption
. 1.30A (max.)},
Picture Tube
b Aofete ded (W
Viewable Picture Size
High Voltage ..... 14 kV +1kV (at Zero beam current)
Speaker 4 kk ates nee. be we a a ae 8 cm round type, 16 Q
Audio Power Output... 2.200.502 ee eee ees 0.6W
Video External Input ............0.- 1 Vp-p, 75
390 mVrms (—6 cBs)},
high impedance
mals Sd hese Dy ots? saienta ater 1 Vp-p, 75 Q
150 m Vrms (-14 aBs)
low impedance
(400Hz, 50% Mod.)
Audio External Input .........
Video TV Output
Audio TV Output
UDG He 4, cc Ma iateytonnth ae ce ate etc eh Ree Be noe, iat te ele eae 1
CS aed ciate tease Rc ee atin re Se RAS BP ee 7
PLANSIStOl 3b 2d oc eRe Sw ee AR PS EAE RS 32
(Design and specifications subject to. change without notice)
SL
No. 5513
Mar. 1984
1712

CX-60ME
1. SAFETY PRECAUTION
1. The design of this product contains special hardware, 8. ISOLATION CHECK
many circuits and components specially for safety
purposes.
For continued protection, no changes should be made to
the original design unless authorized in writing by the
manufacturer. Replacement parts must be identical to
those used in the original circuits. Service should be
performed by qualified personnel only.
. Alterations of the design or circuitry of receiver should
not be made. Any design alterations or additions will
void the manufacturer’s warranty and will further relieve
the manufacturer of responsibility for personal injury or
property damage resulting therefrom.
. Many electrical and mechanical parts in television sets
have special safety-related characteristics. These char-
acteristics 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
the parts list of Service manual. Electrical components
having such features are identified by shading on the
schematics and by ( /\_)'on the parts list in Service
manual. The use of a substitute replacement which does
not have the same safety characteristics as the recom-
mended replacement part shown in the parts list in
Service manual may create shock, fire, or other hazards.
. If any repair has been made to the chassis, it is recom-
mended that the B, setting should be checked or ad-
justed. (See ADJUSTMENT OF POWER SUPPLY).
. The high voltage applied to the picture tube must con-
form with that specified in Service manual. Excessive
high voltage can cause an increase in X-Ray emission,
arcing and possible component damage, therefore opera-
tion under excessive high voltage conditions should be
kept to a minimum, or should be prevented. If severe
arcing occurs, remove the AC power immediately and
determine the cause by visual inspection (incorrect
installation, cracked or melted high voltage harness, poor
soldering, etc.). To maintain the proper minimum level
of soft X-Ray emission, components in the high voltage
circuitry including the picture tube must be the exact
replacements or alternatives approvided by the manu-
facturer of the complete product.
. Do not check high voltage by drawing an arc. Use a high
voltage meter or a high voltage probe with a VT VM. Dis-
charge the picture tube before attempting meter connec-
tion, by connecting a clip Jead to the ground frame and
connecting the other end of the lead through a 10kQ2 2W
resistor to the anode button.
. When service is required, observe the original lead dress.
Extra precaution should be given to assure correct lead
dress in the high voltage circuit area. Where a short
circuit has occurred, those components that indicate
evidence of overheating should be replaced. Always use
the manufacturer's replacement components.
2 (No. 5513)
(SAFETY FOR ELECTRICAL SHOCK HAZARD)
After re-assembling the product, always perform an
isolation check on the exposed metal parts of the cabinet
(antenna terminals, channel selector knobs, metal
cabinet, screwheads, earphone jack, control shafts, etc.)
to be sure the product is safe to operate without danger
of electrical shock.
(1) DIELECTRIC STRENGTH TEST
The isolation between the AC primary circuit and
all metal parts exposed to the user, particularly any
exposed metal part having a return path to the
chassis should withstand a voltage of 3,000V
AC (r.m.s.) for a period of one second.
seen withstand a voltage of 1,100V AC (r.m.s.) to
an appliance rated up to 120V, and 3,000V AC
(r.m.s.) to an appliance rated 200V or more, for a
period of one second.
This method of test requires a test equipment not
generally found in the service trade.
(2) LEAKAGE CURRENT CHECK
Plug the AC line cord directly into the AC outlet
(do not use a line isolation transformer during this
check.) Using a ‘Leakage Current Tester’’, measure
the leakage current from each exposed metal part of
the cabinet, particularly any exposed metal part
having a return path to the chassis, to a known good
earth ground (water pipe, etc.). Any leakage current
must not exceed 0.5mA AC (r.m.s.).
@ ALTERNATE CHECK METHOD
Plug the AC line cord directly into the AC outlet
(do not use a line isolation transformer during this
check.). Use an AC voltmeter having 1,000 ohms
per volt or more sensitivity in the following manner.
Connect a 150022 10W resistor paralleled by a
0.15uF AC-type: capacitor between an exposed
metal part and a known good earth ground (water
pipe, etc.).
Measure the AC voltage across the resistor with the
AC voltmeter.
Move the resistor connection to each exposed metal
Part, particularly any exposed metal part having a
return path to the chassis, and measure the AC
voltage across the resistor. Now, reverse the plug in
the AC outlet and repeat each measurement. Any
voltage measured must not exceed 0.35V AC (r.m.s.).
This corresponds to 0.5mA AC (r.m.s.).
AC VOLTMETER
(HAVING 10002/V,
OR MORE SENSITIVITY)
0.15uF AC-TYPE
PLACE THIS PROBE
ON EACH EXPOSED
METAL PART
15002 10W
GOOD EARTH GROUND
Fig. 1-1

2. FEATURES
Copes with PAL/SECAM colour systems.
3
way
power
supply
systems
of
AC
Power/Car
Battery/Rechargeable
Battery.
Adopts
detachable
AC
adaptor.
With A/V INPUT terminal and TV-OUT (A/V) terminal.
With a carrying handle and a stand.
With a rod antenna and an external ANT. terminal.
Copes with broad-range input power by adopting switching regulator circuit.
3. OUTLINE
AUTOMATIC SWITCHING OF PAL/SECAM
the killer voltage of the SECAM circuit described later.
(BLOCK DIAGRAM)
=. SOUND VIDEO IF
2] 5.5MHz
H | H | \F VIDEO DET.
+B -s db
6.5MHZ 6MHz SSMHz rf
+B 7
SECAM f =? AUTO
CHROMA PAL
AMP. MATRIX
5 b6—34
6S Oe)
| ‘
CX-60ME
.
When
the
PAL
signal
is
input,
the
SECAM
colour
3.
The
killer
voltage
gates
the
burst
signal
(SECAM
uses
demodulation
circuit
does
not
operate;
the
SECAM
a
4.25
MHz
non-modulated
carrier
signal)
at
the
back
killer
circuit
and
the
PAL
circuit
do.
Similarly,
when
porch,
a
killer
voltage
based
on
the
gated
signal.
the
SECAM
signal
is
input,
the
PAL
killer
circuit
and
the
SECAM
circuit
operate,
but
the
PAL
colour
demo-
8B
MANUAL
SWITCHING
OF
SYSTEM
dulation
circuit
does
not.
When
the
system
switch
is
set
to
SECAM,
the
PAL
killer
.
A
system
for
switching
either
the
PAL
or
SECAM
circuit
and
the
SECAM
circuit
operate,
but
the
PAL
colour
signal
is
built
in
the
SECAM
IC,
which
is
operated
by
demodulation
circuit
does
not
operate.
AUDIO VIDEO
INPUT OUTPUT INPUT OUTPUT
©) ©) © ©
Sy
IH
DELAY T303
LINE
(No. 5513) 3

CX-60ME
4. FUNCTIONS
| \
02QOOeo
®
@0)
|
®
@M
@
PICTURE 4
@
VOLUME
@
VIDEO
TV
OUTPUT
(3)
AFC
ROD
ANT.
@
@ TV + EXT. MAIN POWER IND. TUNING SUBCOLOUR = @§) V.HOLD |
@) UHF © VHF @ EARPHONE @ POWER SW. @ COLOUR @6 COLOUR SYSTEM
@) AUDIO EXT. INPUT MAIN POWER SW. POWER IND. @i) SUB BRIGHT @? TV SOUND
(©)
VIDEO
EXT.
INPUT
(i)
EXT.ANT.TERM.
()
PAL
SUB
@2
BRIGHT
(@
AUDIO
Tv
OUTPUT
(2
DC
12V
IN
COLOUR
@3)
SUB
CONTRAST
4 (No. 5513)

CX-60ME
5. HOW TO REMOVE FOR SERVICE
TOP CABINET REMOVAL
1. Pullout the TUNING KNOB and the VOLUME KNOB.
2. Remove the two screws @ in Fig. 5-1 and the one
screw , and then rod antenna.
3. The top cabinet is demountable by lifting it upward
while pressing the locked points © (Fig. 5-1, Fig. 5-2].
BOTTOM COVER REMOVAL
1. Remove the one screw @) in Fig. 5-3.
2. Pressing the locks points and © in Fig.5-3 &
Fig. 5-4 and then remove the P.C. board from the
bottom cover.
3. Draw the bottom cover to the arrow direction ©
while pressing the locked points ©) in Fig. 5-4.
*When removing the P.C. board, take care because UNF
resistor touches CRT socket P.C. board.
DIAL BELT REMOVAL
1. Pullout the roller (A) in Fig. 5-5, and the dial belt is
demountable or replaceable.
WIRE CLAMPING AND TYING BAND
1. Be sure to clamp the wire.
2. Never remove the tying band used for wire clamping.
Should it be inadvertently removed, be sure to clamp the
wire again, using insulating material.
VOLUME KNOB
CARRYING
}~—— HANDLE
/ROD ANT
Fig. 5-4
ROD ANT
(No. 5513) 5

CX-60ME |
6. SERVICE ADJUSTMENTS
PURITY
1. Display a monochrome pattern. ;
2. As viewed from the back (See Fig. 6-1), turn the magnet
lock counter-clockwise to loosen it.
3. Turn the green cutoff VR (R711) fully clockwise
and the red and blue cutoff VRs (R712, R710) fully
counter-clockwise. (Fig. 6-3)
Adjust the screen VR (Fig. 6-3) so that the vertical green
band becomes easy to see.
4. Loosen the deflection yoke securing screw and slide the
yoke fully rearward to obtain colour shading in the
green disk. (Fig. 6-2)
5, Overlap the two purity magnet tabs and set them to
12 o'clock position.
6. Open and close the two purity magnets (scissor fashion)
and adjust so that the green disk is positioned at the
center of the picture. (Fig. 6-2)
If green disk is not obtained, adjust for uniform overall
coloration.
7. Slide the deflection yoke forward and adjust its posi-
tion so that the green colour completely fills the picture
area.
8. Confirm that uniform overall rasters of both red and
blue single colour rasters can also be obtained in the
same manner.
9. Secure the deflection yoke retaining screw moderately
so that the deflection yoke does not move back and
forth.
Fig. 6-3
STATIC CONVERGENCE (CENTER)
1. Employ a crosshatch pattern and adjust the brightness
so that the image is clear, but slightly darkened.
2. Turn the red and blue cutoff VRs fully clockwise and
the green cutoff VR fully counter-clockwise (Fig. 6-3).
Adjust the screen VR (Fig. 6-3) for an easily seen image.
3. Adjust convergence roughly in the corner by tilting
the deflection yoke vertically or horizontally, then
insert a wedge between the yoke and CRT on top.(Fig.6-7)
4. Turn the two 4 pole convergence magnets and adjust
so that red and blue become overlapped throughout
the picture area to yield magenta. (Fig. 6-5)
5. Turn the green cutoff VR fully clockwise and adjust the
two 6 pole convergence magnets so that the green and
magenta become overlapped throughout the picture
area to yield white. (Fig. 6-4)
6. Repeat steps 4 and 5.
6 (No. 5513)
6 Pole 4 Pole Purity
DEF YOKE
Yoke retaining clamp
Fig. 6-1
Green
disk
Adjust to centre green disk
enn
q
fy
PPT

DYNAMIC CONVERGENCE (CORNER)
1. Remove the wedge.
2.
Adjust
convergence
as
shown
in
Fig.
6-6
by
tilting
the
yoke
up
and
down,
then
insert
the
wedges
on
top
and
bottom.
(Fig.
6-7)
;
3.
Apply
(modeler’s)
glue
on
the
wedges
and
magnets
to
fix.(Fig.
6-7)
4. Tighten the screw of the deflection yoke.
5.
Turn
the
magnet
lock
and
tighten
securely.
POWER SUPPLY
= AC ADAPTER OUTPUT VOLTAGE
1.
Connect
AC
power
adapter
to
a
TV
body
and
receive
a
broadcast.
2. Adjust OUTPUT VOLTAGE ADJ. VR (within power
adapter PB Ass’y) so that the adapter output voltage
becomes 12.5V.
*Be
aware
that
there
are
both
the
earth
of
primary
side
and
the
earth
of
secondary
side.
In
case
of
output
voltage
adjustment,
use
the
earth
of
secondary
side.
m B1 VOLTAGE (11.0V)
1.
Connect
AC
power
adapter
and
receive
a
broadcast.
2.
Adjust
11.0V
ADJ.
VR
so
that
the
voltage
between
Q901
collector
and
the
earth
becomes
11.0V.
SUB TUNING DIAL
* Turn off the AFC switch.
1. VL CHANNEL
1)
While
rotating
the
TV
tuning
knob,
set
the
dial
needle
to
that
channel
number
of
the
low
band
TV
station
which
is
smallest
among
those
receivable.
2) Adjust the VL SUB TUNING VR and receive a TV
program from the station whose channel number is set
on the dial needle.
3) By attempting to receive other stations within the band,
confirm that the pointer corresponds to the channel
number of each station.
CX-60ME
Red Green Biue |
Front * /
Tilting
the
yoke
upward
will
move
the
lines
as
shown
with
the
arrows.
Fig. 6-6
[
|
Rearview
CRT
Deflection yoke
Fig. 6-7
2. VH CHANNEL
1)
While
rotating
the
TV
tuning
knob,
set
the
dial
needle
to
that
channel
number
of
the
high
band
TV
station
which
is
smallest
among
those
receivable.
Adjust
the
VHi
SUB
TUNING
VR
and
receive
a
TV
program
from
the
station
whose
channel
number
is
set
on
the
dial
needle.
2)
While
rotating
the
TV
tuning
knob,
set
the
dial
needle
to
that
channel
number
of
the
high
band
TV
station
which
is
largest
among
those
receivable.
Adjust
the
VHH
SUB
TUNING
VR
and
receive
a
TV
program
from
the
station
whose
channel!
number
is
set
on
the
dial
needle.
3)
Repeat
steps
(1)
and
(2)
and
confirm
that
the
pointer
corresponds
to
the
channel
number
of
each
station.
3. UHF CHANNEL
1)
After
changing
over
the
TV
band
selector
to
UHF
posi-
tion,
adjust
the
UHF
SUB
TUNING
VR
in
the
same
manner
as
“VH
ADJUSTMENT”.
However,
adjust
the
Ut
SUB
TUNING
VR
in
the
case
of
the
smallest
channel
number
of
TV
station
and
the
UH
SUB
TUNING
VR
in
the
case
of
the
largest
channel
number
of
TV
station.
4. Turn on the AFC switch.
HORIZONTAL OSCILLATOR
1. Set the H. HOLD VR to the mechanical center position.
2.
Connect
the
jumper
clip
between
TP-33
and
earth.
3.
Adjust
the
H.HOLD
VR
until
picture
is
in
view
and
locks
or
drifts
slowly
back
and
forth.
. Remove the jumper clip.
.
Make
sure
that
the
set
maintains
horizontal
syne
when
channels
are
switchéd.
oa >
(No. 5513) 7

CX-60ME |
FOCUS
Adjust FOCUS VR for best overall definition and picture
detail at normal brightness and contrast.
NOISE (RF A.G.C. Delay)
This control is set at the factory and rarely requires any
adjustment. If a snowy picture appears on a medium to
weak station, adjust the NOISE VR.
1. Turn NOISE VR _ fully counter-clockwise, maximum
noise in picture.
2. Slowly turn NOISE VR clockwise until snow or noise
in picture just disappears.
Note: Check operation on strong channels. If over-
loading occurs (bending, poor colour, loss of
colour sync. etc.) make compromise adjustment.
VERTICAL HEIGHT
Adjust the V. HEIGHT VR to obtain the optimum size
of vertical height.
SUB BRIGHT AND SUB CONTRAST
1. Set the BRIGHT and PICTURE VR knobs to central
position respectively.
2. Adjust the SUB BRIGHT VR and the SUB CONTRAST
VR until an ideal picture is obtained.
SUB COLOUR
J. Receive a SECAM colour signal.
2. Adjust the COLOUR VR knob to obtain natural colour
density.
3. Adjust the SUB COLOUR VR until natural colour
density is obtained.
4. Receive a PAL colour signal.
5. Adjust the PAL SUB COLOUR VR until natural colour
density is obtained.
CHROMA CIRCUIT
@ PAL
DL-MATRIX
. Receive a PAL colour bar signal.
2. Connect an oscilloscope to pin of IC201 through
C307.
3. Adjust T302P for the maximize waveform (Burst signal).
4. Set the oscilloscope at_the X-Y mode and connect
channel 1 (X axis) to @ pin of 1C301 and channel 2
(Y axis) to © pin of 1C301 respectively.
5. Short TP-43A and TP-43B with a jump wire.
6. Supply bias to TP-40 through 10kQ resistor from
12V DC.
7, Adjust DL. AMP. VR so that the figure becomes (B)
from (A).
8. Adjust DL P. TRANSF (T303) so that the figure be-
comes (C) from (B).
9. While observing the screen, adjust colour synchroniza-
tion by manipulating the C312 (4.43 MHz OSC).
=
=>
Adjust
Fig. 6-8
8 (No. 5513)
m SECAM
* Do the SECAM adjustment before the PAL adjustment.
. Receive a SECAM colour bar signal.
. Connect an oscilloscope to @) pin of IC301.
. Adjust BELL TRANSF. (T301S) for the flat waveform
as shown in Fig. 6-9-(B).
4, Connect a digital voltmeter to pin @8) of 1C301.
5. Adjust IDENT TRANSF (T302S) for the maximum
DC ovitage.
6. Adjust DISCRI. TRANSF. (T304) and DISCRI.
TRANSF. (T7305) until colours are eliminated from
the black-and-white sections of the colour bars.
Wn
Fig. 6-9
HORIZONTAL WIDTH
Adjust H.WIDTH contro! coil by turning it with a
hexagonal adjusting bar only if RIGHT and LEFT sides
of pictures can’t be seen.
V. IF CIRCUIT
1. Connect a color bar generator to antenna terminal.
(When the signal is too strong, use the attenuator.)
2. Connect DC voltmeter (or tester) between AGC terminal
of E. Tuner and earth.
3. Rotate “Noise” volume (R109) so that RF. AGC voltage
becomes DC 4.5V +1V.
4. Adjust CW Transformer so that the indicator becomes
to minimum.
5. Confirm the adjustment of ‘‘Noise”’.
RF. AFC
1. Connect a colour bar generator to antenna terminal.
2. Adjust AFC Transformer so that the voltage of TP-16
becomes DC 6.5V +0.1V.
(Confirm to swing between about 9V and 4V previously.)
S. IF CIRCUIT
1, Tune in a local station preferably a program with the
continuous audio.
2. Adjust T601 and T602 so that the sound becomes to
maximum without distortion.
m REFERENCE DATA
REFERENCE DATA
Receiving VHF TV channels (Al! UHF TV CHs; common) / * Mark; Receiving CHs limited
CCIR countries }-2+3-+-44 + 5+ 6+7+8+ 9+10+4 114124
ORT countries =} 4-4 24 344454 +6+7-+8+94104+1 412-4
Itary b Ad B4 C4 DAF Ek FA GAFHAFHHrH24
French territories k4+5-+6+7-++ 8+ 94
* Australia hit+24 h3+44 F6+74+8+89 +14
* New Zealand H2+34 r4+5+64+7+8+94
* Ireland FB+C4H hO+E+F+G6+ H+ 4
* Morocco b6+7-+ 8+ 9-+410-+4

| CX-60ME
7.
REPLACEMENT
PARTS
LIST
PRODUCT
SAFETY
NOTE
Atos
Components
identified
by
the
A
symbol
in
the
PARTS
LIST
and
the
shaded
areas
on
the
Schematic
have
special
characteristics
important
to
safety,
Before
replacing
any
of
these
components,
read
carefully
the
SAFETY
PRECAUTION
on
Page
2
of
this
Service
Manual.
DO
NOT
degrade
the
safety
of
the
set
through
improper
servicing.
1.
ABBREVIATED
WORDS
OF
RESISTORS
AND
CAPACITORS
RESISTORS
FR
:
Fusible
Resistor
BPE
Cap.
:
Bi-Polar
(or
Non-Polar)
CR
:
Carbon
Resistor
UNF
R
:
Unflammable
resistor
Electrolytic
Capacitor
Comp.R
:
Composition
Resistor
MM
Cap.
:
Metalized
Mylar
Capacitor
OMR
:
Oxide
Metal
Film
Resistor
CAPACITORS
PP
Cap.
:
Polypropylene
Capacitor
VR
:
Variable
Resistor
C
Cap.
:
Ceramic
Capacitor
MPP
Cap.
:
Metalized
PP
Capacitor
MF
R
:
Metal
Film
Resistor
M
Cap.
:
Mylar
Capacitor
PS
Cap.
:
Polystyrol
Capacitor
E Cap. : Electrolytic Capacitor Tan, Cap. : Tantalum Capacitor
2.
FOLLOWING
RESISTORS
AND
CAPACITORS
OF
STANDARD
ELECTRICAL
COMPONENTS
ARE
OMITTED
FROM
THIS
PARTS
LIST.
EACH
PART
NUMBER
OF
THESE
STANDARD
REPLACEMENT
COMPONENTS
IS
DEFINED
AS
FOLLOWS.
Carbon
Resistor
(C
R):
Lead
form
(
—onD-
)
Ceramic
Capacitor
(C
Cap.):
Lead
form
(
1S;
)
Withstand Voltage
50V
acs11HJ-oO0g00g0
aa
Cc tp 50V Constant
term
Lead form Tolerance
ocsi2HJ—agqgo
qgroi4is—-oO00
T LL Constant term
Tolerance
%W Lead form
QRDd121jJ-oO00
orRbdD1i6iJ—~-ooo
Composition
Resistor
(Comp.
R):
Lead
form
(
—a-
}
Electrolytic
Capacitor
(E
Cap.):
Lead
form
(
ye]
)
Withstand Voltage
term
6.3V
Lead form Tolerance
GeTsiAR-O00
GeTAICR-ao0
25V QET41ER-—-O00
50V QET41HR-OOQ
QET40NR-GoOO
E Cap. tend 6.3 Constant
arc121kK-O000
¥4\N
oe
Constant
term
Comp.
R
Tolerance
”W Lead form
Mylar
Capacitor
(M
Cap.):
Lead
form
(
x?
)
Withstand
Voltage
Part No.
QFM11HK-—-oOQ00
M
ea
|
|
~
C_
constant
term
50V
Tolerance
Lead form
OFM42AK-000
OFM42DM—-O00
3.
DECODING
OF
TOLERANCE
AND
CONSTANT
TERM
TOLERANCE
+!
J: 45% Ki 410% M: 420% N: #30% H: 720% 2: 780% p; #1004, g: +30cq
-10 -20 -0 -10
CONSTANT TERM
@
Carbon
Resistor
(4W,
+5%
Tolerance)
©
Ceramic
Capacitor
(50
Volts,
+5%
Tolerance)
QrRoO41j-O00 acs11HJ—-O00
CONSTANT TERM. CONSTANT TERM.
-~oa0
2.72
|
+
QRD141J5-2R7
-oaao
-
oC
[279]
oo
>
acsitHJ-5R9
1
RO
+102
+>
47x
10°
>
QRD1415-473
1
RO
+
1.0pF
680pF|
>
68
x
10'
>
QCS11HJ-681
9R7
-9.729
8
RO
—
8.0pF
B300pF}
>
33
x
10?
>
QCS11HJ-332
100 - 100 means 10 x 10° (92) 4.0 O ~ 100 means 10x 10° (pF)
8 2 O ~ 820 means 82 x 10° (2) 8 8 O ~ 880 means 88 x 10° (pF)
(No. 5513) 9

CX-60ME
TRC-1280A (MAIN PB ASS’Y)
R 1001
1004
1007
1008
1009
1010
1109
1211
1212
1216
1217
1305
1306
1313
1343
1407
1409
1422
1511
1615
1702
1703
1710
1711
1712
1907
RESISTOR
R1713
1714
1715
1901
1906
1908
A
A
CAPACITOR
PART NO.
(oo
PART NAME REMARK
VARIABLE RESISTOR
CE X40327-001
QVZ3507-224
a -224
“a -224
CEX40358-473
mm -473
-103
A76193-223
n”
CEX40118-B14M
A76193-222
CEX40119-B52M
A76193-222
CEX40119-B14M
A76193-473
QVZ3507-102
CEX40118-B25M
CEX40358-103
A76195-471
CEX40358-103
CEX40374-D24
CEX40357-022
-022
-053
-053
-053
CE X40358-102
QRGO19J-123S
-123S
-123S
ORF154J-8R2
QRV141F-2701Y
" -2701Y
”
QEB51HM-104M
QETB1CM-106
QEMS51CK-336M
QETB1HM-105
QETB1CM-477
QCT25CH-1012
4 -220AZ
QEE51VK-474B
QETBOJM-336
QCT25CH-101
QETB1AM-477
QEUS1CM-337M
QEK51HM-105GM
QEMS51CK-336M
QEU51CM-337M
QEK51HM-105GM
QAT3001-010
QCT25UJ-330Z
". -§60Z
-330Z
-680Z2
QEE51VK-105B
a -105B
-105B
QFZ0083-683MZ
QEN51HM-474
QFV71HJS-224MZ
QEE61CK-225B2Z
QETBICM-107
o
“o
VR (Tuning)
(VHL Sub
Tuning)
(VHH " )
(UH ” )
(VE 4
(UL)
(Noise)
(Sub
Contrast)
(Picture)
(Sub Bright)
(Bright)
(Sub Colour)
(Colour)
(PAL Sub
Colour)
(DL Amp.)
(V. Hold)
(V. Height)
(V. Center)
(H. Hold)
(Volume)
(G. Drive)
(R. Drive)
(B. Cutoff)
(G. Cutoff)
(R. Cutoff)
(11V Adjust)
oo
OM R
‘UNF R
MFR
C Cap.
Tan. Cap.
E Cap.
C Cap.
E Cap.
Trimmer Cap.
C Cap.
”
“”
f
QEE61CK-225BZ|Tan. Cap.
Tan. Cap.
M Cap.
BP E Cap.
T F Cap.
Tan. Cap.
Cap.
10 (No. 5513)
200k2
220kQ
O.1uF
10uF
33uF
1uF
470uF
100pF
22pF
0.47pF
33uF
100pF
470yuF
330uF
iF
33uF
330uF
TF
33pF
56pF
33pF
68pF
TF
“”
”
0.47 uF
0.22pF
2.2uF
100uF
2.2uF
50V
16V
50V
16V
50V
35V
35V
”
0.068uF 50V
16V
”
pee PART NO. PART NAME REMARK
QETB1EM-108 |E Cap. 1000uF 25V M
QETB1CM-477 ef 470uF 16V "
QEB51HM-104M | ” O.1uFE 50V "
QETBIEM-107 f2 100uF 25V ”
QEK51HM-105GM |” 1uF 6OBOV.O”
QEN51HM-474 |BP E Cap. O.47F " ”
A\| QFP32DJ-273M_ |PP Cap. 0.027F 200V J
A “973M |" % tite
A " .273M ts 2 eee:
QET52CR-336 JE Cap. 33uF 160V R
QETB1CM-108 ‘e 1000uF 16V M
QEM51VM-107M| ” 100uF 35V ”
7 -336M| " 33uF OU
QFP31HJ-152S |PP Cap. 1500pF 50V J
QCT25CH-120AZ|C Cap. 12pFo02~«“
QETBICM-106_ |E Cap. 10uF 16V M
QEB51HM-104M | ” O.1uF 50V "
QF V81HJ-154M |TF Cap. O.15uF "J
QCZ9017-102M |C Cap. 1000pF 3kV P
QEU51CM-337M |E Cap. 330nF 16V M
A49468-101U [Peaking Coil | 100uH
CE40453-1R8 at 1.8uH
CE40401-8R2 i 8.2uH
A76186-8.2Z ¢ i
A76186-6.8 a 6.8uH
A76186-2.7 a 2.7 4H
A04872-80 fe 80uH
CE40401-470 47nH
A76186-8.2Z dy 8.2uH
A49468-562 ce 5600uH
CE40084-181 “4 180uH
A76186-1000 a 10002H
CE40581-450 ‘Coil
"660 a
“150 s
CE40544-001 H. Line Coil
A49468-101U Peaking Coil 100nH
A04725-2.2 te 2.2uH
.A76186-150 ef 150uH
A04872-80 " 8yuH
A76186-15Z a 15uH
TRANSFORMER cis
T1101 CE40455-301 1st PIF Transf.
1103 | |CE40123-700 |AFC Transf.
1104 CE40119-301 C W Transf.
1301P CE40443-001 BP Transf.
1301S CE40397-001 Bell Transf.
1302P CE40395-001 CW Transf.
1302S “~ .001 a
1303 CE40636-001 DL P. Transf.
1304 CE40399-001 Discri. Transf.
1305 “001 a
1501 CE40543-001 H. Drive Transf
1502 | A| CJ39591-001 H.V. Module
1601 CE40633-001 SIF Transf.
1602 CE40634-002 ay
DIODE
D1001 188133 Si. Diode
1008 HZT33 Zener Diode
1201 188133 Si. Diode
~ 3
1204 MA4110(M) Zener Diode
1301, 05 188133 Si. Diode
1302 MA4068(L) Zener Diode
1303 RD2.7E(B) u