Sanyo CZP3359TX User manual

Service (New zealand )
Service Manual Colour Television Ref. No. CZP3359TX-00
Model No. CZP3359TX
4
llhh~l ,,1111 I I
CONTENTS Page
1. SAFETY PRECAUTIONS .............. 1
2. SPECIFICATIONS SUMMARY .......... 2
3. CHASSIS DESCRIPTION ............. 3-4
4. BLOCK DIAGRAM ................... 5
5. DISASSEMBLY ..................... 6
6. CIRCUIT ALIGNMENT ............... 7-9
7. SERVICE CONTROL ADJUSTMENTS ..... 10-13
8. CABINET PARTS LIST .............. 14
9. TUNER CIRCUIT DIAGRAM ........... 15
10. CHASSIS ELECTRICAL PARTS LIST ...16-41
11. CIRCUIT OIAGRAM
ORIGINAL VERSION
Chassis Series E3-633
Give complete “SERVICE REF. NO.” for parts
order or servicing, it is shown on the
rating sheet at cabinet back of the unit.
~ote
This T.V. receiver will not work properly
in aforeign countries where the television
transmission system and poww source differ
form the design specifications. Refer to
the specifications for the design
specif icat ions.
D8EV
\
Reference No.wM-5m53

SAFETY PRECAUTIONS
1. An isolation transformer should be connected
in the power Iine between the receiver and
the AC Iine when aservice is performed on
the pr imar yof the converter transformer of
the set.
2. Compi ywith al itaut ion and saf et y-related
notes provided on the cabinet back, inside
the cabinet, on the chassis or the picture
tube.
3. When replacing achassis in the cabinet,
always be certain that all the protective
devices are installed proper Iy, such as,
control knobs, adjustment covers or
shields, barriers, isolation resistor-
capacitor networks etc.
Before returning any television to the
customer, the service technician must be
sure that it is completely safe to operate
without danger of electrical shock.
X—RAD IAT 10N PRECAUT 10N
The primary source of X-RADIATION in television receiver is the picture tube. The picture tube
is specially constructed to Iimit X-RADIATION emissions. For cent inued X-RADIATION protection,
the replacement tube must be the same type as the original including suffix letter. Excessive
high voltage may produce potent ial Iyhazardous X-RADIATION. TO avoid such hazards, the high
voltage must be maintained within specified limit. Refer to this service manual, high voltage
adjustment for specific high voltage limits. If high voltage exceeds specified limits, take
necessary corrective action. Carefully follow the instructions for +Bl volt power supply
adjustment, and high voltage adjustment to maintain the high voltage within the specified
limits.
PRODUCT SAFETY NOT ICE
—-
Product safety should be considered when acomponent rep Iacement is made in any area of a
receiver. Components indicated by mark ~inthe parts Iist and the schematic diagram designate
components in which safety can be of special significance. It Is particular Iyrecommended that
only parts designated on the parts Iist in this manual be used for component rep Iacement
designated by mark~.No dev iat ions from resistance wattage or voltage ratings may be made for
replacement iterns designated by mark ~,
-l–

SPEC IFI CAT 10NS
iPower source AC 230V, 50Hz
(
~Power consumption 100W CENELEC
~Television system \System -BIG
IColour system IPAL
I
IChannel coverage VHF 1-11
UHF 21-69
WIColour :3447 MHz
iAudio output I15W, 10~ distortion
ISpeaker I05”2,c$1OX4 8ohm
Picture tube
High voltage
Semiconductors
Dimensions
Weight
Ext. terminal
21-pin terminal
Audio monitor out
S-terminal in
Audio in
78 cm diagonal, 110 degree I
Type No, A78JVB61X(RU)
27 KV at Zero beam
149 Transistors
56 ICS I
Width 810 mm
Height 701 mm
Oepth 552 mm
CENELEC standard
RCA type, Rand L
S-VHS VCR standard
RCA type, Rand L
SUMMARY
This TV set al Iowa vou to receive CC IR-BIG system,
Two way speaker system Hi-Fi sound, and more powerful sound can be enjoyed by using audio monitor terminal.
61 function infra-red remote control including the teletext control.
Up to 30 broadcast stations in your reception area can be automat ical Iyfound by the frequency tuning system and
stored in the memory.
CENELEC standard 21-PIN terminals is provided, so aVCR, video disc player or other AV apparatus can be connected.
S-terminal is provided, so the VCR (S-VHS type) is can be connected,
The TELETEXT decoder is built in.
CONTROLS
I.STEREO/BILINGUAL
/---M-#
TV channel and programme
number indicator h,oI&
Power indicato
w
C(L)(D
~:
Main ON/OFF switch
1
PIP Colour &Brightness Control Programme UP/DOWN Programme Search
Contrast
(1
~x ,Tm~ ~]+ ‘A?
oQ,%
/3
Head Phone Volume Memory TV/AVSwilch
speaker is automatically
switched off.
–2–

CHASSIS DESCRIPTION
POWER SUPPLY
The power SUPPI ycircuit of the E3B chassis is composed
of arectifier smoothing circuit, an oscillation
circuit, acontrol circuit and an output rectifier
circuit.
The AC input VOI tage is ful l-wave rectified by the
rectifier smoothing circuit, and an astable DC voltage
is generated at both terminals of tha smoothing
capacitor C320. This voltage is input to the oscillation
circuit. The oscillation circuit is provided with a
blocking oscillator circuit that switches the switching
transistor Q323 ON and OFF, and an osci IIation frequency
and aduty square wave pulse are generated in the input
windings according to the operation of the control
circuit. Asquare-wave pulse whosa size is dependent on
the turn ratio of the input and output windings is
obtained in the output winding. This is rectified in the
output rectifier circuit, and the desired DC voltage is
obtained.
IF &DEFl_ECTION
The IF output signal from the tuner passes through the
SAW filter, and it is input to pin (6) and pin (7) of
IC180 and is input to pin (4) and pin (3) of ICICO.
Tha signal input to the IC180 passes through the IF
amplifier, video detection and video amplifier circuits
and it is output from pin (22) as acomposite video
signal, The output signal from pin (22) also passes
through the 5.5 MHz trap circuit of X197, and it is
input to pin (6) of IC2A0. The signal input to the ICICO
passes through the SIF amplifier, FM detector, volume
control and audio output circuit, and it is then output
from pin (15) as audio drive signal.
The sync. separation circuit separates the video signals
to vertical- and horizontal -sync .signals respect ivel y.
The horizontal-sync. signal passes through the IC401 and
it is applied to the gating circuit, and performs the
horizontal oscillation trigger.
The horizontal oscillation occurs as a result of the
circuit configuration consisting of C415, R420, VR411
and pin (15), and the horizontal free oscillation
frequent yis adjusted from pin (14). VR41O is for
adjustment of the horizontal cantring.
The separated vertical -sync .signal from the sync. -
separation circuit passes through the vertical-
separation circuit, and applied to the trigger divider
circuit. The horizontal oscillation pulse and input
vertical -sync .pulse are monitored by the trigger divider
circuit, and the switching (50Hz /60Hz) system.
The vertical amplitude is adjusted for 50Hz and 60Hz
automatically.
The output signal from the trigger divider is triggered
by the vertical oscillation circuit consisting’ of R404,
C404 and pin (4), and vertical drive pulse output from
VR405 is for changing the amount of AC feedback applied
to pin (2) and for adjustment of the vertical amplitude.
AUDIO OUTPUT <TDA1521>
The audio signal output from pin (13),(15) of IC850 is
input to pin (l),(9) of IC390 and passes through the
preamplifier circuit and the drive circuit, after that
it is input to the audio amplifier. The audio amplifier
is an SEPP (single-ended, push-pull) OTL type and
outputs to pin (4),(6) to drive the speaker directly.
VI DEO, CHROMA &R. G.B.
The composite video signal output from the pin (22) of
IC180 passes through Q1C3, Q5F2 and Q5F5, and it is
supplied to pin (15) of IC270 as the luminance (Y)
signal, to pin (15) of IC200 as the chroma signal.
The luminance signal input to the pin (15) of IC270 is
applied to the luminance amplifier and the contrast
control circuit. The gain control (contrast) is applied
by the pin (19) as DC voltage, and this signal is then -
input to the matrix circuit. The DC level of the
luminance signal can be varied (brightness) by the OC
voltage of pin (20).
The chroma signal input to pin (15) of IC200 passes
through the chroma amplifier, the saturation control,
the contrast control, and the output amplifier circuit,
and it is output to pin (12). The chroma signal output
to pin (11),(12) is input to the lH delay line circuit,
and ie divided into R-Y and B-Y chroma signals, and are
input to pin (11) respectively. The R-Y chroma signal
input to pin (11)isdetected by the CW signal which has
aphasa inversion of 180° every lH at the PAL switching
circuit, and is then taken out to the R-matrix circuit
as R-Y demodulated output. The B-Y chroma signal is
detacted by the CW signal which has no phase inversion,
and is then takan out to B-matrix circuit as B-Y
demodulated output. Tha R-Y and B-Y demodulated output
are matrixed G-Y matrix circuit, and G-Y demodulated
output taken out to G-matrix circuit.
The each R.G. B. matrix circuits are mixed the luminance
signal and aach R-Y, G-Y and B-Y demodulated output ._,
signal to obtain the red, green and blue primary colour
signals, and is applied tha each R.G.B. amplifier
circuits in the IC270. Tha signal passes through the
R.G,B. amplifier circuit are added to the blanking pulsa
which is producted by the sandcast signal input to pin
(10), and output to pin (1) as red signal, to pin
(3) as green signal, to pin (5) as blue signal.
The reference osci IIator operates at twice tha
subcarrier frequency which phase and frequency are
controlled by the burst phase and the fraquency of the
chroma signal. The oscillator can be adjusted by the
voltage of the phase detector output.
–3–

VERT ICAi_ OUTI=%JT
An IC (LA7831) is used for the vertical output circuit
In this chassis. The vertical drive pulse from pin (1)
of IC401 is input to pin (6) of IC450. This pulse drives
IC450, and the vertical scanning is performed. Inthe
first half of scanning adeflecting current is output
from pin (4) and passes through the following path:
VCC25V+ D450+ pin(5)+ pin(4)+ DY+ C451=D VR405.
An electric charge is then stored in C451. In the last
half of scanning the current path is C451+ DY+ pin(4)
+pin(6)+ VR405+ C451. In this way, an amplifying
sawtooth waveform current flows directly to DY to
perform the electron beam deflection.
Next, in the first half of the blanking period the
vertical drive pulse suddenly becomes OFF, and in order
to reduce the current flowing to OY, the current path
becomes to follow by the inductance of DY: DY+
pin(4).+ pin(6)+ VR405+ C451+ DY. Also, when the
charge of OY has dissipated, the current path becomes
VCC25V+ pin(8)+ pin(9)+ C457=D pin(5)+ pin(4)+ DY+
+C451+ VR405 and when the prescribed current value is
reached enough, the vertical drive pulse becomes ON,
This completes one cycle.
Horizontal_ OUTPUT
Ahorizontal oscillation signal is output from pin (11)
of IC401 and switches the drive transistor Q490. This
switching signal current is amplified by the drive
transformer T490 and drives the output transistor Q493.
When Q493 becomes ON, an amplifying current flows
directly to OY through C476+ L475JR479+ DY+ Q493+
+GND, and deflection is performed in the last half of
the scanning period.
Next, when Q493 becomes OFF, the charge that had bean
stored in OY up to that point releases aresonance
current to the resonant capacitors C493 and C494 and
charges them. The current stored in C493 and C494 is
then flowed back to DY, and an opposite charge is then
stored in OY. This opposite charge then switches the
dumper diode In Q494 ON, the resonance state is
completed, and an amplifying current is then flowed
again directly to DY through the dumper diode. By this
means, the deflection in the first half of the scanning
period is performed, and when Q493 becomes ON at
end of the first half of the scanning period,
deflection during the last half is begun,
completing one cycle.
the
the
thus
HIGH VOLTAGE
The 1000VP-P blanking pulse is generated in the primarY
coil of the flyback transformer T480, and it is boosted
10- 15 times, and astable high-voltage pulse superposed
with harmonics nine times, and the fundamental harmonics
IS generated. This is made into a20-30kV DC voltage by
using adouble-voltage rectifier circuit. Furthermore,
the intermediate voltage of the double-voltage rectifier
circuit is divided by the resistance, and used as the
focus and the screen vo Itages for the CRT. This
resistance for the potential division is unified in the
flyback transformer.
Moreover, the accompanying coils are used to generate
the heater voltage, and An pulse.
–4–

TINT
%“ Iw
?5 I
PHASE
c
“’~” 19 II’1’ ’41 18 171 ‘--I-
,9 PIP 1/0
7AV 1/0
o
u
UNIT ==mr o0
00 00 00 0-
01 C3 —
II l-.
%7
,F Q155 SAW
FILTER
AGC
(D/K
o‘1
o
0J
o
00 00
El
UNIT F4ilE&!li
Q1 KO Q1 LO
19 L= v4
I
u-l
I
-11
I1
,5 Q1C8 QIE;
w
SIF —
.FM I
IMAIN UNIT 11I---+c”
IC401
Q490 1
HoRlz
DRIVE I
[1
POWER UNIT E155V
25V
25V
I
—1
n
-$t- Q329
I I I Ill-– –––– –--l
=
12V
IC380
5V
IC381
M
Q320 Q322
ERROR ERROR II ~ 6.5V
DET. DRIVE DEFLECTDN
YCUE +:”” -— —–- -- Jl--
— — —

DISASS EM SLY
L
{
‘\
A— .—
I
I
A
B
I
.
..
L.
I
B
o
‘1”
.
0
~ t
.
●
9
“;I
D
.
Zjll
o
===1
$
0
—- A
CABINET BACK REMOVAL
Remove 16 screws (A).
Then draw off the cabinet back.
J
o
. .
. .
. .
0
PICTURE TUBE RBJOVAL
Caution:
Do not disturb the deflection yoke assembly on
CRT neck. Care must be taken to keep these
assamb Iies intact. Discharge picture tube by
shorting the anode connection to chassis ground.
(Not cabinet or other mounting parts. )
Remove the cabinet back and chassis,
Place the cabinet face down on asoft surface.
Remove 4screws (B).
Gently lift out the picture tube and place it on a
soft surface.
Install replacement picture tube in reverse order.
–6–

\

CIRCUIT Al_ IGNMENT
Fig.1 Input probe
IOkn
Fig.3 Damping R
100 ohm
won
v
[VIF ALIGNMENT ]
Fig.2 (Mmut probe
O.002u F
~?
Fig.4 Input probe (Trap adj.) Fig.5 Short clip
DETECTOR ADJ. TRAP ADJ. OVERALL WAVEFORM
DC 12V TP-4G TP-4G TP-4G
AGC voltage TP-l CTP-l CTP-l C
sOutput probe lC180-6pin a-side Tuner-TP a-side Tuner-TP b-side
EInput probe Q1 C3-E Q1 55-C Fig.3 Q1 C3-E
TShort clip lC180-7pin
TDamping RTP-lD
ISystem SW 6/G(38.9), 1(39.5) B/G B/G or I
NBand VHIGH VHIGH
GSweep ATT 30dB 20dB 18dB
Tuning voltage —lCl10-15pin
By using T185, By using T143. By using the tuner
adjust “P” to the bring the trap to converter coil and
maximum, A(40.4). T137, make the
Adjustment P(38.9/39.5) By using T140. marker positions
bring the trap to to P=38*5% (B/G)
A’(31.9). P=40*5% (1)
=
VIF waveform
A~j-
A“(31.9) (40.4) AA’ SA
–8–

[AFT ALIGNMENT ]
SETTING OF AGC VCENTER FADJ,
DC 12V
A’GC voltage
Output probe
Input probe
Short clip
Damping R
System SW
Band
SG output
s
E
T
T
I
N
G
TP-4G
TP-lC
Tuner-TP b-side
Q1 C3-E
TP-4G
TP-lC
lC180-6pin a-side
TP-lT
IC180-7pin
TP-lD
B/G, IB/G, I
VHIGH
40mVrms
VH IGH
Fix the AGC
voltage for the
waveform to be
1,0 vp_ra,
By using T182,
adjust SG output
to be equal to the
base line,
Adjustment Fig.6
o.oIPF’
+
38.9 (39.51
[Rasc
Lint
Sc Outpst
Pwl Yr
_m
c“’
1Vp-p
c?
c’
VIF waveform Fig,7 O.OIN
A’ SA* 39kn
[SIF ALIGNMENT ]
FM DETECTOR ADJ.1 FM DETECTOR ADJ.3FM DETECTOR ADJ,2
—
s
E
T
T
I
N
G
—
DC 12V
AGC voltage
Output probe
Input probe
V-meter
System SW
carrier
modulation
TP-4G
TP-lJ
lCICO-3pin a-side
lCICO-19pin
TP-4G
TP-1 J
lCICO-17pin Fig.6
TP-lL Fig.7
lCICO-15pin
B/G(5.5MHz)
I(6.OMHZ)
1KHz, sine-wave
TP-4G
TP-lJ
lCICO-6pin Fig.6
TP-lK Fig.7
lCICO-10pin
B/G(5.74MHz)B/G(38,9),l(39.5)
1KHz, sine-wave
By using TIEO,
adjust the DC
voltage of the
lCl10-10pin to
4. Ov.
or adjust “B” to
the maximum,
Adjust AGC voltage
for “A” to be
0.5 via-p.
By using T1E4,
adjust the DC
voltage of the
lCl10-15pin to
4, Ov,
or adjust “A” to
the maximum.
Adjustment By using T1L2,
adjust “P” to be
on the center line
mEl
P(38.9)
(39.51 %BiI
VIF waveform
—
–9–

SERVICE CONTROL ADJUSTMENTS
TU.AGC ADJUSTMENT
—1, Tune the receiver to the clearest
station.
2. Rotate VR175 fully counter-clockwise
and then clockwise slowly until the
snow noise just disappears.
[COLOUR PHASE ADJUSTMENT)
3. Connect the oscilloscope to test
points (+) “TP-2B” and (-) “TP-2E”.
4. By using VR220, adjust the amplitude
“b” to the minimum.
Fig.11
b
HORIZONTAL OSCILLATION ADJUSTMENT
1. Tune the receiver to the PAL SECAM COLOUR ADJUSTMENT
[BELL-FILTER ADJUSTMENT]
circular pattern.
Connect the short clip between test
points “TP-4A” and “TP-4E”.
Adjust VR411 so that the picture
comes to the standstill.
Fig,8 PAL circular pattern
r4
2.
3.
1,
2.
3.
4.
Tune the receiver to the SECAM
colour bar pattern.
Set brightness and colour controls
to the normal.
Connect the oscilloscope to test
points (+) “TP-2A” and (-) “TP-2E”.
By using T201, adjust the wave
al A?)
Short clip form for its top-wave to be equal.
LFig,12 SECAM colour bar pattern
~lppcr
-II II
-l-l >lul=lwlil
PAL COLOUR ADJUSTMENTS
[CW OSC ADJUSTMENT]
1: Tune the receiver to the PAL colour
bar pattern.
2. Set brightness and colour controls
to the normal.
3. Connect the short clip between test
points “TP-2D” and “TP-2E”.
4. Adjust VC236 to obtain colour
synchronized picture.
Fig.9 PAL colour bar pattern
1 1 El
*
v
*
m
v
“
.-
;
Lower
[SECAM ID DICRI ADJUSTMENT]
3. Connect the oscilloscope to test
points (+) “TP-2C and (-) “TP-2E”.
4. By using T235, adjust “A” to the
maximum.
Fig,13 L
+1
,,‘-’:’ ‘L
---’ T
-..
b
Uoow
Lower
[R-Y ADJUSTMENT]
3. Connect the oscilloscope to test
points (+) “Tp-2R” and (-) “Tp-2E”.
4, By using T211, adjust “a” to be the
same position as “b”.
Fig,14 lcF~lEr L!NF
-b
[lH DELAY
3< Connect ADJUSTMENT]
the oscilloscope to test
points (+) “Tp-2B” and (-) “Tp-2E”.
4. By using T220, adjust the amplitude
at “a” to the minimum.
Fig.10 —J_- -+1,
+......‘-r’-
a
\–lo–

[B-Y ADJUSTMENT}
3. Connect the oscilloscope to test
points (+) “Tp-2B” and (-) “Tp-2E”,
4. By using T21O, adjust “a” to be the
same position as “b”.
Fig.15 CENTERLINE
hb
AUDIO OUTPUT ADJUSTMENT
[FM OUTPUT ADJUSTMENT]
1. Tune the receiver to
a
the FM signal.
*Modulation frequency is 400Hz or
1kHz.
*A: FM 80% modulation.
B: FM 60% modulation.
2. Connect the digital V-meter to 1pin
or 3pin on SCART.
3. By using VR1 C8, adjust the amplitude
to A: 500+20 mVrms.
B: 350*10 mVrms.
Fig.16
[STEREO PILOT ADJUSTMENT]
1. Tune the receiver to the FM signal,
(400Hz &1KHz Dual)
2. Connect the oscilloscope to 19 pin
of IC801.
3. By using T801, adjust the amplitude
to be maximum.
[SEPARATION ADJUSTMENT]
1. Tune the receiver to the FM signal,
(400 Hz)
2. Connect the digital V-meter to 3pin
on SCART.
3. By using VR1E3, adjust the amplitude
to be minimum.
SUB CONTRAST ADJUSTMENT
1, Tune the receiver to the PAL colour
bar pattern.
2. Set colour control to the minimum,
and contrast to the maximum.
3. Connect the short clip between test
points “TP-2X” and “TP-2Y”.
4. Connect the osci IIoscope to test
points (+) “lC601-12pin” and (-)
“TP-6E”.
5. By using VR272, adjust “A“ to
1O*5 vp_p. By using VR271,
“B“ to 11 5*5 Via-p.
Fig.17
RASTER CENTER ADJUSTMENT
[SCREEN VR ADJUSTMENT]
1,
2.
3.
adjust
Tune the receiver to the PAL
circular pattern.
Set brightness
to the normal,
maximum.
Set the screen
Iines to be
and colour controls
and contrast to the
VR for the retrace
visible on screen. -
[RASTER CENTER ADJUSTMENT]
3. By using VR461, H-with to be
minimum.
4. By using the raster center switching
tip (KHC-1/2/3), adjust raster
center. (a=b)
Fig.18
GREY SCALE ADJUSTMENT
[SCREEN VR ADJUSTMENT]
1, Set brightness and colour controls -
to the normal, and contrast to the
maxi mum,
2. Connect the osci IIoscope to the test
point (+) “lC601-12pin” and (-)
“TP-6E” .
3. By using the screen VR, set “a“ to
DC150V,
Fig.19 02 BLACK LEVEL
–11–

[WHITE POINT ADJUSTMENT]
1. Tune the receiver to the white
-pattern.
2. Set brightness control to the normal
contrast to the maximun, and colour
to the minimum.
3. By using VR273 and VR274 adjust the
white balance.
SUB BRIGHT ADJUSTMENT
1. Tune the receiver to the PAL
2.
3.
circular pattern.
Set brightness and colour controls
to the normal, and contrast to the
minimum.
By using VR272, adjust the voltage
to 1.35*0.005 v.
SUB COLOUR ADJUSTMENT
1. Tune the receiver to the PAL colour
L
2.
3.
4.
bar pattern.
Set brightness and colour controls
to the normal, and contrast to the
maximum.
Connect the osci Iloscope to the test
point (+) “TP-6B” and (-) “TP-6E”.
By using VR270, adjust “A” to the
zero. A=O
Fig.20 I
A
-m
HIGHT-VOLTAGE CONFIRM
1.
2.
3.
4.
Tune the receiver to the PAL
circular pattern.
Connect the digital V-meter to test
points (+) “TP-4C and (-) “TP-4B”,
and the high-voltage meter to the
CRT anode.
Confirm the high voltage 27* IkV,
then the digital V-meter is
1.35*0.05 v.
Confirm the high voltage less than
29.5 -,
+0. 5kV, when brightness and
contrast controls are to the
minimum.
V-CENTER, WIDTH ADJUSTMENT
[V-CENTER ADJUSTMENT]
1. Tune the receiver to the PAL
circular pattern.
2, Set brightness control to the
normal, and contrast to the maximum.
3. Adjust the vertical center switching
tip (KVC-1/2/3) to obtain proper
V-center.
[V-WIDTH ADJUSTMENT]
4, Adjust VR405 to obtain proper
V-width,
[H-CENTER ADJUSTMENT]
31 Adjust VR41 Oto
H-center.
u
FOCUS ADJUSTMENT
SIDE PCC ADJUSTMENT
1. Tune the receiver
pattern.
2. Set brightness
to the cross hatch
control to the
normal, and contrast to the maximum.
3. Make astraight vertical line by
using VR460.
H-WIDTH ADJUSTMENT
1. Tune the receiver to the PAL
circular pattern.
2. Set brightness control to the
normal, and contrast to the maximum.
3. Adjust VR461 to obtain the proper
H-width. a+b=5~l
Fig.21
\,,
1. Tune the receiver
circular pattern.
2. Set contrast control
3. Adjust FOCUS VR to
picture.
obtain proper
to the PAL
to the maximum.
obtain the best
UILITM flARti E4!r –12–

PIP ADJUSTMENT
SUB CONTRAST ADJUSTMENT
1, Tune the receiver to the PAL
bar. pattern.
2. Connect the oscilloscope to
points (+) “TP-2102” and
“TP-21OO”,
3. By using VR2103, adjust
amplitude to 1,0 *0.05
Fig.22 l-1-JIL
A
PAL COLOUR ADJUSTMENT
1. Tune the receiver to the PAL
bar pattern.
2. Connect the oscilloscope to
points (+) “TP-2101” and
“TP-21OO”.
3. By using VR2104, adjust the
amplitude to the minimum.
4. By using T2101, adjust the
amplitude to the minimum,
5. By using T2102, adjust the
amplitude to the minimum,
Fig.23
colour
test
(-)
the
VP+
colour
test
(-)
“a“
“b“
“c“
4c
c
c
ba’
SUB COLOUR ADJUSTMENT
1. Tune the receiver to the PAL colour
bar pattern.
4. Connect the osci Iloscope to test
points (+) “TP-2101 “and (-)
“TP-2100”,
5. By using VR2102, adjust the
amplitude to 1.0 *0.05 VP-P,
Fig.24
[1$
dl!!i-
B
H-CENTER ADJUSTMENT
1, Tune the receiver to the PAL
circular pattern.
2. Set brightness and colour controls
to the normal, and contrast to the
maxi mum,
3. Set brightness and colour controls
(PIP) to the maximum,
4, Adjust the VR2105 to obtain proper
H-center of PIP picture.
GRAY SCALE ADJUSTMENT
1.
2.
3.
4,
5.
6.
7.
Tune the receiver to
bar pattern.
Set brightness and
to the normal, and
maximum,
the PAL colour
colour controls
contrast to the
Set brightness control (PIP) to the
maximum, and colour control (PIP) to
the minimum.
Connect the osc iIIoscope to test
points (+) “TP-2107” and (-)
“TP-211 O”, (+) “TP-2106” and (-)
“TP-211 O”.
By using VR21 92, adjust the added
video level to the minimum.
(Horizontal Iine only)
Fig.25
ti
H
Connect the oscilloscope to test
points (+) “TP-21 07” and (-) -
“TP-211 O”, (+) “TP-2108” and (-)
“TP-21 10”.
By using VR2191, adjust the added
video level to the minimum,
(Horizontal Iine only)
Fig.26
8
“1
–13–

CABINET PARTS L1ST
LNote: Parts order must contain Service Ref. No., Key No., Part No. and Description,
1.
/2“
19.
18
17.
16.
15.
,4/’
Key No.
1.
2.
3.
4.
5.
6.
7.
8.
9.
10,
11,
12.
13.
14.
15.
16.
17.
18.
19.
L3.
-%1
“/ hi\
13. 12. 11. 10. 9, 8,
1’
Part No.
610 208 4788
610 212 3081
610 081 7708
610 208 2937
610 209 8662
610 117 7641
610 208 2838
610 105 3075
610 212 6624
610 206 9129
610 208 4146
610 212 4064
610 213 9211
610 103 3022
610 208 2890
610 209 9881
610 208 2869
610 208 2845
610 210 4967
Description
Cab inet
Back cover
Speaker grille
Speaker decoration pla,te
Speaker grille
Rubber leg
Leg decoration
Cabinet leg
Panel decoration plate
Power button
LED decoration plate
Control decoration plate
Control door
Push button (9 used)
Front panel
Speaker grille
Trimming
Escutcheon
RC transmitter US0347 (JXHB)
.
-14–

C.r?.m TP4. TD5
I
G
I
Ml
M
?rPl ‘Q22JK
ti2 U3 Lfb Lal
v- ‘H:
L42
Lsl C8 c9~p Cls
C.4 ~*+ 6.8* cl?
z.2n
C17
La3 70/+ ~fi
2, Clo c:+
T
~~cz; us 97P 4P la+ Cle R241
6.9*
,41
ki!!!%’@iLv?l L> ]
,Lc3
-
,2.9
R2/1
<,?9
-c’* ‘“L’‘w““x
-22. “T! IA=d.-.
IL.LJu-l-.ll-rhl ‘
A?*+?
L.s :x-?
100? /ooP II
1I

‘L
CHASSIS ELECTRICAL PARTS I_ 1ST
PRODUCT SAFETY NOTICE
PRODUCT SAFETY SHOULD BE CONSIDERED WHEN A COMPONENT REPLACEMENT ISMADE INANY AREA OF A RECEIVER COMPONENTS
INDICATED BY A MARK ~ IN THIS PARTS LIST AND THE CIRCUIT DIAGRAM SHOW COMPONENTS WHOSE VALUE HAVE SPECIAL SIG-
NIFICANCE TO PRODLK7 SAFETY IT IS PARTICULARLY RECOMMENDED THAT ONLY PARTS SPECIFIED ON THE FOLLOWING PARTS LIST BE
USED FOR COMPONENTS REPLACEMENT POINTED OUT BY THE MARK
N~E: Pert ofdermust contain Service Ref. No., Ref. No., Pert No. and Description
Rof .Part
No. No. Description
6102137941 (IF&DEF UNIT D8EV)
TRANSISTORS
Q1A2
QIA7
Olco
Q1C3
IJ1C8
QIEO
QIKO
QILO
0155
124A5
Q4A9
Q4C3
4060071901
OR 4060071802
OR 4050044205
OR 4050044809
OR 4050287909
4060072106
OR 4060072007
OR 4050191909
OR 4050192708
OR 4050193804
4060072106
OR 4060072007
OR 4050191909
OR 4050192708
OR 4050193804
4060071901
OR 4060071802
OR 4050287909
OR 4050044205
OR 4050044809
4060072106
OR 4060072007
OR 4050191909
OR 4050192708
OR 4050193804
4060072106
OR 4060072007
OR 4050191909
OR 4050192708
OR 4050193804
4050666803
OR 4050098208
OR 4050114304
OR 4050114403
OR 4050125706
OR 4050125805
4050666803
OR 4050098208
OR 4050114304
OR 4050114403
OR 4050125706
OR 4050125805
4050149207
4060072106
OR 4060072007
OR 4050191909
OR 4050192708
OR 4050193804
4060072106
OR 4060072007
OR 4050191909
OR 4050192708
OR 4050193804
4060072106
OR 4060072007
TR JC556A
TR JC556B
TR 2SA608-E-CTV-NP
TR 2SA608-F-CTV-NP
TR 2SA608-G-CTV-NP
TR JC546A
TR JC546B
TR 2SC536-E-NP
TR 2SC536-F-NP
TR 2SC536-G-NP
TR JC546A
TR JC546B
TR 2SC536-E-NP
TR 2SC536-F-NP
TR 2SC536-G-NP
TR JC556A
TR JC556B
TR 2SA608-G-CTV-NP
TR 2SA608-E-CTV-NP
TR 2SA608-F-CTV-NP
TR JC546A
TR JC546B
TR 2SC536-E-NP
TR 2SC536-F-NP
TR 2SC536-G-NP
TR JC546A
TR JC546B
TR 2SC536-E-NP
TR 2SC536-F-NP
TR 2SC536-G-NP
TR 2SCI047-B
TR 2SC1047-C
TR 2SC1674-L
TR 2SC1674-H
TR 2SC1923-O
TR 2SC1923-R
TR 2SC1047-B
TR 2SC1047-C
TR 2SC1674-L
TR 2SC1674-H
TR 2SC1923-O
TR 2SC1923-R
TR 2SC2570A
TR JC546A
TR JC546B
TR 2SC536-E-NP
TR 2SC536-F-NP
TR 2SC536-G-NP
TR JC546A
TR JC546B
TR 2SC536-E-NP
TR 2SC536-F-NP
TR 2SC536-G-NP
TR JC546A
TR JC546B
Rd. Part
No. No. Description
OR 4050191909 TR 2SC536-E-NP
OR 4050192708 TR 2SC536-F-NP
OR 4050193804 TR 2SC536-G-NP
Q4C7 4060072106 TR JC546A
OR 4060072007 TR JC546B
OR 4050191909 TR 2SC536-E-NP
OR 405019 270B TR 2SC536-F-NP
OR 4050193804 TR 2SC536-G-NP
Q410 4060072106 TR JC546A
OR 4060072007 TR JC546B
OR 4050191909 TR 2SC536-E-NP
OR 4050192708 TR 2SC536-F-NP
OR 4050193804 TR 2SC536-G-NP
Q411 4060072106 TR JC546A
OR 4060072007 TR JC546B
OR 4050191909 TR 2SC536-E-NP
OR 4050192708 TR 2SC536-F-NP
OR 4050193804 TR 2SC536-G-NP
9420 4060072106 TR JC546A
OR 4060072007 TR JC546B
OR 4050191909 TR 2SC536-E-NP
OR 4050192708 TR 2SC536-F-NP
OR 4050193804 TR 2SC536-G-NP
Q430 4060071901 TR JC556A
OR 406007 1B02 TR JC556B
OR 4050044205 TR 2SA608-E-CTV-NP
OR 4050044809 TR 2SA608-F-CTV-NP
OR 4050287909 TR 2SA608-G-CTV-NP
Q431 4060072106 TR JC546A
OR 4060072007 TR JC546B
OR 4050191909 TR 2SC536-E-NP
OR 4050192708 TR 2SC536-F-NP
OR 4050193804 TR 2SC536-G-NP
Q432 4060072106 TR JC546A
OR 4060072007 TR JC546B
OR 4050191909 TR 2SC536-E-NP
OR 4050192708 TR 2SC536-F-NP
OR 4050193804 TR 2SC536-G-NP
Q433 4060072106 TR JC546A
OR 4060072007 TR JC546B
OR 4050191909 TR 2SC536-E-NP
OR 4050192708 TR 2SC536-F-NP
OR 4050193804 TR 2SC536-G-NP
Q435 4060072106 TR JC546A
OR 4060072007 TR JC546B
OR 4050191909 TR 2SC536-E-NP
OR 4050192708 TR 2SC536-F-NP
OR 4050193804 TR 2SC536-G-NP
Q440 4060071901 TR JC556A
OR 4060071802 TR JC556B
OR 4050044205 TR 2SA608-E-CTV-NP
OR 4050044809 TR 2SA608-F-CTV-NP
OR 4050287909 TR 2SA608-G-CTV-NP
Q441 4060072106 TR JC546A
OR 4060072007 TR JC546B
OR 4050191909 TR 2SC536-E-NP
OR 4050192708 TR 2SC536-F-NP
OR 4050193804 TR 2SC536-G-NP
Q442 4060072106 TR JC546A
–16–

Ref. Pert
Uo. No. Description
OR 4060072007 TR JC546B
OR 405019 1909 TR 2SC536-E-NP
OR 405019 2708 TR 2SC536-F-NP
OR 4050193804 TR 2SC536-G-NP
r1470 4060072106 TR JC546A
OR 4060072007 TR JC546B
OR 405019 1909 TR 2SC536-E-NP
OR 4050192708 TR 2SC536-F-NP
OR 4050193804 TR 2SC536-G-NP
9471 4050647307 TR 2SB1274-Q-RA
OR 4050647406 TR 2SB1274-R-RA
OR 4050647505 TR 2SB1274-S-RA
9490 4050142406 TR 2SC2383-O(SAN)
OR 4050142505 TR 2sc2383-R(SAN)
0493 4050822407 TR 2s01879-CTV-YB
INTEGRATEDCIRCUITS
Iclco 4100280003 [C TOA2556/N2
Icloo 4090092105 Ic HO14050BP
OR 4090208506 Ic LC4050B
OR 409051 2306 Ic TC4050BP
Icllo 4100196205 [c SAB3035
IC180 4100197004 IC TOA2549P
IC4A0 4090116603 IC H07409P
OR 4090448001 [c SN7409N
IC401 4100367209 IC TOA2579/N6
OR41O 0479803 IC TOA2579A/N7
IC450 4090195707 lc LA7B31
IC485 4090268609 IC L78H05-RA
CAPACITORS
C1A3 4031524702 NP-ELECT 10UH 16V
C1A7 4030333602 CERAHIC 82PJ 50v
C1A8 4030282009 CERAHIC 56PJ 50v
Clco 4030422405 ELECT 100UH 16v
Clcl 4030197709 CERAH[C 27PJ 50v
CIC2 4030197709 CERAMIC 27PJ 50v
CIC4 4030618105 POLYESTER 4700PK 50V
C1C5 4030698305 CERAMIC O.oluz 50V
CIC6 4030490008 ELECT lulf 50V
CIE1 4030305401 CERAHIC 68PJ 50V
CIE4 4030113808 CERAMIC 120PJ 50V
CIE5 4030698305 CERAtilC O.oluz 50V
C1E6 4030698305 CERAtl[C O.oluz 50V
C1E7 4030418804 ELECT 10UH 16V
CIE9 4030422405 ELECT 100UH 16v
CIJ1 4030424805 ELECT 1000UH 16v
C1J6 4030698305 CERAHICO.oluz 50V
CIJ7 4030698305 CERAHIC O.oluz 50V
CIJ8 4030698305 CERAMIC O.oluz 50V
CIK1 4030698305 CERAHIC O.oluz 50V
C1K5 4030093407 CERAH1C 100PJ 50V
CIK6 4030698305 CERAHIC O.oluz 50V
C1K7 4030698305 CERAtflC O.oluz 50V
C1K9 4030698305 CERAMIC O.oluz 50V
C1L2 4030281606 CERAMIC 56PJ 50v
C1L3 4030439106 ELECT 47Uli 16V
C1L4 4030698305 CERAHIC O.oluz 50V
Cllo 4030698305 CERAHIC O.oluz 50V
C117 4030439106 ELECT 47U H 16V
c118 4030675702 HT-COHPO IUJ 50V
C119 4030439106 ELECT 47UH 16v
C120 4030698305 CERAMIC O.oluz 50V
C121 4030494204 ELECT 10UM 50V
C122 4030676709 HT-COt4P0 0.22UJ 50V
C123 4030619607 POLYESTER 0.047UJ 50V
C124 4030225907 CERAtflC 33PJ 50V
C126 4030490008 ELECT lUH 50V
C127 4030490008 ELECT lUH 50V
C128 4030490008 ELECT lull 50V
C129 4030418804 ELECT 10UH 16v
-J_
?ef.
Uo.
C130
C131
C135
C136
C137
C154
C155
C156
C161
C170
C171
C172
C173
C174
C175
C177
C179
C18A
C18C
C180
C182
C183
C185
C187
C188
C189
C4A0
C4C0
C4C1
C4E0
C4E1
C401
C402
C404
C405
C406
C407
C408
C409
C41O
C411
C413
C414
C415
C416
C417
C418
C420
C430
C431
C435
C436
C440
C450
C451
C453
C454
C455
C456
C457
C460
C461
C462
C463
C464
C465
C470
C471
C473
C474
C475
C477
c482
C484
C485
Pert
No. 1I
4030469905
4030490008
4030305401
4030148008
4030261103
4030698305
4030698305
4030698305
4030698305
4030608205
4030506600
4030698305
4030738308
4030698305
4030469905
4030698305
4030418804
4030698305
4030427707
403069 B305
4030698305
4030333206
4030261103
4030064209
4030698305
4030439106
4030403701
4040012702
4030431902
4030855203
4030855203
4030490008
4030676204
4030675603
4030703801
4030499803
4030427707
4030676204
4030418804
4030430202
4030698305
4030403701
4030675603
4030812800
4030427707
4030698305
4030676204
4030186208
4030396508
4030396508
4030856804
4030422405
4030854008
4030648201
4030538304
4030358100
4030595901
4030689006
4030538304
4030532104
4030854008
4030499803
4030386301
4030427707
4030490008
4030676501
4030496307
4030660104
4030829808
4030835700
4030835601
4030830309
4030558401
4030666106
4030399004
ELECT
ELECT
CERAHIC
CERAtflC
CERAtflC
CERAtilC
CERAtilC
CERAH1C
CERAH1C
POLYESTER
ELECT
CERAH1C
CERAHIC
CERAHIC
ELECT
CERAH[C
ELECT
CERAtl1C
ELECT
CERAtflC
CERAtlIC
CERAMIC
CERAMIC
CERAHIC
CERAtflC
ELECT
ELECT
ELECT
ELECT
NP-ELECT
NP-ELECT
ELECT
HT-COHPO
HT-COHPO
CERAHIC
ELECT
ELECT
tfT-COHPO
ELECT
ELECT
CERAHIC
ELECT
HT-COHPO
POLYPRO
4.7UH 25V
lUH 50V
68PJ 50V
180PJ 50V
47PJ 50V
O.oluz 50V
O.oluz 50V
O.oluz 50V
O.oluz 50V
0.033UK 50V
3.3UH 50V
O.oluz 50V
4700PK 50V
O.oluz 50V
4.7UH 25V
O.oluz 50V
10UH 16V
O.oluz 50V
22UH 16V
O.oluz 50V
O.oluz 50V
82PJ 50V
47PJ 50V
lPC 50V
O.oluz 50V
47UH 16V
220UH 10V
220UH 200V
2200UH 16V
22UH 16v
22UH 16v
lUH 50V
0.15UJ 50V
O.lUJ 50V
120PK 50V
2.2UH 50V
22UH 16v
0.15UJ 50V
10UH 16v
220UH 16v
O.oluz 50V
220UM 10V
O.lUJ 50V
2200PJ 100V
ELECT 22UH 16V
CERAMIC O.oluz 50V
HT-COHPO 0.15UJ 50V
CERAHIC 220PJ 50V
ELECT 100UH 10V
ELECT 100UH 10V
NP-ELECT 47UH 16v
ELECT IOOUH 16V
NP-ELECT 10UH 16V
POLYESTER 0.047UK IOOV
ELECT 3300UH 35V
CERAHIC 27PK 500v
POLYESTER 0.022UK 50V
CERAHIC 100PK 50V
ELECT 3300UH 35V
ELECT 220UM 35V
NP-ELECT 10UH 16V
ELECT 2.2UH 50V
ELECT 220UH 6.3V
ELECT 22UH 16V
ELECT lUH 50V
HT-COHPO 0.18uJ 50v
ELECT 100UM 50V
HT-POLYEST 2.2UK 100V
POLYPRO 0.33UJ 200V
POLYPRO 0.33UK 400V
POLYPRO 0.33UJ 400V
POLYPRO 0.39UJ 200V
ELECT 22UH 250V
HT-POLYEST 0.47UJ 250v
ELECT 1000UH 10V
—
–17–

Ref. Pert
No. No. Description
C486 4030383409 ELECT 1000UH 6.3V
C487 4030675702 t!T-COHPO lUJ 50V
C489 4030759006 CERAtllC 150PK 500v
C490 4030757101 CERAtflC 1000PK 500V
C491 4030763102 CERAHIC 3900PK 500V
C492 4030510607 ELECT 4.7UH 50v
C494 4040335702 MT-POLYPRO 9800PJ 1.5K
C495 4030836806 POLYPRO 0.056uJ 400v
C496 4040307501 HT-POLYPRO 7200PJ 1.5K
RESISTORS
R1A2 401021 1906 CARBON 560JA l/4U
R1A3 4010269600 CARBON 470JA l/6U
R1A4 4010272600 CARBON 5.6KJA l/6u
R1A5 4010267002 CARBON 3.9KJA l/6U
RIA6 4010275205 CARBON 680JA l/6u
R1A7 4010278305 CARBON 820JA 1/6u
RIA8 4010249305 CARBON 1.2KJA l/6U
R1A9 4010269600 CARBON 470JA l/6u
RICO 4010247004 CAREON IKJA l/6u
RIC1 4010278305 CARBON 820JA 1/6u
R1C2 4010249305 CARBON 1.2KJA l/6u
R1C3 401021 1906 CARBON 560JA l/4U
R1C6 4010264308 CARBON 3.3KJA l/6u
RIC8 4010261000 CARBON 2.7KJA 1/6u
RIEO 4010163809 CARBON 2.2KJA l/4U
RIE1 4010095803 CARBON 330JA 1/2u
R1E2 4010095803 CARBON 330JA l/2u
RlJ7 4010272600 CARBON 5.6KJA l/6U
R1J8 4010272303 CARBON 560JA 116u
R1J9 4010272303 CARBON 560JA 1/6u
R1K3 4010273003 CARBON 56KJA l/6U
R1K4 4010258208 CARBON 22KJA l/6u
R1K5 4010261000 CARBON 2.7KJA l/61r’
R1K6 4010251605 CARBON 1.5KJA l/6u
RIK7 4010095803 CARBON 330JA l/2N
R1K8 4010095803 CARBON 330JA l/2U
R1K9 4010251605 CARBON 1.5KJA l/6tl
RILO 4010273003 CARBON 56KJA 1/6u
RILI 4010258208 CARBON 22KJA l/6U
R1L4 4010247400 CARBON IOKJA l/6U
R1L5 4010247400 CARBON IOKJA l/6N
RIOA 4010125708 CARBON IKJA l/4U
R107 4010184903 CARBON 33KJA 1/4u
RI08 4010127009 CARBON IOKJA l/4U
R109 4010127009 CARBON 10KJA l/4U
RI1O 4010170807 CARBON 270JA l/4u
Rlll 4010170807 CARBON 270JA l/4u
RI12 4010184903 CARBON 33KJA 114u
R113 4010183807 CARBON 3.3KJA l/4u
RI14 4010137305 CARBON 120KJA l/4u
R115 4010137305 CARBON 120KJA l/4u
R116 4010269907 CARBON 4.7KJA l/6U
R117 4010269907 CARBON 4.7KJA l/6U
R118 4010247400 CARBON IOKJA 1/6u
R119 4010252305 CARBON 150KJA l/6U
R120 4010658503 OXIDE+IT 15KJA 2U
R121 4010199600 CARBON 47JA l/4u
R138 4010246700 CARBON IOOJA l/6U
R154 4010246700 CARBON 100JA l/6U
R155 4010272600 CARBON 5.6KJA l/6U
R156 4010247004 CARBON IKJA l/6u
R157 4010162604 CARBDN 220JA l/4u
R158 4010251100 CARBON 15JA l/6u
R161 4010247400 CARBON IOKJA l/6u
R170 4010247004 CARBON IKJA l/6U
R171 4010247707 CARBON 100KJA l/6U
R172 4010254903 CARBON 180KJA l/6u
R173 4010251902 CARBON 15KJA 1/6!4’
R174 4010267408 CARBDN 39KJA l/6u
R175 4010252305 CARBON 150KJA l/6U
R176 4010258703 CARBON 220KJA l/6u
R177 4010258703 CARBON 220KJA l/6U
Ref. IPert
No. No. Description
R178
R181
R188
R189
R197
R4A3
R4A4
R4A5
R4A6
R4A7
R4A9
R4C0
R4CI
R4C3
R4C4
R4C5
R4C7
R4C8
R4C9
R4E0
R4E1
R4E2
R4E3
R4E4
R401
R402
R403
R404
R405
R406
R408
R409
R41O
R412
R413
R414
R415
R416
R417
R418
R419
R420
R421
R422
R423
R424
R425
R426
R427
R428
R429
R430
R431
R432
R433
R434
R435
R436
R437
R438
R439
R440
R441
R442
R443
R444
R445
R450
R451
R453
R454
R460
R461
R462
R463
401026
401026
401025
401027
401024
401027
401024
401012
401027
401027
401012
401027
401027
401012
401027
401027
401012
401025
401025
401026
401026
401026
401026
401025
401027
401016
401025
401019
401017
401019
401012
401027
401016
401026
401022
401024
401026
401025
401025
401018
401027
401026
401022
401022
401016
401016
401017
401026
401027
401012
401026
7002
1000
7805
2303
6700
5205
7004
4503
5205
2600
5708
5205
2600
5708
5205
2600
5708
7805
7805
9907
0607
9600
9600
4606
2600
4806
8703
4704
3808
4704
5708
2600
1508
9600
3107
7707
4605
1605
1902
4903
3003
7408
1905
1905
2604
6503
2801
1307
3003
7009
7408
4010128105
4010258703
4010273003
4010275908
4010264605
4010251605
4010275502
4010247004
4010272600
4010261307
4010273003
4010247004
4010249305
4010249305
4010247004
4010251605
4010683703
4010103102
4010095803
4oi 0574100
4010162604
4010162604
4010221905
4010164806
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBDN
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
CARBON
OXIDE-MT
CARBON
CARBON
OXIOE-HT
CARBON
CARBDN
CARBON
CARBON
3.9K JA l/6N
2.7K JA l/6U
2.2K JA l/6u
560 JA l/6u
100 JA l/6tl
680 JA l/6U
lK JA l/6u
100JA l/4U
680 JA l/6u
5.6K JA l/6U
lK JA 1/4U
680 JA l/6U
5.6K JA l/6U
lK JA l/4U
680 JA l/6u
5.6K JA l/6U
lK JA 1/4!4
2.2K JA l/6U
2.2K JA l/6U
4.7K JA l/6N
270 JA l/6u
470 JA 1/6!4
470 JA l/6N
18KJA l/6U
5.6KJA l/6u
22K JA l/4U
220K JA l/6u
3.91iJA l/4tl
270K JA l/4U
3.91iJA l/4U
IK JA l/4U
5.6K JA l/6U
22 JA l/4U
470 JA l/6u
6.8K JA l/4U
100KJA l/6U
33K JA l/6U
1.5KJA l/6N
15K JA l/6U
33K JA l/4N
56K JA l/6U
39K JA l/6U
680 JA l/4U
680 JA l/4U
220 JA l/4U
2.2H JA l/4U
27K JA l/4H
27K JA l/6u
56K JA l/6U
10K JA l/4U
39K JA l/6U
100KJA l/4U
220K JA l/6u
56K JA l/6u
68K JA l/6H
33K JA l/6tl
1.5KJA l/6u
6.8K JA l/6U
lK JA l/6U
5.6K JA l/6u
27K JA l/6H
56K JA l/6N
lK JA l/6u
1.2KJA l/6U
1.2KJA l/6U
lK JA l/6u
1.5KJA l/6H
470 JA 2U
470 JA l/2U
330 JA l/2U
0,33 JA lU
220 JA l/4U
220 JA l/4U
680 JA l/4u
22K JA l/4U
–18–

Ief. Pert
10. No. Description
R464 4010258703 CARBON 220K JA l/6u
R465 4010247004 CARBON
R466 lK JA l/6U
4010275908 CARBON 68K JA l/6U
R467 4010221905 CARBON 680 JA l/4N
R468 4010202904 CARBON 47K JA l/4U
R469 4010202904 CARBON 47K JA l/4U
R470 4010231706 CARBON 820 JA l/4U
R471 4010170807 CARBON 270 JA l/4U
R473 4010171804 CARBON 2.7K JA l/4U
R474 4010221905 CARBON 680 JA l/4U
~R475 4020222008 FUSIBLERES 1 J- l/2U
R477 4010582501 OXIOE-HT 100 JA lU
R478 4010582501 OXIOE-HT 100 JA lU
~R479 4020415103 FUSIBLERES 1.2K J- ]tl
~R482 4020023803 FUSIBLERES 1 J- lU
~R483 4020415202 ~lRE “OUNO g z KA ~ #FUSIBLERES 2.2 J-
R484 4020127709
R485 4010125708 CARBON iK JA l/4U
R486 4010127009 CARBON IOK JA l/4U
R488 4010172801 CARBON 27K JA l/4U
R489 4010272600 CARBON 5.6K JA l/6N
R490 4010182800 CARBON 330 JA l/4U
R491 4010107605 CARBON 560 JA l/2N
R492 4010077403 CARBON 150 JA l/2U
R494 4010124503 CARBON 100 JA l/4U
R495 4010214105 CAR80N 56K JA l/4U
VARIAELE RESISTORS
VR1C8 6100201705 VARIABLERESISTOR
OR 6100201712 VARIABLERESISTOR
VR175 6100202474 VARIABLERESISTOR
OR 6100202481 VARIABLERESISTOR
VR405 6100202528 VARIABLE RESISTOR
OR 6100202535 VARIABLERESISTOR
VR41O 6100201781 VARIABLERESISTOR
OR 6100201798 VARIABLERESISTOR
VR411 6100202139 VARIABLERESISTOR
OR 6100202146 VARIABLE RESISTOR
VR460 6100204751 VARIABLE RESISTOR
OR 6100193345 VR B-IK
vR461 6100202023 VARIABLERESISTOR
OR 6100202030 VARIABLERESISTOR
TRANSFORMERS
TIC5 6102134551 S TRANS
T1E4 6100375512 S COIL
T1L2 6100374515 S COIL
OR 6100374522 S COIL
T137 6100375727 S TRANS
T174 6100377608 S TRANS
T182 6100376557 S TRANS
OR 6100376564 S TRANS
T185 6100374515 S COIL
OR 6100374522 S COIL
~T480 6102088243 FBT
T490 6100001077 ORIVETRANS
COILS
L1A7 6100296442 PEAKINGCOIL 68UH K
OR 6102103649 PEAKINGCOIL 68UHK
OR 6100298682 PEAKINGCOIL 68UH K
LIC1 6100296343 PEAKINGCOIL 47UHK
OR 6102103588 PEAKING COIL 47UHK
OR 6100298569 PEAKINGCOIL 47UH K
LIEO 6100296466 PEAKINGCOIL 8.2UH K
OR 6102103663 PEAKINGCOIL 8.2UHK
OR 6100298729 PEAKINGCOIL 8,2UHK
L1K5 6100296428 PEAKINGCOIL 6.8UH K
OR 6102103632 PEAKINGCOIL 6.8UHK
Ief. Pert
10. No. Deecription
OR 6100298668 PEAKINGCOIL 6.8UH K
L16A 6100296466 PEAKINGCOIL 8.2UH K
OR 6102103663 PEAKINGCOIL 8.2UHK
OR 6100298729 PEAKINGCOIL 8.2UH K
L189 6100296022 PEAKINGCOIL 15UHK
OR 6102103410 PEAKINGCOIL 15UHK
OR 6100298224 PEAKINGCOIL 15UHK
L197 6100296466 PEAKINGCOIL 8.2uH K
OR 6102103663 PEAKINGCOIL 8.2UHK .
OR 6100298729 PEAKINGCOIL 8,2UH K
L436 6100296466 PEAKINGCOIL 8.2UH K
OR 6102103663 PEAK[NGCOIL 8.2UHK
OR 6100298729 PEAKINGCOIL 8,2UH K
L470 610031 1039 INOUCTOR
L471 6100000292 COIL
L472 6100311039 INOUCTOR
L473 6100311039 INOUCTOR
L474 6100000179 COIL
L475 6100000735 LINEARITYCOIL
L493 6100324367 F[LTERCOIL
L494 6100312975 PEAKINGCOIL
OR 6102103717 PEAKINGCOIL 1.5UHK
OR 6100314962 PEAKINGCOIL 1.5UHK
DIODES
04E0 4070054208 D100EDS442S2
OR 4080078607 OIOOE 1N4148
OR 4070131206 OIOOE 1S1555
OR 4070134207 OIOOE 1S2076
OR 4070137109 01OOE 1S2473
04E1 4070054208 D]00E 0S442S2
OR 4080078607 OIOOE 1N4148
OR 4070131206 O1OOE 1S1555
OR 4070134207 OIOOE 1S2076
OR 4070137109 0[OOE1S2473
0406 4070054208 OIOOE0S442S2
OR 4080078607 OIOOE 1N4148
OR 4070131206 OIOOE 1S1555
OR 4070134207 OIOOE 1S2076
OR 4070137109 OIOOE 1S2473
0410 4070481806 ZENERO10OEEQA02-06A
OR 4070482001 ZENER 01OOE EQA02-06B
OR 4070482100 ZENERDIOOE ECIA02-06C
OR 4070482308 ZENER DIOOE EQA02-060
D415 4070522301 ZENERO10OEHZ3BLL
0430 4070054208 0IOOE0S442S2
OR 4080078607 OIOOE IN4148
OR 4070131206 OIOOE 1S1555
OR 4070134207 OIOOE 1S2076
OR 4070137109 010OE 1S2473
D450 4070057308 OIOOEEHOIZ
0460 4070054208 0100E0S442S2
OR 4080078607 DIOOE 1N4148
OR 4070131206 OIODE 1S1555
OR 4070134207 0IOOE1S2076
OR 4070137109 010DE 1S2473
0461 4070124208 OIOOE 1SS131
OR 4070126004 OIOOE 1SS178
0462 4070054208 D10DEDS442S2
OR 4080078607 OIOOE 1N4148
OR 4070131206 OIOOE 1S1555
OR 4070134207 0IOOE1S2076
OR 4070137109 OIOOE 1S2473
0470 4070054208 O1OOE DS442S2
OR 4080078607 OIOOE IN4148
OR 4070131206 OIOOE 1S1555
OR 4070134207 OIOOE 1S2076
OR 4070137109 0100E 1S2473
0471 4070077603 0IDOE EU2
OR 4070098905 0100ERU3H
OR 4070131909 OIOOE 1s1834
0472 4070077603 OIOOE EU2
OR 4070098905 OIOOE RU3H
—19–