JVC P-100EUC User manual

MODEL
P-100EUC
B/W
PORTABLE
TELEVISION
RECEIVER
WITH
FM/AM
RADIO
No. 3308
April 1979

P-100EUC |
Index
Page
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Alignment Instructions for Radio. 6... ce eee ee ee eee een e een eenas 6
Parts Arrangement for Radio Alignment ........0. 00... cece eee ee ee eee eee te eee ete tannn 7
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Electronic Parts List for TV Def. Section... 1... 0... ec eee ee eet eee ne eeenws 18
Electronic Parts List for UHF Tuner. ... 0.0... 0... cc ee ee ee ee ee ete n teen eannsuaue 18
Electronic Parts List for Radio... 2... ee ee ne en ene t teen eee nneneeue 19
Parts
List
for
AC
Power
Adaptor
(AA-100SUK)
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Specifications
TV Standard: CCIR TV standard system Power Input: Size-R6 4 cells, AC 240V,
Sound
IF:
5.5/6.0MHz
(to
be
switched)
50Hz
with
AC
Power
Adaptor
TV Channel Coverages: VHF channels 2-12 and UHF supplied (AA-24LEU), DC 12V car
channels
21-69
battery
with
car
adaptor
(AP-100}
Radio Band/ FM 88~ 108MHz or optional rechargeable battery
Frequency range: AM 510 ~ 1600kHz (BP-100)
-
VHF/UHF
TV
Tuner:
Contact-less
electronic
tuner
Power
Consumption:
1.7W
on
DC
(Receiving
TV)
Picture
tube:
2.0
inch,
picture
measured
Dimensions:
53m/m(H)
x
148m/m(W)
x
diagonally, 40 degree deflection 187m/m(D)
Antenna:
Built-in
Rod
Antenna
for
TV
and
Weight:
1.0kg
(without
D
cells)
FM
radio
AC
Adaptor
(Model
AA-24LEU)
Built-in
ferrite
core
antenna
for
Power
Input:
AC
250V
50Hz
AM
radio
Power
Output:
DC
6V,
300mA
External Antenna Jack: Input impedance 75Q Fuse Devices: 300mA
Speaker:
3.8cm,
round
type
(162)
1
pc
Dimensions:
87m/m(H)
x
75m/m(W)
x
Audio
Output:
150mW
max.
(130mW
EIAJ
at
10%
55m/m(D)
distortion) Weight: 430g
Semi-conductors: 3 ICs, 43 transistors, 49 diodes
Note: Design and specifications subject to change without notice.
No. 3308 Ao

Servicing in the Field
Cleaning the Cabinet
Clean the external appearance of Cabinet body when nece-
ssary, with a clean soft cloth with mild soap. Don’t use any
solution which contains benzine or petroleum.
Raster Centering
The centering device is 2 magnetic rings located on yoke
rear cover. By alternately rotaing those 2 magnetic rings,
the picture can be properly centered on the screen.
Deflection Yoke Adjustments
If the lines of the raster are not horizontal or corner
shadows appear, loose the yoke clamp screw and rotate
deflection yoke, push yoke snug up against bell of picture
tube.
Vertical Height and Vertical Linearity Adjustments
When the upper or lower part of picture extends or shrinks,
adjust the vertical height and vertical linearity controls
alternately to fill the screen % inch beyond the mask until
the picture on test pattern is symmetrical from top to
bottom. The height control extends (or shrinks) mainly a
lower part of raster, and the linearity control an upper
part.
AGC Adjustment
Adjust the AGC control when picture is a very slight bend
as it’s top, or excessive snow.
AGC may be adjusted by tuning the control fully counter-
clockwise when there is a very slight bend, and clockwise
when snow.
Disassembly Instructions
1. Front Panel Removal
1. Pull out TV tuning and Radio Tuning Knobs, and
a power off-volume knob.
2. Unscrew 3 screws indicated in Fig. 1 and Fig. 2 and
pull the front panel forward.
Front Panel
Fig. 1
P-100EUC
Front Panel
2. Bottom Board Removal
1. Remove the front panel as reference to ‘‘Front Panel
Removal”.
2. After removing the battery case, unscrew 2 screws
indicated in Fig. 3.
Bottom Board
Fig. 3
3. Top Panel Removal
1. After removing the battery case, unscrew 4 screws
indicated in Fig. 1, Fig. 2 and Fig. 3. (But there is no
need to unscrew a screw fastened the metal fitting
indicated in Fig. 2).
2. Position the rod antenna vertically and pull the top
panel upward along the rod antenna.
Top Panel
Fig. 4
No. 3308

P-100EUC
4.
Tuning
Base
Removal
1.
Remove
the
Bottom
Board
and
the
top
panel.
2.
Unscrew
2
screws
indicated
in
Fig.
5
(one
between
the
2
screws
is
situated
under
the
shade
sheet.)
3.
Remove
an
eyelet
fastened
the
printed
circuit
board
for
TV
from
the
reverse
side
of
the
board.
(Fig.
6)
Shade
Tuning Base
Fig. 5
Tuning Base
Fig. 6
5.
TV
Printed
Circuit
Board
Removal
1.
After
removing
the
tuning
base,
pull
out
TV/Radio
selector
and
VHF/UHF
selector
knobs.
2.
Unscrew
a
screw
indicated
in
Fig.
7,
so
that
the
TV
printed
circuit
board
is
separated
from
the
radio
printed
circuit
board.
Printed Board
for Radio
Printed
Board
for
TV
Fig. 7
No. 3308
6. Radio Printed
| Circuit Board Removal from
Radio Tuning Base
1.
When
removing
Radio
printed
circuit
board
from
Radio
tuning
base,
unfit
dial
cord
and
remove
both
end
of
radio
bar
antenna
from
antenna
supporter
by
gouging
out
between
the
supporter
and
the
bar
antenna
with
a
(-)
screw-driver.
2. Unscrew 2 screws indicated in Fig. 8.
Radio Tuning Base
Fig. 8
Alignment Instructions
For TV.
1. B Voltage Adjustment
1.
Supply
D.C.
6V
to
P5
(DC
6V
Input
terminal)
2.
Adjust
R503
until
4.5
volts
are
obtained
at
TP-52
(collector
of
X501)
while
receiving
TV.
*
Confirm
that
the
TV
screen
size
is
not
changed
by
variation
of
D.C.
Input
voltage
from
4.8
to
6.5
volts.
2. PIX IF Alignment
Test Equipments
1. Sweep generator with markers
Sweep frequency range 30 ~ 50MHz
Marker
frequency
33.4, 34.7,
_40.4MHz |
2. Oscilloscope
3. Power source
DC 4.5V and 0.7V for A.G.C.
Preparations before Alignment ;
1.-Connect
the
capacitor
and
resistor
(1000pF
&
5602)
in
series
between
TP-11
and
output
of
the
sweep
generator.
.
.
Connect
the
capacitor
and
resistor
(1uF
&
10kQ)
in
series
between
TP-12
and
input
of
the
oscilloscope.
.
Supply
DC
0.7V
for
A.G.C.
to
TP-14
and
DC
4.5V
to
TP-52.
36.8, 38.9,

| P-100EUC
oo
Alignment Procedures
1. Align T102 and T1103 so that the wave form is
illustrated in Fig. 9.
2. Regulate Output of the sweep generator so that the
hight of wave form is 0.6Vp-p after aligning above-
mentioned.
Fig. 9
36.8MHz
Overall alignment
Preparation before Alignment
1. Change only the connection of sweep generator
through the capacitor and resistor (1000pF & 56022)
in series from TP-11 to TP-4 on PIX IF alignment
abovementioned.
2.
Set
the
VHF-UHF
selector
to
VHF
position.
3, Supply DC 15V to TP-10 and DC. 10V toTP-9.
Alignment Procedures
1. Align T1 and T1017 so that the wave form is illustrated
in Fig. 10.
2. Regulate output of the sweep generator so that the
hight of wave form is 0.6Vp-p after aligning above-
mentioned.
33.4MHz
55~70% 35~40%
‘Oo
38.9MHz.
0.6Vp-p
Fig. 10
36.8MHz
3. Sound IF Alignment
Test Equipments
1. Sweep generator with markers
Sweep frequency range 5 ~ 6.5MHz
Marker frequency: 5.5 and 6.0MHz
2. Oscilloscope
3. Power source
DC 4.5V and 0.7V for A.G.C.
Preparations before Alignment
1. Connect the capacitor and resistor (0.01uF & 1kQ)
in series between TP-12 and output of the sweep
generator.
2. Connect input of oscilloscope to TP-21. In this case,
set the zero point of the oscilloscope to its center.
3. Supply DC 0.7V for A.G.C. to TP-14 and DC 4.5V to
TP-52.
6.0MHz Alignment Procedures
1. Set the TV-RADIO switch S3 to TV (UK) position.
2.
Make
strongly
output
of
the
sweep
generator
within
suppressing the limiter.
3. Align the wave center to 6.0MHz- with T203 as
iNtustrated in Fig. 11 A.
6.0MHz 5.5MHz
Fig. 11 A Fig. 11 B
4. Make weakly output of the sweep generator.
5. Align the wave center to 6.0MHz and also for
maximum gain with T201 and T202.
5.5MHz Alignment Procedures
1. Set the TV-RADIO switch $3 to TV.(EUR) position.
2. Make strongly output of the sweep generator within
suppressing the limiter.
3. Align the wave center to 5.5MHz with C220 capacitor
as illustrated in Fig. 11 B.
4. VHF Tuner Alignment
Test Equipment
1. Sweep generator with markers
Sweep frequency range: 50 ~ 250MHz
2. Oscilloscope
3. Power source
DC 4.5V for +B, 0.7V for A.G.C., -10V, 0 ~ 30V
variable for tuning voltage and 5V & 15V for changing
VHF high channel or low.
4. V.T.V.M.
Preparations before Alignment
1. Connect the capacitor and resistor (1uF & 10kQ)) in
series between TP-12 and input of the oscilloscope.
In this case, regulate the gain of the oscilloscope so
that the height of the wave form is 10 graduations
on the screen when suppling DC 0.6V to input of the
scope.
2. Supply 0.7V to TP-14, 4.5V to TP-52, ~10V to TP-9
and 0 ~ 18V variable for tuning voltage to TP-8.
Alignment Procedures
4-1 IF Trap alignment
1. Set the VHF-UHF selector to VHF position.
2. Supply 15V to TP-10 and adjust 0 ~ 18V variable
supplied to TP-8 to approx. 2V.
3. Connect IF signal of sweep generator to TP-1.
4. Align L1 to obtain minimum gain for 36.8MHz.
4-2 Low channel alignment
1. Supply 175V to TP-10 and adjust 0 ~ 18V variable
supplied to TP-8 to approx. 6V.
2. Connect RF signal (CCIR 3CH) of sweep generator’
to TP-1.
3. Align the wave center to 57.0MHz with L11.
4. Align for maximum gain with L2 and L7.
4-3 High channel alignment
1. Supply 5V to TP-10 and adjust 0 ~ 18V variable
supplied to TP-8 to approx. 8V.
2. Connect RF signal (CCIR 9CH) of sweep generator
to TP-1.
. Align the wave center to 205MHz with L10.
. Align for maximum gain with L4 and L6.
Repeat the steps abovementioned.
xB Ww
No. 3308

No. 3308
P100-EUC
5.
TV
Channel
Indicator
Adjustment
5-1
VHF
channel
adjustment
1.
Set
the
white
point
of
TV
indicator
to
“4”
figure
of
TV
indicator
plate.
2.
Receive
4CH
broadcasting
program
by
adjusting
R28.
3.
Set
the
white
point
of
TV
indicator
to
“5”
figure
of
TV
indicator
plate.
4.
Receive
5CH
broadcasting
program
by
adjusting
R29.
5.
Set
the
white
point
of
TV
indicator
to
12”
figure
of
TV
indicator
plate.
6.
Receive
12CH
broadcasting
program
by
adjusting
R27.
5-2
UHF
channel
adjustment
1.
Set
the
Red
point
of
TV
indicator
to
your
local
UHF
channel
number.
;
2.
Receive
your
local
UHF
broadcasting
program
abovementioned
by
adjusting
R26.
6.
V.
Hold
and
H.
Hold
Adjustment
6-1 V. Hold adjustment
Make
ground
of
TP-7
or
TP-14
and
connect
a
frequency
counter
to
TP-31.
Adjust
V.
Hold
control
(R313)
so
that
the
frequency
counter
indicates
45Hz.
6-2 H. Hold adjustment
Make
ground
of
TP-7
or
TP-14
and
connect
a
frequency
counter
to
TP-41.
Adjust:
H.
Hold
control
L401
so
that
the
frequency
counter
indicates
15.625kHz#3Hz.
Alignment
Instructions
For
Radio
AM IF Alignment
Test Equipment
1.
Sweep
generator
with
markers
Marker
frequencies:
445,
455,
465kHz
2.
Oscilloscope
3.
Power
supply
DC
6V
Preparations
before
Alignment
1.
Set
the
TV-Radio
selector
to
Radio
position
and
the
Radio
Band
selector
to
AM
position.
2.
Set
the
Radio
tuning
knob
(variable
capacitor)
to
near
the
minimum
capacity
where
no
signal
comes
in.
3.
Connect
output
of
the
sweep
generator
to
TP-802.
4.
Connect
a
capacitor
(14F)
between
TP-803
and
input
of
the
oscilloscope.
5.
Supply
DC
6V
to
P6.
IF Alignment
Align the wave center to 455kHz and for symmetrize “A”
and
“B”
shown
in
below
and
also
for
maximum
gain
with
T804.
IC Bias Alignment
Align IC Bias contro! (R835) to obtain maximum gain.
FM IF Alignment
Test Equipment
1.
Sweep
generator
with
markers
Marker
frequencies
10.55,
10.625,
10.7,
10.775,
10.85MHz
2. Oscilloscope
3. Power supply DC 6V
Preparation
before
Alignment
1.
Set
the
Radio
Band
selector
to
FM
position.
2.
Set
the
Radio
Tuning
Knob
(variable
capacitor)
to
near
the
minimum
capacity
where
no
signal
comes
in.
3.
Connect
a
capacitor
and
a
resistor
(33pF
&
33kQ)
in
series
between
TP-801
and
outputof
the
sweep
generator.
4.
Connect
a
capacitor
and
a
resistor
(1uF
&
100k&)
in
series
between
TP-803
and
input
of
the
oscilloscope.
5. Supply DC 6V to P6.
Alignment procedures
1.
Keep
output
of
sweep
generator
within
suppressing
limiter
on
center
of
wave
form.
2.
Align
the
wave
center
to
10.7MHz
with
T808
as
indicated
in
Fig.
12.
3.
Align
T801,
T805
and
T807
to
obtain
maximum
gain
and
also
for
symmetrize
on
S
curve
characteristics.
4.
Align
IC
Bias
Control
(R835)
to
obtain
maximum
gain.
10.7MHz
Fig. 12
AM RF Alignment
Test Equipment
Sweep generator with markers
Marker frequency: 520, 620, 1400, 1650kHz
V.T.V.M.
Test loop Antenna
Power supply DC 6V

Preparations
before
Alignment
1.
Set
the
TV-Radio
selector
to
Radio
position
and
the
Radio
Band
selector
to
AM
position.
2.
Connect
output
of
the
sweep
generator
(AM
modulation
400Hz,
30%)
to
test
loop
antenna.
Keep
the
distance
between
the
test
loop
antenna
and
built-in
ferrite
bar
antenna
to
60cm.
3.
Connect
V.T.V.M.
to
speaker
terminals.
4. Supply DC 6V to P6.
Alignment procedures
Align
according
to
the
chart
below.
Marker
Variable
Adjust-|'V.T.V.M.
Frequency
|
Capacitor
Setting
ing
Reading
1650kHz
|
Minimum
Maximum
tune to
620kHz
tune to
1400kHz 1400kHz
| 6 | Repeat the steps 4, 5
Chart 1
Maximum
FM RF Alignment
Test Equipments
Sweep
generator
with
markers
Marker
frequency
:
87.3,
90,
106,
109MHz
V.T.V.M.
Power supply DC 6V
Preparations
before
Alignment
1.
Set
the
TV-Radio
selector
to
Radio
position
and
Radio
Band
selector
to
FM
position.
2.
Connect
output
of
the
sweep
generator
(FM
modulation
400Hz,
30%)
to
TP-1.
3.
Connect
V.T.V.M.
to
speaker
terminals.
4. Supply DC 6V to P6.
Alignment procedures
Align
according
to
the
chart
below.
Marker Variable Adjust- | V.T.V.M.
Frequency
|
Capacitor
Setting
ing
Reading
Repeat the steps 1, 2
tune to
90.0MHz 90MHz L801 ;
é
Maximum
tune to
106.0MHz 1O6MHz C805
Ea Repeat the steps 4, 5
Chart 2
Maximum
P-100EUC
AM RF AGC Alignment
Test Equipments
Sweep generator
Test loop antenna
D.C. voltmeter O~1V range
Power supply DC 6V
Preparations before Alignment
1. Connect output of sweep generator to test loop antenna,
keep the distance between the test loop antenna and
built-in ferrite bar antenna to 60cm.
2. Connect D.C voltmeter to TP-804.
3. Supply DC 6V to P6.
Alignment procedures
1. Tune output of sweep generator to 1400kHz and regulate
it to 120dB.
2. Tune the variable capacitor to 1400kHz.
3. Align RF AGC control (R832) so that the DC voltmeter
indicates 0.47 volts.
Parts Arrangement
For
Radio
Alignment
S|
Band Switch
FM AFC
|
AM
Bar Antenna
Fig. 13
No. 3308

P-{00EUC |
Mechanical Parts Diagram
Parts Name Parts No.
Front Panel A20897-003
Speaker Net A45859-001
R. Tuning Knob Ass’y A32054-00A
Earphone
Jack
Ass‘y
(J4)
QMS2501-003
V. Knob Ass’y A32093-00A
T. Tuning Knob Ass’y A32055-00A
TV. Indicator Plate A32035-003
Foot A45842-001
Protector Glass A32034-001
ONONMOGaEWNH=
if Os AE Ate uses oe Ls
No. 3308
Hook
Screw
Screw
Slide Knob
Plate
Side Knob
- Ant. Jack (J5)
A45834-001
SSSP2608R
SSSP2606J
A32051-001
A32038-002
A45895-001
QMS2501-003X

P-100EUC
Fig. 16
Parts
Name
Parts
No.
Q'ty
DC
Jack
Ass’y
(J13,
S5)
A04375-00B
1
Band
Holder
A45839-001
1
Screw
SSSP2606J
1
Caution Plate A45987-003
Battery
Cover
A45853-001
Stick
Sheet
A41545-086
Battery
Cover
A45852-001
Name Plate A45854-003
No. 3308

OCR a
Parts
Name
Parts
No.
indicator
Lens
A45835-001
R.
Indicator
Plate
A32037-002
Top
Panel
A10370-003
Rod
Antenna
AD3767
Decoration
Plate
A32036-001
Stopper
A45836-001
1-1
Tap.
Screw
SDSB3010J
-2
Foot
Supporter
A45978-001
2
Foot
A45842-001
3
Bottom
Board
A10371-001
4
Rating
Plate
A32085-004
No.
3308
des

| P-100EUC
Cover
Tap. Screw
Spring
Stopper
Parts Name
Parts No.
A45838-001
SBSB3010Z
V42563-3
A45836-001
Parts Name
Parts No.
Stopper Plate
Stopper Plate
Bottom Board
A45841-001
A45840-001
A10371-001
sage:
No.
3308

|
No
|
Parts
Name
Parts
No.
O’ty
1
TV.
Tuning
Base
A20899-001
1
2
Indicator
Gear
A32039-001
1
3
Gear
A45869-001
1
4
Gear
A45870-001
1
5
Speaker
DH-17P-V
1
6
Indicator
Cover
A32041-001
1
7
Gear
Holder
A32040-001
1
Parts Name
Tap.
Screw
SBSB3010Z
Indicator
Cover
A32041-001
Stick
Sheet
A41545-087
Wire
Clamp
55234-4
No.
3308
—12—

P-100EUC
Fig. 24
Parts Name
Parts No.
Shield Plate
Lug
T. Lock Washer
Nut
Connector Ass’y (P6)
Shield Plate
Shield Plate
Screw Grommet
Earth Plate
Shield Case
Shield Case
Shield Cover
Shield Case
Shield Cover
Shield Case
Parts Name
A45887-002
A45863-001
WBS5000W
NFZ5000ZS
A45868-00A
A45892-001
A45890-001
A45865-001
Parts No.
ec = NN ee ca ek
Fig. 25
A45862-001
A45893-001
A45885-001
A45886-002
A45888-001
A45889-002
A45891-001
Bae, Ke ge
No. 3308

P-100EUC
Fig. 26
Parts
Name
Parts
No.
Q'ty
Battery
Case
A20900-001
1
Tap.
Screw
SDSB3010J
1
;
Parts
Name
Parts
No.
se,
1
Jack
Spring
(J6)
A45858-001
1
2
Connector
Plate
A45857-001
1
3
Connector
Piate
A60075-001
1
4
DC
Jack
Ass’y
(J13,
$5)
A04375-00B
1
5
Connector
Plate
A45977-001
1
6
Connector
Plate
A45855-001
1
No.
3308
—14—

Fig. 28
Parts
Name
Parts
No.
A20921-001
SPSP1705N
A45316-1
SPSP1704N
A32087-001
53498-3
Radio Tuning Base
Screw
Dial Cord
Screw
Dial Drum
Spring
Fig. 29
Parts
Name
Parts
No.
REE3000
A45851-001
A45964-001
A45984-001
A45848-001
A45850-001
A45849-001
Needle
Shaft
Shade
Drum
Spring
Drum Supporter
Secyist
No.
3308

P100-EUC
Block
Diagram
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No. 3308

Electronic
Parts
List
For
TV.
Transistors
x1
X2
X3
x4
x5
X101
X102
X103
X104
X105
X106
X107
X108
X109
X110
X111
X201
X202
X301
X403
X501
X602
X503
X504
X505
1C2
1C3
D1,4,8,202,
205,206
D6,7
D10,201,401
402,501,505
p11
D101
D103,104
D203,204
D304
D403
D502
D503,504
v1
| 28C1779-A
28C2646
28C1730(K)
2SA608SP(G)
2SC536SP(F,G)
2SC674DV
2SC674DV
2S8C674DV
2SC1906
2SC930SP(D,E)
2SC930SP(D,E)
2SC945L(P,Q)
2SC536SP(F,G)
2SC536SPIG)
2SC536SP(F,G)
2SC536SP(V)
2SC930SP(D,E)
2SC930SP(D,E)
2SA564(Q)
2SC2264V
2SA9O00IR,S)
2SA608SP(E,F)
2SC536SP(F,G)
2SC536SP(F,G)
2SC536SP(F,G)
ICs
M51501L
MPC574J
Diodes
1SS85F8
182222
1SV70BF8
1SS85S2
1S2076F8
18954
1N60-09
HV23GWTS2
1N60
HV23GBLF8
1207682
HZ3A3F8
1N6OTF1
CRT
c205P4
RF Amp.
Mixer
OSC.
VHF (Low-High) SW
UHF-VHF SW
V.IF Amp.
V.1F Amp
V.1F Amp
V. IF Amp
V.1F Amp & S. IF Amp
Video Amp
Video Out
Vert Blanking Pulse Amp
AGC Amp
AGC Amp
RF AGC Amp
Ss. IF Amp
/S. IF Amp.
Sync. Separator
Damper
Vol. Reg.
Error Amp
Error Amp
Voltage Shut OFF
Voltage Shut OFF
Audio Amp & Out
Voltage Regulator
Band Switch Diode
Band Switch Diode
Variable Capacitance Diode
Band Switch Diode
Diode
Diode
Diode
Diode
Diode (Pair)
Diode
Diode
Zener Diode
Diode
Picture Tube
Coils & Transformers
A45909-15-5-Z
A60087-21-1-Z
A45909-17-2-Z
A45907-5-5-Z
A45909-3-5-Z
A45907-7-2-Z
A60087-19-2-Z
A45909-11-2-Z
A45909-19-1-Z
A45908-7-5-Z
A60093-17-1-Z
A45907-7-2-Z
A45908-7-5-Z
RF.
RF.
RF.
RF.
RF.
RF.
RF.
RF.
RF.
RF.
RF.
RF.
RF.
Coil
Coil
Coil
Coil
Coil
Coil
Coil
Coil
Coil
Coil
Coil
Coil
Coil
L101
L102
L201
L202,203
L204
L301 ,403
T1
T101(C102)
T102(C117)
7103(C121)
7201(C201)
T202(C209)
T203(C211)
T401
R26
R27
R28.
R29
R33,S6
R155
R158
R231,84
R312
R313
R503
R310
C42,43,104,
115,233
C44
C122
C134
C136,231,502
C143,235
C214
C221 ,222
C232,238
C236
C237
C302,505
C307
C401,402
C403
C406
C501
C503
C506
CcR1
~-~17-—
P-100EUC
Parts No.
A04376-220R
A04377-54R
A04376-221R
A04376-221A
A45907-15-5-A-Z
A32011-00A
A45827-00C
A60112-00A
A45829-00C
A45830-00C
A45831-00B
A32008-POE
A32008-SOE
A32010-00B
A03085-00E
QMS2501-003
A03084-00L
Description
Peaking Coil
Peaking Coil
Peaking Coil
Peaking Coil
RF. Coil
Def. Yoke Ass’y
Converter Trans. Ass’y
Pix. IF. Trans. Ass‘y
Pix. IF. Trans. Ass’y
Pix. IF. Trans. Ass’y
S. IF. Trans. Ass’y
Ratio Trans. Ass’y
Ratio Trans. Ass’y
HV Trans. Ass’y
Variable Resistors
QVP6A0B-015 UHF Sub 100k2B
QVP6A0B-025 VHE High Upper 200k2B
QVP6A0B-025 VHF Low 200k2B
OVP6A0B-024 VHE High Lower 20kQB
A04390-002 Tuner
QVK3A1C-053F Contrast 5kQC
QVK3A1B-025F | Bright 200k2B
QVK2C6A-024K | OFF-Volume 2OKQA
QVP6A0B-024 Height 20k28
QVP6A0B-015__‘|
V.
Hold
100k2B
QVP6A0B-053 4.5V Adj. 5kQB
Resistor
| A04383-001 P. Thermistor (2.2kQ)
Electrolytic Capacitors
QEE40JM-476 47uF 6.3WV
QET41HR-474— | 0.47uF 50WV
QEE40FM-476 =| 47yF 3.15WV
QEE41VM-154 | 0.15yF 35WV
QEE40JM-475 4.7 uF 6.3WV
QET40JR-107 100uF 6.3WV
QEE40FM-106 10yuF 3.15WV
QEE41AM-335 | 3.3uF 10WV
QEE41AM-336 | 33uF 10WV
A04402-001 0.68uF 35WV
QET41AR-227 | 220uF 1OWV
QEE40JM-106 10uF 6.3WV
QEV40JR-477 470uF 6.3WV
QET41HR-476— | 47uF 50WV
QEV40JR-477 470uF 6.3WV
QEV41HR-106 | 10uF 50WV
QEE41CM-106 10uF 16WV
QEV40JR-108 1000uF 6.3WV
OQEE40JM-336 33uF 6.3WV
C.R. Blocks
| Aosoos-o18 | C215,216,217,R215,216
Speaker
DH-17P-V | 3.8cm 162
Sockets & Plug (Connector)
Connector Ass’y
Earphone Jack Ass’y
Connector Ass’y
No. 3308

P-JO0EUC
QMS2501-003X
Ant.
Jack
QSS4301-031
Slide
Switch
(TV-RA-TV)
A45858-001
Jack
Spring
A31989-00E
CRT Socket
Ass’y
A04375-00B
DC
Jack
Ass’y
QMV5002-004
Connector
QMV5002-005
Connector
Ass’y
A45868-00A
Connector
Ass'y
Switch
QS$$4201-061 Slide Switch (VHF-UHF)
Symbol No.
J5
Miscellaneous
A32061-00A
A04306-B
A04306-00C
QAT3001-016
QME1208-004
A45743-00A
Focus Pack Ass’y
Ceramic Filter
Ceramic Filter
Trimmer Capacitor
Dynamic Earphone
U-V Separator
Electronic
Parts
List
for
TV
Def.
Section
Transistors Thermistor
X302 2SC536SP(F,G) Vert. Osc. R327 A04292-005 N. Thermistor (1.4k2)
X303 2SC536SP(F,G) Vert. Drive R426 A04292-005 N. Thermistor (1.4k2)
X304 2SD467(C)05 Vert. Out
X305 2SB56 1(C)04 Vert. Out
} (Pair) Electrolytic Capacitors
X401 2SC536SP(F,G) | Hor. Osc. QEE41AK-106 | 10uF 10WV
X402 2SC536SP(F,G) | Hor. Drive QEE4OJM-106 | 10uF 6.3WV
X404 2SC2264V Hor. Out QEE41AK.336 | 33uF 10WV
; QEE40JM-156 | 15yF 6.3WV
Diodes QET40UR-477. | 470uF 6.3WV
302,303 HV70 Diode QET40JR-227 | 220uF 6.3WV
D405,406,407 | 1N34A Diode QEW41HA-105 | nF BOWV
408 QEE41AM-335 | 3.3uF 10WV
D409 18953 Diode QET40JR-107 | 100uF 6.3WV
Coils QEE40JM-106 | 10uF 6.3WV
QET40JR-477 | 470yF 6.3WV
L401 A45826-00A
A04359-500
Variable Resistor
QVP6A0B-053 Lin. 5kQB
Hor, Osc. Coil Ass’y
Choke Coil
Electronic
Parts
List
for
UHF
Tuner
Transistors
A45910-5-5-Z
F.
Coil
A45907-5-5-Z
a
Coil
x001
2$C1070(B)V
RF.
Amp.
icspb
acs
(hae
eo
X002
2SC1070(B)V
RF.
Amp.
RiccpA
Ie
Ge
al
x003
2$C1730(K)
RF.
Osc.
Adgob7
Ses
Be
ea
x004
2SC1070(B)V
RF.
Mix.
AAbOIOSEe
ar
Diodes
A45910-7-2-S
RF.
Coil
A45907-5-5-S
RF.
Coil
D001,002,003,
|
1S2208L
Variable
Capacitance
Diode
A45907-19-2-2
RE.
Coil
ou
;
A04378-R33
Choke
Coil
eee
ioe
pede
A04378-1RO
Choke
Coil
Coils
A45976-9-1-Z
RF.
Coil
A60111-3-2-Z
RF.
Coil
L001
A45908-13-5-Z
|
RF.
Coil
Aapcbetg
ot.
“MAE
EEn
ee
peeeee
Le
BEL
Coll
A45908-15-2-2Z
RF.
Coil
003 A45909-21-5-S RF. Coil
No. 3308 . $355

Electronic Parts List
| PIOOEUC
For Radio
Symbol No. Description Symboi No. Parts No. Description
Transistors R835 QVP6A0B-054 ‘| IC Bias 50k2B |
2SC461(B) FM RF Amp Electrolytic Capacitors
2SC461(B) Be aan C824 QEE41VM-474 | 0.47uF 35WV
Beant ie Ras 831,857 QET40JR-107 100uF 6.3WV
2804 i. ay a AGC 839,843,851 | QEE40JM-106 | 10uF 6.3WV
aah Amp 841 QEE4OJM-226 | 22uF 6.3WV
oe a ae Bt ice 842 QEE40FM-226 =| 22uF 3.15WV
2505365 RF AGC Amp C860 QEE41AM-335 | 3.3uF 10WV
Capacitors
LA1201(B) FM/AM IF Amp & Det
804,805,814, | QAP1224-701 Variable Capacitor
Diodes 815,826,827,
D801,806 18953 Diode 834,835
D802 $D113 Variable Capacitance Diode C. R. Blocks
D803 HV70 Diode
804,805 INGO Diode (Pair) CR2 A03008-020 C861,862,R844,845
Coils & Transformers Filters
L801 ,803 A45957-00C RF Coil CF2 A04403-001 Ceramic Filter
L802 A04378-R68 Choke Coil CF3(T304) | vo3067-026 Ceramic Filter (AM)
T801(c818) | A48958-00A FM IF Trans. BPF A45961-00B Band Pass Filter
T802 A45960-00A Bar Antenna Coil Ass‘y : :
7803(C837, | A45959-00A MW OSC. Trans. Switch
838) $1 | QSS4301-031 Slide Switch
7805(C853) | A45900-00A FM IF Trans.
Teo6(css4) | v03067-25 AM IF Trans. Connector
tg07(c8s8) | A45901-00A FM Det. Trans. (P)
J 084-00A 4p
T808(c859) | A45902.00A FM Det. Trans.(S) | me Ee
Variable Resistors Miscellaneous
Fe rte I ai fede, © ere ea
25veI0 x50! [
u 2SD476(C) {
T50l
wat A POWER TRANS
AC 240V
50
Hz
|
_¢@
oy,
fr
{ 6.7y mek
R501
| cs0e_ th Wm, {
roc, TP tere) 2802
| 4500/°° | CARBON _ | HZ7A2 {
(Wo
%
)
RESISTOR
i i
| ° |
L OUT PUT
wee se ee ee ee oe ee ee eee ee pC 6V
300mA MAX
NOTE
§. VOLTAGE VALUES SHOW READINGS BY CIRCUIT TESTER (20KD/V)
Schematic Diagram for Model AA-24LEU
Fig.31
—19—- No. 3308

P-100EUC ©
Parts
List
for
AC
Power
Adaptor
(AA-1
OOSUK)
Transistors
X551
2$1D313(E}
Transistor
X552
2SC945L(P,Q)
Transistor
X553
2SA673(C)
Transistor
Diodes
D551
S4VB20(V)
Si.
Diode
Stack
D552
HZ7B2L
Zener
Diode
D553,556
18953
Diode
D554
TLR124
L.E.
Diode
D555
TLG124
L.E.
Diode
D557
,558
10E2(V)
Silicon
Power
Diode
Electrolytic Capacitors
QET41CR-108
QET41AR-476
Cen]
1000uF 16WV
47 uF 10WV
Symbol! No.
CR-1,2 | A03008-006
CR Block
| c.R. Block
Miscellaneous
QRGO18J-181 O.M. Resistor
QRGO18J-560 ”
QV Z3242-002 V. Resistor
BOQ-00604V Charge Unit
R555,556
R559
R562
T551
A03203-00E
Power
Trans.
Ass’y
$11
QSS4201-071
Slide
Switch
$12
Q$S0037-004
Slide
Switch
J11
QMC0263-001
AC
Socket
Ass’y
J12
A04375-00A
DC
Jack
Ass’y
FUSE
1
QMF51A2-R20P
|
Fuse
(T200mA)
FUSE
2
OQMF51A2-1R25
|
Fuse
(T1.25A)
P1i
QmMP9017-009
Power
Cord
P12
A03077-00A
DC
Cord
with
Plug
Fig. 32
Parts Name
Connector Base
Name Plate
Adaptor Case
Mark
Adaptor Base
Screw
Parts No.
A32050-003
A45864-006
A20901-003
A45866-002
A32049-001
SSSP3006JS -
No. 3308
99 '—