Sherwood RV-4050R User manual

SERV. A455
SERVICE MANUAL |
RV-4050R
AUDIO/VIDEO
PRO-LOGIC
RECEIVER
Qsherwood
DTeMLIMNE M AUDIO. VIDEO MECEIVER Rv 40508
=» CONTE
Safety PrecautiOnS--------+-s see ee 2
Specifications A 3
Wirtng Diagram LULL. 7
Block Diagram BO 9
Circuit Description ---------e rt 11
Alignment Procedures = 2... 7
Troubleshooting -----:---.--e ester 20
G
Sherwood
NTSs
Mechanical
Parslist
=
=
==
=
=
=
==
28
Exploded
View...
cect
25
Printed
Circuit
BoardS-----t
27
Electrical
Parts
List
<=
32
IC'S
Lead
Identifications
&
Internal
Diagram
---38
Transistors
Lead
Identification
--------
43
Schematuc
Dieagramsti
[1
il)
45

SAFELY PHEULAYU LIVINDS
WARNING
Before servicing this unit, familiarize yourself with the following precautions: -
1.
N
Many electrical and mechanical parts in this
chassis have special safety characteristics that
often pass unnoticed and the protection
afforded by them cannot necessarily be
obtained by using replacement components
rated for higher voltge, wattage, etc.
Replacement parts that have these special
safety characteristics are identified in this
manual and its supplements: electrical
components having such features are
identified by -t. in the schematic diagram
and the parts list.
Before replacing any of these components,
read the parts list in this manual carefully. The
use of substitute replacement parts that do
not have the same safety characteristics as
specified in the parts list may create shock,
fire, or other hazards.
. Before returning the set to the customer,
always do an AC teakage current check on the
exposed metal parts of the cabinet, such as
terminals, screw heads, and metal overlays,
to be sure the set is safe to operate danger of
electrical shock. Plug the AC line cord directly
into a 120 V AC outlet (120 V AC version only).
(Do not use a line isolation transformer
during this check.) Be sure your AC voltmeter
has a sensitivity of 5000 <2 per volt or greater.
Then connect a 1500 {2 10 watt resistor,
paralleled by a 0.15 pF 150 V AC capacitor,
between a known good earth ground (such as
a water pipe, or conduit) and the exposed
metalic is parts, one at a time. Measure the
AC voltage across the combination of a 1500
Q2 resistor and a 0.15 pF capacitor. Reverse the
AC plug at the AC outlet and repeat AC
voltage measurements for each exposed
metalic part. Voltage measured must not
exceed 0.75V RMS. This corresponds to 0.2
mA AC. Any value exceeding this limit:
constitutes a potential shock hazard and must
be corrected immediately.
At 5000 2 per voit or greater sensitivity ,
the reading should not exceed 0.75 V.
AC Voltmeter
Good earth ground, such as
@ water pipe or Conduit.
0.15 ~F 1S0V AC
Place the probe on each exposed metalic part.
,| Audio Section-Front(Mode : Dolby-logic)
SPECIFICATIONS
Audio Section-Front (Mode: Normal)
RMS output power :
at distortion below 0.3 % 50 Hz
both channels driven at 8 Q
at distortion below 0.3 % 1 kHz
both channels driven at 8 Q
inter-modulation distortion
at 80 W output 60 Hz: 7 kHz =4: 1 SMPTE
Harmonic distortion at 45 W output : 40 Hz
1 kHz
20 kHz
Frequency response at AUX
8 Q load, 1 W output 20 Hz - 40 kHz
Input sensitivity for 50 W output : CD/AUX
Tone control BASS, 100 Hz
TREBLE 10 kHz
Channel separation with 4.7 kQ shorted
at AUX input 1 kHz
10 kHz
Signal to noise ratio, input shorted
with IHF-A
CD, TV/AUX,
TAPE(MONI)
(Condition
:
input
VCR,
input
level
1
kHz
350mV
vol.
level)
RMS
output
power
at
distortion
below
0.9%
1
kHz,
8
Q
Signal to noise ratio, input shorted
with IHF “A* (Dolby prologic, 3 Stereo)
Frequency response 8 Q load, 1 watt output
at -3 dB (Dolby prologic)
Audio Section-Center
40~20000 50~20000
RMS output power at distortion below 0.9% 1 kHz, 8 2
Signal to noise ratio, input shorted
:
;
dB
2
78
=
73
with
JHF "A*
(Dolby
prologic,
3
Stereo)
Frequency
response
8
Q
load,
1
watt
output
[Normal
|
Hz _|
at -3 dB (Dolby proiogic) [Wide | Hz
Audio Section-Rear =
RMS
output
power
at
distortion
below
0.9
%
1
kHz,
16
Q
100-17000
Signal to noise ratio input shorted
with IHF °A* (Dolby prologic)
Delay 20 ms
Frequency response 8 Q toad, 1 watt output
h
80-7000
|
100-6000
at
-3
dB
(Dolby
prologic)

FM Section
Tuning coverage for USA / Canada
Tuning coverage for Europe
Usable sensitivity at noise & distortion, S/N 30 dB
75 ohm input
Image rejection at 106 MHz
IF rejection at 90 MHz
Full limiting at -3 dB
50 dB quieting sensitivity at 98 MHz: MONO
STEREO
Distortion at 1 mV input: MONO
STEREO
Signal to noise (S/N) ratio at 1 mV input MONO
STEREO
De-emphasis at 100-12,000 Hz
AM rejection ratio at 100 uV-20 mV input
Search level at 98 MHz
Output voltage at 75 kHz dev. : MONO
1 kHz mod., 1 mV input STEREO
Muting threshold at 98 MHz
Overload THD at 98 MHz, 100 % mod.
at 100 mV RF input
Spurious response at 98 MHz
antenna input 3 pV, 1/21F, 2x1/21F
Capture ratio at 1 mV input
Alternate channel selectivity at 0.1 mV.input
Stereo separation :
at 100 % mod., 1 mV input 1 kHz
10 kHz
Distortion :
at 100 % mod., 1 mV input through IHF Filter MONO
STEREO
Automatic stereo threshold
AM Section
Tuning coverage for USA / Canada
Tuning coverage for Europe
Usable sensitivity 600 kHz, 1010 kHz, 1400 kHz
(603 kHz, 1008 kHz, 1404 kHz for Europe)
at 400 Hz, 30 % mod., S/N=-20 dB
Image rejection at 1400 kHz (1404 kHz for Europe)
IF rejection at 600 kHz (603 kHz for Europe)
AGC figure of merit from 100 mV/m at 1010 kHz
(1008 kHz for Europe)
Distortion at 400 Hz, 30 % mod., 5 mV/m input
IF bandwidth at 6 dB down, 350 2 V/m input
Output voltage at 400 Hz, 30 % mod., 5 mV/m input
Audio response at 5 mV/m input 1 kHz 0 dB,
1010 kHz (1008 kHz for Europe), -6 dB
Selectivity at 10 kHz 350 4V/m input
Signal to noise(S/N) ratio at 1010 kHz
(1008 kHz for Europe) with antenna input 5 mV/m
RF overload 400 Hz 80 % mod., 100 mV input
Search level
MHz
MHz
kHz
kHz
puV/m
dB
dB
d8
%
kHz
mV
Hz
dB
dB
%
pV/m
87.5-107.9
87.50-108.00
43
30
0.35
0.5
6
520-1710
522-1611
Limit
2.0
5-12
200+50
70-1.8000
20
35
- 10
800 +60B
General
Speaker load impedance
Power consumption :
Ne load, (No sig mall i sicoesce 2i250. 15 Mec tatecet aa ds shed te toa hes thea res cance N Neti 2a Stee an ceans ately
1/8 Pmax.
Pmax. (Undistorted output) --
Pmax. (THD 10%)
Pmax. (Undistorted) with outlet --
Dimensions (W x H x D) 440 x 110 x 280 mm
(17-5/16 x 4-11/16 x 11 inch)
Weight (Net)
(16.5 Ibs)
Power Requirment
A: 120 V, 60 Hz for American/Canadian Version ‘
B: 120/220 V, 60/50 Hz for muit-voltage version (switchable)
D: 230 V, 50 Hz German/Gerneral European version
E: 240 V, 50 Hz for UK/Austalian version oa
G: 220 V, 50 Hz for Other Area ;
Notes :
1. Norminal specs represent the design specs. All unit should be able to approximate these some will
exceed and some may drop slight below these specs. Limit specs represent the absolute worst
condition that still might be considered acceptabie; in no case should a unit fail to meet limit specs.
2. This manual is based on the General European(D) standard, and provieds information on regional
circuit modification through the use of alternate schematic diagrams or wiring diagram, and
information on regional component variations through the use of parts lists. Design and
specifications subject to change without notice.

WIRING DIAGRAM
TUNER B'D
4001001010
SPPI
PRUs! Prins
POWER B'D
4005011500
MAIN B'D
4001000900
4001001000
POWER S/W B'D
4001000910
VOLUME 8'D
4001001020
Model No. : RV-4050R

BLOCK DIAGRAM
Model No. : RV-405
PL
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10

CIRCUIT DESCRIPTION
1C501: CXP50116-5720 (4-bit CMOS Microprocessor}
1. Pin Configuration
TEST MODE 3 CONTROL
-—> TEST MODE 2 CONTROL
> TEST MODE 1 CONTROL
a
—> CENTER MODE 2 CONTROL
r=)
ST/BY CONTROL
ST/BY LED TUNER MUTE FM/AM STEP 2 OPTION
=0— FM/AM STEP 1 OPTION
£)—e CENTER MODE 1 CONTROL
S—
2) —~»
Q\—-
Cy —e»
Da
rd
ey
G)— TUNER TUNE
G3-—— STEREO
§2-<—— MASTER VOLUME
NJUS701 CHIP ENABLE
PRO-LOGIC MODE CONTROL
FIP
3
6f—e
CENTER
MUTE
DRIVE
SEGMENT
58
9
6$—e
MAIN
MUTE
CXP-50116-5720
}—» M7001 CHIP ENABLE
CONTROL IC DATA
CONTROL IC CLOCK
C7821 DATA MUTE «—({) I—e LOGIC DECK PLAY/PAUSE CONTROL
DIGI-LINK
HEADPHONE
REMOCON
PROTECTION
4)
VIDEO 1
=~
1

2. Key Matrix
3. Block Diagram
KSCAN 0 | KSCAN 1 | KSCAN 2 | KSCAN 3 | KSCAN 4 | KSCANS5 | KSCAN8
PIN 28 PIN 27 PIN 26 PIN 25 PIN 24 PIN 23 PIN 22
KEY INO TUNING
VCR 2 MEMORY
PIN 35
KEY IN 1 SURROUND
TREBLE TV/AUX VCR 2 TAPE
PIN 36 MODE MONITOR
KEY IN 2
ALANCE
PIN 37
@-@
@-©@
S-®
SEGMENT
SEGMENT
adieas
MO;
FORT
SIGNAL
siGNAL
_A/O
@-@
@-@ @-®
@-@
B-@
6-@
Hs"
Boss
RAH
} Sino Je eS
u
[ goat's | wore [rot ¢ | roar] ponte [rer r [vont o [pont w | port]
~ teu. frees see se_frer. Sts
REGISTER
[PROGRAMMABLE = 8:
4. Pin Functions
| Symbol _| Description
16-51 Segment SON EE NE et Output for FIP.
[Mute signal output ta LOvO94 SSCS
| 18 DOLBY Output for driving DOLBY LED.
| 19 | 3-ST Output for driving 3-STEREO LED.
| 20-21 | NC | Not used! (NC pins are always connected to Vdd).
| 22-28 | | T?~TO __| Grid signal output for FIP.
| 29. | INT _| Data input of Ko~Ks for key scan.
| 30-31 | = NC____|_Notused!
Data input of Ko~Ke for key scan.
| 38 | EVC.MU. _| Mute signal output to prevent click noise when operating electronic VOL.
39/40 VIDIMID2 Control data output for selecting VCR1 or VCR2 video signal.
According to each mode, data output is as follows.
[Mobe [vib | vio2 | REMARKS
Weng etc tes al
Poruers | a | a | ai Previous state
% Last memory function is available.
Emitial settings
| 41 | M.VOL.IN1
42 CH. MODE
input for main volume.
Port for settings of PRO-LOGIC and 3-STEREO mode.
According to each mode, data output is as follows.
OTHERS
rockers =u. SEGMENT ®©-@
|
accumuLaTor
|
Se
QuT
Pur
:
448 | MEMORY Fs
x4 = SEGME NT ®-e
STS eS ID, ouTPUT =
BIT DATA TIMER (8) KS g Se-Stt
MEMORY TIMER COUNTER 8 : el
Ee ee OO SERIAL 1/O (@) 12288 x8 BIT
MEMORY
TIMER
Gaxa [timer |
rene]
DISPLAY MEMOR
96X46 BIT
FL TUBE a EXTAL@)
CONTROLLER
ORIVER xTaL @
- TEX &)
tx ®&
S/O
& Siem ob PORTX frorr + }} {| f |
> %®8O@o -
—w ' Or OO
PGPH re og ont S Se 8@
PU,PK OF Reg < 2 zr Sle & @2, >
3 So8 3 32q@ OY®
oO aoa & 2 ¢;@
@@ @O®
Ne) 12
| 43 | NCC Notused!
44 PROT. Signal input for protection.
When "L" is input, it is changed to STAND BY.
(But for first 3 second, PROTECTION Is not checked.)
45 RMC Input for remocon data. (At "L", it is active.)
46 H/P_IN When inserting headphone, “H" is input.
47 D. LINK Input/output for controlling DIGI-LINK.
| 49-50 | CLK/DATA | CLOCK/DATA output for TDA7300, TC9154, LC7821, NJU9701 and LM7001.
51 CE1 Chip enable output for LM7001.
| 52 | _CE2_ _| Chip enable output for TDA7300.
| 53 | CE3 Chip enable output for TC9154. ae
54 CE4 Chip enable output for LC7821.
55 H/P MUTE Output for headphone mute. “H’ is outputed under the following conditions.
1. When the power is on or off.
2. When selecting the input function.
3. When “H" is input to H/P input.
4. When "L" is input to “PROT” of CPU.
5. "-co "mute signal is transferred from the commander.
13

Symbol
MAIN MUTE
Description
Output for main mute. "H” is outputed under the following conditions.
1. When the power is on or off.
2. When “H" is inputted to H/P input.
3. When °L" is inputed to "PROT" of CPU.
4. “-co " mute signal is transferred from the commander.
Output for SURR. mute. “H" is outputed under the following conditions.
1. When the power is on or off.
2. When selecting surround mode.
3. When the test tone mode is on or off or When the channel is
change in the test tone mode.
4. When °H" is inputed to H/P input.
5. When °L° is inputed to "PROT" of CPU.
6.*-c “ mute signal is transferred from the commander.
Output for center mute. "H" is outputed under the following conditions.
1. When the power is on or off.
2. When the center mode is on or off.
3. When selecting center mode.
4, When the test tone mode is on or off or When the channel is
change in the test tone mode.
5. When "L" is inputed to "PROT" of CPU.
6, “-co _“ mute signal is transferred from the commander.
Output for controlling in the surround mode.
- SURROUND MODE PRO 1
PRO-LOGIC, 3-STEREO
SURR. OFF L
| 60 | _CE5__| Chip enable output for NJU9701.
| 61 | PD __| Input for power down. (At “L’, it is active.)
62
M. VOL. IN2 Input for main volume up/down.
57 SURR. MUTE
58 CENTER MUTE
59 PRO
VOL. DOWN VOL UP
ea Sine
IN2
~
STEREO input for lighting the "STEREO" Indicator. {At "L", it is active.)
TUNED input for detecting station during tuning.
If “L" is inputed during tuning, tuning stops at that frequency.
14
[ Pin.No. | Symbot___| Description
ASTEP/F.STEP | According to region, input for selecting the frequency bands and steps
of FM and AM.
Setting are as follows.
| REGION | FREQUENCY STEPS
AMERICA | FM: 87.5~107.9 MHZ
AM: 520-1710 kHz
EUROPE | FM: 87.5~108 MHz
AM: 522~1611 kHz
KOREA FM: 87.5~107.5 MHz | 200 kHz
AM: 522~1611 kHz 9 kHz
T.MUTE Output for tuner mute.
Output for driving STAND BY LED. (At "H', it is active).
69/70
CM1/CM2 Contro! data output for center mode in the DOLBY PRO-LOGIC and
3-STEREO mode.
Setting are as follows.
we a
This pin prevides the ground potential.
Output pin serve for connecting a clock oscillator crystal.
7 Vss
XTAL
~
NS
73 | NC Not used !
74 EXTAL Input pin serve for connecting a clock oscillator crystal.
NC
Vieo This is the power supply pin of the FL controller.
NS3~NS1 Control data output for selecting channel in the test tone mode.
says
77~79
Setting are as follows.
SELECTION NS1 NS2 NS3
TEST TONE OFF
4 : previous state
STAND BY When the power is on, control data output is “H”.
When the power is off, contro! data output is “L”.
{and last memory function is activated.)
18

5. Digital Tuning System Description
FM FRONT-END PACK
2 Se em mony
!
I
|
|
I
'
1
'
I
I
i
'
!
i
1
i
&
!
I
4
16
mz, FM PLL Loop
<==] AM PLL Loop
Low Pass Filter
Q417, 0418
PLL Prescaler
FM IN
1C404
AM IN
FL
Display
1. Equipment Required
¢ AM signal generator
« Oscilloscope
* AC voltmeter
« FM signal generator
¢ Stereo modulator
ALIGNMENT PROCEDURES
+ Audio generator
« Distortion meter
-+ OC voltmeter
« Frequency counter
Note: Remove line cord antenna from FM externa! antenna terminal when aligning.
2. Alignment and Test Points (Tuner P.C. Board)
3. AM IF and RF Alignment
Preparation
g
2
Y
=
y?
;
Se
1. Output of Signai Generator should not be higher than necessary to obtain an optimum output
reading.
2. Signal Generator Modulation : 30%
3. Switch : Press to AM.
Signal
Generator
Frequency
Step
450 kHz
{400 Hz, Mod.}
600 kHz
{400 Hz, Mod.}
1400 kHz
(400 Hz, Mod.)
1000 kHz
(400 Hz, Mod.)
Receiver
Frequency on
the Display
| Place at a non-
interference spot
| around 600 kHz
| 600 kHz
1400 kHz
| 1000 kHz
Equipment
Connection
! Adjustment
i Point
for
AC voltmeter | L402 Maximum
to TAPE OUT , (IFT) reading
jack. |
| L405
Same as | Same as
Step 1. i {ANT Coil) -- Step 1
{
Same as TC401 Same as
Step 1. {ANT Trimmer) Step 1
17
| VR403 Indication on
| (AM ADJ) receiver with
:
output
of
500
pV/m

4. FM IF Alignment
Preparation
1.
Signal
Generator
output
should
be
no
higher
than
necessary
to
obtain
an
optimum
output
reading.
2. Switch : Press to FM.
3. Signal generator deviation : 75 kHz.
4. Be sure to disconnect FM line cord antenna during alignment.
Signat
Generator
Frequency
98.1 MHz
(1 kHz, Mod.)
98.1 MHz
(1 kHz, Mod.)
Receiver
Frequency on
the Dispiay
Equipment
Connection
Distortion L403
meter to (FM IFT)
TAPE OUT jack
Minimum
distortion
Zero reading
on AC voltmeter
5. MPX Alignment
FM Antenna
Terminal (3000)
FM Dummy
with SSG output
level of 6 pV
Tape out
AM *
Signal
Generator
Front-End
FE401
AM
Signal
Generator
Direct Coupling
AM Alignment Connection
as 1250 (112.59) =
O
Zin =500 (750) ® 3 Z out=3002 (Balanced)
O
1502
FM Dummy Antenna to 3002 Antenna terminal of receiver
FM Dummy Antenna
18
FM RAIF and MPX Alignment Connection
Preparation
1. Switch : Press to FM.
2. Tune for 98 MHz on band.
3. Signal Generator output level: 1000 pV.
4. Deviation : 75 kHz, at 100% modulation of composite signal.
5.
Connect
Signal
Generator
to
FM
antenna
terminal
through
FM
dummy
antenna
(300
22).
19
kHz
Signal
Output
.
Step
|
Modulation
Generator
indicator
pein
Level
Frequency
Connection
Setting
VR401
(SEP ADJ)
AC voltmeter reading
should be at least
33 dB below.
AC voltmeter to
TAPE OUT jack
of R channel
Composite to
channel
1 kHz “L" CH.
8% Mod.
VR401
(SEP ADJ)
AC
voltmeter
to
Same
as
Step
3.
TAPE
OUT
jack
of L channel
Composite to
channel
1 kHz “"R® CH.
8% Mod.
if
you
could
not
obtain
-35
dB
readings
in
Steps
3
and
4
(compared
with
Step
2),
readjust
VR401
until
you
obtain
-33
dB
readings
for
both
Steps
3
and
4.
Nominal
is
-43
dB.
19

TROUBLESHOOTING
Symptom Cause and Remedy
Receiver inoperative A) Faulty AC power cord.
(FL indicator does not light) Replace.
B) Defect in the power switch.
Replace.
C) Broken wire in the power transformer.
Reptace.
D) Blown power
Replace the fuse.
A) Defective power transformer.
Replace.
B) Short in the primary or secondary of the transformer
circuitry.
Repair the short.
C) Damaged rectifier 0309~D312.
Replace the defective component(s).
D) Short circuit in the rectifier circuit.
Repair the short.
Fuse blows when power is turned
on.
’ A) Defect in transistor Q115 L/R, Q119 L/R on the Main
Amp Board.
Replace the defective component(s).
FL indicator lights but no sound
from both channels
A) Defect in transistor Q118 L/R, Q119 L/R on the Main
Amp Board.
One channel does not work when
volume is at maximum with a test
signal applied to the center terminal Locate and correct the defect.
of volume control VR5 of the dead B) Break in copper foil of printed circuit board.
channel. Repair the short.
C) Short in speaker output terminal.
Repair or replace.
A) Headphone plug does not mate with jack.
Replace the plug.
B) Defective resistors R511 L/R
Replace.
Speaker works normaily but
headphones inopertive.
A) Defective front-end. (FE 401)
Replace.
B) Defective FM switch.
Replace.
C) Defective transistors Q416, 0410, Q412, 1C402, IC 403.
Replace the defective transistor(s) or IC(s).
D) Defective coil L403.
Replace.
E) Defective lead-in.
Repair or repiace the lead-in.
F) Ceramic filters CF404, CF405,-defective.
Replace the defective ceramic filter(s).
G) Defective controller circuit component.
Replace.
FM inoperative
Poor multiplex separation
A) improper adjustment.
Readjust VR401.~
B) IC402 defective.
Replace.
C) Variable resistor VR401 defective.
Replace.
20
Cause and Remedy
A) Defective indictor in FL. =
Replace.
B) Improper adjustment of VR402 of tuner board.
Readjust VR40Z.
C) Defective iC402.
Replace.
STEREO indicator does not light
A) If volume from both L and R channels is not loud
enough:
Front-end Section defective.
Faulty 1C403, Coil L403,
Defective C838 of tuner Board.
B) If sound of one channel is not loud enough:
Defective VR401.
FM volume not sufficient
FM
Mono
has
no
effect
A)
Defective
FM
MODE
switch.
Replace.
AM
inoperative
A)
Damaged
1C403
of
tuner
board.
Replace.
B) Defective L405, L404, L402 or CF403 of tuner board.
Replace the defective component(s).
C) Resistor R478 defective. H
Replace.
D) Capacitors C439, C429 defective.
Replace the defective capacitor(s).
E) Defective AM switch.
Replace.
F) Defective varicap diode D412.
Replace .
G) Damaged AM loop antenna.
Repair or replace.
H) Defective controller circuit component.
Replace.
BASS
control
has
no
effect
A)
Variable
resistor
BASS
defective.
Replace.
B)
Defective
IC
103
Replace the defective component(s). |
TREBLE control has no effect A) Defective IC 103. ; conan
Replace the defective component(s).
Auto
tune
inoperative(UP/DOWN)
A)
Poor
contact
in
Up/Down
key.
Repair replace.
B) Defective IC501.
Replace. ae
C) Defective tuner circuit component.
Replace.
D) In case of FM only, improper adjustment of FM
front-end. =
21

Manual tune inoperative(UP/DOWN)
(AM or FM)
FL inoperative
Remote Controi Unit inoperative
Cause and Remedy
A) Poor contact in Up/Down key:
Replace.
B) Defective !C501.
Replace.
A) FL defective.
Replace.
B) Defective 1C501.
Replace.
C) Defective X-TAL501
Replace.
A) Weak Battery.
Replace.
B) Defective.
Replace.
C) Defective IC501(CPU Board) orZ1.
Replace.
22
NOTES
~

MECHANICAL PARTS LIST
Ret.No. Description PartNo. O'ty Version Ref.No. Description PartNo. Q'ty Version
PACKAGE (26) A\ Power Transformer, 230 V, 50 Hz 7828100167 «1 )=«DJU
Box Carton 0496052547021 {26) A, Power Transformer, 240 V, 50 Hz 7e2g100167.,—« 1 OE
Cushion Poly TOT (2G) A Pome TRNAS, CAN A NT
idee 5715000120 7 7 ¢2@ ay Power Fr te TORO SAO Ha ae . =
Poly Bag 97050015501 ru Cover insulation. PVC 0.5t ” 4833005910 1 EtOnlyi
28 ~— Frame Left, SECC 1.0¢ 61226222101
ACCESSORIES 29 Terminal Speaker, 6P 4age107410,— 1
Antenna Wire (FM) 4348000810 «1 ABKS 30 Jack RCA, 4P 44381031101
Antenna Wire (FM) 4348001110 1 DE JU nv Jack RCA, 6° 4438103210 2
Battery 1.5 V AA(R6M) 5518001610 2) AKS 32 Frame Right, SECC 0.8 61236253101
Manual Instruction 9oo701go30 1 OA 3 Heatsink Regulator TR. 75052062101
Manual Instruction 9007018031 1 DU uM Switch Selector, 6P 46180065101 PTINDOO
Manual Instruction 9007018032 1 «8B 35 AN Outlet agosto 61 OA
Manuat instruction 900s018033 «1 COE 36 AN Outlet 4448105510 391 «~<KS
Manual Instruction 9007018034 «261 «KS {36) A, Outlet 4448103610 1 =D
Antenna AM Loop Stand Strip Wire 2608207361 «1 «=ABKS 37 Locking Tie, ABS, White 65280028101
Antenna AM Loop Stand Strip Wire 2608207360 ~=1 = OD,EIU 38 Terminal Speaker, 4P 44081054101
Ass'y Commander 5418001011 1 39 Jack RCA, 2P 44381120101
Ass'y Commander 5418001011 1 KS(Onty) 4 Jack RCA, 3P 44381143101
4“ Antenna Terminal, 4P 4408107910 =) =AKSB
CABINET & CHASSIS . (41) Antenna Terminal, 4° 44og108210 «= 1OEIU
1 Cover Front, ABS, Black 048583006511 1 42 Chassis Back 046102041911 1) KS
(1) Cover Front, ABS, Black 048583005512 1 KS{Only} {42) Chassis Back 046102041921 1 =A
2 Window Display, Acryl, Wine 048553020411 4 (42) Chassis Back 046102041931 1 8
(2) Window Display, Acry!, Wine 048553020812. 1) K&{Only) (42) Chassis Back 046102041951 1 «OO
3 Button Tact tkey, ABS, Black 8543061810 1 (42) Chassis Back 046102041961 1° €
4 Knob Main, ABS, Black 8543061910 1 (42) Chassis Back 046102041991 1 PTINOO
5 Badge(Sherwood), ABS, Hot-stamp 048535042011 1 8 Stopper Cord 6518002320 «1 ~=«~O,E
{S) Badge(Inkel), ABS, Hot-stamp 048535038511 1 KS{Only) {43) Stopper Cord 6518002310 «61 AKS
6 Panel Front, ABS, Black 0485010342111 44 AS Cord AC Power agogooi410. 1A
(6) Panel Front, ABS, Btack 048501034212 1 KS(Only) 45 AS Cord AC Power 4308007310 1) KS
7 Button Power, ABS, Black 85451260101 (45) A\ Cord AC Power 4306000430 81 = D,UK
8 Switch Power 46280559101 (45) AS Cord AC Power 4308007610 «1 OE
9 Jack Phone, Black 44380045201 46 = Adapter 4428300410 1 PTINDOOY
10 Washer, SECC 0.8 83050016201 47 Plug Jumper 4328204210 = 2 KS{Only)
in} Button Tact 4key, ABS, Black 8543061610 1
12 Indicator, Acryl 8535049710 3 St Screw #28TC 3x8B 8109230083 45
13- Button Function 7 key, ABS, Black 0485430615111 S2 Screw #2WPTC 3x8Y 8159230081 13
(13) Button Function 7 key, ABS, Black 048543061512. 1 KS(Only} $3 Screw BSAM 4x88 8109440083 4
1% Button Tact 3key, ABS, Black 8543061710 1 sé Screw #28TC 3x68 81092300617
15 Switch Encoder with Nut 32080628101 S5 HEX MSPW3x12Y 9099130121 6
16 Jack RCA 3P, Gold 44381098101 $6 Screw #1PT 3x10B 811913010316
v7 Switch Tact 4658003710 16 $7 Screw Ground 8155000710 1
18 Sponge 6718020730 1 $8 Screw WSAM 4x88 81994400834
9 FIP 2328132301 1
20 Cover Top, SECC 0.8t 046122027541 1 P.C.Board Main 49010009001
21 Heatsink Power 75020084101 P.C.Board Front * 40010010001
22 Foot, Hot-Stamping, ABS 046035101521 2 P.C.Board Tuner 4001001010 1
(22) Foot, Aluminum., Gold 046033102611 2 KS{(Only) P.C_ Board Volume 40010010201
2 Foot, ABS, Black 6035101520 2 P.C.Board Power 40050115001
{23} Foot, ABS, Black 6033102510 9892 KS(Only) P.C.Board Power 4005011600 1 FTINDOy
24 Cover Bottom, SECC 0.8t 61224191201 P.C.80ard Power Switch 40010009101
25 Bracket PCB 6505130010 2 Cable, FPC 23P, 420mm 41186234251
26 AX Power Transformer, 120 V 60 Hz 2828001367 1 OA Assy Posistor, 180mm re 0524380001813
PRODUCT SAFETY NOTICE
Each precaution in this manual should be follower during servicing. Components identified with the IEC symbol A\ in the
parts list and the safety can be of special significance. When reptacing a component identified with d\, use only the
replacement parts designated, or parts with the same ratings of resistance, wattage or voltage that are designated in the
parts list in this manual. Leakage-current or resistance measurements must be made to determine that exposed parts are
acceptably insuiated from the supply circuit before returning the product to the customer.
24

EXPLODED VIEW
Model
No.
:
RV-4050!
CABINET
&
CHASSIS
MAIN B.D
26
25

:
PRINTED
CIRCUIT
BOARDS
:
P.
C.
Board
Main
(4001000900)
Model
No.
:
RV-4050R
S.

is
Model
No.
:
RV-4050F
P.
C.
Board
Front
(4001001000)
w
;
of
Pp.
C.
Board
Volume
(4001001020)
yy
2
POWER
S/W
B'D
4001000910C

Model
No.
:
RV-4050R
P. C. Board Power (4005011600)
es
POWER BD
4005011600
P. C. Board Power (4005011500)
[VERSION [FSi] F502
OOH $82. S5A/250V
FROM POWER
31

PRODUCT
SAFETY
NOTICE
:
cre
upc
with
s
have
Beara
ome
important
to
safety.
if
you
replace
of
these
components,
read
RefNo.
Description
PartNo.
'ty
Version
Rel.No.
Description
PartNo.
tty
Version
carefulty
the
product
safety notice
in
this
manual!
-
ee
G06
Ceramic Tubular 1000
pF
SOV
J
3519102935
1 O12 KICI€YS, NPN,
Silicon
2208622106
1
;
KE
:
20%),
Z:
(+80,
.
.
ResistorfCapacitor
Tolerance,
D:
(0.5%),
J
(5%),
KS
(3
10%),
M:
(20%,
Z:
(+80,
20%)
07/0308
Ceramic Tubular
220
«pF
SOV
J
©
3519221935
2
0201
KTANAYSKRAIOTM
27380061031
-
.
x9
Mylar
0.047
pF
100V
J
3679473120
1
0202
_KTC114VS,
NPN,
Silicon
708622106
1
felNo
Description
PartNo.
Cty
Version
RefNo
Description
_____—“Part
No.__Crty
Version
C310
Electrolytic
SA
10
uF
SOVM
3479210071
1
0203
KTAIMAYSKRAI7™M
77300061031
‘Assy
P.C.
Board
Main
quoi)
—~—*C*AB
ECTS
Ceramic
Tubular
«007?
uF
SOV
J
©
3519472995
1
DIU
Gi
Mylar
00a
yF
OV
J
3579473120
1
coos
KTCTUNS,
NPN,
Slicon
poche
Assy
P.C.
Board
Main
osapioqiois
=
JU
{CTS}
Not
Usad!
ABEXS
C312
Ceramic
Tubular
470
pF
SOV
J
3519071935
1
caz0eva206
KTD1302S,
NPN,
Silicon
2neens112
2
‘Ass'y
P.C.
Board
Main
OGaorosiores
KS
CIT4UR
Ceramic
Tubular
100
pF
SOV
J
3519101935
2
OWU
313°
Ceramic
Tubular
2
pF
SOV
J
.
3519770835
3
0300302
KTCZ24081/KTC3200,
NPN,
Silicon
7208606108
2
Wire
Lug,
#248K200
LF
0.5005
ISRENIOROST
1
CHAR
Nex
Usedt
ABEKS
Cu
Electrolytic
SG
22
uF
SOVM
|
3479322971
1
(30303
KTCIBISYAKTC3198,
NPN,
Silicon
z70perETOd
2
Pipe
Ceramic
2mm
oui
2
pple
ome
eer
WO
FF
OVI
=
SIO
2
nate
C315
Cermic
Tubular
2
pF
SOV
J
s19200%5
1
C305
SKTASEY
ZROENEI2
1
Termins!
Ground
ot
(CTTSUR)
Not
Veed!
C316
Ceramic
Tubular
82
SOV
J
3519082935
1
0306
«=
KTC2225Y
z0e606107
1
29
Terminal
Speaker,
6°
ppeleantioe
teat
aa
BO
eee
ers
(317
Ceramic
Tubular
1000
-
SOV
J
3519102835
1
0307
—-2SCA137,
NPN, Bais
poosezz110
1
3
Sack
RCA
beeline
pal
dee
€318/0319
Ceramic
Tubular
20
pF
SOV
J
©
351922195
2
0308
KSCZ890,-V,
NPN,
Silicon
7o0g60z102
1
7
kA
prcedeede
20202
Mylar
lod
pr
bean
di
320
0.067
pF
100V
J
36794731
0309
KSAIZ20A-Y,
PNP,
Silicon
2oceang101
1
CIOILR
Ceramic
Tubular
100
pF
SOV
J
©
3619101935
2
DAU
=
CHS
Ceramic
Tubular
amo
op
SOV
J
1975
1
Myr
u
24
PNP,
Silicon
07
i
C321
—_Electroiytie
SG 220) yr
VM
«©
3arsazze1
1 0310
-2S0718/KTD718, NPN,
Silicon
20284071081
{C1O1UR)
Not
Used!
ABEKS
(C204
Myr
Ql
pF
VK
3679104297
i
:
C1OQUR
Ceramic
Tubuler
100
pF
SOV
«3519101935
2
DIU
C205
—_—Electroiytie
SG
pf
BVM
|
3A7SU70C
1
C322
Electrolytic
SG
100
pF
VM
«3479310161
1
(311
-2SBB8BACTBSEB,
PNP,
Silicon
2028107106
1
(COM)
Not
Ud!
ABEXS
—
C208C207
Mylar
Qod7
af
WOV
J
367BK73120
2
(C323/0324
Ceramic
Tubular
56
pF
SOV
J
3519056935
2
0312
KTCI81SVKTC3198,
NPN,
Silicon
2208606104
1
CIQRAR
Ceramic
Tubular
100
pF
SOV
J
«©
519101835
2 DJU
Mylar
0.1
pf
68V
KK
©
3679104297
1
C333/0334
Electrolytic
HS
4700
pF
SOV
M
=.
3419547225
2
031300314
KTC2240BL/KTC3200,
NPN,
Silicon
2208606108
2
(COSA)
Not
Lised
|
ABEKS
C200
9
Mylar
000g3
pF
WOV
J
©
3679532120
1
C335-C239Ceramic
Disc
0.01
yF
SOV
2
30910651
2
3150316
KTC1B15Y/KTC3199,
NPN,
Sificon
2208606104
2
CIOMUR
Ceramic
Tubular
100
pF
SOV.)
«519101835.
2D.
=
C210-——Ceramie
Tubuiar
a0
pF
OVS
|
BISETIEAS
1
CN106
Lead
Ass'y,
6°,
240mm
SEU
1
317
BKTASEY
2208206102
1
{C1OAUR)
Not
Used
ABEXS
(C211
Electrohvtic
SG.
mm
sf
WM
jersgz2i7
1
CN105
Lead
Ass'y,
7P,
200mm
436207223832
1
KS(Ony)
0318
KTC2Z29Y
2208606107
1
10S
Ceramic
Tubulsr
100
pF
SOV
J
©
-s5r9101895
1
212
Ceramic
Tubuiar
ane
pf
SOV J
©
3519223035
1
{CN105)
Not
Used!
ABDEIU
0319
—-2SCA137,
NPN,
Bais
2008622110
1
C106
Electrolytic
SG
1
pF
SOV
M
=
3479910571
1
2190214
Ceramic
Tubutar
20
pF
SOV
J
«19271935
2
CN106
.
Lead
Ass'y,
7P,
120mm
SOTIZR
1
0320
KSCZRQ0A-Y,
NPN,
Sificon
rooseoz102
1
10700108
Electrodytic
SG
4
uF
BVM
347s3s7081
2
215-217
Ceramic
Tubular
100
pF
SOVJ
3519101935
2
CNSO7
Lead
Ass'y,
SP,
120mm
362051233221
321
_KSA1Z20A-Y,
PNP,
Silicon
2008202101
1
C1OQUR
Blectrotytic
SG
47
yk
SOV.
M:
3479347971
2
C28
Mylar
“Qt
pF
GV
K
3679104297
1
CN108—_Lead
Assy,
3°,
300mm
ONIN
1
(522
ZS0205BY/KTDZ068Y,
NPN,
Silicon
2028406123
1
CIZ1UR
Electrolytic
SG
22
uF
SOV
M
=
7s3z2s71
2
C19
Mylar
0022
pF
OV
J
==
3679223120
1
CN108
Lead
Ass'y,
4P,
300mm
4362043033321
03273.
©
-2SBI367V/KTB1367Y,
PNP,
Silicon
2028106109
1
122-0124
Electrolytic
SG
ope
VM
3479367081
3
2200221
Electrolytic
SG
47
pf
SOVM
«|
3479047971
2
CPI01
Water,
LV
UES
1
0224
_-2SD2058YRCTD20SSY,
NPN,
Siicon
peered
podie
tan
C125R
Electrolytic
SG
47
pF
SOV
M
|
Sers3A7g71
2
Cza-C24Myler
on
pF
GVK
sees
3
CP102.
Water,
FPC23P
MA2BS26355
1
RIO1UR
Carbon
Fim
Vkohen
SW
J
3069102970
2
CI2GUR
Electrolyte
SG
47
pF
SOV
MM
3ensg7s7y
2
a5
Mylar
as
pF
VK
S786)
|
D101
IN4148M,
Switching
rsxz2i01
1
RIO3UR
Carbon
Fam
1
toh
USW
J
3069102970
2
CITA
Sectrabtic
86
Sa
Re
SM.
Se
dE
seasnbet
sr
1
eS
D102
Diode
Zener,
UZ
9.1
BSC
2258690150
1
RICSUR
Carbon
Fim
1
kohm
VW
J
308102970
2
CIZUR
Electrolytic
SG
22
uF
SOVM
|
erssz2my1
2
Cazr—_
Ceramic
Tubular
0
oF
OVI
BROKE
|
D163
Diode
Zener,
UZ
27.08SC
2258800115
1
“RIOTUR
Carbon
Film
1
bohm
1SW
J
3069102970
2
Cizg
Electrotytic
SG
2
uF
SOVM
sarsaz201
1
Ce
Nar
acm
WV
Sema
|
D10UD1051N4148M,
Switching
msez7101
2
RWOBUR
Carbon
Fim
100
kohm
‘VW
J
3068108970
2
OL
CINUR
Myler
0.0022
pF
100VJ
3679227120
2
C223
Mylar
O07
pF
100VJ
3679473120
1
GHGLn
ANA
teana
South
;
Switching
2OSBA2101
2
(R108UR)
Not
Used!
ABEKS
CI31UR
Blectrotytic
SG
22
uh
SOVM
«-3TezZ2g71
2
C20
Electrolytic
SG
2
pF
WM
Tez
1
itch
‘
DIO7UR
1N4148M,
Switching
2058322101
2
RIQUR
Carbon
Fim
Ttohm
WW
J
3069102970
2
C132
Electrolytic
SG
a7
pF
VM
e937
1
C21
Mylar
00056
pF
TOV
J
©
3679562120
1
itch
‘
;
F
2
DW0BUR
1N4148M,
Switching
2esez2i01
2
RITIUR
Carbon
Fiim
1
kohm
WSW
J
3069102970
2
C134C134
Ceramic Tubuter
100
pF
SOV
J
©
51920195
2
CZ32/0233
Electrodytic
SG
1
pF
SOVM
©
3479310971
i
C13SUR
Mylar
01
pF
VK
3679100297
2
CZ4
Electrolytic
SG
mop
16M
3479322131
1
D110
—_1N4148M4,
Switching
2068322101
1
R112
Carbon
Film
Tkohm
BW
J
3069102970
1
CISGUR
Mylar
01
pF
VK
3679104297
2
C235
Electrolytic
SG
02
«sf
SOVM
©
3479322871
1
0301
Diode
Zener,
UZ
27.08SC
2258690115
1
RI12UR
Carbon
Film
100
kohm
15W
J
3069108970
2D,
CISTUR
Electrolytic
SA
10
pF
SOVM
«3679710077
2
C236
*
Electrolytic
SA
10
pf
SOVM
©
3479210071
1
D502-0906
ING14BM,
Switching
2058a22101
4
{R112UR)
Not
Used
!
ABEKS
CIS
Mylar
DO1B
pF
OOV
J
3679183120
2
Cz
Electrolytic
SG
022
yf
SOVM
©
3479327871
1
306/030?
Diode
Zener,
UZ7.5BSC
2258600130
2
R113.
Carbon
Film
100
ohm
15W
J
3088101970
1
C13UR
Mylar
002
oF
OV
J
3ergzna120
2
C738
—_Electroiytic
SA
10
pF
SOVM
3479710071
1
0308
Diode
Zener,
UZ16.08SD
;
27588991171
RITARIIS
Carbon
Fam
1
kohm
VW
J
3089102970
2
COUR
Myr
0.072
nF
100V
J
3679273120
2
Electrolytic
SG
068
pF
SOVM
3479368871
1
As
vane-0312
1N5402,
Rectifier
2068100136
4
R116
©
Carbon
Film
100
kohm
16W
J
3088106970
1
CHAILR
Blectrolytic
SG
47
pF
SOVM
=
3479307871
2
C240-C242Mylar
01
pF
@VK
3679104297
2
AXDN3
~—_1NE002,
Rectifier
P5810
1
R117/R148
Carbon
Film
470
chm
15W
J
3080471970
2
CHUA
Electrolytic
SA
10
.
avs
cil
2
NCR
Me
02
af
SY
:
some
2
nes
Diode
Zener,
UZ16.08SD
2258509117
1
RNBUR
Carbon
Fim
470
ohm
SW
J
3060471970
2
CSUR
Ceramic
Tubular
820
r)
f
1
pF
83
D315
1NAOO2,
Rectifier
225810013
1
RIZ0UR
Carbon
Fim
100
tohm
15W
J
3086104970
2
C14
Ceramic
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100
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SOV
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180
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SOV
J
319151985
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2168206106.
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100
kohm
15W
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3069106970
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SG
47
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3479307971
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100
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2238006103
1
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Carbon
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1
kohm
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J
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Ceramiac
Tubular
6)
pf
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3519681935
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2208606112
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100
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269
Ceramic
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Silicon
2208606108
2
RI4ZUR
Carbon
Fiim
<1
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1SW
J
3069102970
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(C160UR)
Not
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22
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SVM
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2
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SG
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M
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2804137,
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2008622110
2
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WW
J
3068302970
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J
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KS
33

RefNo. Description PartNo. OQ'tyVersion RefNo. Description oe PartNo. Q'ty Version RetNo. Description PartNo. OftyVersion RefNo. Description PartNo. Q'ty Version
Carbon Film 3 kohm WW J Wweesssg70 1 C413 Mylar 0.0082 «pF 100V J © 3679822120
RIS7UR Carbon Fitm Bkohm SW J 3esse3g70 2 R2s6 1 L401 Coil inductor, 0.5 uF 2648001010 1
RISBUR Carbon Film 33 kohm 15W J = 50RSaI2970 2 R257 Carbon Film 33 bohm SW J | 3692970 + Cara Mylar 0.0018 «yf WOV JS «63679182120 7 Laz Coil, AMIFT P-7SB - 2808001250 1
RISSUR Carbon Film 33 bohm UW S| (3EeKI2970 2 R258 Carbon Film 47 komm 15W 5 |= 3068473970 1 Cats Electrolytic SG 220 pF SOV MM =«(-3479322971 1 Laas Coll, FMAFT (2838501080 1
RIGOUR Carbon Film 680 ohm TW J 4896069881970 2 R2sg Carbon Film Tkohm 16W $ 3069102970 1 C6 Slectrotytic SG. 3 pF VM 6 (4s79330031 1 ~ ba Coll AM-OSC aeeniise 1
ANG) Metal Fin 22 kohm IWS 829272472 1 R260 Carbon Film 33 kohm SW J | 3=OesGI70 +t C41? Ceramic Disc 3900 pF SOV J = -3519091995 1 AKS Les Cot, AM-ANT Z WNBANIT 1
RY62UR
Carbon
Film
T
koh
SW
J
3069102970.
2
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Carbon
Film
2
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J
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W
J
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C418
=
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1
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SOV
M
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(L008
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RIGLUR Carton Fikn 10 kohm WW J = 3089103970 2 R263 Carbon Fitm 4.7 koh YEW J 9089472970 1 ous Grareryus 3G we oF YM TIT oT CHUNG KICIOISTATOIIIS NEN, Calico cures atone
RiI6SUR Carbon Film 3B kohm SW J = 3068533570 2 R264 = Carbon Film Tkohm WW J = 3069102970 + C420 Ceramic Disc wo OpF SOV J «=| 3599991935 1 AKS 0604 KTAT01SY/KTA1288, PNP, Sdicon ‘2200206105 1
RIS6UR Carbon Film 2.4 kohm 15W J 3089242970 2 R265 Carbon Film 1 ohm V4W 5 = 3089108770 1 (C420) Ceramic Disc 10 pF SOV J |=: 351918185 1 BODE KTC1STSY/KTC3198, NPN, Silicon TRANG 1
RIG7UR Carbon Film 2 tohn WW J = =—-5089203970 2 R266 Carbon Film 33 ohm TSW J = 3068309970 1 CA21 Ceramic Tubular 120 pF SOV J «= 3819121995 1 0006 KTA101SY/KTA1206, PNP, Silicon 7208206105 1
RIGBUR Carbon Film 33 kohm WW J | -3088592970 2 R267/R268 Carbon Film 100 kohm SW J = 3089104970 2 i AR Glectrotytic SG 330 gf SVM = 63erezaaa71 1 0407/0408. KTC1147S, NPN, Silicon ZAREZNE 2
RIGIUR Carbon Fikn 10 ohm WW J = =—-89121970_ 2 301/R302 Carbon Film 33 bohm SW J =9=-060G32970 2 i Cap Electrolytic sG 47) oF SOV M = (3479347071 1 Ques OTA114YS/KRA 107M, PNP, Silicon 22NGN3 1
RI7OUR Carbon Film 27 koh HW J |= 069272970 2 F303 Metal Film 22 kohm 1W JS = =W29222472 1 Cae Electrotytic SG 220 pF SOVM = -3479922971 1 0410 KTC18TSY/KTC3198, NPN, Silicon 7
RINUR Carbon Film Tkohm UW J 9069102970 2 F304 Carbon Film 680 ohm EW J 3069681970 1 Cazs Ceramic Tubular G01 yF SOV 5S 63519103935 1 ait FET, 2SK117 Www 1
RU2UR Carbon Film 120 ohm SW J =: 9069121970 2 R305 Carbon Film 10 kohm WW J = (9069103970 1 : Cag Mylar 0.047 pF IOV J © 3679473120 1 412 KTC181S¥/KTC3198, NPN, Silicon, zpeeeres 1
RIT3UR Carbon Film 220 ohm 15W J = 089221970 2 R306 Carbon Film Ykohm uSW J 3069102970 1 Car? Blectrotytic SG 70 oF 16V.M «= 3479322131 1 0413-0415 DTAI14YS/KRATOTM, PNP, Silicon Zznees 3
RITGUR Cement 0.27 ohm 3W K 3059278682 2 R307 Carbon Fikn 120 ohm WW J = (3069121970 1 Cis Poly 680 pF SOV J «= -3619681110 1 0416 KTCI9Z3V/03194Y, NPN, Silicon BME 1
RI7SUR Cement 0.27 ohm 3WK 59278682 2 R308 Carbon Film 3B kohm WW J =3068333970 1 Cag Mylar 0.056 yF IOV J 3679563120 1 41770418 KTC22408LTC3200, NPN, Silicon 2208806108 2
RIT6UR Carbon Film 30 ohm SW J =—-5069331970 2 R309 Carbon Film 33 kohm 15SW J = 3068332970 1 C30 Ceramic Tubular 30 pF SOV J «3619531935 1 Re01 Carbon Film 30 ohm 16W J | (e701
RITTUR = Carbon Film 47 kohm 15W J = 5069472970 2 R310 Carbon Fit 1.5 konm YEW J = 3069182970 1 C2 Ceramic Tubular 0.047 uF SOV Z 3619473035 1 Ra02 Carbon Fin 47 bohm 16W J |= (3069472970 1
RI76UR Carbon Film 1§ kohm SW J 3069153970 2 R311 Carbon Film 27 ohm USW J = (3088273970 1 433 Ceramic Tubular 8 pF SOV J «3519680835 1 DJU R&3 Carbon Film 33 ohm 15W J = 3068739970 1
RI79UR Carbon Film 33 ohm SW JS = 3069339970 2 R312 Carbon Fitm 120 ohm WW J | (3069121970 1 x (C433) Not Used! ABEXS Rad Metal Film 10 ohm 1W 5 = 302910070 1
R1I80UR Metal Fitm 1S ohm TW J = 3029180472 2 #313 Carbon Film Ykohm 15W J = 3069102970 1 e Cae Electrolytic SG 47) pF SOV M «= 3479347971 1 Ras Carbon Fil 220 ohm t5W JS 30eez71970 1
RI8IUR Carbon Film Zkohm WW J 3069382970 2 R314 Carbon Film 2.7 kohm WSW J 3069272970 1 2 CaS = Ceramic Tubular 330 pF SOV S «= 3519331935 1 R408 Carbon Film 47 tohm 15 W J = 306972970 1
Ri82 Carbon Film 10 kohm 15W J = 3069103970 1 R315 Carbon Film 220 ohm USW J = 3069221970 1 Ce36 ‘Electrolytic SG 10 pF SOVM 3479310071 1 Ré0? Carbon Film Sohn VSW J = 3069153970 1
R183 Carbon Film 100 kohm WSW J 3069904970 1 A316/R317 Cement 0.27 ohm 3W K 3059278682 2 Cas Electrotytic SG 330 pF SOV M = 3479333971 1 R408 R409 Carbon Film &2 tohm SW J = 3069822970 2
RIGKUR Carbon Film 100 kohm WW J 3069104970 2 R318 Carbon Film 330 ohm USW J = 3069331970 1 C438 Ceramic Tubular 7 pF SOV 5 © (3519470035 1 R410 Carbon Film 180 ohm SW J = 3069781970 1
R185UR Carbon Film 1 kohm USW J 3069102970 2 KS{Onty) R319 Carbon Film 47 kohm VSW J = 3069472570 1 C439‘ Electrolytic SG 1 yF SOVM = 34679310971 1 R411/R412 Carbon Film 1.2 bohm YSW J 3069122970 2
(RI8SUR} Not Used! ABEDN A320 Carbon Film 15 koh SW J = 3069153970 1 Ccuo Electrolytic SG a pF VM = 34679347041 1 Rai Carbon Film 32 bohm WOW J | 3089173970 1
Rt86UR Carbon Film 100 kohm SW J 3069104970 2 A321 Carbon Film 33 ohm WW J 3069339970 1 CHa Ceramic Tubular 4) pF SOV J =| (3519470835 1 Rae Carbon Fil 75 tohm WW J =eas2970 1
RISTUR Carbon Film 1 kohm WW J 3089102970 2 KS{Oniy) A322 Metal Film 10 ohm TW J 3029100472 1 C442 Elactrolytic SG O47 pF SOV M = 3479347871 1 Ré1§ Carbon Film 18 ohm VSW J = 3089181970 1
(RIB7LAD: Not Used! ABEDRI — R323/R3246Carbon Film 33 konm WW J = 3069332570 2 Cu3 Ceramic Tubular a oF SV J 3519670635 1 Ré16/R417 Carbon Fim 12 tohm SW J = 0891227570 2
R188 = Carbon Filen 47 kohm 15W J 3069473970 1 R325 Carbon Film ohm WW J = 3069681970 1 C444 Ceramic Tubular O01 pF SOV J «© 3519103835 1 R418 Carbon Fim 12 koh WJ = 3069123970 1
R201 Carbon Film 75 kohm SW J 3069752970 1 F326 Carbon Fim Bkohm SW J = (30683970 1 cus Ceramic Tubular 6 pF SOV J 3519680835 1 R41MR420 Carbon Film 180 ohm WW J = 3089151970 2
R202 Carbon Film 18 kohm TSW J =—-3069183970 1 R327/R328 Carbon Film Tkohm YW J 3969102970 2 CH46-C449 Coramic Tubular 0022 pF SOV J 36192273905 4 RA21/R422 Carbon Frien Wtohm UW J weg703g70 2
R203 Carbon Film $.6 kohm 1SW J 3069562970 1 R329 Carbon Film 10 kohm WSW J = 3069103970 1 ~ C450 Electrolytic SG 47> pF SOV M 3479347971 1 RAB Carbon Fitm 82 tohm SW J |= 3069823970 1
R204R205 Carbon Film 2 ohm SW J = 3069220970 2 R330. Carbon Film 15 kohm WW J | (3069152970 1 5 csi Electrolytic SG 47 uF VM = 3479347081 1 Rae Carbon Film 47 ohm 15W J | 30873970 1
R206 Carbon Film 15 kohm SW J 3069153970 1 Rt Carbon Film 33 kohm SW J = 3068032970 1 - CRS2/CAS3 Ceramic Tubular 0.01 pF SOV J = 3519103005 2 R&S Carbon Film 470 ohm SW J | -3O69K71970 1
R207 Carbon Film 18 kohm SW J 9069183970 1 R332 Carbon Film 39 kohm GW J = 3068393970 1 Cass Poly 470 pF SOV J = 3619471110 1 Rd Carbon Fitm 4) tohm SW J = 3068473970 1
R208 Carbon Fitm 1S kohm SW J = =—-69183970 1 R333 Carbon Film 120 ohm WW J = - 3069121970 1 C4S5-C457 Ceramic Tubular 0.022 uf SOV J 35192739035 3 Raz? Carbon Film 670 onm SW J 3088471970 1
R209 Carbon Film 82 ohm 1SW J = 3069820970 1 R334 Carbon Film 27 konm WW J = 069272970 1 C458/C459 Ceramic Disc (CH) 3 pF SOV Z 3628330210 2 Rae Carbon Film. 82 kohm SW J = 3069823970 1
R210 Carbon Film 1 ohm 1SW J 3069105970 1 RRS Carbon Film Tkohm YW J 3069102970 1 Caso Ceramic Tubular 0.022 pF SOV J 3819273035 1 RA2YR430 Carbon Film 68 tohm SW J 306839702
R211-R213Carbon Film Tkohm SW J 3069102970 3 R36 Carbon Film 120 ohm SW J = 3069121970 1 C461 Electrolytic SG 100 pF 16V M = 3479310131 1 Rast Carbon Film 1.5 kohm USW J = 3069152970 1
R24 Carbon Film 15 kohm WSW J 3069183970 1 R337 Carbon Fitm 330 ohm 15W J 306931970 1 CAR Electrolytic SG 0.47 pF SOV M «= 3479347871 1 itke] Carbon File Tkohm 15W J = 3069302970 1
R215 Carbon Film 330 kohm SW J | 3069334970 1 RRB Carbon Film 220 ohm 16W J = 3069221970 1 C463, Ceramic Tubular 0.01 «uF SOV J «63519103935 1 Aa Carbon Film 15 kohm 15W J 3089152970 1
R216/R21? Carbon Film 15 kohm 15W J = 3069183970 2 bcc.) Carbon Film 330 ohm HW J =—-3068331970 1 A664 Glectrolytic SG 7 pF BVM = 3479347081 1 Rae Carbon Film: 1 opm YW J = 3069105970 1
R218/R219 Carbon Film 100 kohm WSW J = 3089104870 2 R340/R341 Cement 0.47 ohm JW K 3059478782 2 CAS, Not Used RAS Carbon Fiten 1.5 kohm SW J = 3068187970 1
R220 Carbon Film 82 konm SW J = 3069822970 1 R342 Carbon Film 47 kohm 1W J 3088472970 1 Ces6 Ceramic Tubuiar 001 yF SOV J = 3519103935 1 RAG Carbon Film 33 cohm YSW J = 3068532970 1+
R221-R224Carbon Film 100 ohm 1SW J = 3069101970 ¢ R343 Metal Film 680 ohm 2W J 3029681572 1 ; C467 Electrolytic SG 1 yf 3OV.M 3479310971 1 8437 ——Carbon Film 15 conn SW J = 3069152970 1
R225 Carbon Film 1kohm 1SW J 3069102970 1 R342 Metal Film 380 ohm 1W 5 = yo2s3gte70 1 * C468/C469 Ceramic Tubular 0.01 pF SOV J = 3619103995 2 R438 Carbon Film Teoh SW J = 3088102970 1
R226 Carbon Film 15 kohm WSW J 3069752970 1 R345 Carbon Film T kohm SW J = 3069102970 1 - C470 = Ceramic Tubular 150 pF SOV J «3519151935 1 DU R&9 Carbon Film 23 ohm SW J 3069707570 1
R227 Carbon Film 47 kohm SW JS = 3069473970 1 X-TAL201 Resonator, CSA2,0MG-TFO1 3938124001 1 (C470) Not Used! ABEKS R440 Carbon Film 180 kohm SW J = 3069184970 1 AKS
R228 Carbon Film 15 kohm SW J 3069153970 1 CF? = Resonator, CSB456F 17 3938001009 1 : (R440) Carbon Film 770 tohm SW J 90692774970 -1_—OUBE
R229 Carbon Film 75 kohm VSW J 3069752970 1 A'ssy P.C. Board Tuner OseorotiaT1o0 A CF402 —Fiker Ceramic, BFU4SOCAN 3906001020 1 Re41A442 Carbon Film 75 ohm WW J 3069750970 2
R230 Carbon Film 47 kohm SW J 3069473970 1 A’ssy P. C. Board Tuner oeo1dz10111 8 CF403 Fitter Ceramic, SFZ4SOF 3908001380 1 RU3 Carbon Film 150 iohm SW J = 3069154970 1 AKS
R231 Carbon Film 18 kohm VSW J 3069153970 1 Assy ®. C. Board Tuner 054010410112 OtU (CReQWCFa05 Fatter, SFE10.7MA8-A-TF21 3978011001 2 AKS (R443) Carbon Film 180 bohm SW J = 3069184970 1 OIU.8.E
R232 Carbon Film 10 ohm SW J 3069106970 1 Assy P. C. Board Tuner 064010510113 E {CFQUCFUG Fitter, SFE 10. 7MS3GH-ATF21 3978011011 2 DIUB,E RUS — Carbon Film 150 whm SW J = 3089154970 1 AKS
R233/R234 Carbon Fiim: 22 kohm 15W J = 069223970 2 A'ssy P. C. Board Tuner 054010810114 KS P4601 = Wafer, 4? 4428516310 1 {Re45) Carbon Film 180 ohm SW J = 3089184970 1 OJU.BE
R235 Carbon Fitm 100 konm WSW J = 3089704970 1 Terminal Ground 4235007310 1 CPa02 Wafer, SP 4428516410 1 RuG Carbon Film 180 cohm WSW J = 30691849701 AKS
R236 Carbon Film 47 bohm SW J -3069473970 1 3 Terminal Speaker, 4P 4408105410 1 CPag3 Wafer, 7P 4428516610 1 (R446) Carbon Film 20 cohen WSW J = 3069274970 -1—ONU.BE
R237 Carbon Film 100 kohm 1S W J = 3069104970 1 K] Jack RCA, 2P cee U3B112010 1 CPd04 Water, 2P 428516110 1 Rea? Carbon Film Teohm WSW J = 3069102970 1
R238 Carbon Film 3kohm 1SW J 3069302970 1 Jack RCA, 3P 44381143101 CPS = Wafer, SP 4428525550 1 Reg Carbon Film “27 ohm VSW J 3088772970 1
R239 Carbon Film 9.1 konm 15 W J = 3089912970 1 a Antenna Terminal, 4 4408107910 1 AXS CP406 = Wafer, 12P 4428525620 1 Reg = Carbon Film 47 ohm YSW J 3089472970 1
R200 Carbon Fitrn 3 konm WW J = 3069302970 1 Antenna Terminat, 4° 44081082101 ~OE 0401-D403 1N4148M, Switching 2068322101 3 R4SO/R451 Carbon Film 70 ohm VSW J 3069771970 2
R241 Carbon Film 9.1 konm 16W J = - 3069912970 1 Caz Electrotytic SG 47) uF SOV M = 3475347971 1 Daoe Diode Zener, UZ 8.28SB 22585991231 RaS2 Carbon Film 47 ebm UW J | (3069472970 1
R262R243 Carbon Film 470 kohm USW J = 3069471970 2 Ca03 Ceramic Tubular 0.00- uf SOV J 3919872835 2 DIU 0405 Diode Zener, UZ 6.88SC 2752698121 1 RASYRASS Carbon Film 10 ohm SW SJ 30891039702
R264 Carbon Film 220 kohm SW J = 3069224970 1 (C403) Not Used! AB.EKS OM6-D410 1N6148M, Switching 2058322101 5 RASS Carbon Fim 27 conm WW S| 3069273970 1
R245-R267 Carbon Film Tkohm SW J 3069102970 3 Cue Mylar 0.047 «pF 100V J 3679873120 1 Dall ~—— Diode Zener, UZ 5.1BSB 7258599103 1 R456 Carbon Film 82 chm WSW J = 30698227970 1
R248/R249 Carbon Film 720 ohm WW J 93069221970 2 ‘C405/C406 Ceramic Tubular 1 pF SOV 5 3519010935 2 Dat2 Diode Varactor, KV1236Z 2058819106 1 RAS? Carbon Film 68 ohm WSW J = 3069687970 1 ~DIU.BE
R250 Carbon Film 2 komm SW J | (3069202970 1 Cag Electrolytic SG 100 pF 16V M = 3479310131 1 FE&Q1 = FM Tuner, FE407-G60 3928801890 1 AKSBE {R4S7) Not Used! AKS
R251 Carbon Film 10 konm SW J = 3069103970 1 CWB —Electrotytic SG 470 pF OV M = 3479347121 1 (FE40t} FM Tuner, FTH3-S0SHB 3928101790 DIU RiS8 Carbon Film 100 konm W5W J = 3069104970 1
R252 Carbon Film 2 kohm vSW J 3069202970 1 cag Mylar 0.0082 «uF 100V J © 3679822120 1 Ica1 =. Gan668 2138001101 3 RiS9— Carbon Film 8 onm 1SW J = 3069820970 1
A253. Carbon Film 10 kohm WW JS 3069103970 1 C410 Mylar 0.0018 «pF 100V J «= 3679182120 1 Ica0z_-KA2265, MPX 2169002112 7 R461-R463Carbon Film 22 ohm HW J 3069222970 3
R254 Carbon Film 100 kohm SW JS = 3069704970 1 Cail Electrolytic SG 22 yF SOVM = 3479322971 1 (C3 LAI266 2168017128 1 R465 Carbon Film 10 ohm 15W J = 3069701970 1
R255 Carbon Film Tkohm WW J 3069102970 1 C412 Electrolytic SG 470 uF 1OVM = (3479347121 1 1ceo4 = L701 21380171121 R466 Carbon Film Zahm WW J = 3069773970 1 AKS
34 35

Ret.No.
Description
PartNo.
Q'tyVersion
fef.No.
Description
PartNo.
Q'ty
Version
Ret.No.
Description
PartNo.
Q'ty
Version
{R466)
Carbon
Film
@
kohm
ISW
J
3069473070
1
DIUBE
R518
—
Carbon
Film
10
kohm
1SW
J
3069100070
1
AB
RSO2RSOS.
Carbon
Film
33
ohm
VOW
J
|
WRN
2
R468
Carbon
Film
40
kohm
YSW
J
3069103970
1
(R518)
Not
Used!
KSDENU
R508
=
Metal
Film
wo
ohm
2W
J
3029101570
1
R489
Carbon
Film
22
kohm
WW
J
3069222970
1
R519
Carbon
Film
68
kohm
SW
J
3089682970
1
R505
Carbon
Film
47
koh
15W
J
3069472970
1
R470
Carbon
Fitm
kohm
SW
J
3069683970
1
R520.
Carbon
Film
220
kohm
HW
J
=
3069224970
1
R506
Carbon
Film
100
kohm
1HW
J
3069104970
1
R471,
Carbon
Film
43
kohm
USW
J
3069432970
1
R521
Carbon
Film
2
kohm
SW
J
3069223970
1
R507
Carbon
Film
47
bohm
IEW
J
3068472970
1
R472/RAT3
Carbon
Film
680
ohm
WW
J
3069681970
2
R522
Carbon
Fitm
22
kohm
1SW
J
3069222870
1
R508
Carbon
Fim
100
komm
15
W
J
=
3069104970
1
RA74/R475
Carbon
Film
330
ohm
1SW
J
3068331970
2
R523-R525
Carbon
Fim
68
kohm
SW
J
3069683970
3
R5Co
Metal
Film.
33
ohm
12W
J
=
3029335380
t
AlOnly)
R476
Carbon
Film
470
ohm
SW
J
=
3089471970
1
RS26/R5Z7
Carbon
Film
56
ohm
USW
J
3069560970
2
(R509)
Not
Used!
;
KSDIUBE
Ré77
Carbon
Film
33
kohm
WW
J
3068332970
1
R528
Carbon
Film
220
bohm
SW
J
3068224970
1
R511
Carbon
Film
5.6
kohm
15W
J
3069562370
1
R478
Carbon
Film
100
kohm
15W
J
3068104970
1
S29/R530
Carbon
Film
68
kohm
SW
J
3069683970
2
R512
Carbon
Film
22
kohm
USW
J
3069273970
1
R679
Carbon
Film
180
ohm
1SW
J
3069181970
1
531
Carbon
Film
2
kohm
SW
J
3069223970
1
3501
Jumper
1
AKS
RO79
Carbon
Film
70
ohm
15W
J
30697719701
DWOnly)
«558
Jumper
1
AB
(501)
Not
Used!
DIUBE
Re80
Carbon
Film
100
kohm
TSW
J
30691049701
(3558)
Not
Used!
KSDENU
4502
Jumper
1
AKSD
Ragt
Carbon
Film
180
ohm
1SW
J
3069181970
1
J559
Jumper
1
BOEIU
(3502)
Not
Used!
1U,BE
R481
Carbon
Film
710
ohm
VSW
J
3069271970
1
DJUIOnty)
(559)
Not
Used!
AKS
PiP2
Pin
Solder
azzani41d
2
RéB2RAES
Carbon
Film
270
ohm
SW
J
3068271970
2
XTALSO1
Resonator,
CST4.19MGW-TFO
3938124006
1
Clip
Fuse
a2sso01010
2
R484
Carbon
Film
180
ohm
1SW
J
3069181970
1
FL501
-
AIPSSM6
2378137011
Terminal
Ground
422001410
2
R485
Carbon
Fitm
220
ohm
vSW
J
3069221970
1
SENSORSO1
Sensor
Remote,
KRM-34L!
2408000131
1
Rég6
Carbon
Fim
47
kohm
USW
J
3069472970
1
A’ssy
P.C.
Board
Power
S/W
054010110123
A
BLE.KS.
R487
Carbon
Film
15
kohm
SW
J
3069152970
1
A'ssy
P.C.
Board
Volume
054010110118
=
ABEKS
A’ssy
P.C.
Board
Power
SAV
054010410124
DJU
R488
Carbon
Film
1
ohm
1SW
J
3069105970
1
A'ssy
P.C.
Board
Volume
054010410119
OU
8
Ad
Switch
Power
462055910
1
R489
Carbon
Fitm
560
ohm
SW
J
3069561970
1
5
‘Switch
Encoder
with
Nut
3208062810
1
g
Jack
Phone,
Black
44380045201
R490
Carbon
Fim
300
kohm
YSW
J
30691069701
OU
6
Jack
RCA
3P,
Gold
44381098101
~
CS0SUR
Mylar
0.067
pF
100V
J
3679473120
2
DIU
(R490)
Nox
Used!
ABEKS
(601
Ceramic
Disc
0.1
yF
SOV
Z
3579104530
1
AB.EKS
:
C506
Ceramic
Tubular
O1
pF
SOVZ
3519103935
1
R491
Carbon
Film
10
kohm
SW
J
3069108970
1
(C601)
Not
Used!
Dau
ek
Cs07
Capacitor
0.0067
UF
AOVAC
M
354847240
1
R492
Carbon
Film
86
kohm
1SW
J
3069563970
1
OU
C602
Ceramic
Tubutar
700
pF
SOV
J
©
3519101935
1
DIU
(508
Ceramic
Dise
0.1
pF
SOV
Z
3679104530
1
(R482)
Jumper
ABEKS
(C602)
Not
Used!
ABEKS
R510
Carbon
Fim
Tkohm
1SW
JS
=
3069102970
1
TCA01
Trimmer,
20°
3838001010
1
C603
«Ceramic
Tubutar
001
pF
SOV
J
3519103935
1
RSTILR
Carbon
Film
47
ohm
VSW
J
3060479970
2
TC4O2
Trimmer,
10P
3838001000
1
C604
Electrolytic
SG
33
oF
16V.M
3479533031
1
0508
——-1N4148,
Switching
2088322101
1
VR401
Semi
Fixed
Resistor,
200
k(B)
3248020443
1
(605
«Ceramic
Tubutar
001
pf
SOV
J
3519109935
1
CNS5O2
—
Lead
Aas'y,
2P,
350mm
435007353519
1
A
R402
Semi
Fixed
Resistor,
50
kiB)
32480803431
(606
Ceramic
Dise
01
uF
SOV
2
3979104530
1
(CN502)
Lead
Ass'y,
2P,
350mm
4998880235
1
B
VRA03
Semi
Fixed
Resistor,
50
KiB)
3248050343
1
807
Ceramic
Tubular
100
pF
SOV
J
3519101835
1
DJU
(CNSO2)
Lead
Ass'y,
2P,
350mm
435407353558
1
KSDEIU
XTAL4O1
X-TAL,
7.2
MHz
3908101031
1
(C607)
Not
Used!
ABEKS
CN403
Lead
Ass'y,
5P,
300mm
4362059033321
CBORCO9
Ceramic
Tubular
OO
pF
SOV
J
©
-
3519101935
2
DIU
A’ssy
P.C.
Board
Front
064010110115
A
(C608/0809)
Not
Used!
ABEKS
A'ssy
P.C.
Board
Front
o5anvost0116
=
KS.
CP601
Wafer,
3P
4428525530
1
A'ssy
P.C.
Board
Front
064010210117
BD,E.IU
=
R601_-—Carbon
Film
Tkohm
YSW
J
3069102970
1
om
Wire
Lug,
$24BK200
LF
0.5/0.5
152624102057
1
R602
Carbon
Film
75
ohm
WSW
J
3068750970
1
:
7
Switch
Tact
4658003710
16
R603
Carbon
Film
1
kohm
USW
J
3069102970
1
~
18.
Sponge
6715020730
1
19(FL501)
FIPSSM6
2308132401
1
A'ssy
P.C.
Board
Power
054010110120
A
*
501
Ceramic
Tubular
2200
pF
SOV
J
«©
3619221935
1
A'ssy
P.C.
Board
Power
9540102101218
502.
CAP,
FYHOHA73Z
34793473141
A’ssy
P.
C.
Board
Power
054010410122
DELIU.KS
C503
Electrolytic
SG
47
uF
SOV
M
=
3479347071
1
Ks)
Heatsink
Reguiator
TR.
7505206210
1
C504
Mylar
0.047
uF
100V
J
3679473120
1
u
Switch
Selector,
6P
46180065101
PINDOCniy
C505
Ceramic
Tubular
0.01
uF
SOV
J
©
3619103935
1
%
Outlet
aagioatio
1
A
C506
Electrolytic
SG
100
pF
1OV.M
3479310121
1
%
Outlet
4448105510
1
KS
507/C508
Electrolytic
SG
1
pF
SOV
M
=
3479310971
2
Outiet
44481036101
~D
cs09
Mylar
0.067
uF
100V
J
3679473120
1
501
Etectrotytic
SG
100
uF
SOV
M
3479310171
1
5100511
Ceramic
Tubular
2200
pF
SOV
J
«©
3519221995
2
C502
«Electrolytic
SG
10
yf
SOVM
3479310071
1
.
CNSOT
Lead
Ass'y,
8°,
300mm
436208303332
1
(503
«—sNot
Used!
1
CNSO3
Lead
Ass'y,
12P,
450mm
4962124533321
ANICSO1
~—_KA7806,
Regulator
2168602106
1
xy
CNSO&
—
Lead
Ass'y,
5,
100mm
4361051033321
CPS01
Water,
LV
3P
4428525790
1
CN602
Water,
FPC
23P
44285263551
CPSO1
Water,
LV
2P
4428525710
1
0501
1N4148M,
Switching
posesz2101
1
CPS02
—
Wafer,LV
2P
44285257801
D502:
1N4148M,
Switching
7058322101
1
CP502
Wafer,LV
4P
4428525800
1
D503
«—«-1N4002,
Retifier
2258100135
1
CPSO3
Water,
3P
4428505710
1
DSOU-D514
1N4148M,
Switching
2058322101
11
CP504
=
Wsafer,
8P
4428516710
1
D515
Diode
Zener,
UZ
5.688
2258598104
1
CPS05
«=
Water,
6°
4428516510
1
0516-0621
1N6148M,
Switching
2058322101
6
Ay
DSOUDSC2
14002,
Rectifier
2258100135
2
Ic501
CPU,
CXP50116-5720
7138322121
1
05020504
Diode
Zener,
UZ15.08SC
7758599109
2
LEDS01-508
LED,
SLA-34URC-F25
23710857013
D505
Diode
Zener,
UZ5.68SC
2758598200
1
~
(5010502
KTC114YS,
NPN,
Siticon
70862206
2
0506
Diode
Zener,
UZ15.08SC
7258599109
1
0503
DTATI4YS/KRA107M,
PNP.
Silicon
7738006108
1
0507
Diode
Zener,
UZ12.08SC
7258890116
1
0504
—_KTC114YS,
NPN,
Silicon
2208622106
1
DS0B
=
Not
Used!
)
050570506
DTA1I4YS/KRAI07M,
PNP,
Silicon
7738006103
2
D509
Diode
Zener,
UZ5.1BSB
7258599103
1
PRODUCT
SAFETY
NOTICE
0507/0806
KTC1IAYS,
NPN,
Silicon
2208622106
2
D510
«——«1N4148,
Switching
-
2068322101
1
paid
neue
Ooi
ow
Ge
Lene
S000n
oceeli
i
4a
ou
faa
Ader
packs
;
ae
Each
precaution
in
this
manual
should
be
follower
during
servicing.
Components
identified
with
the
IEC
symbol
4
inthe
ou
KTC181SYKTC3188,
NPN,
Sitcon
0BIEI0A
1
(eon
ro
quien
EIU
parts
list
and
the
safety
can
be
of
special
significance.
When
replacing
a
component
identified
with
A.
use
onty
the
501-RS11
Carbon
Film
47
kohm
WEW
J
3088673970
11
AN
(S01)
Fuse,
T215A
250V
$508302735
1
B
replacement
parts
designated,
or
parts
with
the
same
ratings
of
resistance,
wattage
or
voltage
that
are
designated
in
the
R512
Carbon
Fim
Tkohm
v5W
J
3069102970
1
Ay
F502
Fuse,
T2A,
250V
508002435
1
DIU.BE
parts
list
in
this
manual.
Leakage-current
or
resistance
measurements
must
be
made
to
determine
that
exposed
parts
are
R513
Carbon
Fitm
22
kohm
VSW
J
=
3068223870
1
ZS
(F502)
Fuse,
SB25A,
250V
$508102530
1
KS
acceptably
insuiated
from
the
supply
circuit
before
returning
the
product
to
the
customer.
R516
Carbon
Fitm
B
ohm
WW
J
3068330870
1
Ay
(7502)
Fuse,
SB35A,125V
§508102821
1
A
R517
Carbon
Film
10
kohm
WSW
J
3069103970
1
AKS
0501
KTC114YS,
NPN,
Silicon
2208622106
1
{R517}
Not
Used!
BDEIU
«R501
Metal
Film
330
ohm
TW
J
3029331470
1
36
37