Kenwood TR-2200G User manual

CONTENTS
EXTERNAL VIEW (20 esis te bee tee eae Sie ede Bob ae ae 3
TOP VIEW/BOTTOM VIEW .. 0.0... ee eee 4
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PARTS LIST
TOTAL PARTS LIST oocytes oe ote. sage Seeie ec ee ae tad QTE ene ee ee 9, 10
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PC BOARD
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BLOCK: DIAGRAM. | j.2 oo bot Bhi ea ee De ee ag 22
SCHEMATIC DIAGRAM (SEMICONDUCTOR LEADS)..................... 23
SPECIFICATIONS © 23 sie och oA atte ee Sak ca ar ea al a Aaa 24

Telescopic
antenna
S-meter
‘Knob
(A)
Pushbutton
switch
(T90-0035-05)
(B31-0101-15)
~
({K21-0264-03)
(S$39-1016-05)
| Knob A . | 4-p connector
|
(K21-0246-04}
(EQ6-0403-05)
Power jack 3 Water-proof cap (A) ,
(E08-0304-05) _. (F19-0049-04)
Name Plate Earphone jack
Grommet (J59-0001-05)
(B40-0822-04) _ (£11-0003-15) yer ( |
Plunaer (159-Q004-05)
bee ae Bo
Rubber spacer (J30-0061-04)

TOP VIEW
Ls4
(L34-0012-05)
.
LsS
(L30-0005-05)
» Ls10 (L34-0013-05)
Ls9 (L34-0014-05)
Ls2 (L34-0010-05)
Ls8 (L32-0002-05)
Power
jack
VRs3
(R12-5014-05)
EO8-0304-0
(E08-0304-05) CFs1 (L.72-0015-05)
Ls6 (L30-0005-05)
Ls1 (L34-0009-05)
XLs1
(L77-0327-05)
—
CFs2(L72-1025-05)
Speaker
(T02-0005-15)
S-meter
(B31-0101-15)
Os17: uPC-20C
:
VRs1
(R12-4016-05)
Telescopic
antenna
Ls13 (1.30-0007-05) ap reams = {i ot? {L30-0006-05)
TCt1(C05-0009-15)
——
—
Lt4(L31-0175-05)
Lt
(1.31
O02
6
S-O5
)
eg
~
(t5(L31-0176-05)
£t9(L31-0179-05)-
Lt1(L30-0141-05)
Tone
unit.
Leos
(X52-1031-01)
-
Lt10(L31-0180-05)
Earphone jack ae
(E11-0003-15)
tg: 28C741—
O19: 2SC1479 —
Dt3: M1301:
T Ct3(L05-0010-15)
~ V1 (RO2-2010-05)
— VRt2(R12-2015-05)
_—. VR2 (RO2-2011-05)
=
VRtl.
(R12-2015-05)
—— 53 (S01-2018-05)
RECEIVER Xtal
oscillators
Battery case
Battery case
TRANSMIT Xtal
Dt4 M-1301
oscillators
Lt22(L34-0354-05)
eee
:
ae
ae
Trimmer
capacitors
for
Lt21(L34-0354-05)
3 :
7
ee
Poneman
-
aE
«TRANSMIT
frequency
adiustmant TCtra ~ Tet at
Cpa EE
(CO5-0030-15)

ADJUSTMENTS
CASE REMOVAL (See Fig. 1)
1. Release the rod-snaps at the bottom of the case.
2. Pull the case out while pushing the external antenna
connector.
Rod snap
nn
©
QO [m= FA
(1) Unhook the water-proof caps
Water-proof caps (9) Put! the rod snaps out
Fig. 1
PRINTED CIRCUIT BOARD REMOVAL (See Fig. 2)
1. Remove the screws securing the printed circuit board
(PCB) in place.
2. Slide the PCB sidewise to facilitate its removal.
3. Position the transceiver with the panel toward you
and lift the rear end of the PCB.
Screws
Fig. 2
Note:
To gain access to the TRANSMIT and RECEIVE circuits
for repair work, the only part to be removed is the PCB
in RECEIVE section: most of the circuits become accessi-
ble as you do so. An exception is the multiplier section,
which is located behind the speaker: to repair the circuits
of this section, disconnect the wires as shown in Fig. 3,
remove the PCB securing screws and, as in the removal
of RECEIVE section PCB, take out the multiplier PCB.
® TRANSMIT sectionPCB ©
REPAIRING THE MICROPHONE CONNECTOR
Correct connection of the microphone cord to the
connector is shown in Fig. 4.
Microphone cord (red)
Covered with shielded wire
Stand BY Ground
Black @ Microphone cord
White
(As viewed from the cord side)
MIC
Fig. 4

RECEIVE SECTION ADJUSTMENT
Local Oscillator Coil
1. Tune the transceiver to about 145 MHz.
2. Turn the slug of coil Ls8 clockwise until oscillation
stops.
3. Then turn the slug back 360 degrees for stabie oscil-
lation.
Sensitivity
1. Connect a signal generator to the external antenna
connector.
2.
Feed
a
signal
to
the
transceiver
(1
kHz
modulation,
7
kHz
frequency
deviation).
3. Adjust coils Ls1, 2, 4... 7, 9, 10 and TCt3 {mounted
on the TRANSMIT section PCB) until the meter reads
maximum with an optimum S/N ratio.
Discriminator Coil
1. Connect a signal generator to the external antenna
connector and an oscilloscope to the output terminal.
2. Apply a signal (1 kHz modulation, 7 kHz frequency
deviation, 10 dB =3uV output) to the transceiver.
3. Align coils Ls12 and 13 until output waveform is opti-
mum on the oscilloscope.
S-Meter
1. Connect a signal generator to the external antenna
_ connector.
2. Feed a 20 dB signal to the transceiver.
3. Adjust VRs1 until the meter deflects full scale (or
reads 10).
Note:
Meter reading below full scale calls for readjustment of
sensitivity.
Squeich
Set the channel selector knob to the channel that con-
tains a crystal and confirm that there is no signal re-
ceived. With any signal not being received adjust VRs2
until squelch opens between 9 and 2 o'clock.
Confirmations
1. The transceiver shall show no large difference in sen-
sitivity for a supply voltage range of 10.4 to 15.2
volts.
2. Sensitivity difference shall be within the specification
throughout the entire band including the band edges.
3. The transceiver shall not interfere with TV channel
(176 to 182 MHz) after the local oscillator has been
aligned.
TRANSMIT SECTION ADJUSTMENT
Note:
Use insulated screwdrivers for coil and trimmer adjust-
ments.
Multiplier and final stage
1. Connect a 50-ohm power meter to the external anten-
na connector.
2. Set the channel selector of Model TR-2200G to a
transmit frequency of 144.15 MHz and connect the
instruments as shown in Fig. 5.
Power meter
DC power supply
DC ammeter (1 amp} TR-2200G
Fig. 5
3. Operate the transceiver in the transmitting state and
adjust TCt1, 3 - 10 at a supply voltage of from 9 to
10 volts until the ammeter reads maximum.
4. Increase the supply voltage to 13 volts and adjust
TCt1 and 2 for a maximum output.
Note:
TCt2 should be set to a point at which the output is ap-
proximately 5% down with a minimum current drain.
This is to be achieved by reducing trimmer capacitance.
Modulation
1. Set the supply voltage to 13 volts and connect an
audio generator to the microphone connector.
2. Modulate the carrier with a 1 kHz 5 mV signal and
set the transceiver to the transmit state at 144.15
MHz.
3. Observe the waveform on an oscilloscope through a
linear detector. Adjust Lt2 until and optimum output is
obtained.
Adjustment Without Linear Detector
Apply a 3 mV, 1 kHz signal from the audio generator to
the microphone input and connect an audio frequency
VTVM to terminal TO1 (X56-1080-00). Adjust VRt2 until
the meter reads 360 mV. As still another method, anoth-
er TR-2200G transceiver may be used as monitor.

Maximum Frequency Deviation
1.
Connect
an
audio
generator
to
the
microphone
connector.
2.
Apply
1
kHz
signal,
100
mV
or
greater,
to
the
trans-
ceiver.
3.
Adjust
VRt2
to
limit
the
frequency
deviation
to
12
kHz
maximum.
TRANSMIT FREQUENCY (Fig. 6)
1. Prepare a pick-up coil, put it around the telescopic
antenna, and connect its lead to the frequency count-
er.
TR-2200G
Fig. 6
2. Adjust each channel to the exact TRANSMIT frequen-
cy by means of associated frequency adjust trimmer.
Note:
If the available frequency counter dose not measure 144
MHz, connect the counter to the base of Ot4 through a
0.01zF coupling capacitor. This set-up permits the count-
er to indicate fundamental frequencies. Adjustment toler-
ance is +200 Hz.
Each TRANSMIT frequency is related to its fundamental
frequency as follows:
FUNDAMENTAL
FREQ. (MHz)
TRANSMIT
CHANNEL
FREQ.
(MHz)
144.150
144.200
144.250
RF Meter
1. Use 13 volt supply voltage.
2. Connect a power meter to the external antenna
connector.
3. Adjust VRt3 and/or modify the position of the pick-up
lead, located near Lt22, until the meter reads figure 8.
(The same applies to the telescopic antenna.)
Transceiver
TR-2200G
Ammeter
ADJUSTMENT OF OTHER CIRCUITRY
Battery Check Meter
1. Set the supply voltage to 10 volts.
2. Adjust VRs3 (on the RECEIVE section PCB), until the
pointer deflects to between the red and black marks.
(Be sure not to allow the screwdriver, used in this
adjustment, to come in contact with the chassis and
other circuits.)
Charging Circuit (Fig. 7)
1. Turn the transceiver power switch off.
2. Disconnect one of the snaps at the battery holder and
measure the current.
Note: Checking charge current
ex
transceiver
power
switch
NA
should
be
off
mam
Disconnect
the
lead
at
one
of
~
the
battery
~~
snaps
Fig. 7
Model
Note:Charging current vs battery volgage curve for nick-
elcadmium cells is shown in Fig. 8. The charging current
may deviate from this curve depending on the particular
transceiver or cells used.
1 pattern of charge current decrease
—* Charge current (mA)
3 6 9 12 15
— Battery voltage (volts)
Fig. 8

Insufficient charge current will also result from defective
cells. A defective cell or a cell which has an increased
internal resistance, if any, can be found by replacing one
cell at a time with new one while measuring their charge
current. Fig. 9 shows the characteristic of the nickel-
cadmium cell.
Cell characteristic
15
+.
es
oe
ee
$
90
mA
discharge
rating
rae
E
51.0
oO
oO
| 0.5
——> Discharge time (hour)
Fig. 9
Confirmations
1. Oral input through the microphone shall be clearly
transmitted with sufficient modulation.
2. When the TRANSMIT frequency is varied across the
band, there shall be no sign of abnormal oscillation at
a supply voltage of from 10.4 to 15.2 volts as moni-
tored by a television set, frequency counter or other
devices.
3. The rated RF output shall be available at a standard
supply voltage throughout the band.
Note:
Confirmations 1 and 2 should be made with the built-in
telescopic antenna.

PARTS LIST
= PARTS LIST OF TR-2200G
Parts No. Description Remarks
CAPACITOR
CK45E1H102P Ceramic 0.001pF +100%
CE04W1C101(RL) Electrolytic 100uF 16WV
CK45F1H103Z Ceramic 0.01uF +80%
SEMICONDUCTOR
181555
CRYSTAL OSCILLATOR
L77-0253-05 Crystal oscillator 144.15MHz)
L77-0254-05 Crystal oscillator 144.20MHz)
L77-0255-05 Crystal oscillator 145.25MHz)
L77-0256-05 Crystal oscillator (R 144.75MHz)
L77-0257-05 Crystal oscillator (R 144.80MHz)
L77-0258-05 Crystal oscillator (R 145.85MHz)
POTENTIOMETER
RO2-2010-05 PC trimmer, 5kQ, with switch, (A) for AF
RO2-2011-05 PC trimmer, 5k2, with switch, (B) for SA
SWITCH
$01 -2018-05 Rotary switch
$39-1016-05 Pushbutton switch
MISCELLANEOUS
A01-0197-03 Case
AG9-0031-05 Viny! case
A10-0353-02 Chassis
A20-0342-25 Panel
A21-0129-04 Ornament panel (B)
A21-0142-04 Ornament panel (A)
BO5-0123-04 Saran net (A)
B31-0101-15 S-meter
B40-0822-04 Name plate
B42-0009-04 Passed sticker
B50-1016-00 Instruction manual
E04-0115-05 Type M connector (EXT. ANT)
E06-0403-05 4-p connector (jack)
E£08-0216-05 AC connector (jack)
E08-0304-05 Power jack
E11-0003-15 Earphone jack
E12-0001-05 Earphone plug
E23-0015-04 Grounding lug x 2
E23-0043-04 Antenna grounding lug
E30-0709-05 AC power cord
E30-01 10-04 Battery snap
E30-0220-05 Power plug with lead
F09-0009-05 Battery case (A)
FO9-0010-05 Battery case (B) x 2
F19-0049-04 Water proof cap (A)

F20-0076-13 Insulator (B)
F20-0081-03 Insulator (A)
G02-0021-04 Battery retaining spring
G02-0022-04 Spring plate x 2
G11-0008-04 Cushion (B)
G11-0034-04 Cushion
G13-0014-04 Insulator (Rubber)
G53-0013-04 Water-proof ring (A)
G53-0014-04 Meter packing
G53-00 15-04 Antenna bushing
H01-0969-13 Shipping case (internal)
H03-0238-14 Shipping case (external)
H10-0852-13 Foam styrol stuffing
H10-0853-13 Foam styrol stuffing
H20-0281-03 Protection cover
H25-0079-04 Bag x 2
H25-0123-04 . Bag
J02-0046-04 Leg x 2
J21-0392-04 Lead holder
J21-0448-04 Speaker mounting hardware x 2
J21-0706-04 Meter mounting hardware
J21-1130-04 Power jack mounting hardware
J21-1131-04 Phone jack mounting hardware
J30-006 1-04 Rubber spacer x 2
J31-0097-04 Collar x 2
J41-0012-04 Antenna insulator
J59-0001-05 Gromet x 2
J59-0004-05 Plunger x 2
J61-0019-05 Vinyl tie x 2
K21-0264-03 Knob (A)
K21-0246-04 Knob A x 2
T02-0005-15 Speaker
T91-0026-05 Microphone
T90-0035-05 Telescopic antenna
X43-1080-00 Power supply unit
X52-1030-01 Tone unit
X55-1030-61 RX unit
X56-1080-00 TX unit
m= PARTS LIST OF X43-1080-00 (POWER SUPPLY)
RESISTOR
RCOSGF2H330J Carbon 33 +5%
10

Parts No. Description
Remarks
SEMICONDUCTOR
MISCELLANEOUS
A01-0207-04 : Case
A10-0365-04 Chassis
A21-0145-04 Dress panel
A49-0008-03 Side board B x 2
E30-0034-05 Power cord
E30-0220-05 Power plug with fead
L09-0098-15 Power transformer (220V/14V, 30 mA)
4J41-0011-05 Cord bushing
Description
Remarks
CAPACITOR
CQ92M1H102K Mylar 0.001 uF 410%
CEO4W1HO10(RL) Electrolytic 1pF sOowvV
CE04W1C100(RL) Electrolytic 10uF 16WV
CQ92M1H104K Mylar 0.14F +10%
CE04W1C100(RL) Electrolytic 10uF 16WV
CK45F1E103Z Ceramic 0.01uF +80%
RESISTOR
PD14CY2E154J Carbon 150kQ +5%
PD14CY 2E104J Carbon 100k2 15%
PD14CY2E103J Carbon 10kQ +5%
PD14CY2E222J Carbon 2.2kQ2 +5%
PD14CY2E3335 Carbon 33k2 +5%
PD14CY2E472J Carbon 4.7kQ +5%
PD14CY2E102J Carbon 1kQ +5%
PD14CY2E332J Carbon 3.3 kQ +5%
PD14CY2E473J Carbon 47kQ +5%
PD14CY2E221J Carbon 2202 +5%
SEMICONDUCTOR
2S8C458 (B)
WZ-090
181555
OSCILLATOR
L79-0015-05 Piezo-tuning fork (T 1750 Hz)
POTENTIOMETER
R12-5024-05 PC trimmer 100k (B)
11

12
Cs9, 10
Cs11
Cs12, 13
Cs14~16
Cs17
Cs18, 19
Cs20
Cs21
Cs22, 23
Cs24
Cs25
Cs26
Cs27
Cs28
Cs29
Cs30 ~ 33
Cs34
Cs35
Cs36
Cs37
Cs38
Cs39
Cs40
Cs41
Cs42
Cs43
Cs44
Cs45
Cs46
Cs47
Cs48
Cs49
Cs50
Cs51
Cs52
Cs53
Cs54
Cs55, 56
Cs57
Cs58
Cs&89
Cs60
CM93D1HOS0D(z)
CM93D1H220J(Z)
CK45B1H102K
CK45F1H103Z
CM93D1HOSOD(Z)
CK45F1H103Z
CM93D1HO10D(z)
CM93D1HO70D(Z)
CK45F1H103Z
CM93D1HO20D(Z)
CK45F1H103Z
CK45F1H203Z
CM93D1H180J(Z)
C092M1H393K
CK45F1H103Z
CQ92M1H393K
CK45F1H203Z
CK45B1H102K
CK45F1H203Z
CM93D1H2205(Z)
CM93D1H1804(Z)
CK45F1H103Z
CM93D1H2204(Z)
CK45F1H103Z
CM93D1HOS50D(Z)
CC45SL1HORSC
CM93D1HOS0D(Z)
CK45F1H103Z
CEO4W1H3R3(RL)
CM93D1H121J(Z)
CK45B1H102K
CK45F1H103Z
C092M1H393K
CEO4W1H3R3(RL)
(CQ92M1H393K
CQ92M1H473K
CQ92M1H393K
CEO4W1HO010(RL)
CQ92M1H393K
CEO4W1E100(RL)
CQ92M1H393K
— €Q92M1H223K
CQ92M1H103K
CQ92M1H223K
CE04W1C470{RL)
CK45F1H1032
CEO4W1E100(RL)
CK45F1H103Z
CEO4W1C470(RL)
CQ92M1H393K
Hi-O
Hi-Q
Ceramic
Ceramic
Hi-Q
Ceramic
Hi-Q
Hi-Q
Ceramic
Hi-O
Ceramic
Ceramic
Hi-O
Mylar
Ceramic
Mylar
Ceramic
Ceramic
Ceramic
Hi-Q
Hi-O
Ceramic
Hi-Q
Ceramic
Hi-Q
Ceramic
Hi-O
Ceramic
Electrolytic
Hi-Q
Ceramic
Ceramic
Mylar
Electrolytic
Mylar
Mylar
Mylar
Electrolytic
Mylar
Electrolytic
Mylar
Mylar
Mylar
Mylar
Electrolytic
Ceramic
Electrolytic
Ceramic
Electrolytic
Mylar
Description
CAPACITOR
5pF
22pF
0.001uF
0.01 pF
5pF
0.01uF
ipF
7pF
0.01nF
2pF
0.01uF
0.02uF
18pF
0.039uF
0.01 nF
0.039.F
0.02pF
0.001 pF
0.02uF
22pF
18pF
0.01pF
22pF
0.01pF
5pF
0.5pF
5pF
0.01pF
3.3uF
120pF
0.001 uF
0.01nF
0.039uF
3.3pF
0.0394F
0.047 uF
0.039uF
Th
0.039yuF
10uF
0.039uF
0.022uF
0.01nF
0.022uF
47 nF
0.01pF
10uF
0.01nF
47pF
0.039pF
+0. 5pF
15%
+10%
+80%,
+0.5pF
+80%,
+0.5pF
+0.5pF
+80%,
+0.5pF
+80%,
+80%,
15%
+10%
+80%,
+10%
+80%,
+10%
+80%,
15%
15%
+80%,
415%
+80%,
+0.5pF
+0.25pF
+0.5pF
+80%,
50WV
15%
+10%
+80%,
+10%
50WV
+10%
+10%
+10%
S5OWV
+10%
25WV
+10%
+10%
+10%
£10%
16WV
+80%,
25WV
+80%,
16WV
+10%
Remarks

CE04W0J470(RL) Electrolytic 47yF 6.3WV
CQ92M1H393K Mylar 0.039uF +10%
CE04W0J470(RL) Electrolytic 47 uF 6.3WV
CE04W1H4R7(RL) Electrolytic 4.7uF 50WwV
CEO4W1H3R3(RL) Electrolytic 3.3uF 50WV
CE04W1H010(RL) Electrolytic 1pF 50WV
CE04W1E100(RL) Electrolytic 10ynF 25WV
CE04W1HO10(RL) Electrolytic 1hF 50WV
CQ92M1H393K Mylar 0.039uF £10%
CE04W0J470(R L) Electrolytic 47uF 6.3WV
CK45B1H102K Ceramic 0.001 uF +10%
CE04W1E100(RL) Electrolytic 10yuF 25WV
CK45B1H731K Ceramic 730pF £10%
CE04W1A470(RL) Electrolytic © 47uF 10WV
CE04W0J470(RL) Electrolytic 47 uF 6.3WV
CE04W1HO010(RL) Electrolytic 1pF 50WV
CQ92M1H223K Mylar 0.022 pF +10%
CE04W1E100{RL) Electrolytic 10pF 25WV
CK45B1H731K Ceramic 730pF +10%
CEO4W1A101(RL) Electrolytic 100uF 10WV
CQ92M1H473K Mylar 0.047 uF +10%
CK4581H102K Ceramic 0.001 ,F +10%
CK45F1H203Z Ceramic 0.02pF +80%,
CC45SL1H101K Ceramic 100pF £10%
CE04W1A470(RL) Electrolytic 47 nF 10WV
CE04W1HO10(RL) Electrolytic 1uF 5SOWV
| .
RESISTOR
PD14CY 2E104J Carbon 100k2
PD14CY2E101J Carbon 1002
PD14CY2E562J Carbon 5.6k2
PD14CY2E101J Carbon 1002
PD14CY2E473J Carbon 47k2
PD14CY 2E562J Carbon 5.6kQ
PD14CY2E102J Carbon 1kQ
PD14CY2E472J Carbon 4.7kQ
PD14CY 2E3335 Carbon 33k
PD14CY2E152J Carbon 1.5kQ
PD14CY2E102J Carbon 1k2
PD14CY 2E223J Carbon 22k2
PD14CY2E4725 Carbon 4.7kQ
PD14CY 2E1025 Carbon 1k2
PD14CY2E152J Carbon 1.5k2
PD14CY 2E472J Carbon 4.7kQ
PD14CY2E3335 Carbon 33kQ
PD14CY2E102J Carbon 1kQ
PD14CY2E332J Carbon 3.3k2
PD14CY 2E682J Carbon 6.8k2
PD14CY 2E223J Carbon 22k2
PD14CY2E102J Carbon Kk2Q
PD14CY2E101J Carbon 1002
PD14CY 2E332J Carbon 3.3kn.
PD14CY 2E1535 Carbon 15kQ

PD14CY 2E561J Carbon
PD14CY2E1025 Carbon
PD14CY2E473J Carbon
PD14CY2E472J Carbon
PD14CY2E561J Carbon
PD14CY2E102J Carbon
PD14CY2E562J Carbon
PD14CY2E153J Carbon
PD14CY2E2225 Carbon
PD14CY2E102J Carbon
PD14CY2E221J Carbon
PD14CY2E4715 Carbon
PD1I4CY2E1025 Carbon
PD14CY2E103J Carbon
PD14CY2E473J Carbon
PD14CY2E471J Carbon
RCO5GF2H1005 Carbon
RN92A3D010K Metal
PD14CY2E101J Carbon
PD14CY2E222J Carbon
PD14CY2E472J Carbon
PD14CY2E223J Carbon
PD14CY2E1025 Carbon
PD14CY2E332J Carbon
PD14CY 2E223J Carbon
PD14CY2E1535 Carbon
PD14CY 2E103J Carbon
PD14CY2E223J Carbon
PD14CY 2E562J Carbon
PD14CY2E102J Carbon
PD14CY2E103J Carbon
PD14CY2E2225 Carbon
PD14CY 2E 1045 Carbon
PD14CY2E103J Carbon
PD14CY2E822J Carbon
PD14CY2E102J Carbon
PD14BY2E331J Carbon
SEMICONDUCTOR
2SK 19 (GR)
28C388A
28C372
2SC460 (B)
Os8 28C384 (Q)
OsQ 3SC460 (B)
Qs10 TA7061 AP
Qs11 2SA496 (Y)
Qs12 28C496 (Y)
Qs13 ~ 16 28C733 (Y)
Qs17 uPC-20C
Dst ~4 1N60
Ds6 SR1FM-2
Ds? 181555
14

|
Ref.No.
|
Parts
No.
Description
Remarks
Ds8 WZ-090
Ds9 181555
Ds10, 11 1N60
Ds12 181555
Ds13 EQB01-17
Ds14 181555
COIL / TRANS
L34-0009-05 Antenna coil
L34-0010-05 RF coil (A)
L33-0086-05 Ferri-inductor
L34-0012-05 RF coil (C)
L30-0005-05 {FT (10.7MHz)
L30-0199-05 {FT (455kHz)
L32-0002-05 Oscillator coil
L34-0014-05 Multiplier coil (B)
L34-0013-05 Multiplier coil (A)
L33-0086-05 Ferri-inductor
L30-0006-05 Disc coil (D) blue
L30-0007-05 Disc coil (E) black
L33-0104-05 Ferri-inductor
FILTER / CRYSTAL OSCILLATOR
L72-0015-05 Ceramic filter
L72-0025-05 Ceramic filter
L77-0327-05 Crystal oscillator (10.245MHz)
POTENTIOMETER
VRs1 R12-4016-05 PC trimmer 50kQ2
VRs2 R12-3025-05 PC trimmer 10k
VRs3 R12-5014-05 PC trimmer 100k2
MISCELLANEOUS
i J21-0707-04 PCB mounting hardware x 2
@ PARTS LIST OF X56-1080-00 (TX UNIT)
CAPACITOR
CM93D1H330J(Z) Hi-O 33pF +5%
CM93D1H221J(Z) Hi-Q 220pF +5%
CE04W1A470(RL) Electrolytic 47uF 10WV
CK45F1H103Z Ceramic 0.01 uF +80%,
CM93D1H220J(Z) Hi-Q 22pF +5%
CK45F1H203Z Ceramic 0.02yuF +80%,
CM93D1H330J(Z) Hi- 33pF +5%
CK45F1H203Z Ceramic 0.02puF +80%,
CM93D1H221 J{Z) Hi-Q 220pF +5%
CM93D1H101J(Z) Hi-Q 100pF +5%
C092M1H223K Mylar 0.022uF +10%
CM93D1H330J(Z) Hi- 33pF 45%
CK45F1H203Z Ceramic 0.02uF +80%,

16
cri6 CM93D1H221 J(Z) Hi-Q 220pF +5%
Cri7 CK45F1H103Z Ceramic 0.01uF +80%, —20%
Ct18 CM93D1H390J(Z) Hi-Q 39pF +5%
ctig9 CK45F1H103Z Ceramic 0.01 pF +80%, —20%
Ct20 CM93D1HO050D(Z) Hi-O 5pF +0.5pF
Ct21 CM93D1H390J5(Z) Hi-O 39pF 15%
Ct22 CM93D1H101J(Z) Hi-Q 100pF +5%
Ct23 CK45E1H102P Ceramic 0.0014F +100%, —0%
Ct24 CM93D1H180J(Z) Hi-Q 18pF +5%
Ct25 CK45E1H102P Ceramic 0.001 uF +100%, —0%
Ct26 CM93D1HO20D(Z) Hi-Q 2pF +0.5pF
Ct27 CM93D1H120J5(Z) Hi-Q 12pF 15%
Ct28 CM93D1H101J(Z) Hi-Q 100pF +5%
ct29 CE04W1E100(RL) Electrolytic 10uF 25WV
Ct30, 31 CK45E1H102P Ceramic 0.001uF +100%, —0%
Ct32 CM93D1H070D(Z) Hi-Q 7pF +0.5pF
Ct33 CM93D1H100J(Z) Hi-O 10pF +0.5pF
C134 CM93D1HO070D(Z) Hi-O TpF . +0.5pF
C35, 36 CM93D 1H010D(Z) Hi-Q 1pF +0.5pF
Ct37 CM93D1H330J(Z) Hi-O 33pF +5%
Ct38 CK45F1H103Z Ceramic 0.01KF +80%, ~20%
Ct39 CK45E1H102P Ceramic 0.001uF +100% —0%
ct40 CQ92M 1H 104K Mylar 0.1 uF +10%
Ct41 CK45F1H103Z Ceramic 0.01ynF +80% —20%
Ct42 ~ 45 CE04W1A470(RL) Electrolytic 47uF 10WV
Ct46 CQ92M1H103K Mylar 0.01 uF +10%
C147 CEO4W1HO10(RL) Electrolytic 1pF 50WwV
Ct48, 49 CQ92M1H473K Mylar 0.04 7uF +10%
ct50 CEQ4W1HOTO(RL) Electrolytic 1yF 50wvV
Ct51 CK45E1H102P Ceramic 0.001uF +100%, —0%
Ct52 CK45F1H103Z Ceramic 0.01uF +80%, —20%
C154 CK45F 1H203Z Ceramic 0.02pF +80%, —20%
Ct55 CM93D1HOS50D(Z) Hi-Q 5pF +0.5pF
Ct56 CM93D1H180J(Z) Hi-Q 18pF +5%
Cts7 ~ 59 CK45E1H102P Ceramic 0.001 uF +100%, —0%
Ct60 CK45F1H103Z Ceramic 0.01 nF +80%, —-20%
Ct61 ~ 63 CK45E1H102P Ceramic 0.001uF +100%, —0%
Ct64 CM93D1H100J(Z) Hi-O 10pF 15%
Ct65 CM93D1H150J(2) Hi-O 15pF +5%
Ct66 ~ 77 CC45SL1H470J(Z) Hi-Q 47pF +5%
Ct78 CK45E1H102P Ceramic 0.001 uF +100%, —0%
RESISTOR |
PD14CY1E2235 Carbon 22k2 +5% 1/4W
PD14CY2E472J Carbon 4.7kQ 15% 1/4W
PD14CY2E102J Carbon 1k2 +5% 1/4wW
PD14CY2E223J
PD14CY2E4725
PD14CY2E681J
PD1I4CY2E471J
PD14CY2E470J
PD14CY2E333J
PD14CY2E472J
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
22k2
ATK
6802
4702
472
33k2
4.7kQ
+5%

R114, 15 PD14CY2E471J Carbon 4702
Rt16 PD14CY2E223J Carbon 22k2
Rt17 PD14CY2E472J Carbon 4.7k2
Rt18
PD14CY2E820J
Carbon
822
Rt19
PD14CY2E101J
Carbon
1002
Rt20 RCOS5GF2H101J Carbon 1002
Rt21 PD14CY2E332J Carbon 3.3k2
Rt22 PD14CY2E391J Carbon 3902
Rt23, 24 PD14CY2E101J Carbon 1002
Rt25 PD14CY2E4725 Carbon 4.7k2
Rt26 PD14CY2E2215 Carbon 2202
Rt27 PD14CY2E4705 Carbon 472
Rt28 PD14CY2E101J Carbon 1002
Rt29 PD14CY2E561J Carbon 5602
Rt30 PD14CY2E102J Carbon 1k2
Rt31 PD14CY2E682J Carbon 6.8k2
Rt32 PD14CY2E 1035 Carbon 10k2
Rt33 PD14CY2E104J Carbon 100k2 +5%
Rt34 PD1I4CY2E473J Carbon 47k2 45%
Rt35 PD14CY2E222J Carbon 2.2k2 15%
Rt36 PD14CY2E151J Carbon 1502 +5%
Rt37 PD14CY2E220J Carbon 222 +5%
Rt38 PD14CY2E681J Carbon 6802 15%
Rt39 PD14CY2E470J Carbon 472 5%
Rt40 PD14CY2E561J Carbon 5602 +5%
Rt41 RCOSGF2H3R3J Carbon 3.32 +5%
SEMICONDUCTOR
2SC460 (B)
2SC535 (B)
28C388 (A)
TA7061 AP
28C741
28C 1479
181658-1
W2Z-090
MI301
INGO
L30-0141-05 Tuning coil 12MHz
L31-0175-05 Tuning coil 24MHz
L31-01 76-05 Tuning coil 24MHz
L31-0263-05 Tuning coil 72MHz
L31-0178-05 Tuning coil 72MHz
£31-0179-05 Tuning coil 144MHz
‘L31-0780-05 Tuning coil 144MHz
£33-0104-05 Ferri-inductor
L33-0127-05 Ferri-inductor
L33-0104-05 Ferri-inductor
L34-0386-05 VHF coil (C)
L34-0351-05 VHF coil (L)
L33-0089-05 Ferri-inductor
17

Lt17 L34-0386-05 VHF coit (C)
Lti8 L34-0353-05 VHF coil (N)
Lt19 .33-0089-05 Ferri-inductor
Lt20 L34-0351-05 VHF coil (L}
Lt21, 22 L34-0354-05 VHF coil (O}
POTENTIOMETER
R12-2015-05 PC trimmer 5kQ (B)
R12-3025-05 PC trimmer 10kQ (B)
TRIMMER
TCt1 C05-0009-15 Ceramic trimmer 6pF
TCt2 C05-0015-15 Ceramic trimmer 40pF
TCt3 C05-0010-15 Ceramic trimmer 10pF
Tota ~ 15 C05-0030-15 Ceramic trimmer 20pF
MISCELLANEOUS
E18-2401-05 Crystal socket x 2
FO2-0023-05 Heat sink
F11-0113-04 Shield case x 2
18

PC BOARD
v POWER SUPPLY (X43-1080-00)
D1:DS-17
v TONE (X52-1030-01)
Q1,2:2SC458(8),DiwZ-090
D2 .181555
19

v RX (X55-1030-61)
Qs1: 2SK19(GR) Qs2: 2SC388A Qs3,4: 2SC372 Qs5-7,9: 2SC460(B) Os8: 2SC384(O) Qs10: TA7061AP
Qsi1: 2SA496(Y) Qs12: 2SC496(Y) Os13-16: 2SC733(Y) Qs17: wPC-20C Ds1-4,10,11: 1N60 Os6: SRIFM-2
Ds7,9,12,14: 181555 Ds8: WZ-090 Ds13: EQBO1-17
20