Sony Icb-2010 User manual

US

Model

GENERAL

Operating

Frequency:

Antenna:

Communication

System:

Power

Requirement:

Dimensions:

Weight:

TRANSMITTING

SECTION

Transmitting

Power:

Frequency

Tolerance:

Circuitry:

SPECIFICATIONS

Within

the

26.965

—

27.405

MHz

band

40

channels

full

coverage

(on

page

26)

External

Antenna

Connector

coaxia!

connector

type

SO-239

Push-to-talk

system

13.8

V

de

(from

positive

or

negative

grounded

12

V

car

battery)

209

(w)

x

64

(h)

x

256

(d)

mm

8Y4

(w)

x

2%

(h)

x

10%

(d)

inches

including

projecting

parts

and

controls

2.1

kg,

41b

10

oz

4w

+0.005

%

(—30°C

to

+60°C)

P.L.L.

synthesizer

with

quartz

crystal

controlled

circuit

a

ff

Hogs

©

Modulation:

Current

Drain:

Spurious

Response:

RECEIVING

SECTION

Circuitry:

Maximum

Sensitivity:

Selectivity:

Intermediate

Frequency:

Audio

Power

Output:

Current

Drain:

Speaker:

Collector

modulation

in

final

and

driver

stage

1

A

without

modulation

More

than

60

dB

P.L.L.

synthesizer

with

quartz

crystal

controlled

circuit

Dual

conversion

superheterodyne

Less

than

0.6

nV,

at

S/N

=

6dB

—60

dB

at

10kHz

10.695

MHz

455

kHz

Ist:

2nd:

1.5

W

(AM)

at

10

%

distortion

4.0

W

(PA)

270

mA

at

zero

signal

9.2

cm

(348

inches)

dia.

8

ohms

CB-2010

SECTION

1

OUTLINE

BLOCK

DIAGRAM

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|

ICB-2010

|

SYNTHESIZER

BLOCK

REMOVAL

shield

case

A

cover

SECTION

2

DISASSEMBLY

CASE

REMOVAL

Top

Case:

°

@

Bottom

0

3)

:

@

835

(black)

Note:

The

synthesizer.

board

can

be

repaired.

How-

ever,

the

conductor

side

of

the

board

is

not

accesible

during

a

check

because

of

the

shield

case

A.

top

case

synthesizer

circuit

board

(black)

shield

case

A

|

4

PS3x6

(through

circuit

board)

SPEAKER

REMOVAL

Remove

the

speaker

from

the

speaker

holder.

bottom

case

8

(black)

©

83x

5

(black)

SWITCH

BOARD,

LED

BOARD

and

METER

REMOVAL

ae

Note:

channel

indicator

:

f

LED

holder

When

reattaching

the

LED

circuit

board,

do

not

let

the

portion

shown

with

*

touch

the

click

mechanism

of

the

channel

selector.

LED

circuit

FRONT

PANEL

REMOVAL

LOWER

CUSHION

REMOVAL

switch

circuit

board

Note:

Do

not

remove

the

lower

cushion

completely

except

when

a

lower

cushion

replacement

is

required.

Note:

The

front

panel

has

MIC

connector

mounted

on

it,

and

the

front

panel

can

be

removed

forward

about

10

cm

(4

inches).

chassis

front

panel

lower

cushion

8

B3x5

(black)

switch

knob

channel

selector

TX

indication

LED

(black)

C1)

Pull

off

four

knobs.

@

B

3x

6

(black)

ICB-2010

SECTION

3

ADJUSTMENTS

Setting:

Unless

otherwise

specified,

set

the

switches

and

controls

as

follows.

4.

The

coaxial

cables

used

for

connecting

the

ANT

connector

and

the

rf

power

meter,

and

the

rf

power

meter

to

the

dummy

load

are

to

be

as

short

as

possible.

If

the

cables

are

long,

SWR

indication

Synthesizer

10.24

MHz

Adjustment

Procedure:

Adjustment

Location:

—

synthesizer

board

—

C322

POWER

site

oN

differs

from

the

true

value

due

to

the

cable

Channel

selector:

18

loss.

EMERGENCY

CH

switch:

OFF

CB/PA

switch:

CB

5.

It

is

preferable

to

use

a

low-capacitive

probe

with

DX/LOCAL

switch:

DX

the

frequency

counter

not

to

interrupt

the

circuit

RFO/SWR

switch:

RFO

connected.

If

such

a

probe

is

not

available,

VOLUME

control:

maximum

precisely

follow

the

procedure

in

this

manual.

SQUELCH

control:

fully

counterclockwise

Transmit/receive:

receive

Power

supply

voltage:

.

13.8

V

de

Test

Equipment

Required:

@®

Rf

signal

generator

(AM)

Regulated

dc

power

supply

(13.8

V,

3

A)

®

Rf

dummy

load

(non-inductive

502,

more

than

10W)

®@

Oscilloscope

(30MHz,

with

triggered

CH1

only

provision)

@

Sweep

generator

(30

MHz)

IFT303

@

In-line

rf

power/SWR

meter

(502,

more

than

a>

10

W,

up

to

50

MHz)

.

@

Frequency

counter

(30

MHz,

sensitivity

50

mV)

ae

@

Audio

signal

generator

(with

attenuator

down

to

60

dB)

@

Audio

millivoltmeter

®

Coaxial

cable

assemblies

(50

Q2,

less

than

one

foot,

fitted

with

plugs)

GND

frequency

counter

1-2

pF

°

Note

on

Adjustment

1.

TX

means

transmitter

RX

means

receiver

GND

oscilloscope

2.

Unless

otherwise

specified,

input

levels

are

to

be

as

low

as

possible

for

the

adjustments.

probe

3.

The

maximum

current

drain

in

transmitting

is

ae

about

1A.

A

regulated

dc

power

supply

of

1A

is

insufficient.

Use

a

power

supply

of

2A

or

more.

GND

1.

Adjust

C322

for

a

10.24MHz

+

100

Hz

reading

on

the

frequency

counter.

Value

of

C322

Frequency

small

up

large

down

2.

Adjust

IFT303

for

a

maximum

reading

on

the

oscilloscope.

iCB-201¢

Synthesizer

Tripler

Adjustment

Procedure:

‘e=

Q304

R320

is

680

(=)

Ground

the

lead

of

R320.

oscilloscope

[_]

Adjust

IFT304

for

a

maximum

waveform

reading

(15.36

MHz)

on

the

oscilloscope.

Adjustment

Location:

~—

synthesizer

board

—

1FT304

Synthesizer

VCO

Adjustment

Procedure:

C318

VOM

S|]

[A]

+

oO

}.

Channei

selector:

1

Adjust

L301!

using

a

plastic

hexagonal

screwdriver

fora

1

Vdc

reading

on

the

VOM.

2.

Change

the

channel

selector

from

|

through

40.

VOM

reading

should

gradually

change

from

|

V

(channel

|)

to

3.4

V

(channel

40).

Adjustment

Location:

--

synthesizer

board

—

L307

-B-2010

5

:

Synthesizer

PLL

Output

Adjustment

RX

Ant,

Rf

and

1st

1F

Adjustment

Procedure:

.

R332

2002

output

AM

rf

signal

generator

.

oscilloscope

30

%

amplitude

modulation

by

|

;

1

kHz

signal

joo

frequency:

27.175

MHz

I

@

for

IFT302

|

@

oscilloscope

generator

output:

about

3.2uV

(—100B)

|

:

\

for

|

Adjust

IFT101,

IFT102

and

IFT103

for

a

maxi-

|

IFT301

mum

waveform

reading

on

the

oscilloscope.

'

Adjustment

Location:

~

main

board

oa

1FT103

I1FT102

{FT101

1.

Adjust

IFT302

for

a

maximum

waveform

reading

on

the

oscilloscope

at

R332.

;

2.

Adjust

IFT301

for

a

maximum

waveform

reading

on

the

oscilloscope

at

the

output

terminal.

Adjustment

Location:

—

synthesizer

board

—

IF

T302

1FT301

iCB-201(

RX

2nd

IF

Adjustment

SQUELCH

Adjustment

Procedure:

Setting:

SQUELCH

control:

center

of

rotation

AM

rf

signal

VOLUME

control:

maximum

generator

oscilloscope

Procedure:

ae

EXT

SP

1.

Adjust

RV102

to

the

point

where

the

noise

output

O

:

from

the

speaker

just

disappears.

G

2.

Turn

SQUELCH

control

from

minimum

_

to

30

%

amplitude

maximum

and

check

that

squelch

operates

and

modulation

by

A a

1

kHz

signal

noise

disappears

at

the

center

of

SQUELCH

frequency:

27.175

MHz

me

control

rotation.

generator

output:

about

3.2

uV

(—10dB)

Adjustment

Location:

Adjust

IFT104

and

[FT105

for

a

maximum

read-

—

main

board

—

ing

on

the

oscilloscope.

RV102

Adjustment

Location:

—

main

board

—

{FT104

1FT105

CB-2010

TX

10.695

MHz

Osc

Adjustment

TX

Mix

Input

Coil

Adjustment

Setting:

transmit/receive:

transmit

transmit/receive:

transmit

Procedure:

dummy

load

Procedure:

T

(50Q)

‘a

in-line

rf

dummy

load

ANT

power

meter

(50

2)

Short

out

pins

1

and

2

of

MIC

connector

to

make

a

transmit

mode.

Short

out

pins

1

and

2

of

MIC

connector

to

make

a

transmit

mode.

Adjust

IFT106

for

a

maximum

reading

on

the

power

meter.

Adjustment

Location:

—

main

board

—

frequency

counter

RV105

XTAL101

C172

47

pF

1FT106

Adjust

C172

for

a

10.695

MHz

+

100

Hz

reading

on

the

frequency

counter.

Value

of

C172

Frequency

small

up

large

down

—~10—

|

ICB-2010

_I¢B-2010

TX

Modulation

Adjustment

TX

27

MHz

Transformer

Adjustment

TX

CW

Output

Adjustment

Setting:

transmit/receive:

transmit

/receive:

transmit

transmit/receive:

transmit

Procedure:

dummy

load

in-line

rf

dummy

load

ANT ANT

power

meter:

(502)

aor

—20

dB

€>

os

ad

attenuator

~.

Short

out

pins

1

and

2

of

MIC

connector

to

make

a

transmit

mode.

T

connector

1.

Adjust

IFT109,

IFT110

and

the

pitch

of

L118

for

a

maximum

reading

on

the

power

meter.

2.

Adjust

the

pitch

of

L122

for

a

3.5W

t0.5W

reading

on

the

rf

power

meter.

Adjustment

Location:

—

main

board

—

D

(17261)

R

(1K)

I/FT109

IFT110

L118

L122

1.

Audio

input

to

MIC:

—20

dB

Adjust

RV104

for

a

100%-modulation

reading

on

the

oscilloscope.

2.

Audio

input

to

MIC:

~—60

dB

The

modulation

reading

on

the

oscilloscope

should

be

about

50%.

oscilloscope

Adjustment

Location:

—

main

board

—

RV104

sweep

generator

SIG

OUT

a

H

OUT

f:

27.175

MHz

(center)

Marker

generator

f:

27.405

MHz

(CH40)

26.965

MHz

(CH1)

O

O00

Adjust

IFT107

and

IFT108

for

a

waveform

on

the

oscilloscope

as

shown

below.

same

width

oN

+650

kHz

CH1

CH40

marker

S11

.

—12-

010

ICB-2010

|

ICB-2010

TX

CW

Output

Adjustment

TX

Modulation

Adjustment

RFO

Meter

Adjustment

Setting:

transmit/receive:

transmit

/receive:

transmit

transmit/receive:

transmit

Procedure: Procedure:

Procedure:

ANT

ert

dummy

load

af

osc

ANT

dummy

load

power

meter

-

(502)

(50

2)

Hh

—20dB

}

5000)

Bae

attenuator

~

Mic

eo

Short

out

pins

Short

out

pins

1

and

2

f:

550

Hz

602

7

and

3

o

of

MIC

connector

to

make

a

transmit

mode.

a

Short

out

pins

1

and

2

ANT

dummy

loa

of

MIC

connector

to

make

(50

2)

a

transmit

mode.

1.

Adjust

IFT109,

IFT110

and

the

pitch

of

L118

for

P

SORDELIBE

a

maximum

reading

on

the

power

meter.

Adjust

the

position

of

the

coupling

lead

wire

by

moving

it

in

the

coils

L125

and

L126

for

an

RFO

meter

reading

shown

below.

2.

Adjust

the

pitch

of

L122

for

a

3.5W

+0.5W

reading

on

the

rf

power

meter.

lead

wire

Adjustment

Location:

—

main

board

—

L126

L125

1FT109

IFT110

L118 L122

1.

Audio

input

to

MIC:

—20

dB

Adjust

RV104

for

a

100%-modulation

reading

on

the

oscilloscope.

i

;

2.

Audio

input

to

MIC:

—60

dB

The

modulation

reading

on

the

oscilloscope

should

SS

\

!

be

about

50%.

“pointer

;

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sean

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a

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Adjustment

Location:

el

fee

Pointer

places

in

—

main

board

—

this

region.

RV104

?

Adjustment

Location:

£125,

L126

—

main

board

—

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ICB-2010

|

SECTION

5

EXPLODED

VIEWS

5-1.

Note:

©

Items

with

no

part

number

and/or

no

description

are

not

stocked

Gecadne

they

eugieae

are

seldom

required

for

routine

service.

Case,

top

@

All

screws

are

Phillips

(cross

recess)

type

unless

otherwise

noted.

(—)

=

slotted

head

B3x5,

BLK

Ca

B3x5,

BLK

1-520-302-00

Mecer

(ME)

B3x5

3-83

1-444-XX

Cover,

meter

Supplied

with

connector

®)

98

A-3643-016-A

Panel

Ass’y,

front

3-88

1-625-00

»

Cover,

knob,

power

3-88

1-626-00

\

|

Al

Cover,

knobs

LEO

holder,

CH

indicator

Complete

Circuit

Board,

LED

83x

5,

black

3-88

1-609-00

Knob,

POWER

~~»

O\

1-508-863-21

Connector,

4-p,

~

microphone

3-548-938-00

Knob

9-911

-840.XX

Cushion,

rubber

3-881-606-00

Knob,

VOLUME

ns

3-881-629-00

Zi

Speaker

SP

Z i .

eaker,

SP

Cushion,

lower

OP

3-88

1-605-00

Knob,

Ass’y,

CHANNEL

SELECTOR

A-3642-001-A

1-532-403-XX

Case

Ass’y,

bottom

Fuse,

3.15A

1-56

1-262-00

Wire

with

connector

—~20—

|

ICB-2010

ICB-20

Ref.

3-410-032.00

SD

EIx6

Stopper,

cord

3-882-807-00

Plate,

rear

1-224-559-00

Resistor,

variable

10k2.

(Al,

VOLUME

(RV

101}

=

Q10

1-226-051-00

si

cat

Resistor,

variable

50

k&2

(C),

SQUELCH

(RV

103)

Q10

va

=>

Q10

Complete

Circuit

Board,

variable

resistor

1.509-926-00

Q

11

Connector,

M

type

Qll

Chassis

Ql

1

Qil

=>

Ql1

Complete

Circuit

Board,

switches

Qi2

1-516-962-00

Switch,

lever

CB/PA

(52)

=>Q12

1

Q12

Qi2

1-552-079-00

Switch,

iever,

POWER

(S6)

Q30

'

=>

Q30

Heat

Sink

Q30

PS3xE

Cover,

shield

case

(A)

3-882-801-00

Escutcheon,

jack

IC1(

IC3¢

|

3-701-754.00

Spacer,

mica

IC3¢

Complete

Circuit

8oard,

synthesizer

~

1~

Heat

Sink

(B)

i

Shield

Case

D1C

DIO

Jock

ater

sp

ON

D10

(1,

2)

eas

|

Heat

Sink

(A)

:

>

D10

=

Dil

1-516-927-00

Switch,

key

(S3)

i:

3-882-803-00

Holder,

complete

circuit

board

Complete

Circuit

Board

D11

es

TAGxB

=>

D1i

3-88

1-619-00

Knob,

push

switch,

CHANNEL

1-§§2-110-00

Switch,

rotary,

CHANNEL

TAgxg

SELECTOR

(85)

Note:

e

Items

with

no

part

number

and/or

no

description

are

not

stocked

because

they

are

seldom

required

for

routine

service.

6

All

screws

are

Phillips

(cross

recess)

type

-21-

unless

otherwise

noted.

(—)

=

slotted

head

icator

ard,

|

ICB-2010

=

ICB-2010

3-410-032-00

Stopper,

cord

D836

3-882-807-00

1-224-559-00

aes

Resistor,

variable

10kQ

(A),

VOLUME

(RV101)

1-226-051-00

e

Resistor,

variable

50kQ

(C},

SQUELCH

(RV

103}

ad

A

Complete

Circuit

Board,

variable

resistor

1-509-926-00

Connector,

M

type

Chassis

Complete

Circuit

Board,

switches

1-§16-962-00

Switch,

lever

CB/PA

(S2)

1-862-079-00

Switch,

lever,

POWER

(S6)

PS3x6

Cover,

shield

case

{A}

Heat

Sink

3-882-801-00

Escutcheon,

jack

‘scutcheon,

jaci

PS26x6

Complete

Circuit

Board,

synthesizer

3-701-754-00

T

Spacer,

mica

Heat

Sink

(B)

Shield

Case

(A)

:

!

1-516-927-00

Switch,

key

(S3)

1-§07-398-00

Jack,

PA,

EXT

SP

(41,2)

Heat

Sink

(A}

‘

eae

3-882-803-00

Holder,

complete

circuit

board

Complete

Circuit

Board

3-881-619-00

Knob,

push

switch,

CHANNEL

1-§52-110-00

Switch,

rotary;

CHANNEL

TA3x8

SELECTOR

(85)

Note:

®

Items

with

no

part

number

and/or

no

description

are

not

stocked

because

they

are

seldom

required

for

routine

service.

o

All

screws

are

Phillips

(cross

recess)

type

—21-

unless

otherwise

noted.

(—)

=

slotted

head

SECTION

6

ELECTRICAL

PARTS

LIST

Ref.

No.

Part

No.

Description

Ref.

No.

Part

No.

Description

SEMICONDUCTORS

D115,

116

181555

=D117

VD-1120

Transistors

D118—119

181555

>

Q101

2SK23A-824

=>

D120

1T22A

=>

Q102

2SC634A

=

D121

EQB01-11Z

Q103

—

106

28C710

D122

10E2

=>

Q107,

108

;

28C634A

D123

SL1272

Q109

28C710

D124

—

134

181555

Q110

2SK58

D135

TLR109

Qlll

28C710

Q112

28C773

D301,

302

181555

Q113

2SC1760

=>

D303

FC52-C

Q114

2S8C1816

D304

181555

=>

Q115-—119

2SC634A

COILS

Q120

2SC

1474

=>

Q121,

122

2S8C

1061

L101

1-407-173-XX

=

Microinductor,

220

uH

Q123,

124

28

A678

L102

1-407-187-XX

Microinductor,

5.6

uwH

Q125

28C1061

L103

1-409-310-00

L.P.F.

Coil

L104

1-409-311-00

L.P.F.

Coil

Q301

28C710

L105

1-407-187-XX

—

Microinductor,

5.6

nH

Q302

2SA678

Q303

28C710

L106

—109

1-407-186-XX

=

Microinductor,

4.7

»H

=>

Q304

2SC634A

L110

1-407-187-XX

—

Microinductor,

5.6

nH

Q305

—

307

28C710

L111

1-441-855-00

Choke

Coil

Q308

28C1474

L112—115

1-407-186-XX

Microinductor,

4.7

nH

L117

1-407-179-00

Microinductor,

1.2

nH

ICs

L118

1-420-876-00

Coil,

no

core

1C101

MSMS561

L119

1-407-179-00

Microinductor,

1.2

4H

10301

uPD861C

L120

1-420-877-00

Coil,

no

core

1€302

HATBLOSAV

L121

1-407-179-00

|

Microinductor,

1.2

uH

L125,126

1-459-193-00

Coil,

core

Diodes

L301

1-405-754-00

Osc,

16.27

~

16.71

MHz

D101,

102,

103

181555

L302

1-407-169-XX

=

Microinductor,

100

uH

D104

—

106

181555

D107

VD1222

TRANSFORMERS

D108

—

110

181555

=>

D111

1T22A

Tl

1-423-232-00

Input

T2

1-425-969-00

Modulation/Output

D112

10E2

D113

181555

IFT101

1-401-696-00

ANT

=>

D114

1T

261

1FT102

1-425-374-21

RF

=>:

Due

to

standardization,

interchangeable

replacements

may

be

substituted

for

parts

specified

in

the

diagrams.

—22—

Ref.

No.

Part

No.

IFT103

1-403-872-00

IFT104

1403-110-00

IT105

1-403-152-00

IFT106,107

1425-954-00

IFT108

1-425-953-00

IFT109,110

1-425-744-00

1FT301,

302

1-425-947-00

Description

10.7

MHz

455

kHz

455

kHz

16

MHz

27

MHz

27

MHz

Out,

drive,

16.00

MHz

1FT303

1-403-243-00

10.24

MHz

IEFT304

1-425-946-00

Tripler,

15.36

MHz

CAPACITORS

All

capacitors

are

in

wF

and

ceramic

unless

otherwise

noted.

50

WV

or

less

are

not

indicated

except

for

electrolytics.

pF

=

wk,

elect

=

electrolytic

C101

1-161-047-11

C102

1-101-004-11

C103

1-161-047-11

C104

1-121-651-1]

C106

1-102-507-11

C107 —111

1-161-047-11

C112,113

1-161-051-11

C114

1-161-055-11

C116

1-101-005-11

C117

1-121-651-11

C118

1-121-391-11

C119

1-107-073-11

C120

1-101-005-11

C121

1-161-051-11

C122

1-127-022-11

C123

1-101-797-11

C124

1-101-796-11

125,126

1-121-392-11

C127

1-121-419-11

C128

1-161-055-11

C129

1-102-110-11

0.0047

0.01

0.0047

10

16V_—

elect

9p

0.0047

0.01

0.022

(boundary

layer)

0.022

10

16V__

elect

1

SOV

elect

33

p

mylar

0.022

0.01

0.47

16V_—

solid

aluminum

0.1

(boundary

layer)

0.05

(boundary

layer)

3.3

25V_—

elect

220

6.3V_

elect

0.022

(boundary

layer)

220p

a

29

ICB-201(

Ref.

No.

—

Part

No.

Description

C130

1-106-078-12

0.0068

mylar

C131

1-161-047-11

0.0047

C132

1-131-192-11

4.7

10V_—

tantalum

C134

1-161-047-11

0.0047

C136

1-161-047-11

0.0047

C137

1-101-797-11

0.1

(boundary

layer)

138

1-131-193-1110

10V—

tantalum

C139

1-121-409-11

47

16V__

elect

C140

1-131-191-11

47

6.3V_

tantalum

C141

1-131-193-11

10

10V_—

tantalum

C142

1-102-110-11

220p

C143

1-127-023-11

1

10V_—

solid

aluminum

C144

1-108-251-12

0.1

mylar

C146

1-108-252-12

0.15

mylar

C147

1-108-251-12

0.1

mylar

C148

1-101-796-11

0.05

(boundary

layer)

C149

1-102-113-11

390

p

C150

1-16

1-047-11

0.0047

C1S1

1-131-238-11

10

25V

tantalum

C152

1-16

1-053-11

0.015

(boundary

layer)

C153

1-101-005-11

0.022

C154

1-101-001-11

0.001

C156

1-101-001-1

0.001

C157

1-121420-1

220

10V__

elect

C158

1-161-043-1

0.0022

C159,

160

=

-1-161-047-11

0.0047

C161

1-121-395-1

4.7

25V__

elect

C162

1-161-047-1

0.0047

C163

1-121-426-11

470

16V_—

elect

C164

1-121-245-11

1000

16V_—

elect

C167

1-101-006-11

0.047

C168

1-121-657-11

1000

25V_—

elect

C169,170

=

1-101-006-11

0.047

C171

1-161-051-11

0.01

1-107-076-11

43p

mica

C172

1-107-077-11

47

p

mica

1-107-078-11

Slp

mica

‘B-2010

Ref.

No.

C173

C174

C176

C177

C178

C179,

180

C181

C182

C183

C184

C186

C187

C188

—

193

C194

C196

C197

C198

C199

C200

C201

C202

C203

C204

C206

C207

C208

C209,

210

C211

C212

—

214

C216

C217

C301

C302

C303

C304

C306

C307

Part

No.

1-107-092-11

1-107-089-11

1-106-058-12

1-161-051

11

1-102-674-11

1-106-074-12

1-102-668-11

1-161-051-11

1-102-508-11

1-102-673-11

1-161-047-11

1-161-154-11

1-161-047-11

1-16

1-039-11

1-161-047-11

1-161-055-11

1-107-079-11

1-107-092-11

1-102-884-11

1-161-039-11

1-161-055-11

1-107-093-11

1-107-106-11

1-107-090-11

1-107-072-11

1-107-080-11

1-161-051-11

1-16

1-039-11

¥-161-051-11

1-161-047-11

1-161-053-11

1-101-004-11

1-161-051-11

1-121-391-1]1

1-101-004-11

1-161-051-11

Description

Ref.

No.

200

p

mica

C308

150p

mica

C309

0.001

mylar

C310

0.01

43

p

C311

C312

0.0047

mylar

C313

{Sp

C314

0.01

C316

10p

30p

C317

C318

0.0047

C319

0.01

C320

0.0047

C321

0.001

(boundary

layer)

0.0047

C322

0.022

(boundary

layer)

56

p

mica

200

p

mica

C323

33p

C324

0.001

(boundary

layer)

C326

—

330

C331

0.022

(boundary

layer)

220p

mica

C332

—

334

9p

mica

C336

160p

mica

C337

30p

mica

C338

C339,

340

62p

mica

0.01

C341

0.001

(boundary

layer)

C342,

343

0.01

0.0047

0.015

0.01

1

50V_

elect

RVIO1

0.01

RV102

RV103

aed

RV104

0.01

RVI1O0S

—~24—

Part

No.

1-101-004-11

1-102-958-11

1-102-973-11

1-101-004-11

1-121-651-11

1-101-004-11

1-107-096-11

1-107-094-11

1-102-883-11

1-102-761-11

1-161-045-11

1-131-206-11

1-107-072-11

1-107-076-11

1-107-077-11

1-107-078-11

1-107-079-11

1-102-501-11

1-101-004-11

1-102-936-11

1-101-004-11

1-121-651-11

1-101-004-11

1-102-978-11

1-121-413-11

1-101-004-11

Description

0.01

20p

100

p

0.01

10

16V

—

elect

0.01

300

p

mica

240p

mica

27Tp

75p

0.0033

3.3

25V

tantalum

30p

mica

43

p

mica

47p

mica

Slp

mica

S56

p

mica

Ip

0.01

3p

0.01

10

16V_— elect

0.01

220p

100.

6.3V_

elect

0.01

RESISTORS

1-224-559-0600

1-224-255-XX

1-226-05

1-00

1-224-253-XX

1-224-248-XX

resistors

are

in

ohms.

Common

%W

carbon

resistors

ar

All

resistors

are

hms.

Com

¥%

W

carbon

resistors

are

omitted.

Check

schematic

diagrani

for

values.

10k,

variable;

VOLUME

100k,

adjustable

50k,

variable;

SQUELCH

22k,

adjustable

470,

adjustable

Ref.

No.

$1

$2

83

S4

$5

S6

CF101

CF102

MIC

RL1

SP

X101

X301

Part

No.

Description

SWITCHES

1-516-977-00

Lever,

LOCAL/DX

1-516-962-00

Lever,

CB/PA

1-5

16-927-00

1

Key,

EMERGENCY

CH

1-516-977-00

Lever,

METER

SELECTOR

RFO/SWR

1-552-110-00

Rotary,

CHANNEL

SELECTOR

1-552-079-00

Lever,

POWER

FILTERS

1-527-184-XX

Ceramic,

10.7

MHz

1-527-290-00

Ceramic,

455

kHz

MISCELLANEOUS

1-507-398-00

Jack,

PA

EXT

SP

1-520-302-00

Meter

:

8-811-251-00

Microphone

F160

1-515-284-00

Reed

Relay

1-502-647-11

Speaker

1-527-294-00

Xtal,

10.695

MHz

1-527-293-00

X’tal,

10.24

MHz

1-508-863-21

Connector,

4-P

microphone

1-509-926-00

Connector,

M

type

1-532-403-XX

Fuse,

3.15A

1-551-253-00

Wire with

connector

1-551-262-00

Wire with

connector

—25-

|

18-201

O

ACCESSORIES

&

PACKING

MATERIALS

Part

No.

X-3881-601-1

including:

3-701-625-00

3-99

3-149-21

3-993-150-21

3-993-151-21

3-993-152-21

3-701-355-01

3-701-613-00

3-701-618-00

3-881-640-00

3-88

1-643-00

3-88

1-644-00

3-88

1-646-11

3-88

1-647-00

3-995-773-21

Description

FCC

Documents

Bag,

plastic

FCC

Part

95

FCC

Federal

Register

FCC

Form

505

FCC

Form

5558

Label

Bag,

plastic

Bag,

plastic

Bracket

Cushion

(lower)

Bag,

protection

Carton

Cushion

(upper)

Manual!

Instruction

-B-2010

Frequencys

Channel

Frequency

Channet

Frequency

|

Channel

Frequency

1

26.965

MHz

15

27.135

MHz

29

27.295

MHz

2

26.975

MHz

16

27.155

MHz

|

30

27.305

MHz

3

26.985

MHz

17

27.165

MHz

31

27.315

MHz

4

27.005

MHz

18

27.175

MHz

32

27.325

MHz

5

-

27.015

MHz

19

27.185

MHz

33

27.335

MHz

6

27.025

MHz

20

27.205

MHz

34

27.345

MHz

7

27.035

MHz

21

27.215

MHz

35

27.355

MHz

8

27.055

MHz

22

27.225

MHz

36

27.365

MHz

9

27.065

MHz

23

27.255

MHz

37

27.375

MHz

10

27.075

MHz

24

27.235

MHz

38

27.385

MHz

11

27.085

MHz

25

27.245

MHz

39

|

27.395

MHz

12

27.105

MHz

26

27.265

MHz

40

27.405

MHz

13

27.115

MHz

27

27.275

MHz

|

14

27.125MHz

|

28

|

27.285

MHz

Sony

Corporation

705321

9-950-381-01

©

1977

Printed

in

Japan

—

26

—

Sony ICB-2010 User manual

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