Kenwood TR-9130 Bedienungsanleitung

@KENWOOD

SERVICE

MANUAL

TR-9130

2m

ALL

MODE

TRANSCEIVER

if

2

TONE

ES

CTS

CONTENTS

CIRCUIT

DESCRIPTION

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2

RX

Unit

(X55-1320-00,11)

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21

PARTS

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CAR

Unit

(X50-1870-11,51,61)

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22

PACKING

5s

7

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aan

an

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14

Control

Unit

(X53-1210-11,62)

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22

DISASSEMBLYisk.ccoiitacianietiiee

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15

ADJUSTMENTS

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24

PC

BOARD

VIEWS

LEVEL

DIAGRAM

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Basics

31

Switch

Unit

(X41-1400-14)

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18

BLOCK

DIAGRAM

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32

Final

Unit

(X45-1240-11)

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18

SCHEMATIC

DIAGRAM............05+

ths

ORC

selected

ae

ret aee

33

Drive

Unit

(X47-1090-11,61).....cccccccecceceeseeeeeeterees

19

REFERENCE

DATA

i

iscssisesepstivsestes

tseetiiceadead

opened

sci

eetdiee:

35

PLL

Unit

(X50-1

860-00)

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20

SPECIFICATIONS.......ccccccssscscssesesessssessseeee

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BACK

COVER

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ee

TR-9130

CIRCUIT

DESCRIPTION

Receiver

Circuit

Configuration

The

front

end

employs

a

dual

gate

MOS

FET

Q1:3SK76

and

a

helical

resonator,

L3.

The

first

mixer

(Q2:

3SK74},

followed

by

a

2-stage

MCF

(Monolithic

Crystal

Filter)

XF1,

provides

excellent

two-signal

characteri-

stics

and

high

sensitivity.

The

IF

signal

from

the

MCF

is

applied

to

both

SSB

and

FM

circuits.

The

SSB

signal,

having

passed

through

the

NB

(Noise

Blanker)

D7,

D8

gate

and

crystal

filter

XF2

(10H2.2SD)

is

amplified

by

IF

amplifiers

Q11

-

Q13

and

demodulated

into

an

audio

signal

by

the

product

detector

D10

~

D13.

In

the

NB

circuit,

the

signal

from

the

MCF

XFI

is

differential

by

O3

and

Q4

and

is

then

applied

to

the

second

mixer,

Q5.

The

noise

signal,

converted

to

a

455kHz

signal,

is

limited

by

D2,

D3,

two-stage

amplified

by

Q7,

Q8

rectified

by

D4,

D5,

and

operates

the

NB

gate

through

Q10,

a

switch

transistor.

9

is

the

N.B.

AGC

ampli-

fier.

The

NB

on/off

control

is

located

on

the

front

panel.

The

AGC

picks

up

the

signal

from

the

IF

final

stage

Q13,

amplifies

the

signal

by

014,

rectifies

this

by

D14,

D15.

itis

then

DC

amplified

by

Q15,

and

the

AGC

voltage

is

applied

to

the

three

stages

of

IF

amplifier

Q11

-

Q13:

3SK73

and

the

RF

amplifier

Q1:

3SK76.

It

is

also

used

to

drive

the

meter.

Q17

is

the

signal

meter

amplifier,

Q18

is

the

meter

driver.

The

time

constant

is

automatically

select-

ed

according

to

the

mode

by

016,

D16:

FAST

for

CW

and

SLOW

for

SSB.

The

SSB

squelch

is

a

noise

type

utilizing

an

FM

squelch

circuit.

The

SSB

IF

signal

is

picked

up

from

the

AGC

buffer

amplifier

Q14,

amplified

by

Q19,

and

converted

to a

455kHz

signal

by

O20.

This

signal

is

applied

to

the

FM

IF

amplifier,

effecting

squelch

on/off

operation

according

to

the

noise

level

component

above

the

normal

3kHz

limit

needed

for

voice

communication

in

the

same

manner

as

the

FM

squelch

operates.

Thus,

in

SSB

mode,

the

FM

IF

ampli-

fier

is

also

operated

by

this

signal.

The

squelch

on/off

timing

is

controlled

by

Q29

~

Q30

and

C120.

The

scan

stop

signal

for

both

SSB

and

FM

is

sent

to

the

microprocessor.

In

the

FM

circuit,

the

signal,

having

passed

through

the

ceramic

filter

CFl

CFW-455F

(K/M

type)

or

CFW-455E

(W/T

type),

is

amplified

by

IF

amplifiers

Q21:

TA7O60,

Q22-23:

2SC1675(L),

Limiter

amplifiers

024,

25:

2SC1675(L),

then

detected

by

ceramic

discriminator

L30

and

diodes

D27,

28.

In

all

modes,

the

detected

AF

signal

is

amplified

by

Q35:

25C1815(Y),

passed

through

the

active

LPF

Q36:

25C1815(Y)

AF

GAIN

controlled,

and

power

amplified

by

038:

MB3713

to

drive

the

speaker.

fe

ee

Fig.

1

MB3713

Enulvelene:

circuit

(RX

unit

Q38)

CFW455F

455

kHz

CFW455E

Nominal

center

frequency

6

dB

bandwidth

+

7.5

kHz

or

more

+6

kHz

or

more

50

dB

bandwidth

+15

kHz

or

less

+12.5

kHz

or

more

Ripple

(within

455

+5

kHz)

3 dB

or

jess

3

dB

or

less

6

dB

or

less

6

dB

or

less

Guaranteed

attenuation

(within

455

+

100

kHz)

Saab

ornare

Input

and

output

impedance

1.5

kQ

2.0

kQ

35 dB

or

more

Table

1.

Ceramic

filter

(L72-0315-05)

CFW455F

(K,M-type)

(L72-0316-05)

CFW455E

(W,T-type)

(RX

Unit

:

CF1)

+1.5

kHzor

less

at

20

dB

+2.4

kHz

or

less

at

60

dB

Attenuation

bandwidth

Less

than

2

dB

Less

than

5

dB

60

dB

or

more

within

+40

kHz

Guaranteed

attenuation

6002

+

10%/15

pF

+10%

Input

and

output

impedance

Table

2.

Crystal

filter

(L71-0215-05)

10H2.2SD

(RX

Unit

:

XF2)

Rating

—+

Nominal

center

frequency

(fo)

10.695

MHz

Pass

bandwidth

+7.5

kHz

or

more

at

3

dB

+25

kHz

or

less

at

40

dB

+45

kHz

or

less

at

60

dB

Attenuation

bandwidth

.

70 dB

or

more

within

+1

MHz

2.

Spurious

level

=

40

dB

or

more

at

fo

~

fo

+500

kHz

3.

Spurious

level

=

80

dB

or

more

at

fo

—

(910

kHz

+10

kHz)

Guaranteed

attenuation

1.0

dB

orless

Loss

1.5

dB

or

less

Impedance

3

k2/0

pF

Table

3.

MCF

(L71-0216-05)

(RX

Unit

:

XF1)

:

TR-9130

CIRCUIT

DESCRIPTION

Transmitter

Circuit

Configuration

The

signal

from

the

microphone

is

amplified

by

Q1:

2SC2240(GR)

which

is

common

to

both

SSB

and

FM

circuits.

The

SSB

signal

is

fed

to

the

RX

unit,

where

it

first

passes

through

the

SSB

MIC

GAIN

trimmer

VR5

is

two-

stage

amplified

by

Q39

-

40:

25C1815(Y),

and

then

enters

the

balanced

modulator

D389

~

D42

together

with

the

carrier

(10.695MHz)

amplified

by

Q41.

The

modulator

is

balanced

by

VR7

and

TC2,

for

minimum

unwanted

carrier

in

SSB.

The

resulting

DSB

signal

from

the

modulator

is

buffer

amplifier

by

Q42:

2SK61(GR)

and

is

converted

to

an

SSB

signal

after

passing

through

the

crystal

filter.

After

one

stage

of

amplification

by

044,

this

is

applied

to

the

trans-

mitter

balanced

mixer

Q5

—

6:

2SK61(GR)

on

the

TX

unit.

In

the

FM

mode,

the

audio

signal

from

the

first

mic

amplifier

Q1

is

limiter-amplified

by

Q2:

TA7O61AP,

then

directly

modulates

the

crystal

oscillator

(L2)

output

at

10.695

MHz

Q3

is

the

Oscillator,

and

Q4

an

emitter

follower.

Audio

is

applied

to

varactor

diode

D1:

1S2208.

The

subsequent

circuit

configuration

is

common

in

all

modes.

The

signal,

having

passed

through

the

TX

mixer

Q5,

O6

is

band-pass

filtered

to

remove

the

unwanted

spurious

Signal

component.

The

BPF

is

tuned

by

varactor

diodes

D3

~

D6,

con-

trolled

by

the

PLL

(phase-locked

loop)

VCO

(voltage-

controlled

oscillator)

correction

voltage.

The BPF

output

is

amplified

by

Q7:

3SK97(Q1)

(also

tuned

from

the

PLL

by

D7),

and

drives

the

final

unit

via

O8:

2SC2538.

D8

pro-

vides

bias

stabilization

for

Q8.

The

ALC

samples

the

signal

output

from

the

driver

08.

This

is

rectified

by

diodes

D9,

D10

and

amplified

by

Q9:

2SC2603(E),

and

applied

to

both

the

second

gate

of

the

predriver

Q7

and

IF

amplifier

044.

The

source

voltage

of

predriver

Q7

is

controlled

for

HI/LOW

power

switching

and

protection

operation

in

FM/CW

mode.

For

CWkeying,

the

B

+

line

to

the

transmitter

balanced

mixer

is

controlled

through

predriver

Q21,

which

is

controlled

by

switching

Q20:

2SA1015(Y).

CW

break-in

is

performed

by

Q19

~

Q16.

At

key-down,

Q19

turns

on

to

charge

C79,

which

holds

Q18

on

(delay

adjustment

is

VR7).

Q18

then

controls

016,

which

switches

the

ST

(PTT)

line

to

ground,

turning

on

the

transmitter.

The

signal,

having

entered

the

final

unit,

is

power

amplified

by

the

power

module

M7727

and

delivered

to

the

antenna

through

the

TX

antenna

switch

diode

D1:

Ml402

LPF

{low

pass

filter)

and

protector

directional

coupler.

The

M57727

provides

stable

characteristics

due

to

controlled

power

and

idle

current,

IMD

(intermodulation

distortion)

and

f-characteristic.

Rated

value

Operating

voltage

;

17V

Current

consumption

10A

-30

~

+110°C

-40

~

+110°C

Storage

temperature

Base

bias

voitage

10V

Table

4.

Power

module

M57727

(V30-1239-86)

a

fa

Ea

Leal

"J

1:

INPUT

3:

BIAS

5:

OUTPUT

2:

Vecot

4:

Vec2

6:

GND

Fig.

2

Power

module

M57727

Equivalent

circuit

PLL

Circuit

(X50-1860-00)

Fig.

3

shows

the

basic

configuration

of

the

PLL

circuit.

The

signal

generated

by

the

VCO

(Q9:

2SK19

(GR)),

after

passing

through

the

buffer

amplifiers

Q10:

2SC1923(0)

and

Q11:

2SK61(GR),

is

mixed

with

the

HET

(heterodyne)

signal

by

Q12:

2SC1923(O)

where

it

is

converted

to

a

55

to

9.49

MHz

(K,M),

7.49

MHz

(W,T)

signal.

This

signal

is

amplified

by

Q3

-

Q5:

2SC1675(L)

and

applied

to

Q6:

TC9125BP.

IC

Q6

functions

as

a

phase

comparator,

frequency-divider,

and

program

counter.

It

compares

the

phase

of

the

data

(1

Mz,

100

kHz,

10

kHz)

from

the

control

unit

with

the

phase

of

the

10

kHz

reference

signal

obtained

by

dividing

down

the

9

MHz

crystal

oscillator.

Any

error

from

the

reference

is

output

from

Q6

as

a

correction

voltage

for

the

VCO.

This

voltage,

having

passed

the

active

low-

pass

filters

Q7

and

Q8,

is

applied

to

the

VCO

varactor

diode

to

contro!

the

VCO

O9.

The

14.2

MHz

component

of

the

VCO

HET

signal

is

generated

by

the

crystal

oscillator

Q1:

2SC1675(L)

and

the

signal

is

multiplied

to

127.8

MHz

by

D2:

1SS99

and

input

to

the

mixer

Q2:

2SC1923(O).

The

frequency

of

the

crystal

oscillator

is

controlled

by

D1:

1SV54GC.

A

DC

signal

corresponding

to

the

0

to

93

kHz

signal

from

the

control

unit

(X53-1210-11/62)

's

applied

to

this

diode

to

vary

the

frequency

in

the

0

-—

9.9

kkz

range.

The

frequency

shift

in

each

mode

is

performed

by

the

microprocessor,

the

output

being

fLsB

+

3.0

kHz

for

fuss,

and

fLSB

+

1.5

kHz

for

fF.

TR-9130

CIRCUIT

DESCRIPTION

Sw

Q12,13

2SC1815(Y)

x

2

TX.RX

F.

CONT

Me

B1

1sV50S

L.P.F.

Q7,8

2S8C2240(GR)

x

2

MIX

5.56~7.49MHz

W,T

5.5~9.49MHz

K,M

OSC

10~1MHz

DIGIT

DATA

0~9.9kHz

DATA

Fig.3

PLL

unit

Block

diagram

Reference

frequency

TL

‘

:

‘

f

@

Programmable

counter

+

|

Pout

'

ropa

=

x10

x100

x1000

Mode

digit digit

|

digit

setting

latch

{OOKHz

ii

vo

FM

(—1.5kHz)

LSB

(—3kHz)

LOAD

=A

B

C

OD

GND

Vood

Fig.

4

TC9125BP

Block

diagram

Fig.5

0.0

~

9.9

kHz

frequency

changing

7

K,M

type

fvco

fir

fHET

fHET/9

N

USB/CW

133.3065MHz

~

137.3064MHz

|

5.5

MHz

~

9.49MHz

127.8065MHz

~

127.8164MHz

“|[14.200722MHe

~

14.201822MH2z

550

~9

49

133.305

MHz~

137.305

MHz

5.49MHz

~

9.48MHz

127.8065MHz

~

127.8164MHz

|14.200722MHz

~

14.201822MHz

549

~9

48

133.3035MHz

~

133.3035MHz

5.4

MHz

~

9.48MHz

127.8065MHz

~

127.8164MHz

|14.200722MHz

~

14.201822MHz

549

~9

48

W,Ttype

fvco

fir

fHET

USB/CW

133.3065MHz

~

135.3064MHz

5.5

MHz

~

7.49MHz

127.8065MHz

~

127.8164MHz

}14.200722MHz

~

14.201822MHz

550~7

49

133.305

MHz~

135.304

MHz

5.49MHz

~

7.48MHz

127.8065MHz

~

127.8164MHz

|14.200722MHz

~

14.201822MHz

133.3035MHz

~

135.3034MHz

5.49MHz

~

7.48MHz

127.8065MHz

~

127.8164MHz

}|14.200722MHz

~

14.201822MHz

Table

5.

PLL

frequency

configuration

TR-9130

CIRCUIT

DESCRIPTION

Control

Circuit

(X53-1210-11/62)

@

Indicator

The

indicator

is

a

dynamic

5-digit

LED

display.

The

D-port

{pins

8-11)

BCD

data

from

the

microprocessor

Data

from

the

E-

and

F-

ports

(pins

12

—

16)

sequential-

ly

switch

the

display

through

Q22

—

26:

2SC1959(Y),

light-

ing

the

display.

Control

of

the

100

Hz

and

1

MHz

digit

decimals

from

the

C3-port

(pin

5)

and

F2-port

(pin

18)

Is

Q12

is

converted

to

7-segment

data

by

decoder

driver

performed

by

Q20/28:

2SA1015(Y)

and

Q21/27:

Q11:

SN74LS247N,

which

drives

Q13-

19:

2SA1115.

2SC1815(Y).

i

acai

(SS

a

ea

ara,

|

sw

BZ

OSC

DA

DOWN

28C1858(Y)

2S8C1815(Y)

H

as

!

H

aio

|

LZEEELEEEEEE

RY

:

,

MN1201A

|

A

H

G

y

LATCH

¥

Saeed

pte...

ce)

eg

el

*

BACKUP

AVR

peal

:

2841015

B

oec

priven\

(Y?

eS

ait

SN74LS247N

6)

DRIVER

5V

AVR

Q13~19:

2SA1215(E)

Q20,

28

:

2SA1015(Y)

Q21,

27

:

2SC1815(Y)

as

uPC78MOSH

ae

en

ee

ey

CONTROL

UNIT

(X53-1210-1

1/62}

DISPLAY

\-

AAA

jo)

TL

WL

Fig.

6

Control

unit

Block

diagram

0101

{SK

L-2504K)

(13)

OUTPUT

°

a

OUTPUTS

INPUT

(7)

A

INPUT

(1)

8

(12)

OUTPUT

©

b

INPUT

(2)

Cc

(41)

OUTPUT

o

c

INPUT

(6)

ie]

(90)

OUTPUT

o

¢

GI/RBO

(4)

(9

)0UTPUT

INPUT

OR

©

7

RIPPLE

BLANKING

OUTPUT

8

Cc

LAMP

RB

1°)

A

GND

(15)

OUTPUT

TEST

OUTPUT

INPUT

ot

INPUTS

camp

Test

(3?

INPUT

Fig.8

SN74LS247N

RBI

(5)

4

TI

RIPPLE

BLANKING

~

a

aad

INPUT

Fig.

7

SN74LS247N

TR-9130

CIRCUIT

DESCRIPTION

e@

PLL

Data

Output

PLL

data

(3-digit:

MHz,

100

kHz,

10

kHz)

is

dynamically

out

put

from

the

microprocessor

HO-H3

and

I/O

port.

The

1

kHz/100

Hz

data

is

applied

from

GO-G3

and

FO/E3

ports

to

the

dual

latch

Q10:

MN1201A

and

converted

to

a

DC

voltage

(HCV)

associated

with

the

D/A

converter

made

up

of

fixed

resistors

(R49-R5

7).

Noi

No.i6

Address

DS

Cathode

D4,

Dp4

Cathode

D3,

Dp3

Cathode

D2,

Dp2

Cathode

D1i,Dp1

Cathode

e

Anode

d

Anode

Address

g

Anode

b

Anode

a

Anode

f

Anode

Dp4

Anode

Dp3

Anode

Dp2

Anode

Dp1

Anode

OanN

OAT

fF

WH

=

Fig.

9

5

digit

LED

SL-2504K

INT

~

IN@

|

Input

4-bit

input

terminal

Output

terminal

for

data

latched

by

clock

pulse

CKA

Output

termina!

for

data

latched

oe

Or

by

clock

puise

CKB

Clock

signal

terminal

for

latching

4-bit

input

signal

in

4-bit

flip

flop

A.

eke

Clock

A

Input

signal

is

latched

at

the

rising

of

clock

signal.

CKB

Clock

B

Table

6.

Terminals

of

the

MN1201A

AQ1

~

AO4

|

Output

Clock

signal

terminal

for

latching

4-bit

input

signal

in

4-bit

flip

flop

B.

Input

signal

is

latched

at

the

rising

of

clock

signal.

134

106

7

6

129

Fig.

10

MN1201A

block

diagram

e@

Reset

Circuit

Lambda

diode

D7

(MA522(Q)})

is

used

to

detect

the

power

supply

voltage:

when

the

power

supply

voltage

exceeds

the

valley

voltage

(about

3.5

V)

of

the

lambda

diode,

the

diode

is

OFF

and

Q6

(2SA1015(Y))

is

ON

so

that

en

“L”

level

signal

is

applied

to

the

reset

terminal

(pin

7)

of

the

microprocessor

to

reset

it.

Power

supply

voltage

5V

Valley

voltage

OV

Q6

emitter

voltage

(Micro-

5yY

processor

7)

Valley

voltage

OV

f

Reset

Fig.

11-A

Reset

timing

Current

°

——e

Voltage

Valley

voltage

Fig.

11-B

Lambda

diode

characteristics

TR-9130

CIRCUIT

DESCRIPTION

@

Switch

Circuits

The

individual

switch

circuits

perform

their

functions

by

the

output

from

the

microprocessor

E-

and

F-ports

(pins

12

—

16)

and

B-port

(pins

37

—

40)

for

input.

Diodes

(1$1555)

are

provided

where

necessary

for

isolation.

The

pulsed

output

from

the

E-

and

F-port

is

shut

off

by

O29

—

033

(2SA1115(Y))

during

transmission,

thereby

improving

the

S/N

ratio

during

transmit.

@

Power

Supply

for

the

Control

Circuit

There

are

three

power

supply

circuits

incorporated

in

the

control

unit:

one

for

the

LED

display

(5V),

consisting

of

Q9

(uPC78MO5H);

one

for

back-up,

consisting

of

Q1

(2SC1815(Y));

and

one

for

the

microprocessor,

consisting

of

O5

(2SC496()).

When

power

is

fed

to

the

power

connector

with

the

power

switch

OFF,

the

back-up

power

supply

operates

to

maintain

the

microprocessor

memory.

At

this

time,

all

ports

are

at

the

“L”

level

and

the

power

consumption

is

minimum.

When

the

power

switch

is

ON,

the

other

power

supply

circuits

operate

and

the

back-up

power

supply

is

turned

off

by

the

control

signal

from

the

microprocessor.

e@

Encoder

and

UP/DOWN

Inputs

Fig.

12

shows

the

output

signal

from

the

encoder

(50

steps

per

rotation).

This

signal

is

used

to

discriminate

UP

and

DOWN

counts

within

the

microprocessor.

The

UP

counts

starts

when

U/D

is

H

level

at

the

down

edge

of

the

clock

signal,

and

the

DOWN

count

when

U/D

is

L

level.

Terminal]

Input

jOutput

name

|Signal|Signal

Fe

(oe

Description

J

Stop

point

of

clicks

Xe

|

WY

OR

OO

|

UP

Clock

signal

(Ciockwise

direction)

;

UP/DOWN

signal

|

l

|

DOWN

Clock

signal

|

(Counter

clockwise

direction)

UP/DOWN

signal

.

\

Fig.

12

Terminal

+

;

:

symbols

OVee

OV

O

CLOCK

output

Cc

O

U/D

output

————

U

O

GND

G

Fig.

13°

Rotary

encoder

(W02-0308-05)

@

Tone

Oscillator

Circuit

When

the

output

for

the

microprocessor

tone

oscillator

is

H

level,

Q7

(2SC1815(Y))

is

energized,

allowing

a

current

to

flow

into

the

piezo-electric

buzzer

oscillator,

08

(2SC1815(Y)),

producing

a

tone.

Output]

Signal

i

Eee

Description

(orn

Clock

signal

400

kHz

TX

detection

(When

RX,

it

is

L

and

when

TX,

it

is

H.)

BACK

UP

detection

(Normally

H.

When

B.U,

it

is

L.)

SQ

detection

(Normally

L.

When

FM

SQ

MIN,

it

is

H.)

;

DOT

output

for

100

Hz

Lights

when

H

and

goes

out

when

L.

Normally

H

When

H

=

L,

reset.

BCD

DATA

output

for

indication

1

MHz

digit

pulse

100

kHz

digit

pulse

10

kHz

digit

pulse

1

kHz

digit

pulse

100

Hz

digit

pulse

In

normal

operation,

it

is

H.

In

BACK

UP

operation,

it

is

L.

DOT

output

for

MHz

The

buzzer

sounds

when

it

is

H.

Normally

5V

Matrix

output

in

combination

with

B

input

and

these

pulses.

eoo00000

000

o0000

0000

{@)

[e)

5V

Power

(D

=

A

convergence)

BCD

DATA

output

for

MN1201

PLL

unit

TC91256P

pulse

DATA

(Normally

L.

The

pulse

DATA

is

output

only

when

the

frequency

is

changed.

OO.

06°00

0

oO

6

TX

inhibited

Normally

L

Normally

L.

When

FM

TX,

it

is

H.

Rotary

encoder

CLOCK

signal

input

Rotary

encoder

UP/DOWN

signal

input

MIC

UP

input

Normally

L

and

when

UP,

itis

H.

MIC

DOWN

Normally

L

and

When

DOWN,

it

is

H.

o00000

00000

Matrix

input

in

combination

with

EO

~

FO.

Ground

CLOCK

signal

400

kHz

Table

7

uPD650C-135

terminal

function

TR-9130

PARTS

LIST

CAPACITORS

@

Rating

voltage

CC

48

TH

1H

220

J

1

2

3

4

5

6

1

=

Type

ceramic,

electrolytic,

etc.

4

=

Voltage

rating

Shape

round,

square,

etc

5

=

Value

3

=

Temp

coefficient

6

=

Tolerance

@

Temperature

coefficient

N

ll

1st

Word

P

Color

Orange

150

@

Capacitor

value

103

=0.0luF

2nd

Word

K

Color

3

OLOSiee.

2

20

=22pF

ppm/"C

+

250

;

1

0

=10pF

ys

=

1st

number

|

Multiplier

Example

CC45TH

=

—

470+

60ppm/"C

se

atu

2nd

number

1

0

2

=1000pF

=0.001uF

@

Tolerance

More

19,,.F

—10~

+50

L

hep

fae

10=95

Resistors

not

listed

in

this

parts

list

are

standard,

fixed

carbon.

composition,

Abbreviation

1/4W

or

1/8W.

Capacitor

ML

Mylar

The

resistance

values,

in

ohms,

are

indi-

Ceramic

T

Tantalum

cated

on

the

schematic

diagram.

Electrolytic

Mica

N:

New

parts

*:

Please

note

that

these

parts

are

sometimes

not

in

stock

and

it

takes

SEMICONDUCTOR

much

time

to

deliver.

marks

~——

1N60

V11-0051-05

2SA1115(E)

V0O1-1115-16

181555

V11-0076-05

2SA1115(D,E)

V0O1-1115-36

1S2588

V11-0414-05

1SS99

V11-1277-86

2SC496(Y)

V03-0336-05

ITT410

V11-7761-86

2SC945(Q)

V03-0293-05

MA522

(R)

V11-1173-46

2SC1675(L)

V03-1675-06

MI303

V11-5273-66

2SC1775(E)

VO3-1775-06

MI402

V11-5260-16

2SC1815(Y)

V03-1815-06

U15B

V11-6460-26

2SC1923{0)

V03-1923-06

2SC1959(Y)

V03-1959-06

Varistor

181212

V11-1262-06

2SC2240(GR)

V03-2240-06

VD1223

V11-1262-46

2SC2458(Y}

V03-2458-06

2SC2538-22-A

V03-2538-16

Vari-cap

1$2208

V11-0317-05

2SC2603(D,E)

V03-2603-16

1SV50S

V11-1260-36

2SC2785(J,H)

V03-2785-40

1$V54-GC

V11-4173-46

2SC2787(L)

V03-2787-16

PR5532K

V11-7272-36

PY5532K

V11-7272-46

SL-2504K

V11-6178-36

SLP-144B

V11-6172-56

SLP-244B

V11-6172-66

FET

2SK19(GR)

TRIO-5

VO9-1001-16

2SK30A(GR)

V09-0060-05

2SK30A(0)

VO9-0056-05

2SK61(GR)

VO9-1014-06

3SK73(GR)

V09-1002-46

Zener

Diode

XZ-057

V11-4176-76

3SK74(L)

VO9-1002-56

XZ-060

V11-4101-20

3SK76-O

VO9-1012-16

XZ-070

V11-4161-96

3SK97(Q1)

V30-1141-26

V30-1233-16

V30-1008-66

2SA1012(Y,

O)

_

VO1-1012-36°

2SA1015(Y)

V01-1015-06

2SA1115(D)

-

V01-1115-26

Ic

AFGO5F1750A2

MB3713

MN1201A

TR-9130

PARTS

LIST

Part

No.

Description

Name

Part

No.

F15-0635-04

Meter

shadow

mask

F20-0516-05

Insulating

sheet

(Q101)

F29-0014-05

Shoulder

washer

(Q101)

F29-0409-04

Insulating

cushion

(LED)

NJM78LO5A

V30-1149-06

SN74LS247N

V30-1030-56

TA7O60P

V30-0087-05

TA7061AP

V30-0039-05

TC9125BP

V30-1232-26

G02-0505-05

Knob

fixed

spring

RIT,

SQL

G13-0608-04

Cushion

(upper

case)

G13-0656-04

Battery

cushion

(accessory)

uPC78MO5H

V30-0680-10

uPC78MO8H

V30-1222-16

H01-4414-03

Carton

(inside)

H01-4415-03

Carton

(inside)

H10-2501-03

Styrene

foam

cushion

H10-2528-32

Styrene

foam

cushion

H25-0049-03

Accessory

bag

H25-0077-03

Protective

bag

Battery

holder

Microprocessor

uPD650C-135

V30-1228-36

Power

Module

M57727

V30-1239-86

GENERAL

H25-0079-04

Protective

bag

MIC

H25-0103-04

Protective

bag

Cord

Part

No.

Description

H25-0106-04

Protective

bag

TR-9130

A01-0924-03

Case

(upper)

A01-0925-02

Case

(lower)

A13-061

2-02

Angle

ass’y

(right)

A13-0613-02

Angle

ass’y

(left)

A13-0614-04

Angle

(top)

A20-2445-23

Pannel

J02-0069-05

Rubber

foot

JO2-0416-04

Foot

(accessory)

J21-2754-04

Battery

holder

(accessory)

J25-2716-24

P.C.

board

SCAN

J25-3099-04

P.C.

board

MODE

J25-3100-04

P.C.

board

M.

CH,

MS

J25-3104-04

P.C.

board

SOL,

H/LOW,

TX

OFFSET

J32-0198-14

Hexergon

boss

J42-0409-04

Knob

bush

J61-0019-05

Vinyl

tie

BO1-0647-12

Panel

escutcheon

BO1-0648-12

Panel

escutcheon

BO3-0513-14

Switch

mask

(B)

M,

NB,

A/B,

RIT

BO3-05

18-04

Switch

mask

MHz,

DS,

MS,

MR

BO5-07

13-04

Grill

cloth,

case

(upper)

BOS-0714-04

SP

grill

cloth

BO5-0723-04

Grill

cloth,

case

(lower)

BO7-0621-03

Side

escutcheon

B10-0640-04

Front

glass

B30-0821-05

Meter

lamp

8V,

70

mA

B31-0631-05

Meter

B40-2610-14

Model

name

plate

B40-2611-14

Model

name

plate

B40-2612-14

Model

name

plate

B46-0058-10

Warranty

card

B50-3964-00

Instruction

manual

B50-3965-00

Instruction

T

BS0-3966-00

Instruction

manual

B50-3983-00

instruction

manual

=

320

22426844

K21-0749-03

Main

knob

K21-0750-04

Knob

(C)

RF

GAIN

K23-0727-04

Knob

(A)

MODE,

M.

CH

K23-0729-04

Knob

(D)

RIT,

SQL

K23-0733-04

Knob

(E)

TX

OFFSET

K23-0742-04

Knob

VOL

K27-0408-04

Push

knob

(A)

M,

NB,

A/B,

RIT

K27-0409-04

Push

knob

(B)

SCAN,

HOLD

K27-0416-05

Push

knob

DS,

MR,

MS

K27-0425-05

Push

knob

(F)

REV

K27-0430-04

Push

knob

TONE

K29-0762-04

Knob

HI/LOW

eBeawnbh

2

|

NN

A=

=

NO9-0256-05

Screw,

earth

N13-0307-14

Ornamental

nut

VOL

N14-0512-05

Nut

N30-2004-46

Round

screw

MS

N30-2604-46

Round

screw

N30-3006-46

Round

screw

Tr

N32-3005-46

Flat

screw

N32-3006-46

Flat

screw

N33-2606-45

Round

flat

screw

SP

N33-3006-45

Round

flat

screw

N35-3004-46

Bind

screw

N35-3006-46

Bind

screw

N87-3006-46

Tap

tight

screw

N89-3005-46

Bind

tap

tight,

Earth

lug

SBPese

enn

nn

nwn

ep

woop

pan

rn

res

E06-0651-05

6P

metal

socket

EQ7-0651-05

6P

metal

consent

E09-0471-05

4P

plug

(accessory)

E12-0001-15

Phone

plug

(accessory)

E12-0401-15

STBY

plug

(accessory)

E23-0015-04

Earth

lug

(LED)

E29-0412-05

1P

connector

(male)

E29-0413-05

1P

connector

(female)

E30-1709-05

DC

cord

ass‘y

7A

E31-2140-05

Connector

with

lead

SP

E91-0302-05

Battery

snap

(accessory)

|

i

|

;

re

ee

Se

eC

FO5-7025-05

Fuse

(7A)

F10-1206-04

Earth

plate

Drive

F15-0622-04

Shadow

mask

(meter)

F15-0627-04

Shadow

mask

(LED)

RO1-4411-05

Pot.

50K

(B)

with

SW.

SQL,

H/L

VR102

RO5-3412-15

Pot.

10K

(K)

with

SW.

VOL

VR101

R19-3406-05

Pot.

10K

(B}

x

2

RF,

RIT,

VR103,104

RS14AB3A121J

MF

1202

1W,

R103

TR-9130

Description

$01-2421-05

$01-2430-15

$01-1421-05

$40-1401-05

$40-2403-05

$40-2406-05

$40-2417-05

$50-1406-05

$59-1405-05

T07-0216-05

T91-031

1-05

T91-0313-05

T91-0324-05

W02-0308-05

X41-1400-11

X41-1440-00

X45-1240-11

X47-1090-1

1

X47-1090-61

X50-1860-00

X50-1870-11

X50-1870-51

X50-1870461

X53-1210-11

X53-1210-62

X55-1320-00

X55-1320-11

2222222222222

Re-

marks!

Rotary

switch

MODE

Rotary

switch

M.

CH

Rotary

switch

TX

OFFSET

Push

switch

MS

Push

switch

TONE

Push

switch

TONE

Push

siwtch

MR

Tact

switch

MIC

Key

board

switch

SCAN,

HOLD

Speaker

Microphone

Rotary

encoder

Switch

unit

Mounting

bracket

assy

Final

unit

Drive

unit

Drive

unit

PLL

unit

CAR

unit

CAR

unit

‘CAR

unit

Control

unit

Control

unit

RX

unit

RX

unit

Description

SWITCH

UNIT

(X41-1400-11)

PARTS

LIST

Part

No.

Description

NN

a

mw

me

om oe

oe

we

CK45F1H103Z

E23-0047-04

E40-0373-05

E40-0673-05

£40-0773-05

E40-1273-05

N30-

2604-46

R92-0150-05

$40-1403-15

S40-

1404-15

$40-2404-05

$40-2405-05

$40-2409-15

C

0.01

C1

Square

terminal

Mini

connect

wafer

3P

Mini

connect

wafer

6P

Mini

connect

wafer

7P

Mini

connect

wafer

12P

Round

screw

Short

jumper

Push

switch

M.SHIFT/

REV

Push

switch

DS

Push

switch

A/B,

RIT

Push

switch

NB

Push

switch

M

FINAL

UNIT

(X45-1240-11)

CC45CH1HO

10C

CC45CH1HO20C

CC45CH1H330J5

CC45SL1H101J5

CC45SL2HO70D

CC45SL2H100D

33pF

100pF

7pF

500V

10pF

500V

CC45SL2H101J

CC45SL2H120J

CC45SL2H220J

CC45SL2H330J

CC45SL2H390J

CE04W1A221M

CE04W1C220M

CEO04W1H3R3M

CK45B1H102K

CS15E1E010M

CS15E1VR47M

C90-0817-05

£04-0152-05

E06-0252-05

E08-0304-05

E08-0471-05

E11-0405-05

E11-0406-05

E11-0409-05

E23-0047-04

E23-0401-05

E40-0373-05

E40-0673-05

FO1-0775-15

L33-0649-05

L34-0692-05

L34-0742-05

L34-0887-05

L34-0908-05

L34-

1020-05

L40-1001-03

NO9-0256-05

N30-

2606-46

N35-3006-46

N35-3008-46

R12-0424-05

R12-4411-05

R12-5410-05

RCO5GF2H181J

R92-0150-05

|

100pF

5SO00V

12pF

500V

22pF

500V

33pF

500V

39pF

220

22

3.3

1

25V

T

047

35V

E

1000

16V

(small)

UHF

type

receptacle

2P

square

socket

Power

jack

Buck-up

4P

socket

AUX

KEY

jack

STBY

jack

Earphone

jack

Square

terminal

Roundterminal

Mini

connect

wafer

3P

Mini

connect

wafer

6P

Heat

sink

Choke

coil

VHF

coil

5¢4T

Coil

3¢5T

|

VHF

coil

5¢63T

Coil

363.5T

Ferri-inductor

10uH

Gnd

screw

Round

screw

Back

up

Bind

screw

PC

board

Bind

screw

Power

module

7002

(2

terminal)

50k2

100k2

Trim.

pot

Trim.

pot

Trim.

pot

Solid

1802

1/2W

Short

jumper

DRIVE

UNIT

(X47-1090-XX)

C05-0031-15

C05-0062-05

CC45CH1HO30C

CC45CH1HOR5C

a

C3

cg

C4

C6

C26

C24

,28

C18

C11,12,14,15,17,

19,20,22,25,27,

29,30,32

C13

C21

C23

VR3

VR2

VRi

R1

11:

K/M,

61;

W/T

Ceramic

trimmer

10pF

Ceramic

trimmer

6pF

C

3pF

C

0.5pF

Kenwood TR-9130 Bedienungsanleitung

Beliebte Transceiver Handbücher anderer Marken