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3

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@KENWOOD

SERVICE

MANUAL

TS-130S,V

/VFO-120/

AT-130/

PS-30

HF

SSB

TRANSCEIVER

.

@Kenwooo

Ot

POWER

BUIPELY

FE

-

BO

PS-30

TS-130S

VFO-120

AT-130

CONTENTS

SPECIFICATIONS

.......

cece

eee

eee

eee

eens

2

FILTER

UNIT

(X51-1240-00)S

TYPE

........-.

17

CIRCUIT

DESCRIPTION.

...

2...

0.

cc

eee

eee

eee

3

FILTER

UNIT

(X51-1250-00)V

TYPE

.......-..

17

SPECIAL

COMPONENTS

DATA........-000+

ee

6

FINAL

UNIT

(X56-1300-00)V

TYPE.........---

18

OUTSIDE

VIEW

(S

TYPE).

......

00000

e

eee

ee

eee

7

FINAL

UNIT

(X56-1350-00)S

TYPE

........-..

18

PC

BOARDS/CIRCUIT

DIAGRAMS

PARTS

LIST

.......c

cece

eee

eee

eee

eee

eee

19

IF

UNIT

(X48-1300-00,-01)

..

cee

eee

eee

eee

8,9

PACKING

......

ccc

ccc

e

cece

eee

eee

e

ne

eee

28

PROCESSOR

UNIT

(X54-1550-00)

........-006-

8

DISASSEMBLY

........---0

0c

eee

eee

eee

aee

29

PLLUNIT

(X50-1700-00)........0--

eee

eee

10,11

LEVEL

DIAGRAM........-.-.e

cece

ee

ences

31

COUNTER

UNIT

(X54-1560-00).........0-.

12,13

ADJUSTMENTS........-

00000

e

eee

ee

eee

32

RE

UNIT

(X44-1380-00)

..

0.0...

eee

eee

eee

14

AT-130.

0.

ccc

ccc

eect

e

eee

eee

eens

41

VFO

UNIT

(X40-1170-00)

...

0.

eee

eee

eee

15

SCHEMATIC

DIAGRAM

V

TYPE..........---5-

42

CAR

UNIT

(X50-1500-00)

2...

ee

ee

ees

15

VFO-120...

0...

ee

es

...43

RELAY

UNIT

(X41-1300-00)

.........-0000

05

16

SCHEMATIC

DIAGRAMS

TYPE

..........-0---

45

SWITCH

(A)

UNIT

(X41-1310-00).......-.----

16

PS-30

0.0.

eee

eee

46

SWITCH

(B)

UNIT

(X41-1320-00)

.......00-0

0%

16

BLOCK

DIAGRAM..............-.

BACK

COVER

AF.GEN

UNIT

(X49-1110-01)..

0.0.0.

16

|

A

product

of

TRIO-KENWOOD

CORPORATION

17-5,

2-chome,

Shibuya,

Shibuya-ku,

Tokyo

150,

Japan

a

TRIO-KENWOOD

COMMUNICATIONS,

INC.

1111.

West

Walnut

Street.

Compton,

California,

90220,

U.S.A.

TRIO-KENWOOD

COMMUNICATIONS,

GmbH

D-6374

Steinbach

TS,

Industriestrasse

8A,

West

Germany

TRIO-KENWOOOD(AUSTRALIA)PTY.

LTD.

30

Whiting

Street.

Artarmon,

Sydney

N.S.W.

Australia

2064

TS:-1308V

[GENERAL]

Frequency

Range:

Mode:

SPECIFICATIONS

|

80

meter

band

3.5

~

4.0

MHz

40

meter

band

7.0~

7.3MHz

*30

meter

band

20

meter

band

14.0

~

14.35

MHz

*17

meterband

18.068

~

18.168

MHz

15

meterband

21.0

~

21.45

MHz

*12meter

band

24.89

~

24.99

MHz

10

meter

band

28.0

~

29.7

MHz

SSB/CW

Power

Requirement:

Dimensions:

Weight:

10.1

~

10.15

MHz

(10.0

MHz

Receiving

only)

TS-1308

TS-130V

RX:

0.7A

13.8V

DC

TX:

118A

13.8V

DC

RX:

0O.7A

13.8V

DC

TX:

4A

13.8V

DC

TS-130S

TS-130V

241

(9.6)

W

x

94

(3.8)

H

x

293

(11.7)

D

mm

(inch)

241

(9.6)

W

x

94

(3.8)

H

x

235

(9.4)

D

mm

(inch)

[TRANSMITTER]

Final

Power

TS-130S

TS-130V

5.6

kg

(12.4

Ibs)

4.9

kg

(10.8

Ibs)

Input:

TS-130S

TS-130V

80

—

15

meter

band

200

W

PEP

for

SSB

operation

160

W

DC

for

CW

operation

10

meter

band

160

W.

PEP

for

SSB

operation

140

W

DC

for

CW

operation

25W

PEP

for

SSB

operation

20W

DC

for

CW

operation

25W

PEP

for

SSB

operation

2OW

DC

for

CW

operation

Audio

Input

Impedance:

RF

Output

Impedance:

Frequency

Stability:

Carrier

Suppression:

Sideband

Suppression:

Spurious

Radiation:

Harmonic

Radiation:

[RECEIVER]

Receiver

Sensitivity:

Image

Ratio:

IF

Rejection:

Receiver

Selectivity:

SSB/CW

WIDE

SSB

NARROW

CW

NARROW

Audio

Output

Impedance:

Audio

Output:

5002.

~

50

kQ

502

Within

+1

kHz

during

the

first

hour

after

1

minute

of

warmup

Within

100

Hz

during

any

30-minute

period

after

warmup

Better

than

40

dB

Better

than

50

dB

Better

than

40

dB

Better

than

40

dB

0.25uV

at

10dB

S+N/N

Better

than

50

dB

Better

than

70

dB

2.4

kHz

(—6

dB),

4.2

kHz

(—

60

dB)

1.8

kHz

(—6

dB),

3.3

kHz

(—

60

dB)

with

optional

YK-88SN

filter

500

Hz

(—6

dB),

1.5

kHz

(—

60

dB)

with

optional

YK-88C

filter

270

Hz

(—6

dB),

1.1

kHz

(—

60

dB)

with

optional

YK-88CN

filter

4~

162

1.5

W

NOTE:

Circuit

and

ratings

may

change

without

notice

due

to

developments

in

technology.

*

Will

transmit

on

the

new

30,

17,

and

12

meter

bands.

Diodes

installed

for

preventing

accidental

transmission

be-

fore

government

amateur

authorization.

TS-A30SV

CIRCUIT

DESCRIPTION

Features

added

from

former

TS-120S,V

are

as

follows;

item

Rating

Center

frequency

fo

8830kHz

1.

The

three

new

HF

bands

(receive

only).

©

en

Center

frequency

deviation

8830kHz

+150Hz

at

6dB

;

6dB

bandwidth

+900Hz

or

more

Band

Receive

frequency

i

+

10

10.0~10.25MHz

60dB

bandwidth

+

1800Hz

or

less

Guaranteed

attenuation

80dB

or

more

within

.0~18.5MH

18

18.0~18.5MHz

fo

+2.5kHz

to

+

1IMHz

|

.6~25.0MH

24.5

24.5~25.0MHz

Ripple

2dB

or

less

(Note)

Receives

WWV

on

10MHz.

Loss

3dB

+2dB

Input

and

output

impedance

6002/150F

2.

20dB

RF

attenuator

/15p

Table

1.

SSB

crystal

filter

(L71-0220-05)

3.

2-position

selectivity

(receive

only).

YK-88SN

(Option)

1)

Optional

filters

available.

Item

Rating

Center

frequency

fo

8830.7k

Hz

i i

—6dB

bandwidth

Optional

filter

Center

frequency

deviation

fo

+150Hz

at

6dB

-

filt

1.8kHz

Y

K-88SN

SSB

narrow

Tilter

6dB

bandwidth

+

260H2

or

more

.

500Hz

Y

K-88C

CW

filter

60dB

bandwidth

+

900H:

or

less

YK-88CN

CW

narrow

filter

270Hz

(<6

dB

bandwidth:2.4kHz)

|

Ripple

2B

or

less

YK-88S

(—

andwidth:2.

z)

is

(Note)

loss

6dB

+2dB

installed

at

the

factory.

Guaranteed

attenuation

80dB

or

more

within

2)

—6dB

bandwidth

with

various

optional

filters.

fo

+2kHz

to

+

1MHz

Input

and

output

impedance

60082/15pF

MODE

CW

SSB

Table

2.

CW

crystal

filter

(L71-021

1-05)

No.

;

.

Filter

WIDE

|

NARROW

WIDE

|

NARROW

YK-88C

(Option)

1)

|

YK-88S

only

24kHz|

*

|2.4kHz|

*

(installed

at

factory)

Item

Rating

2)

|

YK-88C

or

2

AkHz

500Hz

or

2

4kHz

*

Center

frequency

fo

8830.7kHz

YK-88CN

270Hz

Center

frequency

deviation

fo

+50Hz

at

6dB

3)

|

YK-88SN

2.4kHz|

1.8kHz

|

2.4kHz|

1.8kH2

6dB

bandwidth

+125Hz

or

more

4)

|

YK-88C

or

;

VK88CN

9

AkHz

500Hz

or

2

4kHz|

1.8kHz

60dB

bandwidth

+600Hz

or

less

Y

K-88SN

270K

Ripple

2dB

or

less

(Note)

1.

*:

No

receive.

Loss

8dB

+2dB

2.

Jumper

wire

on

the

IF

unit

Guaranteed

attenuation

80dB

or

more

within

should

be

changed

in

No.

2

and

fo

+2kHz

to

+

1MHz

No.4

Position.

Input

and

output

impedance

6002/15pF

3.

YK-888

is

always

used

in

transmit.

Table

3.

CW

crystal

filter

(L71-0221-05)

YK-88CN

(Option)

4.

AGC-type

speech

processor

TS-A30SV

CIRCUIT

DESCRIPTION

SPEECH

PROCESSOR

CIRCUIT

(X54-1550-00)

RX.TX

MIX(1);}MIX(1)]

_..

Band

Frequency

VCO

Input

|

Output

Divider};

DC

BA

The

AGC-type

speech

processor

is

composed

of

Q2:yuPC1158H2,

35

35

12.33

|

14.33

20

1/4

1100

Q3:2SC1815(Y)

and

D3:1N60.

~40

~12.83

|

~14.83

_

The

audio

signal

amplified

by

Q18

on

the

AF-GEN

unit

goes

.

,

7

7.0

15.83

|

14.33

through

diode

switche

D1:

1S1555

to

the

MIC

control

when

the

pro-

;

1.5

1/3

1101

cessor

switch

is

OFF.

When

the

processor

switch

is

ON

the

audio

5

16.33

|

~14.83

signal,which

is

compressed

and

gains

talk-power

by

the

speech

10

10.0

18.83

|

14.33

45

19

10111

processor

circuit,

goes

through

D2:1S1555

to

the

MIC

control.

~10.5

|

~19.33

|

~14.83

Q1i(V

type)

or

Q1i1

(S

type):2SK30A

on

the

filter

unit

is

cut

off

14

14.0

22.83

|

24.33]

,

5

1/3

1101

when

the

processor

switch

is

ON

to

shorten

the

ALC

time

constant

~145

~23.33

|

~24.83

to

increase

the

average

RF

output

power.

18

18

0

26.83

|

24.33

2.5

1/5

1011

~18.5

~27

33

|

~24.83

TS-130

FREQUENCY

SYSTEM

210

7983

|

34.33

21

°

4.5

1/9

0111

The

TS-130

employs

single

conversion

with

a

unique

PLL

circuit,

~21.5

~30.33

|

~34.83

as

shown

in

Fig.

1.

245

24.5

33.33

|

34.33

1

1/2

1110

The

frequency

system

is

basically

that

of

the

TS-820

with

the

ex-

~25.0

|

~33.83

|

~34.83

ception

of

the

PLL

circuit.

28

28.0

36.83

|

34.33

25

1/5

1011

~28.5

~37.33

|

~34.83

PLL

CIRCUIT

,

28.5

8.5

37.33

|

34.33

3.0

1/6

1010

~29.0

~37.83

|

~34.83

|

Fig.

2

shows

PLL

circuit

construction

and

Table

4

shows

the

fre-

290

37.8

34.33

quency

in

each

circuit.

29

83

3

3.5

1/7

1001

Referring

to

Fig.1.

MIX

(3)

combines

CAR

and

VFO

signals

and

~29.5

~38.33

|

~34.83

is

operated

straight

through

to

mixer

(1)

on

3.5,

7

and

10

MHz.

295

29.5

38.33

|

34.33

40

8

11000

MIX

(2)

operates

at

14

MHz

and

above

with

the

output

of

MIX

(3)

~30.0

~38.83

|

~34.83

i

i

;

h

in

Table

4.

MIX

(1

tout

ij

to

provide

mixer

(1)

input,

as

shown

in

(1)

ou

pu

is

Table

4.

The

frequency

chart

filtered,

amplified,

shaped

and

divided

by

the

programmable

divider

to

obtain

500kHz

output.

FROM

RF

AMP

CREO”

~

XTAL

M

1X(RX)

8.83MHz

|

FILTER

m1

IF

AMP

—]

DET

FP

AF

,

y

PLL

UNIT

eee

7

===

7

7

|

vco

ei

MIX(1)

pat

¥

BPF2

|

|

|

|

y

1.0~

10MHz

\

|

|

USB

8.8315MHz

|

4.

SMHz

(14,18)

2

|

LSB

8.8285MHz

|

or

20MHz

in

1}

cwiR)

—

8.8315MHz

te}

Po

BPF1

|

28)-—by

MIX(2)

|

Jes

|}

cw(t)

—

8.8307MHz

|

:

5

tH

|

|

500KHz

;

3

14.33~14.83

|

x1

Q

(8.8315)

ae

AMP

|

BPF

3

MIX(3)

feat

CAR

OSC

or

|

|

—O-

(8.8285)

:

|

)

:

X2

Lt

a

ee

Leo

IF

SHIFT

_—@

1O0MH

-

y

5.5~6.0MHz

500KHz

COUNTER

With

STBY/REC

VFO

switch

to

SEND,

UNIT

VFO

frequency

Oo

y

goes

up

800Hz.

gon

‘

BPF

<j

mixx)

IF

AMP

ft

otter

BM

}<——

MIC

AMP

‘\

Common

to

RX

and

TX

S/S

Fig.

1

TS-130

Frequency

configuration

TS-50SV

CIRCUIT

DESCRIPTION

The

programmable

divider

converts

the

information

from

the

band

switch

into

a

BCD

signal

in

the

counter.

By

presetting,

the

signal

is

divided

at

the

ratio

shown

in

Table

4.

The

phase

comparator

is

a

Motorola

MC4044P.

The

loop

filter

amplifier,

component

tran-

sistors,

Minimizes

unwanted

spurious

signal.

If

output

of

the

phase

comparator

unlocks

for

any

reason,

VCO

output

is

switched

off

to

prevent

out

of

band

emission

and,

simultaneously

the

digital

dis-

play

blanks

CAR

OSCILLATOR

The

CAR

oscillator

contains

one

oscillator

and

two

crystals

for

LSB,

USB

and

CW

operation.

The

oscillator

frequency

in

each

mode

is

listed

in

Fig.

1.

Oscillator

frequency

can

be

varied

by

the

IF

SHIFT

control

during

reception.

21,24.5M

Voari-cap

line

VFO

OSCILLATOR

The

TS-130

VFO

has

same

circuit

and

gear

ass’y

as

the

VFO-830.

An

LED

indicator

for

VFO

and

FIX

operation

has

been

added.

DIGITAL

COUNTER

The

TS-130

digital

counter

employs

a

VFO

frequency

counting

system

as

shown

in

Fig.3.

The

VFO

frequency

is

mixed

with

a

5MHz

signal

obtained

from

the

reference

oscillator

chain

by

a

3SK73

(Q7)

and

is

converted

to

a

0.5MHz

to

1MHz

signal.

This

signal

passes

through

the

LPF,

is

amp-

lified,

buffered

and

shaped

into

a

square

wave,

passes

through

the

0.1

second

gate

circuit

and

is

applied

to

the

7-digit

counter.

The

signal

is

counted

from

10Hz

to

10MHz.

The

100kHz,

1MHz

and

10MHz

order

digits

are

preset

by

diode

matrix

operating

on

bandswitch

information.

18,28M

Buft Buff

Q6

Q7

fc

Approx

1OMHz

—e

VCO

output

Switch

Qs

Buff

Buff

Amp

0.8~6MH

MIxX(1)

Q20

Q19

err:

=

SC

2SC

2SC

Q17

MIX¢3)

46018)

4608)

46018)

BPF

14.33~14.83

Qi

SNI6913P

3.5.

710

Sc]

_

ye

14.33~14.83

tt

460(B)

{<}—

Divider

24.33~24

83

5.5~6.0

Q22

1/4

Q221/4

Qi6

MHz

HO

HO

Q23

—

From

Counter

Buff

oOoP

oleh

74LSIE3N

(BCD

signal)

s

AR

Q22

°

8.83MHz

.

HO

wn

|

Loop

filter

Bt

o74LS

|

4

1/4

iw

MIxX(2)

inverter

Inverter

O|

21,24.5,26

Q2e

Q27

Q

Q22

1/4

Q21

Q9

°

Tuning

coil

sc

AWA

024

mis

ASS)

rat

2

ree

)

7758)

vv"

1Si5ty

PY

O25

Unlock

detector

2

/\,

21,24.5,28

500KHz

iENS

Phase

detector

2

c

Ss

oO

Tuning

coil

Fig.

2

TS-130

PLL

circuit

configuration

OSC

BUFF

3SK73(GR)

Amp

Amp

024

“

osc

181

vomeiz]

O70

1/2.1/8

fem:

ose

]

on

o9

Display

tube

Heater

4.7Vrms

28C1815(Y)

(Y)

SN74LS90N

‘Q7

28C1815(Y)

28C1815(Y)

9—BT—12

rz

IMHz

“re

ceeet

|

Digit

Blanking

Fs

VFO

a24

Counter

driver

driver

information

-

O11

1/2.1/5

5.5~6.OMHz

a15

021

a20

=

Tca011

3

MC145

108CPI

BP

MC14510BCP

TC50666P

]

TC50648P

]

q

BUFF

¢

100K

1/100

divider

1/2

divider

clock

pe

ached

~8V

24V

10MHz

OUT

a3

Q12

1/100

ikHz

a13

a4

£

Ww

LS

$C

1815)

~

até

(Y)

7C4518B8P

TC46186P

TC4011BP

O18

500K

OUT

;

“a

Preset

pulse

|

Tes070P

022.23

BUFF

Multi

vibrator

a

Ee

J

6

digit

counter

preset

]2sc1959(

Y)

X2

Marker

6

045

Latch

pulse

100kHz.

MHz.

10MHz

order

DC_DC

converter

SC1815}-—4

25k

Hz

Y)

28C1815(Y)

O.1sec

0.

1sec

40msec

t

20meec

Preset

o-

Preset

’

Q14

IMHz

order|

|10MHz.100kHz

order

Gate

|

|

1/4

Q17

AT

=

H

rcv)

°

TC4061BP

vcaoaee

Preset

|

G

f

}

PLL

divider

|

a

Cc

Latch

lj

q

J

Diode

matrix

9

Pe

ees

cate

DCBA

data

TC4011BP

Band

information

from

IF

unit

Fig.

3

TS-130

Counter

unit

block

diagram

TS-1308V

CIRCUIT

DESCRIPTION

/SPECIAL

COMPONENTS

DATA

The

10MHz

signal

from

the

time-base

reference

oscillator

is

divided

to

produce

gate,

latch,

and

reset

pulses

which

are

fed

to

the

counter.

The

10

MHz

and

500kKHz

signals

are

fed

to

the

PLL

circuit.

The

marker

circuit

produces

a

100kHz

signal

which

synchronizes

the

25kHz

multivibrator

to

obtain

a

marker

signal

as

accurate

as

the

reference

frequency.

The

analog

dial

can

be

accurately

calibrated

to

the

marker

signal.

The

1/10

division

at

the

first-stage

count-down

chain

uses

low-

power

Schottky

TTL,

while

the

remaining

divisions

are

made

by

a

CMOS

IC

for

low

power

consumption

and

minimum

spurious

e-

mission.

Because

of

the

IF

SHIFT

circuit,

the

CAR

frequency

is

independent

of

the

transmit/receive

frequency.

Once

the

VFO

frequency

is

counted,

the

operating

frequency

is

indicated

as

accurately

as

the

10

MHz

reference

oscillator

frequency

is

calibrated

to

WWV.

Operating

frequency

is

indicated

accurate

to

the

100Hz

order,

re-

gardless

of

the

band

or

mode.

PROTECTION

CIRCUIT

When

the

transmit

output

load

varies,

the

toroid

in

the

final

circuit

samples

reflected

power.

It

is

then

rectified

and

amplified,

producing

a

protection

voltage

to

control

the

2SK19

(Q12)

on

the

AF-GEN

unit,

so

transmitter

output

is

continuously

reduced.

FILTER

UNIT

1.

ALC:

Protection

circuit

(VSWR)

The

protection

voltage

picked

up

by

L18

(Stype),

L11(V

type)

in

the

filter

unit

is

amplified

by

Q1(S

type),Q2

(V

type)

(2SC1815),

then

applied

to

the

ALC

line

to

control

the

output

voltage.

2.

Fan

drive

circuit

(S

type)

The

output

of

the

thermistor

TH3

detecting

the

temperature

of

the

final

unit

is

applied

to

Q6

(2SA562)

via

Q7

and

Q8,

so

that

Q6

is

switched

to

operate

the

fan.

The

fan

starts

to

rotate

at

about

45°C

although

the

operating

range

shown

in

specification

is

30~60°C,.

It

stops

when

the

temperature

drops

to

a

level

5~15°C

lower

than

the

start

temperature.

This

circuit

operates

regardless

of

transmis-

sion

or

reception

because

it

detects

the

temperature

of

the

heat

sink.

3.

AVReircuit

The

11V

AVR

consists

of

04,

Q5

and

O6

(V

type),

Q4,

Q5

and

Qi0

(S

type)

.

The

regulated

voltage

is

supplied

to

every

unit

except

for

the

fan

drive

circuit

during

transmission.

The

fan

drive

circuit

is

always

supplied

with

the

regulated

voltage

regardless

of

transmission

or

reception.

4.

Filter

circuit

The

filter

is

a

2-stage

constant

K

filter

(3-stage

for

3.5

MHz

band).

When

the

processor

switch

is

ON

Q1

(V

type)

or

Q11

(S

type)

is

cut

off

to

shorten

the

ALC

time

constant.

FINAL

UNIT

1.

Temperature

protection

(S

type)

1.

Core

temperature

protection

operates

when

the

output

transformer

temperature

ex-

ceeds

120°C.

It

recovers

at

approx.

80

to

110°C.

2.

Operates

when

the

heat

sink

temperature

exceeds

90°C.

It

recovers

at

approx.

50

to

80°C.

When

either

of

the

above

protection

systems

operate,

the

RL

circuit

in

the

AF-GEN

unit

is

turned

OFF

and

the

unit

is

forcibly

placed

in

the

reception

mode

and

trans-

mission

is

inhibited.

The

protection

circuit

automatically

re-

covers

when

the

temperature

drops

to

the

normal

level

(i.e.,

the

temperature

drops

by

about

40°C).

2.

Temperature

detection

by

the

fan

drive

circuit

(S

type)

The

heat

sink

temperature

is

detected

by

the

thermistor

TH3

to

control

fan

operation.

SPECIAL

COMPONENTS

DATA

@

Applications

2SC2290(V03-2290-06)

HF

power

amplifier

for

S

type.

NPN

Epitaxial

planar

Si

transistor

@

Absolute

maximum

ratings

Item

|

Pc

Vcpo

Vces

VeBO

IC

1E

Tstg

Value|

175(W)

45(V)

45(V)

4.0(V)

20(A)

—20(A)

—65~175(°C)

(Tc=25°C)

®

Application

2SC2509

(VO3-2509-06)

HF

power

amplifier

for

S,V_

type.

NPN

Epitaxial

planar

Si

transistor

@

Absolute

maximum

ratings

Item

|

Pc

Vcspo

Vces

Vceo

Veso

IC

IE

Tstg

Value}

20(W)

40(V)

40(v)

18(v)

4(v)

5(A)

—S(A)

-55~150(°C)

(Tc=25°C)

|

®

Application

2SC2075(VO03-2075-06)

HF

power

amplifier

for

V

type.

NPN

Epitaxial

planar

Si

transistor

@

Absolute

maximum

ratings

Item

|

Pc

Vepo

Vces

Veso

IC

IE

Tstg

.

Value|

10(W)

80(V)

80(V)

4.0(V)

4(A)

—4(A)

—55~150(°C)

(Tc=25°C)

TS-130SV

OUTSIDE

VIEWS

(S

TYPE)

Front

glass(A)

Dial

scale(A)

500K

LED

PR2112D

(B10-0634-04)

(B20-0817-04)

(V11-7260-66)

Name

plate

(B43-0645-04)

(T)

(B43-0646-04)

(K),(W)

Knob

X3

(K23-0710-04)

Meter

(B31-0628-05)

Knob

X3

(K29-0741-04)

Indicating

tube

9-BT-12

(V40-7760-86)

|

Case(upper)

|

(A01

-0743-02)

Front

glass

|

(B10-0633-04)

:

apo

‘rarer

|

Panel

ass'y

|

:

|

(A20-2392-03)

Pointer

knob

MODE

|

~

7

;

=

S

mn

a

wp

|

Case

(lower)

(K23-0711-04)

i

it

“

gee

|

=

ie

Ho

ae

(A01-0784-02)

Paddle

switch

STBY

|

i

—

a

~~

y

NN

SS

pee

Pointer

knob

BAND

(S44-1407-05)

a

es

|

ot

7

(K21-0723-04)

AP

male

socket

MIC

oe

|

(EO6-0451-15)

Power

switch

(S36-2402-05)

3P

ph

jack

PHONES

i

Foot

(E

M

‘0404.05)

(JO2-0323-05)

Push

knob

X8

Main

knob

Dial

scale(B)

25K

(K29-0740-04)

(K21-0722-04)

(B20-0811-04)

Heat

sink

Knob

VOX

X3

(FO1-0735-05)

(K23-0712-04)

8P

DIN

socket

EXT.VFO

(E06-0851-05)

US

jack

EXT.

SP

(E11-0402-15)

UHF

type

receptacle

Me

(E04-0152-05)

Cap

(J42-0038-04)

Wing

nut

N14-O

-05

(

509-05)

7P

DIN

socket

REMOTE

(E06-0751-05)

7

DCi3.ev

20

6P

square

socket

DC

cord

with

plug

FAN

(EO8-0671-05)

:

(E30-1632-05)

3P

phone

jack

KEY

(E11-0005-05)

Fan

motor

housing

Heat

sink

cover

(F29-0406-03)

(FO7-0826-03)

Fan

(FO9-0405-14)

Fan

motor

(T40-0301-05)

TS:1A30SV

Pc

BOARD

VIEWS

PROCESSOR

UNIT

(X54-1550-00)

Ww

IF

UNIT

(X48-1300-00,-01)

00:S,01:V

Components

side

view

Components

side

view

Q1,3:

2SC1815(Y)

Q2:

wPC1158H2

D1,2:

281555

D3:

1IN60

D4:

PR2112D

2SC1675L

2SC460(B)

2SK19(GR)

2SK30A

(0)

3SK74(L)

uPC1158H2

MvV-13

2SC1815(Y)

2SK19(Y)

2SK125

-

B

Cc

19]

EC

E

o§

s&

GREEN

V

S,01

WIF

UNIT

(X48-1300-00,-01)

00

TS-130V

does

not

use

J30

and

J31.

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2SC1675L

2SC1775(E)

2SC

1923(O)

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