Tensai Tr-1030 User manual

SERVICE

MANUAL

TENSAI

INTERNATIONAL

HI-Fl

STEREO

RECEIVER

MODEL

TR-

1030

CONTENTS

SPECIFICATIONS

GENERAL

TROUBLESHOOTING

CHART

DIAL

CORD

STRINGING

FM

ALIGNMENT

PROCEDURE

AM

ALIGNMENT

PROCEDURE

PROTECTION

CIRCUIT

TRANSISTOR

VIEW

DESCRIPTION

OF

EXPLODED

VIEW

SCHEMATIC

DIAGRAM

BLOCK

DIAGRAM

P.C.

BORD

AND

PARTS

LIST

OADum

fw FP

RWWHNOD

—

“w

9.10.11.12

a

;

if

i

:

H

i

ial

eet

ce

eas

ere

dah:

SE:

Se

ee

eee

or

:

SPECIFICATIONS

Amplifier

section

Continuous

power

output

at

1KHz

both

channels

driven

T.H.D.

at

1W

at

rated

output

Power

bandwidth

Frequency

response

Damping

factor

Input

sensitivty

Cross

talk

S/N

ratio

(Unweighted)

Input

overload

Tone

control

Loudness

Filter

Program

AM,

FM,

MPX

AM

reception

a

sea

|

_

FM

section

4

ohms

2x35W

'

Useable

sensitivity

1.6UV

8

ohms

2x

25W

Tuning

range

87.5—109MHz

oY

:

T.H.D.

Mono

0.2%

eee

ae

Stereo

0.4%

S/N

ratio

Mono

60dB

10-50000

Hz

Stereo

55dB

50

Image

rejection

80dB

Phono

2.5mV

1.F.

rejection

90dB

Mic

2.5mV

AM

suppression

55dB

Aux

160mV

Intermodulation

80dB

Tape

160mV

Spurious

response

80dB

1KHz

60dB

Muting

level

SUV

10KHz

40dB

Frequency

response

20—15000Hz

.

Phono

70dB

19

KHz

rejection

50dB

Mic

65dB

38

KHz

rejection

60dB

Aux

85dB

Stereo

separation

45dB

120mV

fee

AM

section

nate

+10d8

Tuning

range

MW

:

525—1650

KHz

baer

eae

fe

LW

:

130—365

KHz

aie

nn

Useable

sensitivity

a

Zn

Low

708

T.H.D.

MW

:

ca

|

LW

:15

%

S/N

ration

MW

:

45dB

LW

:

40d8

1.F.

rejection

MW

:

40dB

,

LW

:

30dB

AGC

figure

of

merit

MW

:

60dB

LW

:

60dB

Frequency

response

MW

:

100—2500Hz

GENERAL

TROUBLESHOOTING

CHART

If

the

set

is

otherwise

operating

satisfactorily,

the

more

common

causes

of

trouble

may

be

generally

attributed

to

the

following:

1.

2.

Incorrect

connections

or

loose

terminal

contact

player,

tape

recorder,

antenna

and

line

cord.

Improper

operation.

Before

operating

any

au

instructions.

LW

:

100—2500Hz

5s,

Check

the

connections

of

speaker,

record

dio

component,

be

sure

to

read

the

manufacturer’s

Improper

location

of

audio

components.

The

proper

positioning

of

components,

such

as

speakers

and

turntable,

_

Defective

audio

components.

and

what

to

do

about

them.

Symption

4.

Constant

or

intermittent

noise

heard

at

times

Or

in

a

certain

area

2.

The

needle

of

the

signal

and

tuning

meter

does

not

move

sharply

3.

The

zero

point

of

the

meter

diverges

much

1.Noise

heard

at

a

particular

time

of

a

day

in

a

certain

area

of

any

part

of

dial

2.

High-frequency

noise

3.

Broadcasting

interference

is

vital

to

stereo.

The

followings

are

some

other

common

causes

of

mainfunction

Probable

Cause

1.Discharge

or

oscillation

caused

by

electrical

appliances,

such

as

flourescent

jamp,

TV

set,

D.C.

motor

rectifier

or

Oscillator

2.Natural

phenomena

such

as

atmospheric

static

or

thunderbolts

3.Insufficient

antenna

input

due

to

ferroconcrete

wall

or

long

distance

from

the

station

4.Wave

interference

from

other

electrical

appliances

1.The

set

is

located

in

a

weak

signal

area

2.Some

FM

or

TV

broadcasting

station

is

near

at

hand

1.Regional

difference

in

field

intensity

1.Due

to

the

nature

of

AM

broadcasts

1.

Adjacent

channel

interference

or

beat

interference

2.TV

set

tog

close

to

audio

system

1.Antenna’s

input

sensitivity

is

too

strong

What

to

do

1.Attach

a

noise

limiter

to

the

electrical

appliances

causing

the

noise,

or

attach

it

to

the

amplifiers

power

sources

2.{nstall

an

outdoor

antenna

and

ground

the

set

to

raise

the

signal-to-noise

ratio

3.Reverse

the

power

cord

plug

receptacle

connections

4.1f

the

noise

occurs

at

a

certain

frequency,

attach

a

wave

trap

to

the

antenna

input

5.Keep

the

set

at

a

proper

distance

from

other

electrical

appliances

1.Place

the

set

to

receive

maximum

signal

strength

2.Ground

the

set

to

the

earth

1.The

unit

is

not

at

fault

a

1.In

some

cases,

the

noise

can

be

eliminated

by

grounding

the

set

or

reversing

the

power

cord

plug-receptacie

connections

1.Although

such

noise

cannot

be

eliminated

by

the

set,

it

is

advisable

to

adjust

the

TREBLE

control

from

midpoint

to

left

and

switch

on

the

HIGH

FILTER

2.Keep

the

TV

set

at

a

proper

distance

from

the

audio

system

1.Connect

resistor

(1K-10K)

in

series

to

antenna

terminal.

wohl

=

ht

ete

a

ee

eg

ee

Se

eee

roams

itiege

SHE

SH

SRA

IAL

Sees.

Chet

S833

SLO

SS

SB

UR

EDIE

hl

SSE

SES

AG

IS

TEST

SSG

BTEM

SSS

SE

EEA

ESR

ALAA

DAE

ERE

AENEAN

SEE

IEEE

ERG

TAB

AEEN

GREE

EEGAEEEE

EENE

LRS

EER

LOTE

ABBE

EDIE

SLES

BLE

REIT

4

sb

2

one

MeN

Probable

Cause

What

to

do

Program

Symptom

EM

1.Noisy

-1.Poor

noise

limiting

effect

or

too

1.Install

the

antenna

for

maximum

signal

reception

low

S/N

ratio

due

to

insufficient

strength

,

2.1f

this

does

not

prove

effective,

use

an

antenna

input

Sie

ee

a

en

ee

Outdoor

antenna

designed

exclusively

Note:

FM

reception

is\affected

considerably

by

trarismission

condition

of

station

power

and

antenna

efficiency.

As

a

result,

you

may

receive

one

station

quite

well

while

receiving

another

station

poorly

2.Noise

heard

like

scratch

3.

Tuning

noise

between

stations

FM/MPX

4.

Noise

heard

during

:

&M/MPxX

reception

while

not

heard

during

FM

mono

reception

2.Clearness

of

channel

separation

is

decreased

during

reception.

1.The

stereo

indicator

blinks

on

and

off

Record

4.

Hum

or

howling

playing

or

tape

playback

2.Surface

noise

All

stereo

BALANCE

control

is

not

at

programs

midpoint

when

equal

sou

nd

comes

from

left

and

right

>

channels

DIAL

CORD

STRINGING

1.1gnition

noise

caused

by

starting

of

an

automobile

engine

1.This

results

from

the

nature

of

the

FM

reception.

As

the

station

signal

becomes

weak,

the

noise

limiter

effect

is

decreased

and

the

amplification

of

the

limiter,

in

turn,

is

enlarged

generating

noise

©

1.Weaker

signal

because

the

service

area

of

the

FM/MPX

broadcast

is

only

half

that

of

the

FM

mono

broadcast

1.Excess

heat

of

IC

.

1.Interference

2.Too

weak

RF

signal

1.Record

player

placed

too

close

to

speaker

2.Wire

other

than

shielded

wire

used

3.Loose

terminal

contact

‘4.Shielded

wire

too

close

to

line

cord,

tlorescent

lamp

or

other

electrical

appliances

5.Nearby

amateur

radio

station

Or

TV

transmission

antenna

1.Worn

or

old

record

2.Worn

needle

3.Needle

dusty

4.Improper

needle

pressure

It

is

important

to

adjust

for

equal

sound

comes

from

both

channels.

It

should

not

always

be

set

to

the

midpoint

for

FM.

When

you

use

a

TV

antenna

for

both

TV

and

FM

with

a

divider,make

sure

TV

reception

is

not

affected

—3.An

exclusively

long

antenna

may

cause

noise

1.Install

the

antenna

and

its

lead-in

wire

in

proper

distance

from

the

road

or

raise

the

antenna

input

as

described

above

1.Turn

the

MUTING

switch

on.

It

reduces

the

sensitivity,

and

therefore

it

should

be

used

sparingly

1.Install

the

antenna

for

maximum

antenna

input

|

2.Switch

on

the

high

filter

and/or

turn

the

TREBLE

control

from

midpoint

to

left

~

4.Circulation

of

air

is

important

to

the

set.

Be

sure

that-air

is

flowing

under

the

set

2.Operating

after

rest

some

time

~

1.The

indicator

is

not

at

fault,

adjust

VR

101

1.Place

a

cushion

between

the

player

and

the

speaker

or

place

them

away

from

each

other

2.The

connecting

shielded

wire

should

be

short

as

possible

:

3.Switch

on

the

LOW

FILTER

and

adjust

the

BASS

cantrol

from

midpoint

to

left

4.Consult

the

nearest

Radio

Regulatory

Bureau

1.Recondition

the

playback

head

of

the

tape

recorder

or

the

needle,

the

record

player

2.Adjust

the

TREBLE

control

from

midpoint

3.HIGH

FILTER

on

Set

the

MODE

switch

to

mono

and

then

set

the

BALANCE

control

to

a

position

where

equal

sound

comes

from

both

channels

past ssid

acl

aca

ena

ee

SS

SES

can

PSR

AUER

SOEs

So

RT

eee

Se

ee

|

'

{

2

a

i

|

H

i

\

i

{

}

FM

ALIGNMENT

PROCEDURE

Step

Align

Generator

-

Dial

Setting

Adjust

for

poi

ete

ee

1.

IF

Front

end

IF

Maximum

noise

output

2.

Discriminator

1)

Sweep

generator

FM

detector

1101

Maximum

S

curve

2)

98MHz

400Hz

top

&

bottom

core

40KHz

deviation

98M

Hz

T101

Center

meter

Center

position

Top

core

T

101

Minimum

distortion

Front

End

IF

Minimum

distortion

i

ca

OSC

88M

Hz

400Hz

88MHz

Front

End

Lo

Maximum

40K

Hz

deviation

sis

eg

a

i

a

4.

csc

108MHz

400Hz

108MHz

Front

End

Tco

Maximum

40K

Hz

deviation

#

re

LL

-

5.

Reiterate

3&4

|

Fae

ego

a

Ih

ti

a

6.

High-frequency

9OMHz

400Hz

90MHz

Front

End

Maximum

Amp.

circuit

40KHz

deviation

LRI,LR2,

LA

a

eae

ee

7.

High-frequency

106MHz

400Hz

106MHz

Front

End

Maximum

Amp.

circuit

40K

HZ

deviation

TCR1,

TCR2,

TCA

eR

TA

TOT

A

8.

Reiterate

6

&

7

9.

FM

stereo

lamp

VR

101

19KHz

setting

with

counter

connected

to

P123

10.

Stereo

separation

98MHz

400Hz

98MHz

VR102

Maximum

output

difference

40K

Hz

deviation

between

P119,P120

output

from

L

output

and

that

from

R

output

of

SSG

nS

connect

the

output

of

FM

SSG

to

antenna

terminal

of

75

ohms

for

feeding

signal

and

Note:

To

align,

he

FM

output

P119

in

P120

to

VT

VM

and

oscilloscope

for

output

indication.

connect

t

AM

ALIGNMENT

PROCEDURE

Step

Align

|

SSG

Dial

Setting

Adjust

tor

te

Fr

455KHz

+

30KHz

1FT1

TOO3

Best

IF

Curve

IF

T2

TO04

Maximum

2.

OSC

535KHz

OSC

TO002

~

Maximum

Tuning

400Hz

30%

modulation

:

Oe

3.

Osc

1600KHz

OSC

Trimmer

Maximum

Tuning

|

400Hz

Front

end

AM

30%

modulation

nnn

nn

ne

UEEEEIEIIEnEI

UII

IIE

EEE

NEESER

4.

Reiterate2&3

en

5.

RF

AMP

600KHz

RF

coil

TOO1

Maximum

Tuning

|

400Hz

30%

modulation

6.

External

600KHz

A00KHz

AM

External

Maximum

Tuning

Bar

Ant.

Bar

Ant.

sp

eh

a

es

igs

Est

ste

a

7.

Antenna

1400KHz

Front

end

Maximum

Tuning

Circuit

400Hz

30%

modulation

I

St

I

i

a

ee

Note:

To

align,

connect

AM

S.S.G.

to

AM

antenna

terminal

for

feeding

signal

and

connect

|

oscilloscope

and

VT

VM

to

POQO2

output

indicating.

Bist

centh

strwectd

warn

SL

Sit

EA

te

RN

OBIS

AR

RIE

Be

I

cs

i

4

i

et

RN

PROTECTION

CIRCUIT

x

Current

Limiter

““L’’

This

circuit

is

designed

to

protect

the

speaker

and

power

transistor

from.

damage

when

the

over

current

is

flowed

to

_

power

transistor

by

shorting

the

output

or

overload.

lf

the

over

current

to

R551,

R552

and

the

voltage

drop

across

the

resistors

more

than

turn

on

voltage

of

Q506

and

Q508

then

these

transistors

are

turned

On

and

the

input

of

Q504,

Q509

is

shunted.

Hence

this

circuit

protects

the

power

transistor

and

speaker

from

damage

by

limiting

the

over

current.

TRANSISTOR

VIEW

Q

O

WY)

2SK

30

a8)

:

ria)

=

O

|

Ai

:

Yo

M2

G}

2SA

777

a2

1e)

C

1509

CT

C

734

A

794

28D

586

A

841

B616

A

561

C

381

C

371

'

i

:

DESCRIPTION

OF

EXPLODED

VIEW

|

Ref.

No.

Parts

Name

Part

No.

Ref.

No.|

Parts

Name

|

PartNo

|

1)

Knob

for

Power,

Speakers

and

Felt

22-524

80-426

26)

Dial

Pulley

60-022

i

2)

Handle

38-001

27)

Front

End

3)

Knob

for

Selector

and

Felt

22-524,

80-426

28)

Tuning

Mechanism

Ass'y

60-902

4)

Knob

for

Tuning

22-527

29)

Master

Chassis

11-007

‘

5)

Front

Panel

20-021

30)

Dial

Roller

B.K.T.

32-045

6)

Felt

for

Lever

and

Push

80-428

31)

Dial

Roller

60-101

7)

Bezel

for

Push

40-204

32)

B.KK.T.

for

Support

32-098

8)

Dial

Lens

40-204

33)

Steel

Cabinet

21-505

9)

Dial

Scale

and

B.K.T.

40-109,

32-047

34)

35)

|

Elect.Cap.4700UF

/35WV

10)

Acry!

Reflector

40-214

36)

B.K.T.

for

Heat

Sink

32-005

11)

Lamp

House

30-013

37)

Heat

Sin’:

80-309

12)

Meter

for

Signal

and

Tuning

51-818,

51-817

38)

Power

Transformer

72-006

13)

Lamp

.

51-705

39)

P.C.B

14)

L.E.D.

and

L.E.D.

Socket

51-708,

70-502

40)

AC

Cora:

60-301,

40-503

15)

Power

and

Speaker

SW

52-306-30

41)

DE-EMP.

SW

52-101

16)

B.K.T.for

Lever

32-087

42)

RCA

Connector

4p

and

8p

51-201,

51-207

17)

Mic

Jack

51-401

43)

Back

Chassis

12-021

18)

Selector

SW

52-318

44)

System

Ground

51-902

19)

Front

Chassis.

10-019

45)

Din

Connector

51-301

20).

B.K.T.

for

Mic

Jack

32-086

46)

Speaker

Terminal

51-001

21)

P.C.B

47)

Antenna

Terminal

|

51-102

22)

Dial

Pointer

606-202

48)

AM

Antenna

Ass’y

)

72-416,

40-601

23)

Dial

Cord

49)

Fuse

Holder

and

Fuse

|

50-401

24)

Rubber

Foot

40-301

25)

Bottom

Cover

13-022

|

pene

NEE

RES

RENIN

REE

ee

eeK

Cee

neenetee

eee

Fon

aa

EXPLODED

VIEW

Pa

—

—:

ee

Q

2

ee

TP

EPi22

QW6

Clo

9y

(81

2SK30

18)

+yCils

L

=

PII

75

OHM

O

od

{=

2

5

300

0HM

@

7,

Tg

i

2 3

4

&§

6

7

8

6

a

5

(1.99)

(4.98)

(1.98)

(6)

(5.6)

C6)

(U3)

C3)

33)

on

O)

a

HA

—1i37

IC

(ol

HA~1tI56

10102

=

(4.8)

(O41)

(2.4)

(14)

(5,695.6)

2.3

(0.9)

|

ie

15

#

1

t2

Ww

10

9

oe

AM

C)

|

oo

—_

+4

7

oOo?

/

=

Same

|-2K

cant)

/

(0

SC

LW

“osc

MW)

ols

ao

C)

7

volo

ole

©)

‘0

R

v,

]

/

|

/

,

|

{i

=A

Bs

=

Ww

os

»_9

75

US”

oS

50US

>.

+

pE-—EMP

Cc

MW

Cc

C2

=

6.3V

220MA

X6

2A

!

“lg

‘

414141914)

ois

;

y

as

:

ay

@

@®

@

(ki

a

-|t+

<

PHONGL

AUX

J

MIC

Ay

S

z

O-G

Pa

a

i

a:

:

«

ROOGO0000

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O00

IP

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1

f

Di

S1003F

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SW.

B.D.

Si006F

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S1000A,

vi

B.D.

$1003.0

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Ssw.B.D.

S1023E

EQ

B.D.

Si008K

Symbol

Descripton

Location

|

Symbol

R303

|

10K

+5%

4W

E

|

R335

A7TKL5%

%W

c

C334

|

10uF

10WV

B

04

B

EK.

&

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R336

1K

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C

C335

|

0.02

uF

(M)

B

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29K

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D

R338

1K

”

D

C336

0.02

uF

(M)

B

R307

18K

”

B

R339

1K

”

|

C

C338

10

uF

16

WV

B

R308

|

18K

y

B

R340

82K

”

A

C339

0.0022

uF

(M)

C

R309

10K

y

B

R341

A7K

”

D

C340

0.0022

uF

(M)

B

R310

|

4.7K

y

B

R342

1000

”

D

C341

0.47

uF

16

WV

(T)

A

R314

7K

y

B

R343

100K

G

C342

100

uF

26WV

D

R312

1K

”

B

R344

100K

A

C343

100

uF

16

WV

D

R313

8.2K

”

B

|

C350

0.01

FE

(M)

D

R314

68K

”

A

C301

|

330PF

FE

|

R315

4.7K.

Z

A

C302

0.068

uF

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E

|

R316

|

560

r

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2.2uF

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WV

(T)

D

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L

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R319

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A

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c

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BC

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82K

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560

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;

A

B

Symboi

|

Description

Location

Description

Location

oe

|

ey

R601

|

4,7Ki22

5%

%W

24B

|

cé6o6

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100”uUF

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R604

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564

24

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5%

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|

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30D,

1B

C601

0.0047

UF

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D602

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1B

C602

0.004

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D603

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2B

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|

30D,

28

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|

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Location

ROOT

|

22MQ.25%

%W

1A

R002

|

sd

is

TA

R003

|

6.8K

OQ

”

TA

R004

|

1K

2

Y

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47K

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18

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|

100K

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ROO7

|

10K

2

/

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|

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y

1A

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3.3K

2

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|

1A

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|

10K

2

/

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R017

|)

4.7K

0

q

|

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R012

|

10K

Q

Y

2B

RO13

|

4.7K

Q

a

1B

RO14

|

47K

Q

”

12B

RO15

|

6.8K

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1B

RO16

|

4700

a

12B

RO17

|

1K

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2B

RO18

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2.2K

Q

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12B

RO19

|

100K

Q

/

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RO2ZO

|

10K

Q

”

2B

RO21

|

10K

Q

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2B

RO22

|

4.7K

Q

”

2B

RO23

|

6.8K

Q

"

2B

RO24

|

4.7K

Q

”

oR

RO25

|

2:

7K.0

0

2B

RO26

|

5.6K

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”

2AB

RO27

|

10K2

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B.D.

Symboi

|

Descrintion

Location

Symbol

R201°

|}

220K

0O-+.5%

VN

|

R202.)

220i

O

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R203

)

4.4K

0

R204

R205

R206

R207

R208

R209

R210

R211

med

2

R213

R214

R215

R216

R217

R218

R219

R220

i

4.7K

Q

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S60K

0

7

560K

2

"

27K

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w

58KQ

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56K

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27K0Q

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33K

0

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100K

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33K

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820K

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820K

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T5K

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u

15K

OQ

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3:3K:2

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220K

Q

4

Symbol

Description

|

Location

|

Ro28

|

1KQ

45%

4W

2B

Ro2z9

=|.4700

|

2K

ROZ0

|

100KQ

|

2B

ROZ1:

12200

28

RO32.

|

4.7K

RO33°

|

1500

2A

|

RO34

11000

2A

1B

C001

|3P

410%

C002:

10.047

uF

1B

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C004

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uF

A

COO5

|

180P

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(P)

2A

coos

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2B

|

C007

|

0.01

uF

1B

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|

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coo9

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C010.

|

4.7

uF

16WV

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|

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C012

400216

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710

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VE

12

COIS.

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uF

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10.07

Ge

2B

|

COU.

(220k

63Wv.

4

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C018

1.0022

ae

Semi

3

Symbol

Description

CO19

0.047

uF

+5%(M)

C020

O.1

uF

5SOWV

C071

22uF

16WV

C022

22

uF

16WV

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O07

LW

OSC

TOO2

|

MW

OSC

TOO3

AM

IFT-1

T

004

AM

IFT-2

TOO5

MW

RF

TCOO1

30P(Trimmer)

DOO1

IN4149

DOG?

IN4749

DOOS3

MA

161

DOO4

MA

161

DOO5

IN

34

6

Q007

2SK

83

Q008

25K

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Q003

hs)

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Q004

Z25C

SiZ

Q005

Soars

Q006

Digs)

Oakes

Q007

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or

2

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pool

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135

R221

R222

R223

C201

202

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C204

C205

C206

C207

C208

C209

C210

C241

C2t2

Q201

Q202

Q203

Q204

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i

{

I

Description

220K0N4+5%

1,

W

47K

4.7K

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A7uF

16WV

4.7

uF

A.7

uF

100nuF

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1OWV

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uF

+5%(M)

0.0022

uF

0.0082

.F

0.0082

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25WV

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16WY

25C

1681

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84)

25A

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skeen

noe

|

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2B

2A

2B

Symbol!

R101

R102

R103

R104

R105

R106

R108

R109

R110

©

R111

RTT3

R115

R116

R117

R119

#120

m122

R123

R124

R126

R127

R128

R129

R130

R131

R132

R133

R134

R135

R136

R137

R138

R139

R140

R141

R142

R143

R144

si1003

=

AMB.D.

Description

100K

{2

+

5%

“YW

1M02

”

10082

”

68002

"

4.7KQ.

33002

"

56002

”

10082

”

4.7KQ.

33002

”

10KQ2

oo”

10KG2

22KQ.

II

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a

5.6K02

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6.8K{2

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1002

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000

8

1wKo2

1KO2

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3:9KG.

0.

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68082

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|

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:

1B

1A

R145

R147

R148

R150

R151

R152

R180

R182

VR101

VR102

C101

C102

C103

C105

C106

C107

C108

C109

C110

C111

C112

C113

Ci14

C115

C116

C118

C119

C120

C121

C122

C123

C124

C125

C126

C127

C128

C129

C130

1mM&2

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22K

Gd

120K82

1MQ2

"

1M02

"

FIK

GQ

os

10KQ2

|

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ATK

semifixed

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0.047uF

6

788

0.02UF

;

|

0.02UF

0.02uF

=

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0.047uF

0.0470F

0.047uF

0.47UF

16WV

(T)

180PF

+

10%

0.0474F

-.

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0.047uUF

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:

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0.047uF

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0.047UF

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10%

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0.047uUF

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0.22uUF

S50WV

0.47uF

SOWV

0.47uF

SOWV

4.7uUF

16WV

4.7uUF

16WV

0.01uF

+

5%

(MI)

C131

Ci3s2

Renee

C134

Cio

C136

C137

C138

|

C139

Cr101

CPtO2

CF103

D101

D102

D103

D104

D105

1C101

1C102

L101

LOZ

T101

LPF101

2104

Q102

Q103

Q104

Q105

Q106

J101-3

0.01uF

+

5%

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uF

1BWV

4.7uF

16WV

4.7UF

16WV

TUF

SOWV

TUF

SOWV

0.047uF

185

0.047

UF

0.1uF

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SFE

10.7MA

HA-1137

HA-1156

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2.2UF

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FM

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Coil

170

BLR

28C

381

2SC

733

28C

732

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732

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Wire

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S1000A

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AMP

B.D.

A

B

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bee.

ee

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beats

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p

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Symbol

Description

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Svmbol

Description

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J

1ke2

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R536

Cae

YAW

18

|

C518

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28

R520

O.27S22.5%

2W

1D

R561

27082

5%

“YW

ak

Q514

2SC

1509

1A

R521

|

02782”

K

|

C501

|

470PF

2c

|

@515

|

28D

586

1A

R522

27082

"

2D

C502

0.47LF

/50WV

2c

Q516

2SC

734

TA.

R523°

|

3.382

x

2D

C503

1UF/5OWV

zc:

|

'O5%7

2SC

828

1AB

P5948

i

2D

C504

10LF

10WV

2D

|

Q518

|

2SA

561

2B

R525

|

1K62

+

5%

“ZW

2B

C506

39PF

2D

«|

G5IG.

fh

OSK-777

1B.

R526

BSL.

na

2A

C507

22UF

35WV

2C

Q520

2SB

616

1B

R6I7.

|

27KSes

2B

C508

|

«0.047uF

ores

oy

R528

|

15Kk2e

6

2B

C509

1UF

50WV

2B

=|

=L501

2.7KH

Choke

2D

P60

%

|

SOK

S

2,

foe

2K

C510

AT7OPF

2B

L502

2.7UH

Choke

2A

R530.

1

15KoL

2A

C511

0.47UF

50WV

2B

Reet

arOKse

2B

C512

10UF

10WV

FS

D501

MZ11B

Tener

2BC

R532

68082

ef

TAS.

C514

39PF

oA

D502

MA150

2A

R533.

|

47002.

1B

C515.

|

22uF

35WV

2B

D503.

=|

MA150

2C

R534.

|

68082”

1B

C516

|

0.04

7uF

2A

D504.

—-|

MA150

2B

|

R535.

«|

1.5KS2

p18

C517.

|

0.02"F

1¢

=|

D505

|

MA150

2D.

Symbol

Description

Location

a

R403

3.3KN

+5%

4W

1B

R404

3.9KQ

.

1B

R405

|

47KQ

1A

R406

56K

1B

R407

2.2KQ

1A

R408

220K

1A

R409

|

82K

1B

R411

3.3K

-

1A

R412

220K.

.

1A

R413

10KQ

2B

R414

2200

1B

R415

|

1KQ

2B

R440

1.5KQ

1A

C405

G.0047

uF

1B

C406

100uF

16WV

1B

C407

|

100P

~

1B

C408

100uF

1OWV

1A

c409

4.7

uF

16WV

1A

Q401

2SC

1681

|

1B

Q402

2SC

732

|

1A

D401

1N4149

1B

D402

1N4149

1B

Tensai TR-1030 User manual

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