Harman Kardon TU915 Bedienungsanleitung

The

Harman

Kardon

Model

TU915

wnat

arta

[oo

’

DIGITAL

SYNTHESIZED

QUARTZ-LOCKED

TUNER

echnical

Manual

harman/kardon

240

CROSSWAYS

PARK

WEST,

WOODBURY,

N.Y.

11797

1112-H15277A1

P-08848

1850

PRINTED

JAPAN

[

SPECIFICATIONS

SECTION

Tuning

Range

50dB

Quieting

Sensitivity

Nominal

Limit

87.5

108.0MHz

SECTION

Tuning

Range

Usable

Sensitivity

Nominal

Limit

520

1,710kHz

Mono

15.2dBf

18dBf

External

Antenna

10uV

20uV

Stereo

36.2dBf

40dBf

Loop

Antenna

220uV/m

Usable

Sensitivity

10.6dBf

(IHF)

15dBf

Selectivity

54dB

35dB

Image

Ratio

98dB

80dB

Signal

Noise

Ratio

54dB

50dB

Rejection

105dB

85dB

Image

Rejection

48dB

38dB

Spurious

Response

Rejection

120dB

95dB

Rejection

69dB

50dB

Capture

Ratio

1.0dB

2.0dB

4/99.

“4A.

Alternate

Channel

Selectivity

70dB

50dB

DIMENSIONS(WxHxD}

ave

apo

nal

1/16

Rejection

64dB

45dB

Signal

Noise

Ratio

e@WEIGHT

Ibs.

oz.

(3.8

kg)

for

U.S.A.

Canada

models

@POWER

SUPPLIES

Mono

83dB

78dB

for

U.S.A.

Canada

models

AC120V,

60Hz

Stereo

75dB

70dB

for

General

model

AC100/120/220/240V,

for

General

model

50/60Hz

77dB

72dB

Stereo

6odB

64d8

@POWER

CONSUMPTION

—-16W

Total

Harmonic

Distortion

Mono

0.05%

0.15%

Stereo

0.06%

0.3%

This

specification

the

target

servicing.

But,

there

case

that

the

specification

not

applicable

the

measurement

Stereo

Separation

1kHz

condition

and

instrument.

for

U.S.A.

Canada

models

for

General

model

Output

Level/tmpedance

(Stereo)

for

U.S.A.

Canada

models

for

General

mode!

65dB

45dB

55dB

40dB

Specifications

and

components

subject

change

without

notice.

Overall

performance

will

maintained

improved.

780m

V/2.2kQ2

420mV/2.2kQ

LEAKAGE

TEST

(FOR

SERVICE

ENGINEERS

THE

U.S.A.)

Before

returning

the

unit

the

user,

perform

the

following

safety

checks:

Inspect

all

lead

dress

make

cer-

(

tain

that

leads

are

not

pinched

that

hardware

not

lodged

be-

tween

the

chassis

and

other

metal

parts

the

unit.

sure

that

any

protective

devices

such

nonmetallic

control

knobs,

insulating

fishpapers,

cabinet

backs,

adjustment

and

compartment

cov-

ers

shields,

isolation

§resistor-

capacity

networks,

mechanical

in-

€.

sulators,

etc.

which

were

removed

for

servicing

are

properly

reinstalled.

sure

that

shock

hazard

exists;

check

for

leakage

current

using

Simpson

Model

229

Leakage

Tester,

standard

equipment

item

No.

21641,

RCA

Model

WT540A

use

alternate

method

follows:

Plug

the

power

cord

directly

into

120-volt

receptacle

(do

not

use

Isolation

Transformer

for

this

test).

Using

two

clip

leads,

connect

1500

Ohm,

10-watt

resistor

paralleled

0.15uF

capac-

itor,

series

with

all

exposed

metal

cabinet

parts

and

known

earth

ground,

such

water

pipe

conduit.

Use

VTVM

VOM

with

1000

Ohms

per

volt,

higher,

sensitivity

measure

the

voltage

drop

across

the

resistor.

(See

Diagram.)

Move

the

resistor

connection

each

exposed

metal

part

having

return

path

the

chassis

(antenna,

metal,

cabinet,

screw

heads,

knobs

and

control

shafts,

escutcheon,

etc.}

and

measure

the

voltage

drop

across

the

resistor.

(This

test

should

performed

with

the

power

switch

both

the

and

Off

positions.)

reading

0.35

volt

RMS

excessive

and

indicates

potential

shock

hazard

which

must

corrected

before

returning

the

unit

the

owner.

SIMPSON

MODEL

229

ETC.

FOR

LEAKAGE

TEST

EACH

EXPOSED

METAL

SURFACE

UNIT

UNDER

TEST

GROUND

SUCH

WATER

CABLE,

GROUND

CONDUIT,

ETC.

LEAD

HIGH

VOLTAGE

+LEAD

OAC

SCALE

TEST

PROBE

EXPOSED

METAL

PARTS

CONNECT

KNOWN

EARTH

GROUND

DISASSEMBLY

PROCEDURES

(REFER

PAGES

AND

16)

CABINET

TOP

(131)

REMOVAL

Unsolder

the

Holding

Brackets

(175)

from

shield

case

Remove

screws

and

remove

the

Cabinet

Top

(131).

front

end

the

Main

P.C.

Board

(PCB-1).

;

Remove

screws

and

hexagon

nut

and

CABINET

BOTTOM

ASSEMBLY

(102)

REMOVAL

remove

the

Main

P.C.

Board

(PCB-1).

Remove

screws

and

remove

the

Cabinet

Bottom

Assembly

(102).

STATION

DISPLAY

P.C.

BOARD

(PCB-2)

REMOVAL

FRONT

PANEL

ASSEMBLY

(101)

REMOVAL

Remove

the

Front

Panel

Assembly

(101).

(Refer

Remove

the

Cabinet

Top

(131).

(Refer

step

[1]

step

[3}

Remove

screws

and

remove

the

Front

Panel

Remove

screws

and

remove

the

Station

Display

Assembly

(101).

P.C.

Board

(PCB-2)

with

the

Tuning

High

Blend

Switches

P.C.

Board

(PCB-7),

LED

Display

Assembly

MAIN

P.C.

BOARD

(PCB-1})

REMOVAL

(D901),

Window

(142)

and

Bracket

(180).

Remove

the

Cabinet

Top

(131).

(Refer

step

[4]

Remove

screws

and

remove

the

Bracket

(180)

Loosen

screws

®@

and

pull

out

the

Shaft

(198)

with

the

LED

Display

Assembly

(D901)

and

Window

with

the

Knob

Assembly

(103).

(142)

from

the

Station

Display

P.C.

Board

(PCB-2).

Open

the

lid

connectors

(J10,

J11,

J151,

J351,

Remove

the

solder

the

connector

(J355)

between

J701,

J801)

the

Main

P.C.

Board

(PCB-1)

and

then

Tuning

High

Blend

Switches

P.C.

Board

(PCB-7)

disconnect

the

lead

wires.

and

Station

Display

P.C.

Board

(PCB-2)

and

break

the

for

Disconnect

the

connector

(J12)

from

the

connector

connection.

(P12)

the

Main

P.C.

Board

(PCB-1).

Open

the

lid

connector

(J1)

the

Power

Switch

P.C.

Board

(PCB-4)

and

then

disconnect

the

lead

wires.

POWER

CORD

REPLACEMENT

(FOR

SERVICE

ENGINEERS

OTHER

THAN

NORTH

AMERICA)

(

order

prevent

fire

shock

hazard

when

replacing

the

power

cord,

the

procedure

below

replace

the

parts

with

the

standard

supply.

parts.

cot

CONNECTOR

BLUE

LEAD

;

RED

LEAD

renee

HOLDER

TRANSFORMER

POWER

CORD

open

een

reat

marc

ALIGNMENT

PROCEDURES

STANDARD

FREQUENCY

CHECK

Condition:

@Set

the

Function

selector

the

‘‘fm”

position.

Connect

the

Frequency

counter

TP2

(+)

and

TP5

(—).

ALIGNMENT

Conditions:

@Set

the

Function

selector

the

“am”

position.

®@

Depress

the

Muting

switch

the

“off”

position.

(REFER

PAGES

AND

16)

98.3MHz

Standard

modulation

the

Signal

Generator

400Hz

30%.

109MHz

2kHz

Connect

the

Volt

Meter

TP1

(+)

and

TPS

(—).

Tracking

Tuned

Indicator

iFM

ALIGNMENT

1710kHz

TC252

23V

+0.5V

Connect

the

Test

Loop

Antenna

cable

into

the

output

jack

Signal

Generator.

Place

Test

Loop

Antenna

enough

couple

signal

into

the

Loop

Antenna

(Li),

Make

the

signal

weak

possible.

Connect

the

VTVM

and

Oscilloscope

the

Fixed

Output

jacks.

1400kHz

—

1400kHz

T251

T252

Maximum

output

level

and

symmetrical

curve

scope.

1400kHz 1400kHz

TC251

Maximum

output

[

600kHz

L251

Repeat

steps

and

for

optimum

sensitivity.

1000kHz

Confirm

the

Tuned

indicator

lights

60dB

input.

Conditions:

After

the

Power

switch

pushed

on,

wait

for

minutes

before

adjusting

that

the

most

stable

operation

obtained.

@Set

the

Function

selector

the

“stereo

fm”

position.

Depress

the

Muting

switch

the

“off”

position.

®Depress

the

High

Blend

switch

(button

in).

1kHz,

100%

modulation

1kHz,

53%

modulation

L+R=45.5%,

L—R=45.5%,

19kHz=9%

L+R=22.5%,

L—R=22.5%,

19kHz=8%

Discrimi-

nator

Tuned

Indicator

Signal

Indicator

Connect

the

Signal

Generator

300Q

BAL

Antenna

terminals

through

the

300Q

balanced

dummy.

Connect

the

Oscilloscope

and

Distortion

meter

the

Fixed

Output

jacks.

Connect

the

Volt

Meter

TP3

(+)

and

TP5

(—).

98.1MHz

T201

(A)

Adjust

that

the

Tuned

indicator

lights

when

the

output

fre-

quency

the

Signal

Generator

shifted

Low

Frequ-

ency

side

and

High

Frequency

side

the

same

but

limited

amount

both

from

98.1MHz

(imV).

98.1

MHz

98.1MHz

T201

(B}

Minimum

distortion

Repeat

steps

and

for

optim

sensitivity.

VR202

Tuned

indicator

lights

7yV

input.

98.1MHz

Adjust

that

the

voltage

becomes

ImV

input.

this

time,

Confirm

the

five

signal

indicator

lights.

oom,

ian

eevee

tens

mare

pone

ney

sgn

“ms

Pig

LON

IEE

SRG

NOE

ERR

ABO

Sp,

MPX

Free

Run

Stereo

Threshold

Connect

the

Stereo

Modulator

Signal

Generator.

Connect

Signal

Genera-

tor

3002

BAL

Antenna

terminals

through

the

30082

balanced

dummy.

Connect

the

Frequency

Counter

TP4

(+)

and

TP5

(—).

Connect

the

VTVM

and

Oscil-

loscope

the

Fixed

Output

jacks.

98.1MHz

(unmodula-

tion)

98.1MHz

19.00kHz

0.02

kHz

98.1MHz

Stereo

indicator

lights

30uV

2dB

input.

SCA

Rejection

Connect

the

Stereo

Modulator

Signal

Generator.

Connect

Signal

Generator

30022

BAL

Antenna

terminals

through

the

3002

balanced

dummy.

Apply

67kHz,

10%

modulation

SCA

signal

the

SCA

input

jack

Stereo

Modulator.

Connect

the

VTVM

and

Oscilloscope

the

Fixed

Output

jacks

through

19kHz

Low

Pass

Filter.

98.1MHz

Minimum

output

Sub-carrir

Rejection

Separation

Balance

Connect

the

Stereo

Modulator

Signal

Generator.

Connect

Signa!

Generator

3002

BAL

Antenna

terminals

through

the

300Q

balanced

dummy.

Connect

the

VTVM

and

Oscilloscope

the

Fixed

Output

jacks.

98.

1MHz

98.1MHz

Minimum

output

19kHz

pilot

signal

only

Stereo

Modu-

lator.

VR152

LPFi51

98.1MHz

Adjust

that

the

right

channel

output

becomes

minimum

when

only

the

left

channel

the

Stereo

Modulator

modulat-

ed,

Adjust

that

the

left

channel

output

becomes

minimum

when

only

the

right

channel

the

Stereo

Modulator

modulat-

ed.

98.1MHz

With

the

VR192,

correct

unbalance

between

minimum

outputs

the

right

and

left

channels.

Repeat

steps

and

for

optimum

sensitivity.

ete

esc

CIRCUIT

DESCRIPTION

(1)

SIGNAL

PATH

The

signal

amplified

the

amplifier

3SK74

(3SK85,

3SK101)

the

front

end,

then

mixed

with

the

output

the

local

oscillator

2SC461

(2SC930,

25C2834)

and

converted

into

signal

the

10.7MHz

intermidlate

frequency.

This

10.7MHz

signal

amplified

the

amplifier

consisting

the

ceramic

filters

CF201

CF203

and

0201

0204

and

fed

1C201.

1C201,

the

signal

amplified

the

triple

amplifiers,

and

after

being

detedted

the

quadrature,

put

out

from

©)

audio

signal,

which

then

sampled

and

holded

means

the

38kHz-

signal

produced

C151

and

fed

the

audio

amplifier.

(2)

MUTING

OPERATION

WHILE

TUNING

When

not

tune

the

signal

too

weak,

the

muting

control

voltage

taken

out

from

!C201

and

fed

the

base

0205,

whose

collector

then

becomes

low

level.

The

muting

signal

sent

the

muting

control

circuit.

0357

becomes

high

level,

the

signal

fed

NAND

1C351.

The@)pin

1C351

and

become

low

level

and

high

level

respectively

and

muting

gates

0317

(Lech)

and

0318

(Rch)

become

low

level,

thus

muting

operation

completed.

(3)

SIGNAL

INDICATOR

CIRCUIT

tuner

section

The

signal

indicator

drive

signal

taken

out

from

@®)

1C201

passes

through

VR201,

amplified

0351

Q353

amplifiers

and

fed

D901.

tuner

section

The

signal

indicator

drive

signal

taken

out

from

1C251

fed

the

base

Q351,

amplified

0351

0353

amplifiers

and

fed

D901.

(4)

SYNTHESIZER

SECTION

The

output

local

oscillator

the

front-end

fed

@®

the

pre-scaler

1C701,

then

divided

and

fed

the

PLL

synthesizer

IC702.

The

standard

quartz

oscillator

output

(7.2MHz)

divid-

288

1C702

and

25kHz

standard

signal

obtain-

ed.

The

divided

local

oscillator

output

compared

with

the

25kHz

standard

signal

the

phase

comparator.

When

the

divided:

local

oscillator

frequency

higher

than

standard

frequency,

1C702

becomes

high

level

but

when

lower,

|1C702

becomes

low

level.

When

the

both

frequencies

are

equal,

be-

comes

floating.

output

1C702

fed

the

vari-cap

diode

the

front-end

through

L.P.F.

(0701,

0702,

Q703)

and

controls

the

frequency

VCO

(local

oscillator

fre-

quency.)

(When

SW712

frequency

step

control

switch

set

kHz

position.)

The

local

oscillator

output

1C251

fed

the

PLL

synthesizer

1C702

and

divided.

The

standard

quartz

oscillator

output

(7.2MHz)

divided

720

1€702

and

10kHz

standard

signal

obtained.

The

divided

local

oscillator

output

compared

with

the

10kHz

standard

signal

the

phase

comparator.

(5)

PRESET

MEMORY

Memory

While

the

memory

button

pressed

(the

memory

indicator

lit),

pressing

one

the

preset

keys

M1~

(SW701

SW708)

causes

the

corresponding

the

pressed

key

among

pins

1C702

becomes

high

level.

The

frequency

displayed

then

memorized.

Call

The

memory

content

(frequency)

called

out

pressing

one

the

preset

keys

(SW701

SW708).

(6)

FM/AM

SCANNING

With

the

tuning

mode

switch

(SW201)

set

AUTO,

tuning

the

tuning

control

clockwise

causes

the

photo

switch

0801

O802

turn

OFF

and

the

frequency

increases,

while

turning

the

tuning

control

counter-

clockwise

causes

the

photo

switch

Q801

Q802

turn

OFF

and

the

frequency

decreases.

Scanning

stops

when

(stop

terminal)

|C702

becomes

high

level.

With

the

tuning

mode

switch

(SW201)

set

MANUAL,

turning

the

tuning

control

clockwise

counterclockwise

causes

the

frequency

increase

or,

decrease

one

step

(channel

space).

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DIAGRAM

GENERAL

UNIT

EXPLODED

VIEW

eral

model

Military

version

Gen

GENERAL

UNIT

PARTS

LIST

Ref.

No.

Part

No.

Description

101

A443-TU915A

Front

Panel

Assembly

102

A424-TU915A

Cabinet

Bottom

Assembly

103

A630-TU915A

Knob

Assembly,

Function

104

A630-TU915B

Knob

Assembly,

Tuning

105

A662-TU915A

Push

Button

Assembly,

Muting,

Tuning,

High

Blend.

106

B211-TU915A

Chassis

Assembly

131

1414-02201

Cabinet

Top

133

1424-12702

Cabinet

Back

(for

U.S.A.

Canada

models)

1424-13002

Cabinet

Back

(for

General

model)

1424-12703

Cabinet

Back

(for

General

model

Military

version)

137

1319-0139

Foot

142

1531-07101

Window

153

1634-04901

Knob,

Muting

Level

156

1660-00401

Push

Button,

Power

157

1662-16501

Push

Button,

Preset,

Memory

170

2112-11773

Sponge

171

2114-415027

Bushing

172

2132-01401

Spacer

175

2218-7001

Holding

Bracket

178

2219-7981

Bracket

(for

U.S.A.

Canada

models)

”

2219-8000

Bracket

(for

General

model)

179

2219-7999

Bracket

180

2219-8001

Bracket

181

2219-8021

Bracket

182

2219-7984

Bracket

183

2219-8002

Bracket

184

2219-7964

Bracket

187

2222-7169

Heat

Sink

194

2240-7120

Holder

198

2601-7130

Shaft

199

2601-7069

Shaft

201

2602-007120

Tuning

Shaft

203

2133-7026

Protector

208

2672-7018

Lever

214

2651-210189

Spring

223

2447-10227

Hexagon

Nut

225

2459-3003511

Rivet

226

2111-11160

Felt

250

2240-7218

Holder,

Antenna

251

2132-7116

Spacer

(General

model

only}

301

2347-400647

Self-Tapping

Screw

(+)

mm)

302

2347-300647

Self-Tapping

Screw

(+)

mm)

303

2347-300627

Self-Tapping

Screw

(+)

mm)

304

2322-300629

Screw

(+)

mm)

305

2347-301041

Self-Tapping

Screw

(+)

mm)

306

2347-301427

Self-Tapping

Screw

(+)

mm)

1111-J30169

1111-J30170

1222-7224

1221-787147

4474-29

Owner

Guide

(for

U.S.A.

model

General

model

Military

version)

Owner

Guide

(for

Canada

Genera!

models)

Packing

Cushion

Packing

Box

Adaptor

(for

General

model

Military

version)

VRP

PPE

RIO

GEN

ery

ELECTRICAL

PARTS

LIST

Ref.

No.

Part

No,

Description

AP1

AT1

SW2

4$01

ACO1

ARI

D901

LUG1

AR2,3

AR10,

13, 17,

151,

220

R171,

172,

301,

302

R158

R703

R787,

788

VR151

VR152

VR191,

301

VR192

VR201,

351

VR202

VR303/304

C5,6

C7,

15,

171,

172,

206,

301,

302

C9,

C11

C12

C13,

709

C14,

C16,

18,

352

C19,

20,

152,

155,

257

C101,

151,

262

C102,

158,

718,

719,

806,

807

C153

C154

C156

C157

C160,

161, 187,

209

C162,

175,

176

C163

C173,

179

C174

C177

C178

C180,

181,

185

C182,

183,

184,

186,

311,

312

4161-71147

4161-7256

5584-701477

5584-701478

4411-104736

4474-164

4443-712

5135-335J50P

5623-LT1137

5911-244

4211-5005

1397-6

4161-71184

RESISTORS

5102-2R2579

5102-2204715

5102-1004715

5174-163381

5102-1014715

5171-121581

CONTROLS

5101-4727173

5101-10371920

5101-50271920

5101-50171920

5101-50371920

5101-20371920

5113-50271151

CAPACITORS

5345-228D0962

5345-477C041

5345-108C041

5345-476F041

5345-107F041

5345-107E041

5345-476D041

5345-226C041

5345-106C041

5345-227C041

5345-225F0952

5359-4725851

5359-6815851

5345-105F0952

5345-475D0952

5359-1015851

5359-4715851

5359-1225851

5359-2215851

5359-1515851

5359-8215851

5359-1215851

5345-226C0951

5359-1025851

Power

Cord

(for

U.S.A.

Canada

models)

Power

Cord

(for

General

model)

Power

Transformer

(for

U.S.A.

Canada

models)

Power

Transformer

(for

General

model)

Rotary

Switch,

Voltage

Selector

(General

model

only)

Socket,

Unswitched

(U.S.A.

Canada

models

General

model

Military

version

only}

Connector,

Power

Cord

(General

model

only)

Resistor,

3.3MQ,

1/2W,

Carbon

(U.S.A.

Canada

models

only)

LED

Display

Assembly

_AM

Loop

Antenna

Lug

Terminal

(U.S.A.

Canada

models

only)

Dipole

Antenna

(Accessory)

Connection

Wire

(Accessory)

2.29,

+5%,

1/4W,

Fuse

220,

+2%,

1/4W,

Fuse

1022,

+2%,

1/4W,

Fuse

16k,

1%,

1/4W,

Metal

10022,

+2%,

1/4W,

Fuse

120Q,

£5%,

1W,

Metal

4.7kQB

10kQB

5kQB

5002B

50kQ2B

20k2.B

5kQB,

Output

Level

2200uF,

+20%,

25V,

Electrolytic

470uF,

+20%,

16V,

Electrolytic

1000uF,

+20%,

16V,

Electrolytic

uF,

+20%,

50V,

Electrolytic

100uF,

+20%,

50V,

Electrolytic

100uF,

+20%,

35V,

Electrolytic

47uF,

20%,

25V,

Electrolytic

22uF,

+20%,

16V,

Electrolytic

10uF,

20%,

16V,

Electrolytic

220uF,

+20%,

16V,

Electrolytic

2.2uF,

+20%,

50V,

Electrolytic

4700pF,

+5%,

100V,

Polypropylene

680pF,

5%,

100V,

Polypropylene

1pF,

20%,

50V,

Electrolytic

4.7

pF,

+20%,

25V,

Electrolytic

100pF,

+5%,

100V,

Polypropylene

470pF,

+5%,

100V,

Polypropylene

1200pF,

+5%,

100V,

Polypropylene

220pF,

+5%,

100V,

Polypropylene

150pF,

5%,

100V,

Polypropylene

820pF,

+5%,

100V,

Polypropylene

120pF,

+5%,

100V,

Polypropylene

22uF,+20%,

16V,

Electrolytic

1000pF,

+5%,

100V,

Polypropylene

roa

Andere Handbücher für TU915

Inhaltsverzeichnis

Andere Harman Kardon Tuner Handbücher

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Crestron

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Eico

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Sirius Satellite Radio

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Teac

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