Kenwood R-600 Bedienungsanleitung

10.

Downloaded

Amateur

Rad

You

are

now

the

owner

exciting

product,

the

R-600

communications

receiver.

Please

read

this

instruction

manual

carefully

before

placing

your

receiver

service.

The

unit

has

been

carefully

engineered

and

manufactured

rigid

quality

standard,

and

should

give

you

satisfactory

and

dependable

operation

for

many

years.

AFTER

UNPACKING

SHIPPING

CONTAINER:

Save

the

box

and

packing

the

event

your

unit

reeds

transported

for

remote

operation,

mainten-

ance

service.

CONTENTS

FEATURES

sent

SPECIFICATIONS................

SECTION

INSTALLATION

SECTION

CONTROLS...

SECTION

OPERATING

INSTRUCTIONS.........

SECTION

ENJOYING

RECEPTION.

OPTIONAL

ACCESSORIES...

BLOCK

DIAGRAM...

SCHEMATIC

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

‚ADDITIONAL

INFORMATION

FEATURES

The

Model

R-600

professional

class

general

co-

verage

receiver

for

broadcast

and

shortwave

listening.

covers

the

150

kHz

through

MHz

bands

for

re-

ception

SSB,

and

AM.

The

heart

the

receiver

includes

highly

stabilized

VFO

and

PLL

synthesizer

for

trouble-free

reception.

The

circuits

include

band-pass

filters

interlocked

with

the

band

selector

switch

for

eade

tuning.

The

ceramic

filter

circuit

also

interlocked

with

the

mode

switch.

Selectivity

matching

each

receive

mode

obtained

all

times.

SSB/CW

2.7

kHz

AM-NARROW

2.7

kHz

AM-WIDE

kHz

The

built-in

(noisw

blanker)

circuit

reduces

pulsat-

ing,

ignition

type

noises.

The

speaker

unit

placed

behind

the

front

panel

for

better

tone

quality.

Downloaded

RadioAmateur.EU

10.

11.

12.

When

used

combination

with

transmitter,

the

MUTE

terminal

places

the

R-600

STAND-BY

mode.

The

attenuator

provides

20 dB

attenuation,

making

possible

receive

strong

local

signals

without

dis-

tortion.

The

frequency

display

uses

easy-to-read

LED,

which

indicate

true

operating

frequency

accurate

the

1kHz

order.

The

antenna

terminals

can

selected

according

the

signal

frequency

the

antenna

system

employed.

record

terminal

located

the

front

panel.

The

output

level

automatically

controlled

the

op-

timum

level

independent

the

volume

contro!

posi-

tion.

fuse

installed

the

antenna

circuit

prevent

da-

mage

from

lightning.

CAUTION:

protect

your

equipment,

use

lightning

arrestor.

Doublet

Antenna

This

type

antenna

suitable

for

reception

specific

band.

The

relation

between

the

overall

length

"L"

and

the

tuned

fre-

quency

is:

143

468

Freq

(MHz)

(feet

freq

(MHz)

This

antenna

directional.

Signal

strength

maximum

when

the

antenna

right-angle

(broadside)

the de-

sired

signal

and

the

frequency

for

which

the

antenna

cut.

must

used

with

75-ohm

coaxial

feeder.

(See

Fig.

1-2)

L{m}

Inverted

Antenna

This

modified

doublet

antenna

designed

installed

ona

single

pole

support.

The

characteristics

this

anten-

are

almost

the

same

those

doublet.

The

overall

length

"L"

little

than

that

doublet,

and

com-

puted

thus:

148

486

Lim)=

Freg

(MHz)

Lise:

Satz

(See

Fig.

1-3)

Multiband

Antenna

This

antenna

uses

than

one

doublet

for

multiband

re-

ception.

The

overall

length

“L”

the

same

that

the

doublet.

the

lengths

L1,

and

are

cut

for

MHz,

MHz

and

MHz,

then

tuned

MHz

(3x

MHz),

permitting

reception

amateur

bands

MHz.

When

used

only

for

reception,

this

antenna

will

cover

the

6~30

MHz

bands.

(See

Fig.

1-4)

Trap

Vertical

Antenna

Antennas

designed

exclusively

for

BCL

are

available

commer-

cially,

may

built

yourself.

Antennas

designed

for

HAM

band

(3.5

MHz

MHz)

operation

will

provide

satisfactory

broadcast

reception

for

stations

near

the

HAM

bands.

Antennas

this

type

are

most

sui-

table

for

the

listener

who

does

not

have

enough

space

for

installation

doublet

long-wire

antenna.

{See

Fig.

1-5)

Yagi

Antenna

The

Yagi

antenna

best

suited

for

reception

specific

band.

This

antenna

features

excellent

directivity;

provides

high

gain

and

minimizes

interference

when

properly

installed.

Yagi

antennas

commercially

available

are

designed

only

for

HAM

band

reception.

For

reception,

will

necessary

for

you

construct

such

antennas

yourself.

(See

Fig.

1-6)

Grounding

Normally,

the

receiver

will

operate

without

being

grounded.

However,

good

earth

ground

improves

the

efficiency

an-

tennas

such

long-wire.

also

eliminates

inductive

noise

and

protects

the

operator

from

electric

shocks

through

the

lines.

ground

the

receiver,

use

copper

brass

plate

(or

net

rod)

connected

copper

wire,

and

bury

the

ground

about

1~7

feet

(0.3~

2.0

deep.

copper

water

pipe

(not

plastic)

may

also

used.

Never

use

gas

pipe

for

ground-

ing.

the

receiver

cannot

well

grounded

the

counterpoise

(antenna

radial)

would

acceptable.

1.5

SPEAKER

Audio

output

from

the

R-600

1.5

watts

into

ohms.

The

R-600

has

built-in

speaker.

However,

external

speaker

desired

(such

the

KENWOOD

SP-100),

simply

connect

the

EXT.SP

jack

the

rear

panel.

The

speaker

may

any

good

ohm

permanent

magnet

type,

inches

larger.

The

internal

speaker

disconnected

when

ex-

ternal

speaker

used.

1.6

HEAD

PHONES

Any

tow-Z

ohm)

headphones

may

used

with

the

R-600.

connect

the

headpnones

the

front-panel

phone

jack.

speaker

connected

the

receiver,

will

automatically

disconnected

when

the

headphones

are

plugged

into

the

jack.

1.7

POWER

REQUIREMENTS

The

R-600

operates

from

100/120/220/240

AC,

50/60

Hz.

Stability

not

affected

within

10%

line

voltage

varia-

tion,

due

the

built-in

regulated

power

supply

change

the

voltage

selector

position,

refer

Section

3.6.

CAUTION:

Operation

this

receiver

with

wrong

power

source

may

result

serious

damage.

power

fuse

placed

the

PLL

board.

The

fuse

rating

should

3A.

1.8

CONNECTION

5002

ANT

Terminal

Connect

high

impedance

antenna

such

long

wire

antenna.

502

Terminal

Connect

low

impedance

antenna.

UHF

coaxial

ANT

connector

Use

low

impedance

antenna.

The

antenna

feeder

should

coaxial

cable

equipped

with

UHF

connector.

GND

Terminal

recommended

that

short,

heavy

ground

lead

con-

nected

the

GND

terminal

(rear

panel)

prevent

the

po-

sibility

electric

shock.

R-600

SPECIFICATIONS

ENGLISH

SECTION

INSTALLATION

150

kHz-30.0MHz

AM,

SSB,

Sensitivity

(10

S+N/N,

Antenna

impedance:

502)

150

kHz

MHz

(NARROW,

TONE:

Center).

SSB/CW.

MHz-

MHz

(NARROW,

TONE:

Center).

SSB...

Image

Ratio

Rejection..

Selectivity:

(WIDE)...

(NARROW)...

eee

SSB/CW...........

eee

Antenna

Impedance...............

Audio

Output...

Audio

Load

Impedance..............

eene

Power

Consumption

Power

Requirements

Semiconductors

Dimensions

50V

SuV

…

54N

O.SuV

than

60 dB

than

60 dB

kHz

at-

dB,

kHz

2.7

kHz

dB,

kHz

2.7

kHz

dB,

kHz

509/5000

1.5W

min.

(82

load,

1096

distortion)

4~16Q

external

speaker

headphones

…

16W

100,

120,

220,

240V,

AC,

50/60

ICs,

FETs,

transistors,

diodes,

display

299mm(12-3/4

inch)

110

(4-5/16

inch)

200mm(7-7/8

inch)

4.5

(9.9

Ibs)

1.1

GENERAL

obtain

maximum

performance

from

your

R-600

receiver,

recommended

you

read

Sections

and

their

entirety

before

attempting

operate

the

unit.

1.2

ACCESSORIES

The

following

accessory

items

are

included:

Operating

manual

(B50-3933-00)

...

power

cable

(E30-1643-15)

Wire

for

antenna

Miniature

Speaker

plug

(E12-0001-05)

Fuse

(3A)

(Power

fuse)

(F05-3032-05)

Fuse

(0.1A)

(ANT

fuse)

(FO5-1013-05)

1.3

OPERATING

LOCATION

with

any

solid

state

electronic

equipment,

the

R-600

should

kept

from

extremes

heat

and

humidity.

Choose

operating

location

that

dry

and

cool,

and

avoid

operat-

ing

the

receiver

direct

sunlight.

1.4

ANTENNA

€

Antenna

and

Grounding

Installation

antenna

and

grounding

important

for

opti-

mum

reception

short-wave,

broadcast

amateur

radio

signals.

good

outdoor

antenna

will

provide

the

best

results.

The

following

describes

various

antenna

types

and

their

in-

stallation.

NOTE:

simple

method

install

the

supplied

wire

antenna

high

possible,

must

extended

its

full

length

for

good

results.

€

Long

Wire

Antenna

This

the

simplest

antenna,

using

about

—

1000

feet

(10

30m)

wire

installed

between

poles,

trees

other

convenient

supports.

The

antenna

wire

should

heavy

8-gauge

vinyl

insulated,

stranded

wire

4-gauge

copper

wire

Copperweld.

This

type

antenna

must

installed

horizontally

length

feet

(20

more,

and

po-

sitioned

high

possible,

Note

that

should

far

away

possible

from

power

lines,

buildings,

trees

and

other

objects.

Fig.

1-1

shows

inverted

antenna.

Other

antenna

types

such

sloping,

vertical,

etc.

are

also

possible.

long-wire

antenna,

when

installed

open

area,

suitable

for

all-band

operation.

(See

Fig.

1-1).

OUTSIDE

VIEWS

AUSSENSEITE

VUE

EXTERIEURE

VISTA

EXTERIOR

Fig.

2-1

Fig.

2-2

"SECTION

CONTROLS

[FRONT

PANEL]

(See

Fig.

2-1)

POWER

Switch

This

switch

controls

power

the

R-600.

Meter

Indicates

received

signal

strengh

unit

and

SIMPO

code.

Digital

display

The

digital

display

unit

indicates

operating

frequency.

MODE

Switch

AM-WIDE

With

the

MODE

switch

this

position,

bandwidth

kHz.

AM-NARROW

Use

this

positon

when

interference

present

the

AM-

WIDE

setting.

Bandwidth

2.71kHz

reducing

interference

for

easier

reception.

USB

(Upper

Side

Band)

Switch

This

switch

used

receive

SSB

(LSB)

signals.

LSB/CW

(Lower

Side

Band/Continuous

Wave)

Switch

This

switch

used

receive

SSB

(LSB)

signals.

BAND

Switch

Use

this

switch

select

the

frequency

band

MHz.

Calibration

from

MHz

intervals.

Tuning

Knob

This

selects

the

receiver's

operating

frequency.

First

select

the

frequency

MHz

the

BAND

switch,

then

the

fre-

quency

kHz

the

tuning

knob.

ATT

(Attenuator)

Switch

This

switch

allows

input

signal

attenuation.

TONE

Control

This

adjusts

audio

tone

quality.

Normally

set

the

center

position.

(Noise

Blanker)

Switch

Turn

reduce

pulsating,

ignition-type

noises.

10.

GAIN

Control

This

varies

the

audiooutput.

Turning

clockwise

will

increase

the

volume.

11.

RECORD

Jack

This

terminal

used

for

recording

broadcasts

tape.

Connect

the

LINE

your

tape

recorder.

The

output

level

this

terminal

constant,

regardless

the

R-600

{Output

level:

300

mV/2

KO,

12.

PHONES

jack

This

jack

accepts

ohm

impedance

headphones.

Stereo

headphones

may

used.

The

optional

HS-6

head-

phone

best

suited.

[REAR

PANEL]

(See

Fig.

2-2)

13.

UHF

Antenna

Connector

For

connection

50—

ohm

coaxial

cable

with

UHF

con-

nector.

14.

50002

ANT

Connector

Connect

high

impedance

long-wire

antenna.

15.

502

Antenna

Connector

For

connection

low

impedance

antenna.

16.

GND

Terminal

Ground

terminal.

The

ground

cable

should

short

possible.

Select

good

ground

point.

17.

MUTE

terminal

For

use

combination

with

transceiver

transmitter.

The

R-600

will

mute

grounding

this

terminal.

CAUTION:

The

antenna

input

must

externally

switched

off

when

used

with

transmitter

tranceiver,

during

transmit.

18.

EXT

jack

For

connection

external

speaker

4-16

ohm

impe-

dance.

The

optional

speaker

SP-1

best

suited.

19.

VOLTAGE

SELECTOR

voltage

selector

switch.

BEFORE

operating,

set

this

switch

your

local

line

voltage.

Consult

the

power

company

doubt.

20.

Connector

Connect

the

supplied

power

cable.

SECTION.

OPERATING

INSTRUCTIONS

3.1

RECEPTION

Connect

the

unit

referring

Fig.

1-8

Section

For

best

results,

the

antenna

important.

When

using

low

impedance

antenna,

connect

502

terminal.

For

good

reception,

connect

the

low

impedance

antenna

through

coaxial

cable

the

UHF

receptacle.

When

using

long-wire

antenna,

connect

the

5002

ANT

terminal.

Strong

signals

can

received

clearly

without

the

re-

ceiver

being

grounded.

However,

good

earth

ground

recommended

for

weak

signal.

earth

ground

not

available,

counterpoise

(antenna

radial}

would

acceptable.

Reading

the

Operating

Frequency

The

R-600

Digital

Display

accurately

indicates

fre-

quency.

Refer

Fig.

3-1

AUA

Eu.)

MHz

kHz

Fig.

3-1

Digital

Display

Setting

the

Frequency

The

BAND

switch

dial

calibrated

MHz

intervals

from

29.

Fig.

3-2

shows

the

dial

set

MHz.

Fig.

3-2

BAND

Setting

MHz

NOTE:

When

receiving

signal

below

150

kHz,

the

receiver

performance

might

deteriorated.

3.2

MODE

SWITCH

When

receiving

strong

local

signals,

set

this

switch

WIDE.

This

enhances

reception

with

little

interference,

providing

excellent

tone

quality.

When

unwanted

signals

are

present

near

the

received

fre-

quency,

set

the

switch

NARROW.

This

narrows

the

bandwidth,

reducing

radio

interference.

For

reception

SSB,

set

this

switch

USB

LSB/CW

according

international

practice.

For

reception

signals,

set

this

switch

LSB/CW.

3.3

ATT

SWITCH

excessively

strong

nearby

stations

high-power

night

broadcasts

are

present

within

the

band

being

received,

desired

signal

may

blocked

receiver

desensitization.

Also,

signal

very

strong,

the

meter

may

deflect

off-

scale.

Press

the

ATT

switch.

3.4

SWITCH

For

pulse

type

noise,

such

generated

automobile

ig-

nition

systems,

turn

the

switch

ON.

The

noise

will

reduced

eliminated.

Power

line,

radar,

"ORM"

and

at-

mospheric

white

noise

will

not

operate

the

blanker.

3.5

MUTE

TERMINAL

The

R-600

has

mute

circuit

for

use

combination

with

transceiver

transmitter

The

R-600

stage

will

mute

grounding

the

MUTE

ter-

minal.

——

Transmitter

Fig.

3-3

MUTE

terminal

3.6

VOLTAGE

SELECTION

The

R-600

will

operate

100, 120,

220

240

Hz.

For

proper

operation,

select

the

power

setting

closest

your

local

line

voltage.

you

are

not

sure

the

local

line

voltage,

contact

the

uti-

lity

company.

reset

the

voltage

selector,

FIRST

DIS-

CONNECT

THE

POWER

CABLE.

Align

the

selector

with

the

desired

voltage

using

coin

screwdriver.

NOTE:

For

operation,

contact

authorized

KENWOOD

dealer.

Fig.

3-4

Voltage

Selection

3.7

FRONT

FEET

The

front

panel

can

bei

elevated

for

operating

conven-

ience

extending

the

front

feet.

Turn

the

front

feet

clockwise

and

pull

down.

Then

turn

counterclockwise

lock.

Downloaded

RadioAmateur.EU

RECEIVING

(MW

SW)

BROAD

CAST

€

Initial

Control

Settings

€

Operation

MODE

Switch

BAND

Switch,

Tuning

knob:

TUNING

GAIN

Control

(VOLUME)

GAIN

(4)

TONE

Control

TONE

tow

NOTE:

Radio

stations

throughout

the

world

are

listed

the

WORLD

RADIO

HANDBOOK

similar

publications.

General

radios

frequency

allocations

are

listed

page

ofthis

manual.

€

For

Reducing

Interference

MODE

Switch

AM-NARROW

(2)

Main

turning:

"RETUNING

GAIN

Control:

READJUSTMENT

GAIN

€

For

Reducing

Distortion

Caused

Strong

Signal

ATT

Switch:

Main

turning:

RETUNING

CAUTION:

frequency

‚000

MHz

30,000

MHz,

inside

spurious

sometimes

occurs.

RECEIVING

SSB

SIGNAL

€

Initial

Control

Setting

OFF

(CENTRE:

Operation

MODE

Switch:

‘USB

LSB/CW

BAND

Switch

Tuning

knob:

TUNING

(8)

GAIN

Control

(VOLUME)

TONE

Control

SECTION

ENJOYING

RECEPTION

ENJOYING

RECEPTION

Every

country

the

world

has

broadcast

stations,

and

most

countries

have

Amateur

radio

stations.

The

earth

virtually

surrounded

innumerable

radio

waves,

provid-

ing

with

information

and

news.

Your

R-600

intercepts

many

these

transmissions.

Radio

waves

cover

wide

range

frequencies

including

long-wave

(LF),

medium-wave

(MF),

and

short-wave

(SW)

high

frequency

(HF).

Since

short-wave

signals

travel

around

the

earth,

fun

receiving

exciting

news

and

exo-

tic

music

from

overseas

broadcast

stations

transmis-

sions

from

Amateur

radio

stations

and

various

industrial,

marine,

government,

and

military.

also

interesting

collect

reception

verification

(QSL)

cards.

ensure

maximum

enjoyment

short-wave

reception,

impor-

tant

know

the

features

short-wave

signals

how

the

signals

travel

around

the

earth,

the

method

receiving

signals

most

effectively,

the

method

identifying

the

country

broadcasting

programs,

etc.

Propagation

Radio

Waves

the

lonosphere

(See

Fig.

4-1)

The

earth

surrounded

the

atmosphere.

The

atmos-

pheric

molecules

existing

between

and

500

above

the

earth

collide

with

ultraviolet

rays

and

electrons

emitted

from

the

sun,

and

layer

electrons

and

ions

formed.

This

layer

called

the

ionosphere

and

has

characteristic

refracting

radio

waves.

Radio

waves

emitted

from

the

antenna

transmitter

can

classified

surface

waves

and

ionospheric

waves.

Surface

waves

travel

along

the

earth

directly,

and

are

used

mainly

for

me-

dium

frequency

broadcast

and

broadcast.

lonospheric

(sky)

waves

travel

long

distance

because

they

are

refracted

repeatedly

between

the

ionized

layer

and

the

earth.

short-wave

broadcasts

propagate

ionospheric

waves,

their

signals

offen

reach

around

the

earth.

The

surface

wave

tends

weaken

and

short-

wave

frequencies

and

therefore

travel

only

short

dis-

tance,

while

ionospheric

waves

persist

the

frequency

increases

(up

certain

point,

determined

ionization

intensity)

and

travel

long

distance

with

little

path

loss.

Ul-

tra

high

frequencies

pass

through

the

ionized

layer,

and

thus

the

service

area

limited

short

distance

from

the

antenna.

The

ionosphere

divided

into

three

layers,

and

shown

Fig.

4-1.

The

electron

density

the

layer

increased

steps

ac-

cording

the

distance

from

the

sun.

High

frequency

waves

are

refracted

the

layer

and

travel

long

dis-

tance.

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