Uniden JACKSON Service Manual

Service Manual

CB TRANSCEIVER

Model JACKSON

UT-547C/D

uniden®

CORPORATION

TABLE OF CONTENTS

A.

SPECIFICATIONS

B.

INSTALLATION

c.

GENERAL

D.

OPERATING

E.

ALIGNMENT

F.

FREQUENCIES

INFORMATION

CONTROLS
PROCEDURES

I

,.

.

)

}

G.

BLOCK

H.

SCHEMATIC

1.

El2-2108

2.

El2-2108

3.

E22-4674

4.

E32-2212 : .

I.

BILL

DIAGRAM

DIAGRAMS/WIRING

OF

MATERIAL

:

SCHEMATIC

.

.

REVISED

.

.

MAIN

PCB

WIRING

: 25

DIAGRAM/PC

DIAGRAM

PARTS

DIAGRAM

P.S

BOARD

ASSEMBLY

TOP

VIEW

A.

SPECIFICATIONS

1.

GENERAL

!

)

Channel

and

Frequency

Crystals
Microphone
Speaker
Antenna

Connector

Jacks & Connectors

Controls

Meter

Illumination

Range

226 A Band

B Band
C Band
D Band

E Band

3

600

ohms, Dynamic Type

26.065 -26.505

26~515

26.965

27.415

27.865

8 ohms, 3 W
M Type
Mic 4P

EXT.

PA. SP

DC

Channel

SP

Power

-3.~

-3.~

-3P

Selector,
FM-All-USB-LSB, Mic
Switch
Squelch,
Band

ANL

Switch

RF

Mo~µl~tio~

& Volume,

SelectOr

Switch,

and

Output

RF

Gain,
Roger

+10

Power,

: Chanriel Number

RX,

TX

Indication

- 26.955.MHz

27.405

27.855

28.315

Mode

Selector

Gain,

ON/OFF

Coarse,

A-B-C-D-E,

Beep.Switch,

kHz

- Normal

Signal

Indication

(LED),

MHz
MHz

MHz
MHz

ON/OFF

PA

Switch

Fine,

Noise

Switch

Strength

(LED)

Meter

Power

&

Blanker/
S/RF-Mod

and

Lamp

.)

Size
Weight
Accessories

2.

MEASUREMENT
a)

Power

b)

Antenna

c)

Test

d)

AM

Modulation

e)

FM

Modulation

:f)

SSB
Tone

g)

Mean
Re:ference

h)

Percentage

CONDITIONS

Source

Impedance

Temperature

Modulation

Signal

Input

AM

Frequency
Frequency

Frequency,

Level

Modulation

Two

7.784"(W) X 2.36"(H) X 11.22"(D)
5

Pounds

DC

Power

Microphone

:

13.8 V (DC)

(2.2

Cable

and

kgs)

with

Built-in

Microphone

50 ohms
25

~

1 kHz
1

kHz

500

Hz

$

1.000

1

kHz

2.400

uV

30%

Hz

Fuse,

Hanger

i)

Reference

j)

Reference

FM

Deviation

Audio

Output

Power

:

1.5.

kHz

0.5

w

k)

Audio

1)

Audio

3.

TRANSMITTER
a)

Frequency
at

b)

Carrier

c)

PEP

d)

Spurious

Frequency
Output

25 ~ (5

Power

Power,

& Harmonic

Load 8 ohms

Tolerance

Minutes

Two

Tone,

after

SSB

Emission

Switch

on)

)

e)

Carrier

f)

Unwanted
Suppression
(at·2.500

toneF

g)

Battery
at

no

h)

Battery

Am : MAX

SSB:

FM

:

Suppression

Sideband

Hz

4

· ·

Drain

Modulation

Drain

Modulation

MAX

Wpep,

MAX

Modulation

Wpep

Two

l6

Tone

dB

Single

1 kHz

UNIT

AM

Hz

SSB

FM

Hz

AM

W

FM

W

Wpep

AM

dB

SSB
FM

dB

SSB

dB

SSB

dB

AMmA

SSB

mA

· FM-mA

mA

mA
mA

Hz

dB

Resistive

NOMINAL

±

300

±

300

±

300

10.0

10.0

21.0

-50

-50

-50

-55

-50

3.000

800

3.eoo

3.000

3.000

3.000

LIMIT

±

1.500

±

1.500

±

1.500

8.0 -14.0

8.0 -14.0

18.0 -26.0

-40

-40

-40

-40

-40

4.500

1.?QO

4-;500'

4.500

4.500

4.500

)

i)

Modulation

(1

Lower

Lower

j)

Microphone

AM

SSB:·For

FM

k)

AMC
AM

SSB:

kHz,

OdB

at

450

at

2.5

:

For

50%

10

:

For

1 kHz

Range

:

50 -100%

Frequ~ncy

reference)

Hz

kHz

Sensitivity

Modulation

Wpep·Outpilt

Deviation

Modulation

Response

AM

SSB

FM

AM

SSB

FM

dB

dB
dB
dB

dB
dB

mV

mV
mV

dB
dB

-4

-4

-4

-4

-4

-4

1.0

1.0

1.0

50
50

-10

-10

-10

-10

-10

-10

2.0

2.0

2.0

40

40

4.

RECEIVER

a)

b)

(AHL/NB

Max

Sensitivity

Sensitivity
FM

: 20dB

f'or

S/N

Switch

lOdB S/N

off')

UNIT
AM

uV

SSB
AM

uV
SSB
FM

uV

uV

uV

NOMINAL

Q.5

0.25

0.5

0.25

0.5

LIMIT

--

2.0

1.0

2.0

1.0

3.0

)

c)

d}

Lower

e}

Adjacent

f}

Maximum

g}

Audio

h}

RF

AGC

Figure

for

lOdB

Output

Overall
at

6d.B

Upper

(10

kHz 1

Gain

of'

change

Audio

down

Frequency

Frequency

Channel

GEN}

Audio

Output

Power

Control

50

Merit,

in

mV

Audio

Fidelity

Selectivity

OUtput Power

at

10%

Range

THD

AM

dB
SSB

AMHz
SSB
FM

Hz

AM

Hz
SSB
FM

Hz
AM

dB

AM

W
SSB
FM

W
AM

W
SSB

FM

W

AM

dB
SSB

FM

dB

dB

Hz

Hz

W

W

dB

80
80

2.000

3.000

2.500

300
300

300
70

4.0

4.0

4.0

2.5

2.5

2.5
55

55
55

70
70

1.500 -3.000

2.000 -4.500

1.500 -4.000
100 -500

-

-

500
500

100
100

60

3.0

3.0

3.0

2.0

2.0

2.0
30 -70

30 -70
30 -70

)

i)

S/N

j)

Squelch

k)

Squelch

1)

S
at

m)

Image

n)

IF

o)

Oscillator

Ratio

Sensitivity

Sensitivity

Meter

Sensitivity

"S-9"

Rejection

Rejection

at

1mV

(No

Modulation)

Ratio

Dropout

Input

Ratio

Voltage

at

Threshold

at

Tight

AM

dB

FM

dB

AM

uV

SSB

uV

FM

uV-

AM

uV

SSB

uV

FM

uV

AM

uV

SSB

uV

FM

uV

AM

dB

SSB

dB

FM

dB

AM

dB

SSB

dB

FM

dB

AM

V 9

SSB

V

FM

V

30
35

0.5

0.5

0.5

1.000

1.000

1.000

100
100
100

65
65
65

85
85
85

9
9

25
25

2.0

2.0

2.0
250 -4.000

250 -4.000
250 -4.000

25 -400
25 -400
25 -400

50
50
50

70
70
70

11
11

11

I

)

p)

q)

r)

5.

PUBLIC

a)

NOTE

1)

Shall
grounding

Battery

Battery
Audio

Output

Clarifier

ADDRESS

Output
at

.10%

have

Drain

Drain

at

at

Range

Power
Distortion

reverse

No

Signal

Max.

polarity

protection

UNIT

AM

mA

SSB

mB

FM

mA

AM

mA

SSB

mA

FM

mA

AM

kHz

SSB

kHz

FM

kHz ±

w

and

operable

NOMINAL
500

500

500

1.000

1.000

LIMIT

800
800
800

1.500

1.500

1.000 1.500

±
±

2.5

7.0

7.0

7.0

with

positive

More
More
More

2

of

than

±

5.0
than ± 5.0
than ± 5.0

negative

2)

Operating

Power

Voltage

: 13.SV +

15 -20%

DC

)

B.

INSTALLATION

1.

LOCATION

I

Plan

before
convenient
driver
transceiver
microphone

2.

MOUNTING
This

The

supplied,
The
mounting
follows

a)

After

your

the

location

starting

for

or

passenger

is

bracket

AND

radio

is

transceiver

permitting

bracket

must

surface

to

mount

you

vehicle,

of

the

the

installation.

operation

in

usually

mounted

beside

CONNECTION

supplied

is

with a universal

held

adjustment

be

mounted

must

be

the

transceiver

have

determined

hold

the

transceiver

and

does

the

vehicle.

to

it.

in

the

bracket

with

mechanically

the

radio

not

the

to

the

:

most

with

and

Select

interfere

In

automobiles,

dash

mounting

by

the

most

screws

strong.

convenient

the

microphone

a

location

with

panel

with

bracket.

the

four
convenient
supplied.

Proceed

location

mounting

bracket

that
the
the

the

thumb

angle.
The
as

bracket

is

screws.

in
in

the
mounting
bracket
the

~e

the
and

b)

Connect
on
type
rear

c)

.Connect

DC.
rear
ly
switch.

exact

it

thumb

bracket

sure
mounting
then

install

the

the

rear
PL-259
panel.

the
This
panel.

obtained

This

location

in

the

desired.
desired

screws

as a template.

nothing

will

screws.

the

antenna
panel.
plug

which

DC

power

wire

extends

ln

automobile

from

the

prevents

and

mark

interfere

Drill

radio.

cable
Most

plug

CB

mates

input

wire

from a plug

installations,

accessory

the

set

If

nothing

position,

the

Before

with

the

holes

to

antennas

with

with

contact
being

interferes

remove

mounting

drilling

the
and

the

standard

are

the

receptacle

the

which

connects

on

left

the

~unting

holes

the

using

holes,
installation
mount

the

receptacle

terminated

on

fuse

(red)

+12V
the

on

DC

ignition

accidentally

with

bracket

with
the

to

to

the

is

usual-

of

a

+12V

when
the

the

radio

driver

without

leaves

the

the

engine

car

and

running.

also

permits

You

can

operating

locate

the

I

)

accessory
power

d)

Connect
chassis

electrical
Note : See

e)

Mount
the

wire

more

the

unit,

contact

from

the

black

of

the

car.

contact
ground

detail.

microphone
using

on

most

the

AM

wire

Any

may

connection

hanger

the

screws

ignition

broadcast

to

ground.

convenient

be

used.

under

on

supplied.

switches

receiver

This

(remove

GENERAL

the

side

is

location

paint).

of

by

tracing

in

the

car.

usually

with

INFORMATION

the

unit

the

good

or

the

for

near

)

C.

GENERAL

1.

INFORMATION

GROUND

CONNECTION

This
positive

a)

b)

2.

ANTENNA

This
antenna.
you

radio

ground

Negative
radio

to
venient
or

vehicle

Positive
tem,
tive

connect

or
connect
or

(+)

radio

use

good

may

ground
the

point,

frame

ground

(-)
the

battery

is

designed

Best

result

antenna

be

installed

system

vehicle.

system : Connect

positive

and

connect

or

(-)

or

system : In

the

Black
battery
Red

terminal

power

lead

terminal.

to

will

and

properly

and

(+)

the

battery

the

power

to

operate

be

obtained

used

the

battery

Black

terminal.

cases

lead

or

other

the

into

install

in

any

Red power
terminal

power

of

from

convenient

chassis

a

50

:from

your

12V

lead

positive

the

radio

or

ohm

your

DC

negative

lead

or

other

to

ground

to

point,

vehicle

CITIZENS

transceiver

antenna.

:from

the

the

frame

or

the
con­chassis

sys~

nega­and

RADIO

if

(Refer

)

to

the

antenna

tenna.)
A

vertically

the

most
ded-type
for

applications

quired.

blems
When

of

installed
efficiently
for

marine

Mobile

ground

whip
plane.

slightly

For

all

practical

directional.

installation

polarized
reliable
whip

antennas

where

Also,

height

the

imposed

in a boat,

when

the

applications.

antennas

When

directional,

A

slight

quarter-wavelength

operation

are
the

loaded

by

antenna

utilize

mounted

in

the

purposes,

directional

instructions

and

greater

more

attractive,

maximum

whip

the

antennas

the

full

transceiver

used

the

metal

on a corner

direction

however,

included

whip

antenna

range.

compact

possible

do

distance

not

present

quarter-wavelength

will

operate

has

been

the

especially

body

of

the

of

the

radiation

of

body

the
vehicle,

characteristic

w~th

The

of
pattern

will

your

provides
shorter
and

adequate

is

not

the

whip.
most

designed

vehicle

they

the

be

an-

loa-

re-

pro-

as

a

are

vehicle.

is

non-

observed

only

at

extreme

distances.

A

standard

antenna

connector

(Type

S0-239)

is

provided

on

the

transceiver

for

easy

connection

to

a

)

standard
Before

f'or

vention

3.

BASE
To

lar
rate
put
Simply
to

NOTE

PL-259

installing

information

of'

electrolysis

STATION

operate

house

power

OPERATION

the

current

supply

with a nominal

connect

the

corresponding

Do

not

attempt

directly

the

transceiver

Band beam,

cable

termination.

the

transceiver

regarding

transceiver

as

the

capable

input

the

red

(+}

DC

to

to

220V

dipole;·ground

an

adequate

between

from

power

of'

supplying

voltage

and

terminals

operate

AC.

When

for

base

in a boat,

fittings

your

source,

of'

220

black

of'

this
an

AC

station

plane

grounding

in

the

home

you

or

will

5 amps

volts

(-}

leads

the

power

transceiver

power

operation

or

vertical·antenna

consult

system
hull

of'f'ice,

require

at

a 13.SV'DC

AC,

50/60

to

the

supply.

by

supply

your

and

and

water.

using

a

Hz.

transceiver

connecting

is

used

any

Citizens

dealer

pre-

regu-

sepa-

out-

with

may

be

}

4.

REMOTE
The

f'or
8 ohms
internal

5.

PUBLIC

An

external

SPKR)
as a public
from
paration
when

6.

OPERATING

used. A ground
most

uniform

SPEAKER

external

remote

speaker

receiver

impedance.

speaker

ADDRESS

8

ohm

jack

located

address

the

microphone
or

isolation

operating

INSTRUCTIONS

the

plane

horizontal

jack

monitoring.

When

is

the

disconnected.

4-watt

on

the
system.
to

prevent

of'

PA

at

vertical

(EXT.

external

speaker

rear

The

the

microphone

high

output

antenna

coverage.

SPKR)

The

on
external
speaker

must

be

panel

when

speaker

accoustic

levels.

will

the

rear

speaker

is

connected

the

transceiver
should
feedback.

and

speaker

provide

panel

plugged

to

be

directed

Physical
is

the·

is

used

should

in,

the

the

(PA

is

away

important

have

used

se-

The

JACKSON
channels
When

you

operates

and

226

receive

on
Lower
the

SSB

226

Side

signal

AM/FM
Band

channels.

in

channels,

the

proper

226

mode

Upper

(USB

Side

or

Band

I.SB),

I

)

audio

ting
cy
equipped
slightly
tone.

as

sound

that

the

may

be

either
your
transmitter

with a Clari:fier.
change

receiver

the

:frequency

to

too

may

which

not

By

o:f

high

be
it
tuning

the

pitched

tuned

is

listening.

the

receiver,

or

low

to

the

Clari:fier.

so

pitched.
exact
The

you

indica-

same

JACKSON

you

get a normal

:frequen-

is

can

)

D.

OPERATING
Your

the

1.

OFF/ON

CONTROLS

JACKSON,

following

VOLUME

designed

operating

: To

for

controls

turn

ease

the

transceiver

of

operation,

:

on,

is

provided

rotate

the

with

control
clockwise
control

wise

2.

SQUELCH
which
sent.
the
the

sound
hear
control
heard.

3.

P.A.
tion
function

nected.

past

click.

counterclockwise

for a comfortable

: The

eliminates

With
squelch
speaker

:from

weak

squelch

the·
control
is

cut

the

speaker

signals,

undesired

audio

counterclockwise,

SWITCH

of

the

should

In

(on

SQUELCH)

squelch

not

the

squelch

To

past

audio

control

adjusted

clockwise

off.

In

until

it

may

CONTROL : Full
control
be

used

(or

turn

the

click.

level.

is

normally

background

to a satisfactory

to

the

this

position,

a

signal

be

necessary

allowing

engages
unless
CB)

position,

transceiver

Rotate

set

noise

point

is

received.

to

rotate

some

background

counterclockwise

the

PA

:function.

an

external

the

off,

the

control

to a position

with

no

level,
where
there

the

will

the

speak~r

PA

function

rotate

signal

sound

be

In

squelch

noise

The

clock-

rotate

no

order

to

rota-

PA

is

con­is

the

pre-

from

to

be

)

disabled
channel.

4.

MODE
of
both

tor

5.

MIKE

phone

transmit.

have
lation
gain
President's
assure

and

SELECTION

operation.

transmitter

to

the

GAIN : This

input

been

designed

up

to

control,

maximum

the

radio

mode

:dThis

This

and

on

switch

selector

receiver

which

control

sensitivity

President

Electronics

to

permit

100 % depending

using

automatic

the

compression

modulation

will

transmit

selects
changes

simultaneously.

you

wish

is

used

for

optimum amount

the

on

microphone

with

minimum

to

to

adjust,

citizen's
user

the

setting

provided

and

and

receive

FM,

mode

USB,

of

AM,

the

Set

communicate.

as

required,

of

modulation

band

to

attain

of

the

with

peak

limiting

distortion.

on

the

selected

or

LSB

more

operation

the

selec-

micro-

in
transceivers
levels

of

microphone

the

unit.

circuits

of

modu-

6.

RF

GAIN : This

in

strong

signal

control

areas.

is

used

Gain

primarily

is

reduced

to

optimize

by

counterclockwise

reception

rota-

tion

7.

CLARIFIER
position.

receiver

frequency,
the

ture

for
meter
effective
channel

as

8.

METER

S/RF
when

of

the

operation.

receiver

under

a more

readable

reading

application

interference

required,

MODE

Posi

SWITCH

t~n

transmitting,

control.
The

clarifier

This

this

feature

control

frequency.

these

when

to

obtain

-:

Meter

has

First,

can

conditions

signal

the

clarifier

of

this

from

minimum

:

indicates

input

signal

control

several
if a received
be

operated

The

effectiveness

can.be

at

the

control

control

strong

signals.

adjacent

relative
strength

is

normally

uses

observed

speaker

is

set

and

can

signal

as

required
of

this

either

or

by

is

operated.

in

eliminating

Operate

channel

transmitter

when

receiving.

to

the

center

greatly

is

slightly
to

enhance

optimize
clarifier
by

li~tening

noting

the

Another

adjacent

this

control,

interference.

output

off

fea-

S-

power

)

MOD

Position

9.

NB/ANL

matic

Noise

taneously.

10. + lOKHZ
position,

a

channel

11.

12.

BAND
CHANNEL

SWITCH : This

:

Meter

SWITCH : When

Limiter

FREQUENCY

SHIFT
frequency
can

be

used

Normal

3

7

11

15

19

SELECTOR : This

indicates
switch

and

the

SWITCH : When

is

shifted

by

setting

+

10

3A
7A

llA

15A

19A

switch

is

switch

is
RF

KHz

used

average
placed

Noise

lOKHz

this

to

is

used

percentage

in

NB/ANL

Blanker

switch

up.

On

switch

select

to

select

of

modulation.

position,

are

activated

is

placed
following
to + lOKHz

the

band

any

the

simul-

in + lOKHz

channels,

position.

of

frequency.

one

of

the

Auto-

40

Citizens

Band

communications

channels.

involving

Channel 9 has
immediate

safety

been

of

reserved

life

of

for

emergency

individuals

or

13.

immediate

ROGER

BEEP

protection

SWITCH : When

of

property.

this

switch

is

placed

in

the

ROGER

BEEP

)

position,

the

end

of

transmission

your:

your

is

·radio
transmission.
over

automatically

through

the

The

sign.

transmits

listener

the

can

audio

easily

sign
note

at
your

)

)

E •

ALIGNMENT

1.

PROCEDURES

ALIGNMENT
a)

Test

-

-

-

-

b)

Alignment

Equipment
Oscilloscope
DC

Power
Frequency
DC

Voltmeter

OF

PLL & CARRIER

Required

Supply

Counter

Procedure

OSCILLATOR

(13.BV)

(0 -50MHz)

!

PORTION

)

STEP

1

2

3

4

5

PRESET

TO

Channel : 40
Mode : AM,
Clari

:

Center

RX.

Band : E
PA/CB : CB

Same

as

above
except
BAND

: C
Channel : 19
Mode : AM.FM,

Same

Same

as

as

above

Step
except
Mode : USB,

Same

as

RX

Step
except
Mode : LSB,

RX

2

4

ADJUSTMENT
L12

L13

RX

L14

L15

L16

REMARKS

Connect
Atijust

Co~inn

:for

Connect
Adjust

:for

Connect
Adjust

:for

Counter.

Connect
Adjust

:for

Counter.
Connect

Adjust

for

Counter.

DC

Voltmeter

6~0V

±()

2V

to

A Band

Oscilloscope

maximum

Frequency

to

.•

1v

Channel

to

reading

Counter

16.490Mhz ± 20Hz

Frequency

Counter

16.4925MHz ± 20Hz

Frequency

Counter

16.4875MHz ±20Hz

on

TP-2

DC

TP-3

on

to

on

to

to

on

(R122).

Voltmeter.

1.

(R73).

Oscilloscope.

TP-3

TP-3
on

TP-3

(R73).

the

Frequency

(R73).

the

(R73).

the

Frequency

Frequency

as

6

Same

above

L24

Connect

Adjust

Frequency

10.6975MHz ±20Hz

f'or

counter

to

TP-4

on

(R104).

the

Frequency

Counter.

STEP

PRESET

TO

ADJUSTMENT

REMARKS

)

7 Same

8

Same

except

Mode

c)

as

as

:

Test

Step

Step

AM.

4

4

TX

Equipment

L23

L22

Connection

Connect
Adjust
counter.

Connect
Adjust
counter.

(see

following

Frequency

for

10.6925MHz ± 20Hz

Frequency

for

10.695MHz ± 20Hz

counter

counter

page)

to

to

TP-4

on

TP-5

on

(R104).

the

(R82).

the

Frequency

Frequency

)

PTT

TRANSCEIVER

MIC

JACK ANT

~J

500

LOAD 8 ATT.

.

._.,,.

DC

POWER

SUPPLY

--

~B

PROSE

OSCILLOSCOPE

-0

0

EJ

GND

DC

VOLT

E1J

METER

FREQ.

COUNT

)

L13

ALIGNMENT

-0

POINTS

TP3
R73

D

)

TP2

R122

I

L12

D

0-

L16

DbJDL2

L14

OQD

TP5
R92

4 L22

TP4

o-R104

)

2.

ALIGNMENT
a)

Test

-

-

-

-

-

-

- Harmonic

-

-

b)°

Alignment

OF

TRANSMITTER

Equipment

AF

Signal

AF

Signal

AF

VTVM

RF

VTVM

RF

Powermeter

50

ohm

Generator

Generator
(150mV
(50V

Dummy Load

Oscilloscope

Meter

DC

Volbneter

DC

Ammeter

Procedure

Required

full

:full

(lOW

(150mA

PORTION

(1)

(2)

scale)

scale)

Max.

.full

for

500Hz

for

2.400Hz

Thruline

scale)

and

type)

1.000Hz

-.,

.)

STEP

1

2

3

4

5

PRESET

TO

Channel : 19
Band : c

:

Mode
No
MIC
PA/CB :

Same

USB,

Modulation

GAIH

as

:

CB

Step

cw

Mode : USB

Same

Same

as

as

above

above

_TX.

1

ADJUSTMENT
VRlO

-:

VR9

IA2

'"

L41,43,49

L42

Disconnect

Main

P.C.Board
TP-8(+),
Ammeter.

Connect
Adjust

DC

VR9

Disconnect
Connect

PC-834AA
P.C.Board.
and

Oscilloscope.

Turn

the

bottom.

Adjust

While

by
Set

reading
for

coils

then,

adjusting

E Band

and

minimum di.f.f

40.

the

and

TP-6(-).

~eter

to

obtain

the

DC

Connect

Cor

of

for

keep

SG.

Channel

then

REMARKS

PC-834AA

connect
Adjust

to

TP-8(+),

the·

Ammeter.

to

Check

power

Set

L42

CW

maximum

the

output

40,

set

A

erence

from

Check

DC

for

current

Point

meter,

VR8

CW

maximum

indication.

voltage

adjust

B~d

Channel

from

E Band

Point

Ammeter

50mA

on

TP-7(-).

80mA.

of

Main

RF-VTVM

maximum.

at

the

under

for

maximum

1,

Channel

of

to

DC

25V

adjust

the

L30

to

19

:

:

:

E

USB

6

Channel
Band
Mode

L30

Adjust

on

the

RF

obtain

VTVM.

maximum

indication

2 Tone

SG

30mV

:

AF

STEP

PRESET

TO

ADJUSTMENT

REMARKS

)

7

8

9

10

11

12

same

as

Same

Mode
No

as

:

AM,

Modulation

Channel

Band : E
Same

as

except

Push
Same

SW
as

except

AF

SG

:

Same

as

except

mode :

FM

above

Step

TX.

:

19

above

: S/RF
above
30mV

lKHz

above

1

Mod.

VR8

VR5

VRll

·VR7

\fR12

VR4

Adjust

the

Adjust

leakage

Adjust

lOW

AdJUSt
blank

AdJUS-C

VR3

RF

VTVM.

VR5

VRll

on

RF

:ror

zone

v.tU.~

between

modulation.

Connect

Deviation·meter.

Deviation

'tO

obtain

to

obtain

USB

to

obtain

Power

-cne
of

. .

on

meter.

neecµe

TX

Power

-co

obtain

Deviation

RF

the

and

RF

of

~

output

minimum

LSB.

carrier

B1J.t

Meter.

\negative}

Adjust

meter.

of

.

1n

.:><:::.4v

carrier

power

Me-cer

for

3kHz

on

of

UJ

)

13

14

Channel
Band : C
Push

SW : MOD

Channel
Band : . C
No

Modulation

Mode

c)

:

Test

AM

:

19

19

:

Equipment

VR3

VR6

Connection

Set

AF
Adjust
on

the

Adjust

± lOOHz.

(see

following

SG

to_50%

VR3

to

100%

transceiver

Transmitter

page)

Modu1ation,

mudulation
meter.

Frequency

then

add

indication

for

27

.185MHz

16dB.

0

0

0

I I

I I I I

I L--

l_

-----,

i-

I r----------- '

I I

l I

I I

I

I

I

I

I

I

__

J · I -

-----------:-1

--"-~--

----------------

r-----------------. :

t I l

·:::

I I
I

l-

I,------------------,

I I I

I

l_

lil

I@

~

~---...J

------------

---1

--------------:i

I

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.

..._,,

"-"'

."-"".

SIGNAL

~

GENERATOR

0 0

TRANSCEIVER

ANT EXT

SPKR

DC

POWER

SUPPLY

~EJ

13.SV

-----,

I

I

I

I

: : I :

:k

,L:---

AF

VTVM

1~1

lj

1 •

__

J L_

---------

DC

___

VOLT

[2J

-

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-0

OSCILLOSCOPE

-~

~,

_,

'

I

J·L---Cl

--

I ,

METER

80

RESISTOR

....

I

)

ALIGNMENT

L6

L7

POINTS

D
D

L5

D

o-n2

L3

TPl

VRl

VR2

Oo

)

L9

D

D

L4

3.

ALIGNMENT
a)

Test

-

-

-

-

b)

Alignment
Connect

alignment

OF

RECEIVER

Equipment

RF

SSG

DC

Voltmeter

AF

VTVM

Oscilloscope

Procedure

the

AF

of

PORTION

Required

VTVM

receiver

and 8 ohm

portion.

dummy

load

to

EXT

SP

Jack

during

the

)

)

STEP

1

2

3

4

5

PRESET
Channel

TO

:

19

Band : C

NB/ANL : OFF
MOD,

S/RF : S/RF

PA/SQL : SQL

Clari : Center
RF

GAIN : CW

AF

VOL : CW

MODE : AM

Same

as

above

as

as

as

above

above

above

Same

Same

Same

ADJUSTMENT

L6

L5,

7,

8

9

'

L6

VR1

REMARKS

::>et u SG

to

"1Qdulation.

Turn

the

core

bottom.

the

the

set

the

Unit

for

unit

1),
1/4

SSG
Adjust

Set
coils

..

Set
Channel

then

Set

lation.
transceiver's

•

..

of

to

C Band

maximum

to

C

adjust

turn

to

lOOuV
VRl

meter.

e.l

l!:f

L8

to

reading.

B~d

for

CCW.

output

obtain

to

Wl.Ul

CW.

Channel

&r.f>,

maximum

19

.I.KHZ

AM,

Channel 1 AM
maximum

with

reading

no-modu-

"S-9"

at

(SSG

on

the

adjust

and

7

8

6

Same

Same

as

as

above

step
except
MODE : USB

Same

as

Step

except

Mode : FM

turn

comes

Channel

output

FM

lKHz,

off

up

to

reading.

the

VR2

Adjust
when

1

L3

Set
modulation,
Connect
adjust

1

L4

Set
Adjust
on

VR2

to

SSG

output

SSG

to

C Band

and

Oscilloscope

for

maximum

the

SSG

to

L4

to

obtain

Oscilloscope.

squelch

the

to

lOOOuV.

18

level

TP-1

l.5KHz
maximum

USB
is

(D2)

circuit

with

no-

5uV.

so

that

Deviation

indication

lmv

ALIGNMENT

POINTS

°CJ

VRlO

)

0

L40 L41

DO

BIAS

VR9

OL30

OTP?

O

TP6

DO

TP8

VR4
DEV

VR7

OoO

VR12

AMC

VR9

a

AM

PWR

VR3

MOD.M

0

)

0

VR5

CARRIER

D

VR6

TX. FREQ.

0

F.

FREQUENCIES

CHANNEL

A

BAND

MHZ

B

BAND

MHZ

C

BAND

MHZ

D

BAND

MHZ

E

BAND

MHZ

I

)

)

.

1
2
3
4
5
6
7
8
9

10

11
12

13
14
15
16
17
18
19

20
21
22
23
24
25
26
27
28
29

30

31.
32

33
34
35
36
37
38
39
40

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.

1

1

2

1
1

I

LISTE PIECES

DETACHEES

JACKSON

LISTE PIECES

DETACHEES

JACKSON

2

CODE

JX005
JX006
OA001

OX001
OX002
PF001
PF002

PF004
PF005 FILTRE
PQ002
PQ005
PQ006

QX002
RV002
RV003
RV004
RV005

D

JACK
JACK
AFFICHEUR

LED

TLR-124
DIODE I LED
FILTRE
FILTRE

. FILTRE FL-0'55 10H-7A1 1

QUARTZ

QUARTZ

QUARTZ

FACE
POTENTIOHETRE
POTENTIOHETRE
POTENTIOHETRE
POTENTIOHETRE

S I G N A T I 0 N

E

JK-087

JK-075

UR-202D

RED

TLG-124A

SFE

FL-048

FL-066

FL-090

10.6975

10.240

14.550

AVANT

JACKSON

10.

UHF-058 1

QX-074

RV-320
RV-447
RV-485

RV-560

QTE/HOI>.

GREEN

"/HS2-H 3

50KA
50KB
1KB.1KA
20KB.1KB

G N

CODE

1
1
1

1
1

1

TX002

TX003
TX004
TXOOS
TX009
TX010
TXOH
VH002

-------

1
1
1
1
1
1

1
1

D E S I

TRANSISTOR
TRANSISTOR
TRANSLSTOR

TRANSISTOR

TRANSISTOR

TRANSISTOR
TRANSISTOR
VU-HETRE

HT-221

--------------------------------

A r I

2SC945A-Q
2SC1674-L 3
2SC1675-L

2SC1730-L
2SB525-D
2SC2086-D

2SD355-E

0 N QT[/HOD.

16

16

1
1
1

1

.

1

---------

l

SS001

SX001 FUSIBLE
SX002
SX004
SX005
TB001

TH001
TH003
TX001

COHHUTATEUR

COHHUTATEUR
COHHUTATEUR

COHHUTATEUR
TRANSISTOR

TRANS.ISTOR
TRANSISrDR
TRANSISTOR

SR-208 1

FS-014

6A
SR-187 1
SW-317
SR-342

2SA473-0
2SC2166-C 1
HRF-4TI
2SA733-P 2

1

1
1

1

1