Hallicrafters 5X-117 Schulungshandbuch

OPERATING

AND

SERVICE

INSTRUCTIONS

FOR

•••

COMMUNICATION

RECEIVER

MODEL 5X-117

"The

Hallicrafter's

Company

warrants each

new

radio product manu-

factured

it to be free. from defective material

and

workmanship

and

agrees to remedy

any

such defect or to furnish a

new

part in ex-

change

for

any

part

any

unit of its manufacture which under nor-

mal installation, use

and

service discloses such defect, provided the

unit

delivered

the owner to our allthorized radio dealer, whole-

saler, from whom purchased, or, authorized service center, illtact, for

examination, with all transportation charges prepaid within ninety

days from tile date

sale to original purchaser Imd provided that

such examillation discloses in our judgment that it

thus defective.

This warranty 'does not

extend

to allY

Ollr

radio products which

have been subjected to misuse, neglect, accident, illcorrect wiring

IIOt

our own, improper installation,

to use in violation of instrllctions

furnished by us, nor

extended

to units which have been repaired or

altered alitside

Ollr

factory

authorized service center, nor to cases

where the serial number thereof has bel'li removed, defacedorchanged,

nor to accessories used therewith

IIOt

of our

own

manufacture.

Any

part of a unit al'llroved for remedy or exchange hereunder will

be remedied or exchanged

the

authorized radio dealer or whole-

saler without charge to the owner.

This warranty

in lieu of all other u:arranties expressed

iml,lied

and

no representative

I,erson

allthorized to assllme

for

liS

allY

other liability in connection witl. tl.e sale of our radio products:'

092-016679

Figure

Hal/icrafters'

Model

117.

SECTION I

GENERAL

DESCRIPTION

The

Model

SX-117

triple--conversion,

super-

heterodyne-type

comm

uni

cations

receiver

having

the

following

features:

• Op

eration

most

encies

from

30 MC

(see

paragraph

5-7).

• A

VFO

which

can

used

crystal-

ocked

oscillator

for

fixed-channel

operation

(see

paragraph

5-8).

• A

high

order

mechanical

and

elect

cal

stability.

• An

easy

-t

ead

dial.

• A

constant

tuning

rate

bands.

• A

transmitter-type

VFO.

• B

acklash

-fr

combi

nati

pinch

and

ear

drive.

•

Crystal-controlled

first

and

third

conversion

oscillators

•

Less

than

1/ 2

microvolt

sensitivity

on SSB/

CWo

•

Excellent

spurious

and

image

rejection.

•

Selectable

sidebands.

•

Selectivity

variable

thr

steps,

500

CPS,

2.5 KC,

and

5 KC.

•

Amplified

fast

-att

ack,

slow-release

AVC

for

SSB/CW;

fast-attack,

fast-release

for

AM.

•

oduct

detector

for

SSB/CW;

enve

ope

detec-

tor

for

AM.

•

IF-type

noise

limiter.

•

100-KC

Crystal

Calibrator.

• Audio

inv

erse

feedback.

•

Approximate

1-KC

marks

tuning

knob

skirt.

•

Variable

T-Notch

rejection

filter.

•

tly

ced

weight

through

lumi-

num

for

hassis,

panel,

cab

et,

brackets,

etc

• New

smaller

size.

SECTION II

TECHNICAL

SPECIFICATIONS

Basic

Frequency

Coverage

*WWV

.....................................

9.5

10.0

80-Meter

Band.

. . . . . . . . . . . . . . . . . . . . . . . . . . . .

3.5

4.0

40-Meter

Band

20-Meter

Band

15-Meter

Band

*10-Meter

Band

10-Meter

Band

*10-Meter

Band

*10-Meter

Band

*Crystals

not

supplied.

7.0

7.5

14.0

14.5

21.0

21.5

28.0

28.5 MC

28.5

29.0

29.0 MC

29.5

30.0

Note

See

paragraph

5-7

for

additional

information.

Frequencies:

..........

Reception:

..•............

Sensitivity

-AM:

.......•...

3 MC

30 MC

Sensitivity

-SSB/CW:

...•...

30 MC

Sensitivity

(with HA-10):

Selectivity:

Stability:

......•.........

Calibration

Accuracy:

......

Rejection:

............

In-Band

Tweets:

..........

Audio

Power

Output:

.......

AVC

Figure

Merit:

Power

Source:

...........

Power

Consumption:

..•.....

Number

Tubes:

.....•....

Audio

Output

Impedance:

Headphone Output:

..•.......

Antenna

Input

Impedance:

(High

Frequency)

6.5

6.0 MC

(Variable),

1650 KC,

and

50.75 KC.

AM, CW,

and

Single

Sideband

(SSB).

Less

than

microvolt

for

10-DB

signal-to-noise

ratio

(30%

modulation).

Less

than

1/2

microvolt.

microvolts.

Variable

three

steps

providing

0.5 KC, 2.5 KC, and 5

6 DB down.

Better

than

300 CPS

after

warmup.

Better

than

between

adjacent

100-KC

calibration

points

after

indexing.

than

50 DB.

Less

than

1/2

microvolt

equivalent

(within

amateur

bands).

3/4

watt

with

less

than

10%

distortion.

than

80 DB.

105

volts

125

volts,

50/60

cycles~

watts.

14 (one

not

supplied),

plus

four

silicon

diodes.

3.2

ohms

and

500

ohms;

rear-mounted

screw

terminals.

ohms

2000

ohms;

panel-mounted

jack

accepts

standard

1/4-inch

plug.

ohms

unbalanced;

rear-mounted

RCA-type

phono

jack

accepts

RCA-type

phono plug.

NOTE:

Chassis

punched

Amphenol

Type

SO-239

coaxial

receptacle;

for

use

from

3.0

30 MC.

-2-

Low

Frequency

Input:

Remote

Standby

Control:

Demensions:

Net

Weight:

Shipping Weight:

CATHODE

FOLLOWER

CRYSTAL

OSCILLATOR

(OPTIONAL)

High

impedance

first

mixer

grid;

for

use

with

external-

tuned

circuit

from

3.0

MC.

RCA-type

phono

jack

accepts

RCA-type

phono

plug.

Rear-mounted

screw

terminals.

7-3/4

inches

high,

inches

wide,

and

14-3/4

inches

deep.

18-1/2

pounds.

pounds

(approximately).

CATHODE

FOLLOWER

VARIABLE

FREQUENCY

OSCILLATOR

tVfO)

PRODUCT

DETECTOR

BEAT

FREQUENcY

OSCILLATOR

{BFO!

________

-1

6DC6

Amplifier

Figure

Block

Diagram

the

Receiver.

TUBES

AND

FUNCTIONS

FIRST

AUDIO

AMPLIFIER

AUDIO

OUTPUT

092-015642

6EA8

Third

Mixer,

SSB-Switching

Crystal

Oscillator

6EA8

12AT7

*6EA8

First

Mixer,

Cathode

Follower

Amateur-Band

Crystal

Oscillator

Auxiliary

Crystal

Oscillator

6BA6

6BE6

6BN8

50.75-KC

Amplifier

Product

Detector,

BFO

Detector,

AVe

Amplifier,

AVC

Rectifier

6BA6

6BE6

6EA8

6DC6

6-MC

6.5-MC

Amplifier

Second

Mixer

VFO,

Cathode

Follower

1650-KC

Amplifier

6GW8

6AU6

First

Audio

Amplifier,

Audio

Output

100-KC

Crystal-Calibrator

Oscillator

Two

each

Silicon

Noise-

Limiter

Diodes.

Two

each

Silicon

Power-Supply

Diodes.

*Not

Supplied

-3-

SECTION

III

INSTALLATION

3-1.

UNPACKING

After

unpacking

the

receiver,

examine

for

damage

which

may

have

occurred

transit.

Should

any

sign

damage

apparent,

file

cla

immediately

with

the

carrier

stating

the

extent

damage.

Carefully

check

all

shipping

labels

and

tags

for

instructions

before

removing

destroy-

ing

them.

IMPORTANT

remove

top

cover,

turn

screws

approximately

one

quarter

turn

counterclockw

not

attempt

remove

screws

3-2.

LOCATION.

The

receiver

may

placed

any

location

that

will

permit

free

air

circulation

through

the

ventilation

holes

and

openings

the

cabinet.

Avoid

excessively

warm

locations

such

those

near

radiators

and

heating

vents.

Also

avoid

direct

blasts

air

from

circulating

fans,

etc.

not

place

speakers

any

other

objects

the

cabinet

cover

manner

that

will

impair

natural

venti-

lation.

••••

wr.·

3-3.

ANTENNAS

The

Model

SX-117

uses

input

circuit

de-

signed

for

unbalanced

50-ohm

70-ohm

input.

Any of

the

popular

dipole

beam

antennas

using

50-ohm

70-ohm

coaxial

transmission

line

will

suffice.

should

remembered,

however,

that

these

antennas

will

give

optimum

results

over

limited

frequency

range

only.

Generally

speaking,

the

same

rules

that

apply

transmitting

antennas

will

hold

true

for

receiving

antennas.

For

further

information

this

subject,

refer

the

"Radio

Amateur's

Handbook"

the

R. R. L.

Antenna

ook,"

both

published

the

American

Radio

Re-

lay

eague,

West

Hartford,

Connecticut,

U.S.A.

IMPORTANT

Some

form

lightning

protection

should

provided

which

will

comply

with

local-code

requirements.

3-4.

GROUNDS

All

station

equipment

should

bonded

to-

gether

with

heavy

copper

wire

braid

and

con-

nected

cold

-w

ater

pipe

earth

ground.

external

chassis

ground

terminal

provided

the

rear

the

Model

SX-117

for

this

purpose.

~e·

• •

CRYSTAL

ANTENNA

VFO

OUTPUT

FUSE

OSCILL

ATOR

CHASSIS

GROUND

I AMP

OUTPUT

092-016680

Figure

View

Showing

Rear

Chassis

Connections

-4-

3-5.

POWER

SOURCE.

The

SX-117

designed

operate

from

105-volt

125-volt,

50/60-cycle,

power

source.

Power

consumption

watts.

NOTE

doubt about

your

power

source,

contact

your

local

power

company

prior

inserting

the

power

cord

into

any

power

outlet.

Plugging

the

power

cord

into

the

wrong

source

can

cause

extensive

damage

the

unit.

3-6.

SPEAKER.

terminal

strip,

marked

3.2,

and 500,

provided

the

rear

the

receiver

for

connecting

external

speaker

line

(see

figure

3). Any

per-

manent-magnet

type

speaker

with

a 3.

2-ohm

voice

coil

can

used

connecting

the

two

leads

from

the

speaker

voice

coil

the

terminals

marked

3.2

and

desired

use

speaker

with

voice-coil

impedance

other

than

3.2

ohms,

matching

transformer

should

employed

in-

sure

optimum

performance.

The

transformer

should

mounted

near

the

speaker,

should

have

500-ohm

primary

impedance,

and

should

have

secondary

impedance

match

that

the

speaker

voice

coil.

Connect

the

primary

the

matching

transformer

the

terminals

marked

500

and

G and

the

secondary

the

speaker

voice

coil

terminals.

SPEAKER

The

Hallicrafters

Model R47

Speaker

particularly

suited

for

voice

and

use.

Model

R48A

Speaker,

with

its

two-position

VOICE-

FI-

DELITY

switch

will give

excellent

results

for

all

modes

operation.

The

leads

either

speaker

are

connected

the

terminals

marked

3.2

and

3-7.

HEADPHONES.

The

headphone

jack

marked

PHONES

lo-

cated

the

front

panel

and

wired

that

the

3.2-ohm

speaker

output

automatically

disabled

when

the

headphones

are

inserted.

The

headphone

impedance

not

critical,

and any

headphones

ranging

impedance

from

ohms

to 2000

ohms

will

provide

satisfactory

performance.

should

noted

that,

although

insertion

the

headphone

plug

into

the

front

panel

jack

will

silence

the

3.2-ohm

speaker

output,

the

500-ohm

output will

remain

operation

all

times.

3-8.

REMOTE

RECEIVE-STAN

SWITCHING.

The

receiver

may

disabled

from

re-

mote

location

removing

the

jumper

between

the

terminals

marked

STANDBY and G on

the

rear

the

chassis

and

then

connecting

a SPST

switch

relay

between

these

terminals.

The

switch

re-

lay

contacts

should

wired

Re-

ceive

and

open

Transmit.

The

receiver

may

also

disabled

Trans-

mit

turning

the

GAIN

control

0 (fully

counterclockwise).

V.cy

3.2fi

NOTE: DOTTED LINES INSIDE

BOXES

DENOTES INTERNAL WIRING

SXIOI-

SXIII

-SXI15

CONTROL

OUTLET

RECEIVER

32B

HT37

HT33B,HT4I,

TYPICAL

LINEAR

AMPL.

FINAL

BIAS -........"

T""'-'-

T---'---

SUPPLY

'*'

NC~_~----,

' T T

--0-

____

RG58IL

.r---'

I I

OUT

~ ~

GRID

RETURN

OPERATING

BIAS

RESISTOR

STANDBY ANTENNA

ANT.

OUTPUT

50so INPUT

500

02Q

3.2

':Jl.-

GND-,

~tND'POST

l BIAS \,7

RESISTOR

NC4---~

~FOUTPUT

NO---o-:-:'

~r:;~~~-.r:4

GND

POST-*-

~NO

.....,...;.PO..;,.S;;...T-t-

______

.......

ADJUST

FOR

RG8/U

* LEVEL

~~~~

~,-::-i==~it:OK~~=L=-==~====-=J~I===========+~====~--------~--------~R~G5~8~/~U

____

~~~

:----,:

~,:,

ANTENNA

I I I

CHANGE

OVER

STAND-BY]

iANTENNA I RELAY

TERMINAL 1 'INPUT :

CHASSIS

GND

@ I

3.2!l

SPEAKER4 J

TERMINAL

p~~~-

-----------

--------

-NOTE:

ALL

CHASSIS SHOULD

L-

________

...

*NOTE: USE

10K

POT

FOR

BE BONDED TOGETHER

SX-117

MONITERING

LEVEL

OPTIONAL AND

EARTH

(NOT SUPPLIED

WATER

PIPE

GROUND.

Figure

Typical

Station

Setup.

-5-

117VAC

092-014605

R.f.

GAIN

4 5 ,

:,0:'

XTAL

SELECTOR

ha//;craliers

TUNING

MODEL

SX-117

HGAIN

,',0:'

NOTCH

fREO.

·"~·o·'

• •

"ot'

BANOSELECTOR

':':u:

"::0:"

(j19:9·~L~WWO

PHONES

CAL

RESET

fUNCTION

SELECTIVITY

USB

5.0

1.5

0.5

""6·:'0"'(:)

BfO

092-015915

Figure 5. Front

Panel

View

Receiver.

SECTION

FUNCTIONS

OPERATING

CONTROLS

4-1.

GAIN

CONTROL.

The

GAIN

control

varies

the

gain

the

amplifier

and

the

50.

75-KC

amplifier.

Max-

imum

sensitivity

obtained

with

the

control

set

10 (fully

clockwise).

this

position,

the

tubes

being

controlled

are

operating

maximum

gain

with

minimum

cathode

bias.

the

control

ro-

tated

counterclockwise,

the

cathode

bias

in-

creased

with

resultant

decrease

gain.

The

normal

setting

the

GAIN

control

will

vary

with

conditions.

When

searching

for

weak

signals,

the

control

should

well

advanced.

When

copying

strong

signals

under

crowded

noisy

conditions,

may

found

desirable

reduce

the

GAIN

control

setting.

should

remembered

that

the

S-Meter

calibration

will

correct

only

with

the

GAIN

control

fully

advanced

to 10.

AVC

automatically

controlled

the

GAIN

control

that

not

necessary

dis-

able

the

AVC

circuitry

for

any

mode

reception.

4-2.

BAND

SElECTOR

CONTROL.

The

BAND

SELECTOR

control

operates

the

bandswitch

place

the

proper

crystal

and

coils

into

the

circuit

cover

the

desired

frequency

range.

-6-

should

noted

that

several

bandswitch

positions

are

identified

red

dot. When

the

switch

rotated

one

ofthese

positions,

the

red

dial

scale

should

used.

the

position,

the

bandswitch

discon-

nects

the

internal-tuned

circuits

and

connects

the

first

mixer

grid

the

INPUT

jack

the

rear

panel.

4-3.

PRESElECTOR.

The

PRESELECTOR

control

provides

pre-

cise

tuning

the

antenna

and

mixer

coils

give

maximum

gain

and

optimum

signal-to-noise

ratio.

also

allows

coverage

the

entire

3.0-MC

30-MC

range

(see

paragraph

5-7).

NOTE

Care

should

exercised

when

setting

the

PRESELECTOR

control

the

40-

meter

(7.0 MC)

WWV

bands.

possible

tune

the

PRESELECTOR

control

the

6.5-MC

6.0-MC

first

frequency.

The

correct

setting

for

the

40-meter

band

indicated

the

block

marked

40.

The

correct

setting

for

WWV

(9.5 MC

Me)

will

be-

tween

and

the

PRESELECTOR

logging

scale.

Under

certain

conditions

where

excessive

noise

interference

encountered,

may

found

desirable

slightly

detune

the

PRESEL-

ECTOR

control

for

optimum

reception.

4-4.

(AUDIO)

GAIN

CONTROL.

The

GAIN

control

adjusts

the

audio

out-

put

level

the

speaker

terminals

and

PHONES

jack.

Clockwise

rotation

increases

the

signal

voltage

applied

the

grid

the

audio

am-

plifier,

thus

increasing

the

audio output.

4-5.

SELECTIVITY

SWITCH.

The

SELECTIVITY

switch

used

vary

the

bandwidth to

suit

receiving

conditions.

Three

degrees

selectivity

are

available,

rang-

ing

from

500

CPS

for

reception

under

crowded-band

conditions

kilocycles

for

maxi-

mum

fidelity

voice

music-modulated

signals

where

conditions

permit.

The

three

positions

are

marked

the

front

panel

and

indicate

the

50.75-

bandwidth

the

6-DB

points.

See

figure

for

typical

selectivity

curves.

The

recommended

positions

for

the

various

modes

operation

are

follows:

0.5

2.5

SSB 2.5

2.5

5.0

4-6.

FUNCTION

SWITCH.

The

FUNCTION

switch

afour-positionro-

tary

switch

performing

the

following

functions:

Position

Function

OFF.

•.

disconnects

the

117-volt,

60-

cycle,

power.

.....

Connects

the

117-volt,

60-

cycle,

power.

Disables

the

BFa.

Connects

audio

the

enve-

lope

detector.

Selects

fast-attack,

fast-re-

lease

AVC.

Connects

the

1700-

side-

band-switching

crystal.

USB

.....

Connects

audio

the

product

detector.

Energizes

the

BFa.

-7-

I-

III

KC OFF RESONANCE

8 6 4 2 + 0 - 2 4 6 8

I ;

j I

J ; \

I 1! ,

\ I

; I

I \

I I ,

; I ',

! I \

I \

5 2.5 \\

! f ;

I !

; \

1 I

J " \

I I \ \

092-016760

Figure

Selectivity

Curves.

Selects

fast-attack,

slow-

release

AVC.

Connects

the

1700-KC

side-

band-switching

crystal.

LSB . .

Connects

audio

the

pro-

duct

detector.

Energizes

the

BFa.

Se I e c t s

fast-attack,

slow-

release

AVC.

Connects

1600-

sideband-

switching

crystal.

illustrate

how

selectable-sideband

re-

ception

accomplished,

numerical

example

given.

Consider

incoming

signal

7000 KC,

modulated

KC.

Since

modulation

of a

carrier

causes

the

generation

sideband

frequencies

numerically

equal to

the

carrier

frequency

plus

minus

the

modulation

frequency,

the

incoming

signal

consists

of ,the

carrier

7000 KC, a

lower

sideband

6999 KC, and an

upper

side-

band

7001

KC.

See

figure

The

incoming

signal

first

heterodyned

with

the

output of

the

first

conversion

oscillator

the

first

mixer.

The

first

conversion

oscillator

operates

frequency

higher

than

the

incoming

signal

amount

equal to

the

first

fre-

quency of 6.500

(variable

IF). As a

result

this,

three

new

lower

frequencies

are

produced

the

output of

the

first

mixer:

the

carrier

6.500 MC,

the

lower

sideband

6.501MC, and

the

upper

sideband

6.499 MC.

These

signals

are

amplified

the

6.500-MC

6.000-MC

stage

and

then

heterodyned

with

the

output of

the

VFO

(4.85

to 4.35

MC)

the

second

mixer.

Three

new

lower

frequencies

are

again

produced

the

output of

this

mixer

stage:

center

frequency

of 1650 KC, a

lower

sideband

of 1651 KC, and an

upper

sideband

of 1649

KC.

These

signals

are

amplified

the

1650-KC

amplifier

and

fed

the

third

mixer,

where

they

are

heterodyned

with

the

output of

either

the

1600-KC (lower sideband)

the

1700-KC (upper

sideband)

crystal-controlled

third

conversion

os-

cillator.

When

the

FUNCTION

switch

placed

the

LSB

position,

three

new

lower

frequencies

S,4NC

TRAP

INCOMING

SIGNAL

NOTE:

LSB-LOWER

SIDEBAND

USB-UPPER

SIDEBAND

NOT

SCALE.

ILLUSTRATION

ONLY

OUTPUT

MIXER

are

produced:

the

carrier

frequency

50 KC,

the

lower

sideband

KC, and

the

upper

sideband

KC.

referring

figure

7D,

can

seen

that

the

lower

sideband

falls

within

the

passband

and

the

upper

sideband

rejected.

When

the

FUNCTION

switch

placed

USB

position,

the

carrier

frequency

remains

but

the

sidebands

are

reversed

the

heter-

odyning

process.

The

upper

sideband

will now

and

falls

within

the

passband,

while

the

lower

sideband

will

appear

and

rejected.

4-7.

NOTCH

FREQ

(FREQUENCY)

CONTROL.

The

NOTCH

FREQcontrol

varies

the

notch

frequency

within

the

50.75-KC

passband

and

very

useful

attenuating

undesirable

hetero-

dyne. Since

the

notch

width

quite

narrow,

essentially

single-frequency

device

and cannot

attenuate

than one

heterodyne

the

hetero-

dynes

are

separated

frequency

than

500 CPS.

The

NOTCH

FREQ

control

very

effective

when

using

exalted

carrier

reception

(AM

with

BFO

on). The

notch

control

adjusted

approxi-

mately

that

the

incoming

signal

carrier

removed.

This

will

remove

the

low-frequency

heterodyne

which

may

heard

the

receiver

not

tuned

exactly

zero

beat

with

the

incoming

signal.

The

signal

under

these

conditions

will

tune

similar

double-sideband

suppressed

car-

rier

and

may

received

the

USB

(upper-

sideband)

the

LSB

(lower-sideband)

position.

OUTPUT

2ND

MIXER

3RD

CONV,

OSCILLATOR

FREQ,=

1600KC

3RD

CONV,

OSCILLATOR

FREO,=1700KC

OUTPUT

3RD

MIXER

092-01581S

Figure

Selectable-Sideband

Response

Curves.

-8-

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