IEC F74, F77 Service manual

,~l

-'

Model

No.

~JL±='

-

Instruction

MANUAL

__

Serial

10;

30

No.

__

')Z-r

_

G]c

.

}-

SERIES7D

FUNCTION

GENERATOR

MODELS

F74/F77

',-

@)

~EC

A

SUbSldl.'Y

Of

A-T-O

Inc.

INTERSTATE

ELECTRONICS CORPORATION

--~.;;..-.--------------

Department

PART

NO.

7000

PO0338099-4

707

EAST

VERMONT

(F74-F77)

AVENUE,

ANAHEIM.

CD

COPYRIGHT

CALIFORNIA

1975

92803 • (714)

PRINTED

772-2811

1975

DIGITAL

Y

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INSPECTION

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damage

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removing

that

it

SHIPMENT

defective

defect

costs

damages

inspect

all

packing

is

free

developed

are

the

carrier

of

should be made with the

to

IEC.

disposition

report

of damage and

After

of the

receiving

instrument

generators

of one

year

products

under

paid by the

nor

is

any

exterior

if

of

such

materials,

mars

and

carrier.

this

and

)

ii

This

instrument

vac,

50 to 400 Hz. A

selects

the

Operation the

instrument.

Electrical possible.

operates

desired

at

the wrong

performance

See

paragraph

POWER

from

slide

switch

power

line

voltage .

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

:

CAUTION

I I

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

power

PERFORMANCE

tests

4-2,

line

Section 4.

a-c

at

the

voltage

should

power

rear

:

switch

TESTS

be

only,

of the

either

equipment

setting

concluded

115

may

as

or

230

readily

damage

soon

as

Paragraph

OPERATING

WIDTH

MODE

which

•

Continuous -This conventional form, cy WAVEFORM adjust,

•

Triggered

ted

SWEEP

response

TRIG-SYNC IN

advisable

with

and

F77 Model

and

Selector

control).

Selector

permits

operating

fully

dial,

etc.

main

RAMP

to a

Section

2

OPERATING INSTRUCTIONS

to

momentary

and

graphics

have

been

use

of

the

however,

with

great

the

full

potential

that

he

the

panel

connectors,

generators

described

CONTROLS

(with

continuous

controllable

FREQUENCY

Selector,

- A

single

generator

voltage

concentric

is

the

user

modes:

mode

cycle

waveform)

level

connector

for

the

Series

designed

instruments.

are

sophisti-

versatility.

of

the

familiarize

controls. and

indicators are

in

detail

a

seven-position

to

establish

provides

output

via

the

frequen-

MULTIPLIER,

OUTPUT

of

the

waveform

will

occur

change

or

in

response

70

to

fa-

IEC

If

the

equip-

him-

The

shown

in

the

PULSE

any

for

wave-

level

selec-

(not

in

at

the

a

TRIGGER

•

Gated

of

the

selected

will

occur

level

change nector actuation

GA

TE

ber

of

ent

upon

with

relation

• Continuous Sweep a

main

tween

limits

cy

dial

LIMIT

pattern

established controls.

•

Trigger and

corresponding quency sponse TRIG-SYNC IN

to

momentary

UAL TRIGGER OR GATE output line

level

the

completion

actuation

OR GATE toggle

- An

integral

main

in

response

at

the

or

in

response

of

the

MANUAL TRIGGER

toggle

cycles

generator

control.

occurs

sweep

to a

waveform

switch.

gated

the

duration

to

dial

established

and

its

The

repetitively,

by

Sweep - A

are

caused

voltage

connector

actuation

returns

(set

by

the

of

the

of the MANUAL

switch.

number

generator

TRIG-SYNC IN

The

out

will

of the

frequency.

This

swept

associated

swept

the

single

main

level

PHASE

sweep.

of

waveform

to a

to

momentary

actual

be

gate

mode

frequency

by

the

frequen-

frequency

at a rate

SWEEP

sweep

generator

to

occur

change

or

in

response

of

the

switch.

to a dc

control)

cycles

voltage

con-

OR

num-

depend-

pulse

causes

be-

SWEEP

TIME

ramp

fre-

in

re-

at

the

MAN-

The

base-

at

2-1

SECTION 2

" • Sweep and Hold - A

is

caused voltage IN

connector taryactuation

OR GATE toggle frequency will

remain

ed

at Reset manually, toggle

•

Burst -Similar that

the

from

duration TRIGGER petition sweep

b. PULSE WIDTH The

PULSE WIDTH

position

switch

to

level

(and

the

completion

to

initial

switch.

gate

the

repetitive is

LEVEL

rate

time.

that

occur

change

or

in

response

of

the MANUAL TRIGGER

switch.

sweep

at

whatever

condition

via

the SWEEP RESET

to the

time

is

sweep

adjustable

control.

is

nominally

Selector

selector

is

employed tion with the WAVEFORM concentric colored indicate selected, determined its

related generator. the

selected

between

WIDTH

labeling

this).

the

resultant

vernier

on the

When the

pulse

instrument

by the PULSE WIDTH

width

care

pulse

vernier.

must

width

be

taken

is

pulses.

single

in at

sweep

response

the TRIG-SYNC

to

The

ramp

waveform)

value

is

of

the

sweep

must

gate

mode,

internally

ramp.

by

means

Burst

the

inverse

is

a

in selector (note

the

pulse

waveform

time

duration

selector

As in any

to

insure

less

than

the

ramp

to a

momen-

output

attain-

time.

be done

except

derived

Burst of the

re-

of

three-

conjunc-

and

its

orange-

panel to

is is

and

pulse

that

period

the tuning

range

of

the

frequency

dial.

In

conjunction with the VAR SYM/SYMMETRICAL selector,

.001

d. The

provides

(V

AR SYM)

The two

SYMMETRICAL

two

be

used.

scale,

full tionship frequency stop, put

frequency.

In

of

sine,

adjustable

WIDTH-VAR

e.

The tuning the FREQUENCY MULTIPLIER. frequency

respect

Xl,

100:1

full-scale

Hz

and 20

VAR

MHz

SYM/SYMMETRICAL

symmetrical

waveform

switch

determine

sets

of

dial

calibration

(Xl

or

X2)

the

accuracy

progressively

dial

is

the

Xl,

X2

selector

VAR

SYM

(XO.1) position. the

square,

and

over a range

SYM

vernier

Frequency

LIMIT

frequency

over

to full

and

further

for

VAR SYM, XO.1.

the

is

tunable

Dial (with

control).

dial

frequency

scale,

reduced

dial

calibration

can

be

chosen.

or

generation.

positions

NOTE: Below

of the degrades.

against

the

has

triangular

of

5% control.

concentric

provides

range

in

excess

reduced

to

between

Selector

selector

nonsymmetrical

associated

which

markings

Xl,

X2

of

are

10%

rela-

with

the

of

When the

low-frequency

no

effect

on

out-

symmetry

waveforms

are

to 95%, using the

SWEEP

continuous

selected

For

of

1000:1 with

to 500:1

X2,

by

the

for

approximately

to

is a ten-position

2-2

c.

FREQUENCY

concentric

selector).

The

FREQUENCY

MULTIPLIER

Selector

(with

V AR SYM/SYMMETRICAL

MULTIPLIER

switch

which

Selector

establishes

The SWEEP LIMIT tablish swept

main

frequency

the

frequency

of the

upper

control

frequency

waveform.

dial

is

sweep;

is

In

operation,

set

then

used

to

limit

to the

of a

lowest

the SWEEP

es-

the

SECTION

2 '

FREQUENCY

Rotary

ranges

VARSYM-SYMMETRICAL-----------------------------------------------------

A

3-position

waveforms

approximately on

the tion 2, Frequency

position

the

inner

SWEEP

Adjustable quency

FREQUENCY

Planetary on the

Frequency

Larger the

frequency

sets

generator

Power

Rocker ment.

SYNC

Provides lar

pulse

pedance

TRIG-SYNC

Exte.rnal greater) TRIGGERED , GATED, TRIGGER SWEEP mode the chronize erator frequency

MULTIPLIER

switch.

.

FREQUENCY MULTIPLIER. In

the

LIMIT

limit

FrequencyDial.

knob and

Switch

switch. Applies

Switch

OUT

is

and HOLD

is tuned to within 1% of

rotary

are

nonsymmetrical

1/10

frequency

Dial

3,

generator

Frequency

Control

cursor.

of

sweep

Vernier

drive

control.

Dia

·1

control

frequency

is

illuminated

Connector

unipolar

of

2.4

50

ohms

IN

Connector

signal

provides

external

generator

.

Selects

calibrations

dial

positive

volts

one

switch.

of the

frequency

indicated

frequency

Dial

calibrations

Used to

wavetrains.

Provides a 6: 1 vernier

are

directly

potentiometer,

over

line

in

square

amplitude. Source

.

__________________

of 1 volt

generator

modes.

signal

may

frequency

after

In

position 1 the

and

by the

is

produced is

doubled and

set

upper

coupled to

a 1000:1

power

to

the

ON

or

rectangu-

peak-to-peak

operation

SWEEP and

In

CONTINUOUS

be used to

so

long

external

frequency

occur

indicated

posiouter .

In

are

used.

fre-

which

range.

instru-

position

im-

(or

syn-

as

gen-

signal

at

in

-;~~~~~~~Gi~

VCF

IN

Connector

An

external

the ge

nerator

to

amplitude

TRIGGER

Provides

.

-'

external

offset

negative

be

SWEEP

An of abIes

Vernier on any

A

Pulling sweep log

LEVEL & SLOPE

proper

waveform

as

much slope

selected

TIME

8 -pOSition

sweep

time

sweep

control

range

linear

sweep

arithmic

signal

frequency

of

applied

as.!5 of

for

trigger

rotary

variation.

circuitry

selected.

ramp

vernier

sweep

allows

_____________

applied

to

this

part

to

shift

proportionally

signal.

generator

the

ramp

operation

of 1

volt

p-p

volts. Either

external

generation.

switch. Provides 7 ranges

Eighth

.

100: 1

variation

is

normally

knob

outward

(F77 Model only).

from

(or

greater)

positi

waveform

position

generated.

results

of

causes

ve

may

dis-

time

an

or

~

~::~~~~~

_

in

~

~~~~~~~~:=.::==

FREQ

1.

2.

The axis

PHASE/SWEEP

Establishes continuous knob at frequency

MANUAL

Provides a manually for TRIGGERSWEEPand

The waveform modes

:;;;

:=::==

ANALOG/SWEEP

Provides a voltage erator

frequency. Provides a unipolar ramp

which

is

also

a

sweep

mode.

output w

aveform

of a v

isual

waveform

is

pulled

higher

frequency

.

TRIGGER/SWEEP

local

operation

control

when

.

may be

display

DOWN

the p!lase

starts

outward, causes

generated

in TRIGGERED, GATED,

SWEEPand

also

functions

oper

ating in

::~------------------~--------------

RAMP

analog

positive

available

device.

angle

and finish

of the main g

linear

when not in

used

to c

at

which a

or

stops.

sweep

RESET

trigger

HOLD

to

reset

SWEEP

and

sweep

ontrol

to

at

Signal

modes

sweep

HOLD

en-

one

dis-

When

start

lower

......

---------

......---------

......

;----------

.

OFFSET

-position

A 4 amplitude forms amplitude. adjustment.

WAVEFORM

Selects amplifier. OFFSET amplifier use

in

waveform.

WIDTH/SYMMETRY/INVERT

A

dual-purpose

of

unsymmetrical width of PULSE pulled (does not affec t

MODE

Selects

PULSE

A 3

-position ranges waveform

OUTPUT

The

combination pOSition varies 15

voLts

peak-to-peak

rotary

uaipolar

, no

waveform

controls

to a

amplifying

outward,

Switch

1 of 7 modes of

WIDTH

of

pulse is

LEVEL

attenuator

the output level

peak-to-peak

offset

An

DC

position

rear

vernier

DC

Switch

switch

width

selected

open

positive

, and

inner

to

and

waveforms

waveform

output

offset

of a 20

switch

circuit).

switch.

knob

be

allows

and

panel

offsetting

controL

waveform

which

selection

.

-dB

between

into 50

Selects

or

negative

variable

also

waveform

setting)

offset

allows

amplified

adjustment

connects

BNC

connector

an

Adjusts

and

adjusts

. When knob

.

provides

when PULSE

vernie

at

20

dB

1.

ohms

half

wave-

at

full

dc

offset

by

output

for

external

shape

pulse

is

inverted

generation.

three

r and a

per

step

5 m V and

(30

volts

of

is

4-

u

Figure

2-1.

Controls

and

Indicators

2-3

/ 2-4

,r--

I

.....

----

___

SWEEP

Connector

chronized

SIGNAL

SYNC

provides

with

GROUND

Isolates gene case

and

power ground

AMPLIFIER

Connector

provid in generator signals.

(F77

only)

sweep

rectangular

ramp_

Switch

waveform

rator ground connectors from

.

IN

(F77

only)

es

access

to

output

amplifier

for

amplification

of

external

syn

Power

Cord

-

.....

Three-conductor cabl e pe to ins

trum

ent. Instrument

to g ro

und

wi rc in pow e r

---Fuse

POlVer fuse

for

115V ac: 3.'

Power

Selector

S,~lects

mal positi l

olV

line

115-

on f

voltages.

holde

r.

4-amp

Switches

or

230-volt

or nominal

rman

case

cable.

Three-fou

S10

ope lin

e, low

entl y

rth

Blo

ration.

attached

is conn

ected

a mp S10 Bl0

for

230V

Use

nor-

positi

on for

ac.

SECTION 2

LIMIT

highest

either offset), lar

o

set, reduced condition. form fixed VARIABLE any open range). signal

portion.

are of

from

removes offset PULSE lished

dial

cycle

for

is

IPLIER

movable frequency

f.

OFFSET

able

offset

The

OFFSET

the

normal

fixed

offset

signal

volts

the

is

offset

value

circuit

necessarily

peak

g. WAVEFORM

The

six

frequency

limitation

WIDTH-VAR SYM

pulse

selected.

with

dc),

or

output

to

::::

50%

NOTE:

inherently

is

offset

of

offset

(output

For

other

and

offset

Signal

clipping

WIDTH-VAR SYM pull

to

WAVEFORM

possible all

signal,

control

waveform

pulse

width

When

is

at

the

cursor

of

Selector

control).

selector

bipolar

waveform

adjustable

p-p

as Since

not

useful

are

amplitude

reduced

of

the

INVERT WAVEFORM

waveforms.

remains

must

(considering a worst-case

of 75%).

whenever

VAR SYM, XO.1

directly

the

sweep.

(with

of

either

offset. amplitude compared

the

a

zero-based

in

control

between

level

attenuator

reduced

due

output

Selector

selector

except

is

being

be

control

the

FREQUENCY

indicates

concentric

is

used

to

output

SWEEP

can

attenuator

limits,

vernier

that

effective.

fully

signal

polarity

peaks

this

zero

in

to

waveform.

(with

permits a choice

used,

acts PULSE

tangent

For

fixed

is

automatically

to

the

RAMP

waveform,

instance.

be

used

and

±15

at

settings,

the

same

with

the

possibility

concentric

control

The

DC

the

VARIABLE

When

the

consistent

as a vernier

waveform

position,

vari-

select

(zero

(unipo-

off-

no

offset

wave-

The

to

volts

15-volt

both

pro-

offset,

switch).

position

estab-

with duty

MULTI-

the

to

set

and

the

WIDTH-VAR time

symmetry

tangular

Pulling

all

times

(using SYNC OUT

h.

OUTPUT

centric

The

OUTPUT

position

is

-60

age

ratio)

from

the

PUT

LEVEL

mum

output

full

counterclockwise

level

is

i.

SWEEP

vernier

FOR

The

SWEEP position adjustment Total

range seconds ator

can

where

required),

600 ANALOG/SWEEP There

selector

sweep

back

approximately

ranges,

mum

the

ohms

is

waveforms

time

sweep

SYM

waveforms.

the

WIDTH- VAR SYM

invert

vernier).

attenuator

dB in

exclusive

OUTPUT

vernier

when

reduced

TIME

LOG

switch

range

of

sweep to 1000 be

active

sweep

and

may

an

OFF

which

for

the

it

is

approximately

time

control

of

the

sine,

the

waveform

as a phase

LEVEL

switch.

-20

dB

increments

of

LEVEL

is

rotated

rotation,

by

more

Selector

and

(F77

SWEEP

TIME

which

seconds.

a 0

position should

6

for

selector

of

its time

at

all

generator

to

be

obtained

RAMP

are

not

fastest

microseconds.

that

is

used

triangle,

control

phase

reference).

Selector

selector

Total

an

additional

vernier.

calibrated

fully

clockwise.

than

20

dB.

(with

Model

switch)

establishes

associated

is

from

The

sweep

times

+3

monitoring

for

be

range.

is

volt

the

utilized

needed.

sweep

10%

(even

at

SWEEP

time

to

adjust

or

will

or

polarity

(with

is a four-

attenuation

(10:1

20 dB

The

for

maxi-

output

only)

is

of

signal

concentric

PULL

an

eight-

the

vernier.

10

micro-

gener-

in

modes

not

actually

output

the connector.

whenever

Sweep

range

For

the

rec-

at

con-

volt-

OUT-

For

100:1

from

FREQ

TIME

fly-

is

other

mini-

2-5

SECTION

2

The

SWEEP

100:1

adjustment

range.

gi ven

The

PULL

only)

replaces logarithmic remains tions

constant.

of the

appreciably

a

linear

not

affect

sweep.

(1)

TIME VERNIER

of

for

LOG

the

linear

ramp;

sweep

The

swept

frequency

more

visible

Selection

the

internal in the BURST mode and the

SWEEP

will

remain

where,

to

plot paper. ibration SWEEP of log

j. PHASE (with

RAMP

for

example,

response

It

is

also

of the

LIMIT

sweep.

linear.

curves important

main

control

monitor

The

an X - Y

PULL

Switch).

The

PHASE

GERED, GATED

For

square

.

remains trigger

or transition The

PHASE

SWEEP

The used sweep

posed sweep

RAMP

PULL

where

at to the at

k. TRIGGER

for -SLOPE

The

TRIGGER

lishes

the

control

or

pulse

fixed,

but

gate

becomes

control

waveforms.

(SWEEP

it

the

usual

low

frequency.

threshold

or

TRIGGER

waveforms,

the

signal

the

has

is

necessary

highest

convention

LEVEL

Switch).

LEVEL

level

sweep

time

SWEEP

sweep

time

lower

waveform

than

of log use (2)

the

connector,

latter

recorder

on

log-frequency to

note

frequency

is

not

for

is

used

time

delay

and the

adjustable

no

effect

DOWN)

frequency,

of

Control

adjustment

of

an

external

provides

within

any

(on F77 Model

ramp

frequency

of

per

are

they

sweep

linear

with a

octave

por-

then

are

for

will

sweep

waveform

which

is

necessary

is

used

chart

that

the

cal-

dial

and the

affected

SWEEP

in

SWEEP

initial

by

the

modes.

the

baseline

between

use

DOWN

TRIG-

the

output

variable.

on DC,

control

to

initiate

beginning

(with

as

PULL

the

op-

the

estab-

voltage

at

or

is

applied

threshold the

rise/fall the TRIGGER

not also triggering". sensitivity the input

Should

trigger

width

actual the the mode, the gate adjustment reject

all a simply going

nominal BNC

frequency, frequency

sents

at

the TRIG-SYNC

is

adjustable

region

Under

between

unusual

time

only

for

the

for

an

can

pulse

this

occur,

will

consist

is

unrelated

input

pulse.

effect

wrong

will

edge of the

effect

time.

In

of the

this

"edge

When the

PULL

the way in, the

positive-going

pulled

trigger.

l.

FREQ

When

ANALOG/SWEEP RAMP

(with

associated FREQ zero

to

connector.

with

(3

volts).

the

summation

pulses

LEVEL

effect

In

other

be

to

be

either

triggered"

trigger

out

ANALOG

-h1

Zero

linear

quency-determining

VCF input.

The

selection

the

monitor

sweep

waveform

output to

in

input

connector.

to

occur

+5

and

-5

volts.

conditions,

are

utilized

control

usual

best

words,

obtained

be

effectively

level

can

sensitivity,

described

a type of

which Will

differentiated.

the output of the

of

narrow to the When

that

will

case,

control

true

in

"trigger"

triggering

input

pulse.

be

one

additional

should

of·

condition.

(SLOPE)

instrument

switch

will

input.

for

volt

volts

response

monitor

is

output

to a

connector).

selected,

from

represents

response

This

analog

of

inputs:

of

SWEEP

be

a 0 to

accordance

voltage

three

dial,

RAMP

with the

The

anywhere

where

as

be

fast

an input,

adjusted

but

as

"edge

dv/dt

cause

Schmitt

spikes

whose

width of the

modes,

can

occur

In the

an

gate

incorrect

care

be

used

is

pushed

respond

The

switch negative-

Selector

there

is

the

monitor

minimum

to

maximum

repre-

possible

s*eep,

fre-

and

causes

-h1

volt

linear

setting

in

on

in to

to is

a

2-6

of the

non-sweeping sweep independent OFF disabling

it

sweep

ramp

position

is

not

generator.

modes

can

output.

on the

the

sweep

actually

of the

be

available

SWEEP

being

There

generator

used.

m. TRIG-SYNC IN and

Note

main

VCF

tors.

TRIG-SYNC IN between ac, which a is

1 V p

dc,

or

Schmitt

adjustable

the TRIGGER paragraph shunted frequency

k). Input

by

about

components recommended 50

ohms

Signal

is

be

used

will

-p

and 50V p

pulsed.

trigger

between

LEVEL

impedance

50

pF.

that

employed.

in

conjunction

accept

-po

A

threshold

circuit

the

limits

control

above a few MHz,

a

source

The

GERED, GATED, TRIGGER

SWEEP

CONTINUOUS frequency

.

tition

will

frequency

within synchronizing

and

NOTE: trigger it

& HOLD

will

rate

of the

synchronize

if

1%

of the

subharmonics

Be

signal

will

introduce

mode,

be

external

the

instrument

action

certain

when

modes.

the

"pulled"

the

internally

external

is

useful

out

to

about

to

remove

it

is

phase

When

function to

periodic

not

synchronized.

VCF IN requires control .001

full

(Voltage-Controller

a

nominal

the

main

generator

scale

and full

0 to

scale.

+5

frequency

that,

even

generator,

as a completely

is,

however,

TIME

IN

selector

at

times

Input

Connec-

an input

The

level

may

level,

For

changes

of (refer is inputs

±5

10K

state,

volts

also

having

impedance

derived

with the

trigger

TRIG-

SWEEP,

operating

generator

match

the

repe-

signal

generated

dial

settings

frequency.

for

harmonics

the 10th

in

use,

jitter

order.

the

external

because

when not

Frequency)

voltage

swing

between

Input

impedance

for the

an

for

when

level

be

at

by

to

ohms

it

is of

and

in

and

are

This

to

is

7.

5K

is

summed

VCF changing is

added to

volts

for

high

stop.

for

use

VCF Input

Mult. Range

X1M X100K X10K

XO.001

•

ohms.

input

frequency

dial

with

voltage

dial

at

Set

bipolar

Any

signal

dial

and

over

voltage;

low dial

VCF

stop

at

Sensitivity

vs.

Range and

DIAL SCALE

Var

Sym

X.1

2x

x 10

10

6

3

-'3

O.

20x10

0.2

Frequency-Change

erations -VCF

100 kHz,

a

decrease

swing

100 kHz.

is

minor

Phase-lock

lock loop affected and

1000: 1

Series

designer

but

as

Typical

O.

3V

//lSec, which

dial

by

intrinsic

continuous

,70

some

slew

in

peak-to-peak

modulation

divisions

Loop

parameters

the VCO

stability

generators

SECTION 2

present

sweep

span

full

thus

and 0 to

desired

at

the input

commands.

is

5

volts

dial

range.

input

is

-5

midfrequency

0 to

volts

inputs.

(Hz/Volt

Dial

Sym

2x

O.

2x

20x

Nominal)

Scale

Xl

10

Sym

6

4 x

10 6 0.4 x 10

3

10

40

-3

2 x

10

Slew

Rates

bandwidth

rate

limits

Consid-

is

nominally

may

frequency

rates

input

relates

per

approach

slew

rate

to

microsecond.

Applications -Phase-

are

directly

gain

constant

of the VCO.

tuning

range

of the

provides

latitude

in

selecting

for

Input

+5

at

X2

10

x

10

force

limit

six

(Ko)

The

the

K 0

6 6

3

2-7

SECTION 2

because be

(see noise end should the

n.

OUTPUT,

Output

The

OUTPUT generator ance. 50 LEVEL levels This

patible load). SYNC OUT loop Selector

If

ted, external

IN

waveform

The

ohm

load

selector;

are

output

SYNC OUT

level

Source

square

switch

DC

or

SWEEP

the

SYNC OUT

BNC. A

N

the

same

selected

above

jitter

will

of

the

dial.

not

be

operating

SYNC

Connectors.

connector

signal

vs.

from a 50-ohm

maximum

are

as

indicated

into a high-impedance

twice

is

short-circuitproof.

is a rectangular

( 0

to

+3V

impedance

signal

waveform

phasing

is

set

RAMP

connected

SYNC

OUTPUT

10

frequency

on

any

of

table).

be

less

frequency

OUT,

p-p

the

derived

when

at

signal

diagram

is

Minimum

realized

Loop

than

and

delivers

voltage

on

indicated

wave,

into a standard

is

the

"v

,1'\.-.-,

waveforms

is

derived

to

the

shown

U

can

usually

three

bandwidth

O.

SWEEP

source

the

50 from

'"L

for

in

Jl

ranges

VCO

at

the

high

(B)

1

percent

as

a

rule.

SYNC

the

main

imped-

levels

WAVEFORM

TRIG-SYNC

Figure

OUTPUT

values.

TTL

ohms.

the

or

PULSE.

are

selec-

from

main

into a

load,

com-

TTL

The

main

loop 2-2.

______

of

an

In

the

triggered

transition

supplied MANUAL TRIGGER OR GATE

The panel patible normally the

sweep

during

is

50

ohms.

be

obtained

connector.

o.

AMPL

An

external

main

generator

the

external

and

selecting

The

PULL

SET

switches

lifier

injecting source since this

amplifier digital nal

must connector panel connectors.

is

trigger

SWEEP

of F77

the

SYNC OUT

Models

level

near

ramp

sweep

In

from

IN

Model only).

signal

(INVERT WAVEFORM)

input

a

may

result

amplifier

signals,

be

and

pulse

coincident

signal

SYNC

during

ground,

retrace.

the

connector

signal

DC on

will

impedance

signal

connected

connector

only)

sweep

starts,

Model

the

SWEEP

may

output

to

the

remain

from a high-impedance

in a net

gain

as a 50-ohm

the

desired

jumpered

and

the

mode

with

(or with

outputs a TTL

time.

goes

high

and

returns

The

source

F74,

(rear

be

amplifier

AMPL

WAVEFORM

fully

is

signal

is

only X6.

TTL

to

the

between

rear

only,

actuation

toggle

sweep

RAMP

amplified

50

line

TRIG-SYNC IN

panel

the

externally

of

switch).

(on

the

com-

The

level

(:::q3V) when

to

ground

impedance

sync

monitor

panel,

by

connecting

IN

connector

switch.

and

OFF-

active.

ohms;

or

Amp-

attenuation,

To

driver

ECL

the AMPL

sync

rear

thus,

front

the

is

can

F77

the

use

for

sig-

IN

I I

LJ

MODE

WIDTH/SYM

Figure

2-8

SYNC

JL

switch

2-2.

set

at

switch

OUTPUT/SYNC PHASE RELATIONSIflPS

lou~

SL..r-L

CONTINUOUS

pushed

in

(noninverted)

OUT

I

p.

VOLTAGE

Four

distinct

be

employed

rear-panel

115

or

230-volt

is

used

in

Selector

ranges

to

power

selector

operation.

the

NORMAL

(Rear

of

ac

this

switch

The

Panel)

input

voltage

instrument.

is

for

second

position

may

One

nominal

switch

if

line

voltages

permits

Long-term position LECTOR will buildup eventually

are

nominal

operation

when

result

within

:1;10%.

at

100V

or

.... t .............

!

CAUTION

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

operation

the

should

in

the

blow

the

in

VOLTAGE

be

in NORMAL

excessive

instrument fuse.

A LOW

200V ±10%.

.

!

the

LOW

SE-

heat

and

position

Operation

with

the 115-volt this

instrument.

check

fuse 90-126

S10

3/8

the

before

Blo

-amp

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

i

CAUTION

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

from

selector

position

rating

applying

volts,

fuse;

Slo

180-252

Bio

fuse.

use

230-volt

a

switch

will

Be

of

the

power.

!

sure installed

a

3/4-amp

volts,

SECTION 2

line

in

the

damage

to

For

use

a

2-9

SECTION

2

NOTES

2-10

Section

3

3-1.

INTRODUCTION

The

simplified indicates of the matic Each alphanumeric The A2. numbers circuitboards. to

transistor circuit designations following controls designator, is frequency

the

instrument.

is

included

basic

two

circuitboards

Components

that

group,

paragraph

are

the

potentiometer

dial.

block

major

circuit

designation

of the

relate

For

Q1

located

on

circuitboard

are

indicated

assigned a basic

with

no

diagram

functional

A

detailed

at

the

back

group

according

are

system

them

example,

in

descriptions.

prefix.

connected

CIRCUIT

(Figure

circuit

of

has

designated

to the

A1-Q301

the 3XX,

Al.

parentheses

one-

For

groupings

circuit

this

been

to

are

coded with

respective

The

F:ront or

example,

to the

sche-

manual.

given

function.

Al

refers

or

logic

series

in

panel

two-digit

main

DESCRIPTION

b.

Regulator

3-1)

an

and

the

R4

Of the

interconnected

-15,

is

the operational the Q910, iting or

short

The

nonadjustable

for

age

down

to a is

derived

two-transistor

six

+25, and -25

master

amplifiers

four

high

-gain

Q911 and Q912

as

protection

circuit.

+5

and

+5

volts

is a single

(rC903)

is

relatively

an

inherent

from

in

regulated

for

and

-5

and

which

noncritical

circuit

Circuits

dc

proportional

volts).

is

adjustable

rC901 and rC902

regulating

provide

against

volt

regulated

nontracking.

integrated

protective

feature.

-15

volts

(Q913 and Q914).

voltages,

tracking

The

+15

by

amplifiers.

for

accidental

voltages

The

circuit

thermal

The

-5

low-current

by

means

four

volt

R934.

contain

current

overload

regulator

volts,

of a

are

(+15,

circuit

Dual

Q909,

lim-

are

pack-

shut-

due

usage,

simple

3-2.

a.

Five

-32,

+20,

inputs

cuits. 5

sets pacitors, developed

+15, +5,

is

derived

POWER

Unregulated

unregulated

to Center-tapped of

SUPPLY

-20,

and

conventional

full-wave

are

used.

from

these

-25,

and

from

the

(Code

DC and

dc

voltages,

+8

volts,

transformer

rectifiers,

The

raw

-15

volts.

regulated

A1-9XX)

Rectifiers

are

series

-regulator

regulated

supplies

Regulated

-15

nominally

provided

windings and

plus

filter

dc

voltages

are

-5

volt

bus.

+32,

as

cir-

ca-

+25,

volts

3-3.

MAIN

The charge capacitors currents, setting, etc,

are

discharge

fixed

amplitude

a

triangular-shaped

LOOP

A1-1XX)

main

-loop

and

C201

in

VCF

caused

the

(Triangle

circuits

discharge

through

accordance

input

voltage,

to

timing

limits.

Generator.

control

of

selectable

C208.

with

operating

alternately

capacitor

The

result

waveform

Code

the

linear

timing

Controllable

frequency-dial

mode,

charge

is

of

and

between

always

constant

3-1

(.0)

t>:)

en

I

VCF

J3

IN

MAIN

REF

LOOP

lXX

,-,

I

-'\r

'-~'

/'-,

I~)

I~'I

,---.::I,

'-'

~

SINE

REF

SHAPER

6XX

INVERTER

REF

7XX

m

n

::!

o

z

w

r-

I

LOG

SWEEP

I

L~

__

FREQUENCY

ANALOG

REF

AZ-QXX

:;X)

- -

S6

,_,

!

A'.

::

____________

JZ

TRIG

SYNC

IN

START/STOP

REF

4XX

-

--

-

--

-

--

'-..:..:..:.:::.--' ,

J4

FREQUENCY

~~

SWEEP

LOG

SWEEP SWEEP

(f77

ONL

Yl

REF

AZ-ZXX

I---L_--=-=~

RAMP

S13

LOGIC

AND

RECTANGULAR

WAVE

SHAPER

REF

3XX

-

--

PULSE

WIDTH

REF

AZ-5XX , -,

GENERATOR REF

AZ-5XX

AMPL

(f77

ONLY)

Al

-

--

I~\

',_,'

SWP SYNC

(f77

ON~Yl_1

AZ

CARD CARD

___

-

IN

----"l

III

I

~

POWER

REF

'---------'

SUPPLY

9XX

'------..<

ATTENUATOR

Sll

REF

8XX

1-----'

UT

Figure

3-1.

20MHz

Sweep

Function

Generator

(F74/F77

Models) -Simplified

Block

Diagram

SECTION 3

amplitude. 5V

p-p

by

hysteresis

is

a function of the

value

and of the

charge

is fier the LIMIT parallel utilize IC102, Qll9

a.

Current

The

one of

IClOI. VCF

becomes

currents.

front

several

control,

voltage-to-current

the

plus

selectable current Ql03

Quad

and

via

Ql2l,

is

current

amplitudes flow of the

charge

result

being

waveform.

b. Voltage The

triangular

.ing

capacitor,

by

the

follow

used

as

an ICl03. mit dc ness,

There

age-level

11

the

Controls

the

adjustment

offset,

and

respectively.

are

sensor.

of

ICl03,

quad

current

The

amplitude

selectable

controllable

Control

panel

frequency-dial

inputs

Other

input,

inputs

J3,

R3. Following

dual

Ql04

the

timing

derived

from

mirror

switches

controlled

of the

timing

and

the

Level

voltage

following

amplifier

input

to

Rl54,

high-frequency

two

digital

One output,

directly

switch,

switch

to

operational

to

IClOl

and

converters,

operational

and Q119.

discharge capacitor.

the

ICl04.

Ql06,

in

accordance

capacitor,

discharge

desired

Sensor

waveform

necessary

(paragraph

the

voltage

Rl85

of

triangle

outputs

controls

which

is

established

ICl03.

timing charge

control,

are

from

the

IClOl

amplifiers

The

output

current

The

current

Ql07,

currents,

triangular

at

-level

and C117

p-p

amplitude,

amplitude

from from the

operation

reverses

at

Frequency

capacitor

and

dis-

Rl,

ampli-

from

the

SWEEP

are

two

which

of

from

for

the

charging

output of

Ql20,

with

peak

direct

the

with

voltage

the

tim-

buffering

3.4),

is

sensor,

per-

flat-

the

volt-

pins

6 and

of

the

polarity

This mitted

Al-3XX).

as tangular

of a

pensation

and the C2l6, couple a is

3-4.

voltage-gain, figured impedance Q2l0. minimal

(2)

to

of

same

well

current output,

to the

as

provide

It

flow to the

buffered

instrument

is

used

for

waveform.

Transistor

necessary

Q114

high-frequency

signal

between

is

voltage-level

R223, and

sync

to

be

synchronized

FOLLOW

CY INTEGRATOR (Code

a.

Follow

The

follow

C2l7.

pulse

AMPLIFIER/LOW

Amplifier

amplifier

wideband

with

FET

input

(50-ohm)

Its

functions

loading of the

to

deliver a low-distortion

low-impedance amplitude-determining level

sensor

output

at agation is

important

frequency

b.

Low-Frequency

The

(X10 and below) tional a small

amplifier

5-microfarad

currents

range)

using

scaling

is

taken

IC202.

delay

This

of

the

to

performance

ranges.

low-frequency

utilize a conventional

integrator

feedback

(lJ.1a

are

determined

resistors

via

logic

to

derive

the

generation

used

to couple a

the follow

sensor

Q114

from

Q102 when

to an

external

is a three

power

Q204 and with

output

are

timing

instrument

signal

just

ahead

avoids

output

Integrator

ranges

(1/2

capacitor,

full

scale

by

R231

timing

Q110,

capacitor.

is

section

sync

of a

amplitude

amplifier

input

via

network

also

serves frequency

source.

FREQUEN-

A1-2XX)

-stage,

amplifier,

stages

(1)

Q208 and

to

provide

capacitor

triangle circuits.

to the

voltage-

of the

the

extra

driver,

on the

of the

instrument

of IC201), with

C210.

on the

range

selection,

through

trans-

(Code

output

rec-

portion

com-

to

unity-

conlow-

a

and

wave

The

final propwhich

highest

opera-

The

X.001

R237.

3-3

SECTION 3

The

second

to-voltage

rent

switch

(16

ma

operational

3-5.

START/STOP

The analog where a dc

half

converter,

full

scale) amplifier

start/stop

control

baseline waveform. commands A1-3XX), and those

plete Whenever

commands

loop

voltage-level

or

~

+3V),

( T

P40 1 goes IC401 the

becomes

main dition, lifier,

with

capacitor

fractional

the

loop

IC401

(and, low-frequency regulator age pacitor, baseline sine is

adjustable

control,

3-6.

Sine triangle resistor diodes, through networks

triangle

to

be

and

SINE

waves

action

established

which

at

the

triangular

R14.

SHAPER (Code A

waveform

network.

CR601

CR611,

R609, R614, and R616,

and

of IC201

at

relatively

to

section

for

IC402

from

also

with

sensor. cycles

output

main

low,

the

active,

via

CR408.

is

in

its

loop at

low

integrator).

is

then

final

by

means

are

Matched

through

in

thereby

serves

interfacing

the

voltage

high

as a currentthe quad

current

source

integrator.

(Code A

those

must

accepts the provides

logic

the

are

1-4XX)

provides

modes

be

part

start

section

for

state

In

this

never

digital

of

operation

of

the and

synchronizing of

the

way,

permitted.

of IC402 (TP401)

loop

will

run.

differential

sinking

In

the

Whenever

amplifier

current

active

essence a regulating

closed

to

cause a specific

appears

waveforms,

produced

around

frequencies,

The

across

the

as a waveform

instrument

of

front-panel

1-6XX)

by

the around

nature

timing

output.

this

shaping

with a nonlinear

sets

of

hot-carrier

CR605

conjunction

inscribe

and

with

a

sine

cur-

level

of

the

and

output

stop

(Code

main-

incom-

is

high

of

from

con-

amp-

timing

the

of

this

dc

volt-

ca-

For

baseline

PHASE

the

diode-

CR607

resistor

load

the

wave

into

the

basis

stitutes

wave to triangle R635

3-7.

This

type

operations

cluding

original

for a buffer

the

(5V

adjusts

LOGIC/RECTANGULAR

(Code A

section

steering

triangle

peak-to-peak

same

p-p

from

the

1-4XX)

amplitude

gain

handles

within

of

control

selection.

a. Logic Shaping and

via

Q301 and IC301. Q301 and

are

configured

ing

the provides panel

switch selected waveform,

SYNC OUT

lar

wave

b.

Rectangular

The bipolar, waveform Q306-Q309.

at

TP303 R326 and R336. active

only

steering

as a

edge

of

any

switch

S12. IC303 and IC304

signals,

between

driver,

shaper,

conversion

standardized,

is

are

Q306-Q309.

accomplished

The

established

for

rectangular

Schmitt

input

debouncing

depending

the

Q305, and

Wave

from

peak

The

selection.

3-8.

INVERTER/OFFSET/OUTPUT

The

form

control

inverter

AMPLIFIER

selected

S5

and

waveform

is

passed

offset

(Code

circuits,

waveform.

amplifier,

amplitude

as

50

ohms).

of

the

buffer

WAVE SHAPER

the

bulk

the

instrument,

signals

of SYNC IN,

trigger

waveshape.

for

A1

and A2

to

Shaper

TTL

high

-quality

by

shaper

levels

by

output

from

or

A1-7XX)

from

sequentially

as

IC601

which

the

recon-

of the

sine

incoming

Potentiometer

amplifier.

of

digital-

for

mode

J2,

is

done

part

of IC301

for

squar-

IC302

momentary

steer

on

mode

board

the

logic

to

rectangu-

level

rectangular

/amplifier

of

the output

adjustments

TP303

pulse

waveform

panel

wave-

through

selected

is

in-

and

the

to a

of

is

via

3-4

S3

and S4, to the output switchable the

signal

connector,

. a

..

A

fast, around modes switch output, . offset

b.

Resistor duce a desired into the R702 and R707 offset

c. Output

The output quite swings, sistors. cuit' distortion 200 kHz. At is

an

automatic. better forms,

result where

bases

stages

then

to

output-level

amplifier.

attenuator

flow to

(Code 8XX)

the

J5.

Inverter

unity-gain

IC702.

and

S3

sending

and output

Amplifier

The

for

all

simply

the

inverting

amplifier

waveforms.

selects

resultant

amplifier

Offset

networks,

degree

selected

serve

waveforms

switchable

of

offset

waveform.

to

adjust

to

zero

Amplifier

amplifier,

fast

IC70l,

circuits

is

largely

However,

does

at

relatively

comprised

a

single,

provide

characteristics

frequencies

above 200 kHz,

crossover

equipped

specifically

is

effectively a two-channel

the

of

Q705 and Q713

to

summation

Q709

through

handle

Q709

high-frequency

of

operate

Finally,

either

circuits.

volts.

due to

for

from

to

through

channels

Q712.

load R763 and R764, followed tary

emitter-follower

Field

-effect and Q703 dance

with

optimizing

transistor

program

the

rise/fall

drivers

switches

feedback

waveform

time

for

control

R5

a

50-ohm

completes

OUTPUT

amplifier

is

active

is

in

Pull-to-invert

the

input

signal

by

S4,

and

attenuation

on to the

intro-

Potentiometers

the

peak

of fixed

the

need

high

voltage

of

discrete

integrated

low-drift,

dc

through

stages

which

wave-

Q712.

amplifier is

at

Pre-driver

into

resistive

by

complemen-

Q708 and Q715.

Q70l,

paths

selected,

in

thereby

accor-

rectangular

and

BNC

built

all

or

for

tran-

cir-

low-

there

are

The

the

Q702

and

pulse fidelity

3-9.

from

waveforms

for

SWEEP

The

sweep-generator

an amplifier, Control retrace) tance

-diode

via

SWEEP

with

vernier sweep a 0 to IC003

waveform,

+3

establishes finishing are

drivers

during

as modes the volt This

retrace.

The

OFF

the TRIGGER

of

sweep

level

is Q002 on, across

modes

volts

manded

HOLD,

ing section reset trigger is Q007 and a R064

the

Both

SWEEP

require

and hold

to

the

SWEEP

Al-3XX).

is

automatic

command.

provided

transfers

static

precisely

level.

and

sine

and

triangular

GENERATOR

operational

each

built

of the

is

sweep effected networks

TIME

selector

potentiometer

as

volt

ramp.

the

levels.

which

position

Transistors

establish

of

SWEEP

instrument

integrator

for

at

least a part

accomplished

which

is

integrator

& HOLD and TRIGGER SWEEP

that

the

at

the

reset.

reset RESET

In

can

switch

For

for

The

for

by

IC005.

between

+3

volt

holding

adjusts

SECTION

maximizing

waveforms.

(Code

waveform integrator around

time

by

resistance

which

S7,

A2-0XX)

is

and

half

(and of

are

in

conjunction

R4.

generated

Voltage

ramp

at

comparator

starting

Q003 and Q004

integrator

SWEEP

TIME,

and SWEEP & HOLD

operation,

be

stalled

require at of

by

turning

then

essentially

feedback

ramp

+3

the

only

volt

case

be

S12

capaCitor.

start

level

of

SWEEP

done

byactivat-

located

triggered

each

manual

logic

for

this

Transistor

the

integrator

level.

the

+3

volt

waveform

derived

buffer

of

ICOOL

sweep

-capaci-

switchable

The

basic

ICOOl,

is

and

current

as

well

that

the

zero-

its

cycle.

transistor

a

short

from

until

zero

com-

AND

in logic sweep or

the

remote

sequence

switch

ramp

Trimmer

holding

3

3-5

SECTION

3

Scaling

"sweep a

frequency

for

the

in

addition, a driver transistor a 10-flSec, stabilization volts for

a TRIGGERED

3-10. LOG SWEEP CONVERTER

The

a

logarithmic IC201, IC202, and IC203. characteristic

IC201

optimum regulated Half

and

up"

and

analog

various

Q010,

prior

to

A2-2XX)

conversion

is

used

precision,

through

of IC202

buffer

"sweep

output

sweep

is

provided one-shot of the

analog

release

from a linear

waveform

of a

as

the

control

is

used

amplifiers

down"

IC002

capability

signal.

generator

for

sweep

by

IC004. IC006,

multivibrator,

sweep

of

the

main

SWEEP

cycle.

sweep

is

accomplished

The

base-to-emitter

reference

conversion

IC201

of

is on-chip

as a regulating

Logic

modes,

sync

level

transistor

element.

temperature-

provide

plus

control

and,

output

permits

at

zero

generator

(Code

ramp

by

For

heating.

amplifier

to

in

for

temperature

the

other amplifier transistor. the

logarithmic

sweep

3-11.

The

circuit

> 10

and

its of the current, capacitance capacitance

operates reset sequent

level.

PULSE

A2-5XX)

pulse

with a

msec.

output

main

via

and

to

its

retrigger.

half to

Output

-width

generator

Q501,

at

charges

quiescent

TTL-compatible.

control

is

used

interface

as

with the

amplifier

current

WIDTH

to a 0 to

GENERATOR

generator

range

The is

returned

of

control

circuit

(A1

is

to,

card). A controllable

charges a selectable

node

TP501.

to a 2.

causes

the

timing

state,

The

output,

of IC201, and

an input

scaling

logarithmic

IC203

is a variable

from

triggered

the

<30

logic

converts

+3

volt

(Code

timing

nsec

from,

section

timing

When the

2-volt

level,

timing

Q503

capacitor

awaiting a sub-

at

TP502,

to

is

3-6

Section

4

4-1.

INTRODUCTION

This

section receiving calibrating Table equipment

procedures.

Receiving checks

4-1

all

Digital

Counter

CALIBRATION

contains

inspection

all

elements

is

a

required

Table 4 -2

Inspection

functions,

TABLE

Test

Voltmeter

list

procedures

and

of

recommended

to

perform

is a suggested

Test

controls,

Equipment

4-1.

which

TEST

for the

the

and

AND

used

completely

instrument.

calibration

effectively

connectors

EQUIPMENT

for

test

simple

PERFORMANCE

for

proper

for

calibrating

Tables

in

4-2

TEST

The

locations

are

shown in

4-2

(AI

and

Test

REQUIRED

John

HP

operation.

4-3

and

POINTS

Figures

Test

Points),

Points).

FOR

CALIBRATION

Suggested

Fluke

5326A

the

4-4.

AND

of

test

8300A

Complete

instrument

ADJUSTMENTS

points

4-1

and

(AI

4-3

Model

and

adjustments),

(A2

Adjustments

procedures

are

given

adjustments

Oscilloscope

Function

Distortion

Generator

Analyzer

Tektronix

IEC

F31-F37

HP

331A

454

or

475

IEC

F51-F55

4-1

SECTION

4

Pro-

cedure

1

2

3

Set

VOLTAGE

rear

panel

for NOTE: Make fuse

is

installed

Turn

power

illuminate.

Attach 50-ohm

oscilloscope

termination connector. as

follows: Frequency FREQUENCY

switch

Symmetry

with

FREQUENCY

swi~~

OFFSET

switch WAVEFORM SWEEP Sweep

with

TIME

vernier

SWEEP

switch)

MODE

switch

OUTPUT

switch

Output

with

vernier

OUTPUT

switch)

TABLE

Setup

SELECTOR proper

certain

for

switch

on. Switch

and

Set

instrument

dial

MULTIPLIER

switch

(concentric

switch

(concentric

TIME

LEVEL

(concentric

LEVEL

4-2.

switches

line

voltage.

that

the

proper

the

voltage

cable

with

to

OUTPUT

controls

10 (IX

MULTIPLIER

CONTINUOUS

RECEIVING

on

selected.

will

scale)

X10

Xl

-Ov-

'V

100

J.lS

CAL

15V

CAL

INSPECTION

15V

p-p

sine

oscilloscope.

TEST

wave

Step

should

appear

on

4

5

4-2

Set

FREQUENCY

switch

Turn

at

symmetry

position.

X100.

MULTIPLIER

switch

to X2

15V

p-p

sine

oscilloscope.

Frequency

doubling

wave

should

appear

occur.

on

SECTION

4

Table

Pro-

cedure

6

7

8

4-2.

Receiving

Turn

position.

Turn

With

RAMP

Inspection

symmetry

switch

WAVEFORM

position

(F77 Model ONLY).

Test

Setup

to XO. 1

to

switch

(Continued)

Xl

position.

at

SWEEP

Vary

symmetry

WAVEFORM

should

Turn

/V,

proper

change.

WAVE FORM

'l... , and

waveforms oscilloscope. centric

ramp

Operate centric arithmic

with

waveform

PULL

with

waveform

Step

vernier

switch);

waveform

switch

SWEEP

should

Pull

INVERT

WAVEFORM

inversion

(LOG

SWEEP)

SWEEP

TIME

should

(concentric

symmetry

successively

RAMP

positions;

be

displayed

switch

switch);

should

switch

switch);

appear.

with

to

on

(consweep occur.

(con-

log-

9

10

11

12

Turn

WAVEFORM

position.

Turn

WAVEFORM

position;

turn

VARIABLE

Turn

WAVEFORM

position;

~

Turn

turn

position.

OFFSET

position.

switch

OFFSET

position.

switch

OFFSET

switch

to

~

to

PULSE

to

DC

to

'V

to

(a)

Vary centric 15V appear.

(b)

Rotate centric changes

Rotate shift

7.

5V

should

7.

5V

should

pulse

p-p

OFFSET

from

p-p

sine

appear.

p-p

sine

appear.

symmetry

with WAVEFORM

pulse

PULSE

with MODE

in

-7.

pulse

vernier;

5V

to

wave

of

varying

WIDTH

switch);

width

+7.

5V.

unipolar

baseline

vernier

switch);

width

switch

should

negative

position

(con-

should

(con-

step

occur.

should

13

Turn

OFFSET

position.

switch

to

~

Rotate

OUTPUT

150mV,

variations

LEVEL

and 15mV.

in

amplitude

switch

Appropriate

should

appear.

to

10:1

1.

5V,

4-3

SECTION

4

Table

Pro-

cedure

14

15

16

17

4-2.

Receiving

Turn

15V

Remove scope FREQ Place position.

Place switch

Remove connector nector

Inspection

Test

Setup

OUTPUT

LEVEL

switch

position.

50-ohm

cable

termination

and

attach

cable

ANALOG/SWEEP RAMP

toggle

FREQ

in

switch

in

FREQ

ANALOG/SWEEP RAMP

SWEEP

scope

and

(on

rear

RAMP

cable

attach

panel

position.

from

to SWP SYNC

F77 Model only).

(Continued)

to

from to

monitor.

ANALOG

SWEEP

RAMP

con-

Remove and

>lV

oscilloscope

connect

p-p

rectangular

to

appear.

DC

baseline

as

frequency

CCW

stops.

should

Approximately

waveform

should

Approximately form

should

appear.

SYNC

dial

3V p -p

3V

Step

cable

OUT

waveform

vary

is

rotated

sweep

appear.

p-p

rectangular

from

connector;

should

from

OV

from

ramp

OUTPUT

to

+3V

CW

to

wave-

18

19

Reinstall scope

PUT cable

VCF

Set

SWEEP

cable;

connector.

between

IN

connectors.

frequency

TIME

Disconnect

and

attach

Turn

Frequency

range.

Turn

MODE

tion;

turn

position.

50-ohm

attach

termination

scope

Connect

Sweep

dial

switch

cable

at

from

Ramp

1 (Xl

to

1s

VCF

to TRIG-SYNC IN

Multiplier

switch

SWEEP

to TRIGGERED

TIME

on

cable

to

separate

monitor

scale); position.

IN

connector

connector.

to X100K

switch

oscillo-

OUT-

and

turn

posi-

to

100J.lS

Scope

Rotate

should

TRIGGER

repetitive

PHASE between to

positive

display

single-cycle

control

cycles

and can

waveform

frequency

LEVEL

waveform. check be

varied

peaks.

control

that

baseline

from

modulation.

to

achieve

Vary

negative

4-4

SECTION

4

Table 4-2.

Pro-

cedure

20

21

22

Receiving

Turn

MODE

Disconnect and

FREQ

Inspection

cable

ANALOG/SWEEP connectors. CONTINUOUS SWEEP set

Turn set

TIME

frequency

MODE

SWEEP

LIMIT

Setup

switch

from

Turn

SWEEP switch

dial

switch

Test

to GATED

TRIG-SYNC IN

MODE

switch

position;

to 1s

position;

at 1 (Xl

to

cursor

scale).

TRIGGER

at

(Continued)

position.

RAMP

to

turn

SWEEP;

10.

Set

control slope absence LEVEL of

wavetrain.

Check

variation

cursor

Swept

for

switch

outward

of

wavetrain.

control

that

swept

is

controlled

position.

frequency

maximum

and

waveform

burst

MANUAL TRIGGER

Step

(-SLOPE).

Rotate

observe

by

should

switch

length.

TRIGGER

appearance

frequency

SWEEP

occur

is

operated.

Pull

Observe

LIMIT

when

23

24

25

Turn

MODE

position.

Turn

MODE

position.

Turn

WAVEFORM position; between and

AMPL

panel)

connectors

switch

connect

SWEEP

IN

(located

to

SWEEP

to BURST

switch

separate

RAMP

monitor

on

(F77 Model

to DC

cable

rear

& HOLD

only).

(a)

Frequency

when

high

is

operated.

switch;

frequency.

(b)

Operate

switch repeat shift

from

Burst occur,

of

constant

with

manipulation

Sweep

should

ramp appear.

should

shift

MANUAL TRIGGER

Operate

frequency

PULL

(on

PHASE

step

(a).

high

(SWEEP DOWN)

to

SWEEP

should

control)

Frequency

low.

frequency

burst

length

of

TRIGGER

waveform

controlled

LEVEL

of

:::::

from

return

and

cycles

o.

25

low to

switch

RESET

to low

should

by

control.

p-p

4-5

SECTION

4

TABLE

4-3.

CALIBRATION

PROCEDURE -A1

Boards,

70

Series

FREQUENCY

Frequency OFFSET

Dial

Selector

WAVEFORM

SWEEP

MODE

OUTPUT

FREQ

TIME

Selector

LEVEL

ANALOG/SWEEP

Control

MULTIPLIER

Selector

RAMP

Initial

Switch

Control

Settings

Switch

Outer Inner

Xl

Outer Outer Inner

(Standard)

Function/Position

Switch

Scale

Switch Switch

Switch (Noninverted)

WIDTH/VAR SYM

Outer

Vernier Linear

Outer PULSE Outer Vernier

Switch(6)

(Inner

Sweep

Switch(6)

WIDTH

Switch

(Inner

(6)

(G)

(6)

Sw)(G)

(Q)

(Inner

(6)

Sw)

(Inner

Sw)(Q)

(Q)

(G)

Sw)

Setting

X100 Xl

8.00

..ov

'V

Pushed Fully

OFF CAL Inner

pushed

Model CONTINUOUS 1-100ps 15V CAL SWEEP

in

CW

Switch

in

(F77

only)

RAMP

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

:

CAUTION

: ................. : CALLED FOR IN PROCEDURE.

NO

EXTERNAL

:

INPUTS SHOULD

Pro-

cedure

1. 0

Calibration

POWER

SUPPLY

Control

Setting

(A1, 9XX) ON

2. 0 TRIANGLE GENERATION

(A1,

1XX &

2XX)

BE

Test

Equipment

(Mode)

(DC)

DVM

CONNECTED UNLESS

a.

Connect

b.

Adjust

R934

SPECIFICALLY

Step

DVM to

for

+15

TP.

+15±O.

04v.

4-6

SECTION

4

Table

Pro-

cedure

2. a.

b.

4-3.

Calibration

Level

Amplitude Adjustment

Procedure

Adjustment

- A 1

Boards,

70

Series

Test

Control

Setting

Equipment

(Mode)

Std

DVM

(DC)

Std DVM (DC)

DVM (AC)

(Average

reading calibrated for

RMS

sine

wave)

(Continued)

(1)

Connect w

/clip

(2)

Connect

(3)

Turn

to DC.

(4)

Adjust to

(5)

Remove from

(1)

Connect

(2)

Connect (IC 202

(3)

Turn switch

(4)

Alternately

L1

(

until

(a) DMV (AC) = (b)

Step

TP203

lead.

DVM to

WAVEFORM

R216 (Chg. DC)

-3.5

±O.

1V.

clip

lead

TP203.

DVM (DC) to DVM (AC) to

6).

WAVEFORM

to

/\v.

adjust

AC) & R185

final

result

DMV (DC) =

to gnd

TP205.

switch

R154

(L1

DC),

is

1.

388±0.

O.

OOO±O.

TP205. TP104

01V 01V.

c.

d.

Switch Symmetry'

Triangle Symmetry

Std DVM (DC)

Std

Counter

(time

interval)

(1)

Connect TP103 & TP102 floating with

respect

(2)

(1

)

Adjust to 0

Connect

R142 (Sw. Sym)

±O.

counter

(2)

Arrange puts

to justment has

no

effect

( ~ 625 flS).

(3)

Record interval

DVM (DC)

between

(use

DVM

terminals

to

gnd).

02V.

both

inputs

of

to SYNC OUT BNC.

start & stop

counter

of

R121 (HI SYM)

on

measured

to

within

so

that

counter

time

1J.1S.

in-

ad-

4-7

SECTION 4

Table 4-3.

Pro-

cedure

2. d.

(Cont.)

e. Low-End

Triangle

Symmetry

Calibration

Procedure

- A 1

Boards,

Control Setting

Std, except

FREQUENCY Counter MULTIPLIER set

at

XlOK

70

Series

Test

ECuiPment

Mode)

Scope

(DC)

(Freq

DVM

(D)

(Continued)

(4)

Reverse

counter.

to

(5)

Adjust R121 ±2 step

(1)

Connect scope to TP205.

(2)

Connect

frequency dial potentiometer wiper (R4).

(3)

Connect SYNC

(4)

Set frequency dial frequency stop.

DVM +125 readjust

of

potentiometer body.

(6)

Set main frequency dial for a DVM

(6)

Adjust R104 approximately midrange.

(7)

Alternately

(10

sym)

triangle TP206), tween 200 & 400 Hz.

(8)

Alternately (10 for

(scope

at

frequency of 300

(9)

Set frequency dial and frequency

Step

start

& stop inputs

(HI

SYM)

IJB

of

value

recorded

c above.

DVM

(DC)

to

counter

OUT

BNC.

to

at

its

Observe

(DC)

±25

reading

mV.

of

If

necessary,

mechanical position

reading of 200 ±lOmV.

(10

fine) to

adjust

coarse)

for

and R126

symmetrical

(scope

at

frequency

adjust

fine)

arid

R125 (low sym)

symmetrical

accuracy

R106

(1ow

accuracy

R104

triangle

at

TP206),

±26

at

CW

observe a measured

of

<180 Hz.

within

in

low-

at

be-

Hz.

stop

4-8

SECTION

4

Table 4-3.

Pro-

cedure

3.

OUTPUT

AMPLIFIER

a.

Gain

Calibration

(A1, 7XX)

Procedure

Control

Std

- A 1 Boards,

Setting

70

Series

Test

E(uiPment

Mode)

DVM (AC)

(Average

reading brated sine

cali-

for

wave)

Scope (AC)

(Continued)

RMS

(1)

Connect

load

Connect

(2) (3)

Adjust

(HF#2) to

midrotation.

(4)

Adjust

reaching

(15V

(5

)

Connect OUTPUT

approximately

(6)

Observing present

(HF#l) is one

(7)

Adjust

optimum

at

(8)

Turn

(inner

(9)

Recheck

(4)

Step

50-ohm,

to

OUTPUT

DVM

R754

R725

of

p-p).

scope

LEVEL

at

so

reduced

half.

R757 (HF#2)

null

TP704.

OUTPUT

shaft)

adjustment

through

2W, ±O.25%

BNC.

across

(HF#l)

load.

and R757

approximately

(~/,1)

4.16

±O.

to

TP704;

for

02

control

half

amplitude.

amplitude

TP704,

that

its

by

nominally

of

adjust

amplitude

for

of

the

signal

LEVEL

to CAL

position;

of

(8)

above.

VRMS

turn

for

signal

R754

an

control

steps

3.b.

Offset

Std DVM (DC)

DVM (AC)

(1)

Connect

OUTPUT

termination.

DVM (AC) to

BNC,

using

50-ohm

4-9

SECTION

4

Table

Pro-

cedure

3.

b.

Cont.

c.

4-3.

Calibration

Baseline

Adjustment

Procedure

Control

- A 1 Boards,

Setting

70

Series

Test

Equipment

(Mode)

(Continued)

(2)

Adjust

trol

(3)

Connect output

(4)

Adjust O±O.OlVdc.

(1)

Connect BNC

(2)

Adjust approximately

(3)

Turn

(4)

Using bration,

(Pos

baseline.

(5)

Turn

(6)

Using calibration,

(Neg.

baseline.

(7)

Recheck through

Step

OUTPUT

for

3.6 DVM (DC) to

load.

R724 (DC)

scope

with

50-ohm

output

OFFSET

1 V

/cm

adjust

Offset)

OFFSET

1 V

/cm

Offset)

Procedures

3c(6).

±O.

IVac.

to

level

8V

switch

scope

R707

for

zero-volt

switch

scope

adjust

for

LEVEL

con-

the

for

OUTPUT

termination.

for

p-p.

to

~

cali-

to

~.

R702

zero-volt

3b(1)

4.

a.

4-10

SQUAREWAVE

(A1, 3XX)

Driver Adjustment

Std

Scope (DC) DVM (DC)

(1)

Connect

TP205 gain

for

precisely

(2)

Turn

to

"1.J

(3)

Connect DVM (DC) to

scope

and

p-p

(DC)

calibrate

display

full

scale.

WAVEFORM

.

scope

and

TP303.

to

scope

of

switch

SECTION

4

Table 4-3.

Pro-

cedure

4.a. Cont.

Output

b.

Adjustment

(Gain

Balance)

Calibration

Procedure

Control

Std, WAVEFORM

switch

and

FREQUEN-

CY MULTI

PLIER

- A 1 Boards.

Setting

except

at

set

rw

X10K

70

Series

Test

Equipment

(Mode)

Scope (DC)

(Continued)

(4)

Alternately

(rw

(

'"L

of

full

DVM (DC) =

(1)

Adjust

control (10v

(2)

Connect BNC termination.

(3)

Adjust

optimum corners

Step

adjust

pos) ± R336

neg)

for

scope

scale

p-p).

with

and

O. ± O.

OUTPUT

to ~ 2/3

scope

50-ohm

R731 ('"L wave)

squareness

of

to

the

waveform.

LEVEL max

R326

display

02V.

OUTPUT

for

of

the

5.

FREQUENCY

(A1, 2XX)

10-MHz

a.

Calibration

Std,

except

FREQUENCY MULTIPLIER at

X1M

set

Counter scope

(Freq)

(DC)

(1)

Connect

OUT

BNC.

(2)

Adjust t

'd

o

ml

(3)

Connect BNC, wideband adjust control approximately

(4)

Manually high

frequency, C1l7 sponse

(5)

With

frequency

(Xl

calibration),

C208

count

to

SYNC

~

C208

range.

scope

using a 50-ohm

OUTPUT

(inner

for

throughout

for

@'i!i!

:::;:/"".,

to

OUTPUT

termination;

LEVEL

switch)

2/3

tune

from

and

most

uniform

range.

dial

adjust

10 ±

0.1

MHz.

.......

C208

to

max.

low to

adjust

at

10

Tab

re-

4-11

SECTION

4

Table 4-3.

Pro-

jcedure

5. a. Cont.

20-MHz

b.

Calibration

Procedure

Control

Std,

FREQUENCY MULTIPLIER at

X1Nm

- A 1 Boards.

Setting

except

set

X2F

70

Series

Test

E{uiPment

Mode)

Counter

(Freq)

(Continued)

(6)

If

there dc adjust minimum

(7)

Recheck

(1)

Connect OUT BNC.

(2)

Set

(3)

Adjust 20

(4)

Repeat steps

5.

b,

Step

is

any

offset

to 10 MHz

R142 (Sw. Sym)

offset.

steps

counter

frequency

C122

for

±O.

2 MHz.

Procedure

(4)

through

steps

(1)

noticeable

waveform,

for

(4), (5), and (6).

to SYNC

dial

at

20

5,

a,

(6)

and

through

(3).

c.

1 kHz to 100

kHz

CALIBRATION

1-MHz

d.

Calibration

Std

Std,

except

set FREQUENCY MULTIPLIER

at

X100K

Counter

(Freq)

(1)

Connect

OUT BNC.

(2)

Adjust

800

±4

(3)

Turn

MULTIPLIER

(4)

Adjust

8.

00 ±

(5)

Turn

MULTIPLIER

to

X10K.

(6)

Adjust

80.0

(1)

Connect OUT BNC.

(2)

Adjust

counter

to SYNC

R267 (1kHz) Hz.

FREQUENC Y

switch R268 (10kHz) to O.

04 kHz

FREQUENCY

switch

R269 (100kHz) to

±O.

4 kHz.

counter

C205

to

800 ±10 kHz.

to

SYNC

X1K

4-12

SECTION

4

Table 4-3.

Pro-

cedure

5.e.

Cont.

LowFrequency Calibration

VARSYM

f.

Calibration

Procedure

Control

Std

Std,

FREQUENCY MULTIPLIER

at

XIK, inner at

XO.I

- A 1 Boards,

Setting

except

set

and

switch

70

Series

Test

Equipment

(Mode)

DVM

(DC)

Counter

(Period)

Counter

(Freq)

(Continued)

Connect

(1)

OUT

(2)

Connect

(3)

Adjust Sym #1) to 0

(4)

Connect

(5)

Adjust Sym #2 to 0

(6)

Turn MULTIPLIER

(7)

Adjust

12.50

(1)

Connect OUT BNC.

(2)

Adjust

(inner control midpoint.

(3)

Adjust

SOO

Step

counter

BNC.

DVM

to

R207 (Low

±I

DVM to

R2IO (Low

±I

FREQUENCY

switch

R266 (Low

±O.

03

ms.

counter

WIDTH/VAR

switch)

RI60

±S

Hz.

to

vernier

approximately

(Var

to SYNC

TP204.

Freq.

mV.

TP202.

Freq.

mV.

Freq)

to SYNC

SYM

Sym)

to XIO.

to

6.

INVERTER

(AI,

7XX) DVM (AC) BNC.

Std

DVM

(DC) (1)

(Average reading, calibrated

for

RMS

sine

wave)

Connect

50

(2)

Connect

(3)

Pull control

(4)

Alternately

(invert (invert

result

(1) (2) DVM (DC) = 0

DVM (AC) to

Terminate

ohms.

DVM (DC) to

INVERT

out.

AC) & R779 DC)

until

is

DVM (AC) =

OUTPUT

with

TP701.

WAVEFORM

adjust

R7S0

final

4.16 ±O.

±O. OIV.

02V

4-13

SECTION

4

Table

4-3.

Calibration

Pro-

cedure

7

8 FIXED

illGH-

FREQUENCY TIME SYMMETRY

(Ai,

Frequency Compensation

Calibration

OFFSET

7XX)

Procedure

Control

Std, FREQUENCY MULTIPLIER set

at and outer set

at

(squarewave)

Std,

FREQUENCY MULTIPLIER set

at

and

WAVE

FORM at

'W

- A 1

except

X1M, X2F

WAVEFORM

switch

Boards,

Setting

""L

except

XlOOK,

switch

70

Series

Test

Equipment

(Mode)

Scope

Scope (DC) (1)

(Continued)

(DC)

(1)

(2) (3)

(2)

(3

Connect BNC, wideband Set

frequency Check symmetry

If

necessary,

value

Connect

BNC, band Turn

i"\7 .

to

)

Using bration,

lOOns of

edge.

< .

30V

Step

scope

using a 50-ohm

squarewave

for

scope

using a 50-ohm

termination.

OFFSET

1 V

/cm observe negative-going

Adjust

overshoot.

to

OUTPUT

termination.

dial

to

scope

select

R328.

to

OUTPUT

switch

scope

first

C701

at

18.

time

accuracy.

a new

wide-

cali-

for

9 SINE

4-14

(A1, 6XX)

SHAPER

Turn

(4)

to~·

(5)

Using

bration,

lOOns of

edge.

OFFSET

1V

Adjust

< . 30V

switch

/cm

scope observe positive-going

C702

overshoot.

cali-

first

for

TQble 4-3.

Calibration

Procedure

- A 1 Boards.

70

Series

(Continued)

Pro-

cedure

9.a.

Calibration

Distortion Adjustment

Control

Std, WAVEFORM

switch

~etting

except

set

at

rv

Test

Equipment

(Mode)

Harmonic

Analyzer

flo

Distortion)

(1)

Connect BNC.

50-ohm

(2)

Adjust

vernier 2/3

(3)

Adjust

total in

(4)

Alternately

lowing distortion

(a) R602

(b) R610 (DA#3)

(c)

Terminate

amplitude

of

maximum

analyzer

harmonic

percent.

pairs

(DA#2)

(DA#4)

R606 (DA#5) & R619

(DA#6).

Step

analyzer

±O.

25%

load.

to

approximately

rotation.

to

distortion

adjust

for

minimum

«0.40%):

(DA#

1)

to

OUTPUT

with

level

measure

the

fol-

& R625

fJ.

R617

10

b.

Sine Amplitude

Xl,

X2 RATIO CHECK

Std,

except

WAVEFORM DVM (DC)

switch

Std,

FREQUENCY MULTIPLIER set

set

except

at

X2.

at

DVM (AC)

rv

Counter

(Freq)

(1)

(2)

(3)

(4)

(5) (6)

(1)

(2)

Connect ±O. Connect load.

Adjust

5.30

Adjust

control Change

Adjust

o

±O.

Connect to

SYNC OUT BNC. Adjust reading

50-ohm,

25%

load

to

DVM (AC)

R635 (Sine AC) to

±O.

02V.

OUTPUT

for

4.6

over

R632 (Sine DC) to

01V.

counter

frequency

of 1600

2W,

OUTPUT

LEVEL

±O.lV

to DVM (DC).

(freq.)

dial

±1

Hz.

BNC.

across

ac.

for

4-15

Table

4-3.

Calibration

Procedure

- A 1

Boards,

70

Series

(Continued)

Pro-

cedure

10

Cont.

11

Calibration

VARIABLE SYMMETRY CHECK

Control

Std,

Setting

except FREQUENCY MULTIPLIER

set

at

XO. 1

Test

Equipment

(Mode)

Scope (DC)

Step

(3)

Turn

FREQUENCY

MULTIPLIER

(4)

(1)

Counter

800

Connect

±3

should

Hz.

scope

SYNC OUT BNC.

(2)

Adjust vernier

the

fully

positive-going

duty

cycle

(3)

Adjust vernier

a

the

fully

negative-going

with a duty

switch

read

(DC) to

VAR

SYM

CCW.

pulse :::;5%. VAR SYM

CW.

pulse,

cycle:::;

5%.

to

Xl.

Observe with

Observe

4-16

SECTION

4

Control

FREQUENCY

Selector

Frequency

OFFSET

Dial

Selector

WAVEFORM

SWEEP

MODE

OUTPUT

FREQ

RAMP

PHASE

TIME

SELECTOR

LEVEL

ANALOG/SWEEP

Switch

Control

TABLE

4-4.

MULTIPLIER

Selector

SELECTOR

CALIBRATION

Initial

Control

Switch

Function/Position

Outer

Inne r

Xl

Outer Outer Inner WIDTH/VAR Outer Vernier

Linear

Outer

PULSE

Outer

Vernier

SWEEP

PROCEDURE -A2

Settings

(Standard)

Switch

Scale

Switch Switch

Switch (

Switch

(Inner

(6)

G)

SYM

(6)

Sw)

(Inner

(G)

Sweep (F77 Model)

Switch

WIDTH

Switch

(Inner

UP

(6)

(Inner

(6)

Sw)

(Control

(Q)

pushed

Boards,

Sw)

Vernier(Q)

sw)

(G)

in)

70

Series

Setting

X100 Xl

8.00

~

/\v

Pushed

Fully 1ms

Midrotation

Pushed TRIGGER

0.1-10 15V CAL

SWEEP

Midrotation

in

CCW

in

ms

RAMP

SWEEP

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

:

CAUTION

: ................. : FOR IN PROCEDURE.

DO

:

NOT CONNECT

Pro-

cedure

1.

Calibration

SWEEP

Control

A2

std

GENERATOR

(A2,

OXX)

a.

Hold

Zero

Adjustment

EXTERNAL

Setting

INPUTS UNLESS

Test

Equipment

(Mode)

DVlVI

(DC)

SPECIFICALLY

(1) (2)

Connect Activate RESET

DVM (DC) to

toggle

panel.

(3)

Adjust

R015 (Hold

o ± 1mV.

CALLED

Step

momentary

on

front

TP003.

SWEEP

Zero)

to

4-17

SECTION

4

Table

Pro-

cedure

1. b.

c.

4-4.

Calibration

Baseline

Adjustment

Hold Adjustment

Level

Procedure

Control

A2

MODE

CONTINUOUS 200 SWEEP SWEEP

switch

A2

turn

switch

SWEEP

-A2

std,

MODE

Boards,

Setting

except

switch

and

TIME

to

10ms

except

to

& HOLD

set

at

70

Series

Test

EQUiPment

Mode)

Scope

DVM DC

(DC)

(Continued)

Step

(1)

Connect

(2)

Using a scope

negative ramp R023

o ± 20

(1)

Connect

(2)

Activate MANUAL TRIGGER OR

(3)

Adjust

3.00

scope

mV

/CM,

peak

waveform

(Baseline

mY.

DVM (DC) to

momentary

GATE

toggle

R064 (Hold) to

± O.OlV.

observe

of

(DC) to

calibration

the

and

Zero)

on

TP003.

the sweep adjust

to

TP003.

front

of

panel.

d.

Amplitude Adjustment

A2 Std

Scope

Function

generator

(DC)

(1)

Connect

(2)

Adjust generator wave

at

(3

)

Connect

generator BNC.

(4)

Adjust control & scope

a

repetitive

hold

waveform

(5

)

Adjust such

that

the

ramp

ing

level

accuracy.

~dj

to

scope

external

200

external

TRIGGER

R031 (Amplitude)

to

(DC)

to

function

to

~5V

p-p

square

Hz.

function

to TRIG-SYNC

LEVEL

sweep

ramp

the matches

within

display.

peak

up and

level the

hold-

scope

==7

TP003.

IN

for

of

4-18

SECTION

4

Table 4-4.

Pro-

cedure

1.

e.

Sweep

f.

Sweep

Calibration

Down

Offset

Adj.

Rate

Calibration

Procedure -A2

Control

A2 turn switch

SWEEP

and control out

Setting

std,

except

MODE

to

& HOLD

PHASE (3)

pulled

for

sweep

down

A2

std,

except

turn

SWEEP

TIME full and to

vernier CW to MODE

CONTINUOUS +

sweep

Boards,

CAL

switch

70

Series

Test

Equipment

(Mode)

DVM (DC)

Counter

(time interval) Scope

(DC)

(Continued)

(1)

Connect

(2 ) Activate

MANUAL

GATE Adjust to 0 ± ImV.

(1)

Connect to IC004 - pin #8

F77

BNC,

(2

)

Adjust

(3)

Adjust

1000 ± 10 flS.

(4)

Turn to 10 flS.

(5

)

Connect

(6)

Observing sweep R082 (Comp) at

(7)

Verify ramp)

NOTE:

low delays.

(8)

Turn to

(9)

Observing

counter, (100:

Model

slope

SWEEP

neg.

due

SWEEP

full

1)

toggle

J6,

R003 (Hi

waveform,

of

CCW

Step

DVM (DC)

momentary

TRIGGER

on

front

R062 (I?own

time-interval

(or,

only,

on

counter

and

to

rear

to

stop

Freq)

TIME

scope

(DC)

negative

to

0 ± 20 mV

peak.

sweep

time

nominally Counter to

propagation

will

TIME

position.

the

time-interval

adjust

to

1100 ± 10 flS.

R081

to

TP004.

OR

panel.

Offset)

counter

for

SWP, SYNC

panel).

start

on

on -slope

to

switch

to

TP003.

peak

of

adjust

(positive

10 flS.

read

vernier

4-19

SECTION

4

Table

Pro-

cedure

1.f.

Cont.

4-4.

Calibration

Procedure

Control

-A2

Setting

Boards,

70

Series

Test

Equipment

(Mode)

(Continued)

(10)

Verify times are limits, necessary SWEEP

(a)

(b)

(c)

(d)

(e)

(f)

Step

maximum

for

all

ranges;

outside

specification

readjust

TIME

100J.1S

should

setting:

counter

read

1ms -counter

read

lOms -

read

lOOms -

read

103

>

counter

> 1030

counter

>

10.3

Is -counter

read

lOs -

read

> 103

counter

> 1030

sweep

R081

> 10. 3

should

ms

should

ms

sec

should

sec

should

sec

if

any

as

ms

should

2.

LOG CIRCUIT

(F77

only)

(A2,

a.

Log

Temp

Model

2XX)

Diode

Adj.

A2

std

DVM (DC)

,

(1)

Connect

(2

)

For of bench, for ambients,

proper

less itive ing NOTE:

for

after

an

77° F (±

-6.0

L1

v ~ O.

negative

potential

ambient

circuit

DVM (DC) to

ambient

5°F)

adjust

±O.

R210

2V.

determine

level

as

7V

per

(more

for

temperature.

Allow enough

to

stabilize

adjus

tment.

TP203.

temperature

at

test

(Temp)

For

other

follows:

10

F

pos-

increas-

time

)

4-20

SECTION

4

Table 4-4.

Pro-

cedure

2.

b.

c.

Calibration

Offset

Null

Adj.

Procedure -A2

Control

A2

Setting

std

Boards,

70

Series

Test

Equipment

(Mode)

DVM (DC)

(Continued)

(1)

Connect between

(TPG).

(2)

Connect

Press

(3)

Adjust

-3

(4)

Remove

(1)

Connect

between

(2)

Connect

(3)

Adjust

o ±

(4)

Remove

Step

short

TP201

DVM (DC) to SWEEP R223 (Offset) to

m V ±

O.

1 m

jumper

short

TP202

DVM (DC) to R201 (Null)

0.1

mV.

jumper

and

ground

RESET.

V.

from

jumper

and

to

from

TP204

TP201.

(TPG).

TP204.

TP202.

d.

Log

Scaling

A2

std,

except

turn

MODE (2) switch SWEEP

to

& HOLD

(1)

Connect

Activate

MANUAL GATE

(3

)

Adjust

3.00 ± 0.01

(4)

Return

repeat point

(5)

Remove scope

(6)

Place

DVM (DC)

momentary

TRIGGER

toggle

on

R204 (Scale)

v.

to

step

procedure

(one

time

DVM

(DC) to

MODE

selector

CONTINUOUS SWEEP.

(7)

Place tor at

SWEEP

at

10

CAL.

ms,

to

front

2.

c.

to

only).

and

connect

TP204.

TIME

and

vernier

TP204.

OR

panel.

to

and

this

at

selec-

4-21

SECTION

Table

4-4.

4

Calibration

Procedure -A2

Boards.

70

Series

(Continued)

Pro-

cedure

2.d.

Cont.

3.

a.

Calibration

SWEEP

LIMIT

CIRCUITS

(Al,

lXX)

Limit

Adj.

Control

A2

std

Setting

Scope DVM (DC)

A2

std,

except

turn

MODE Scope (AC)

switch

TINUOUS

to

CON-

and

Counter

FREQUENCY MULTIPLIER

to

XIK

(outer

switch)

(inner

and

X2

switch)

Test

Equipment

(Mode)

(AC)

(Freq)

(8)

Observing of

the

adjust

for a peak

(to

within

at

0.5 V /cm).

(1)

Connect

(2)

Adjust

dial

to 20 Record to 4

significant

(3

)

Turn

& HOLD.

(4)

Activate

TRIGGER panel.

(5

)

Set

front

dial

to CW

frequency).

LIMIT

(6

)

Adjust Cal)

for

reading

viously

(7)

Turn

CONTINUOUS

(8)

Adjust

LIMIT sweep

Step

the

positive

log

sweep

waveform,

R031 (Amplitude)

level

of +3.

scope

counter

front

(X2

measured

accuracy

to SYNC OUT.

panel

frequency

calibration).

frequency

digits.

MODE

switch

to

momentary

toggle

panel

stop

cursor

AI-R163

the

(±0.05

recorded

MODE

on

frequency

(minimum

Adjust

to 20 on

(Sweep

same

KHz)

in

switch

front

SWEEP

counter

as

step

to

SWEEP.

front

panel

control

width

SWEEP

to

zero

(fully CCW).

peak

OOV

SWEEP

MANUAL

dial.

Limit

pre-

1.

4-22

SECTION

4

Table

Pro-

cedure

3.

a.

Cont.

4.

4-4.

Calibration

FREQUENCY ANALOG AMPLIFIER

(AI,

OXX)

Offset Adjustment

Procedure -A2

Control

A2

Setting

std

Boards.

DVM (DC)

70

Series

Test

Equipment

(Mode)

(Continued)

(9)

Connect

(10)

Adjust Null)

(11)

Place

SWEEP

steps

(one

(1)

Connect ANALOG/SWEEP

connector

(2

)

Place FREQ

(3)

Adjust frequency

(4)

Adjust

o ± 5

Step

scope

A1-R164

for

MODE

& HOLD and

(4)

time

to

the

best

switch

through

only).

(Sweep

DVM (DC)

on

front

selector

ANALOG

frequency

stop

toggle

position.

dial

(fully CW).

R084 (analog) to

mV.

A1-TP101.

scope

null.

at

repeat

(10)

above

to

FREQ

RAMP

panel.

to

low

5.

.

5.a.

PULSE

WIDTH

(A2, 5XX)

Bias Adjustment

A2

std,

except

turn

WAVE-

FORM to SWEEP switch

A2

turn switch

switch

PULSE

TIME

to

Std,

except

MODE

to

CONTINUOUS

-'.

and

OFF

Scope

(AC)

(1) (2)

(3)

Connect

Adjust

:::<

50%

Adjust

a

nominal

:::<

100

scope

R502

(Min.)

rotation.

R5l0

f1S

(Bias)

O.

7V

wide,

(AC) to

to

so

p-p

pulse,

is

observed.

TP504.

that

4-23

SECTION

4

Table

Pro-

cedure

5.a.

Cont.

5.

b.

4-4.

Calibration

Width

Calibration

Cal.

Procedure -A2

Control

A2

std,

except

WAVEFORM

switch PULSE

SWEEP

switch

Setting

turn

to

and

TIME

to

OFF

Boards.

70

Series

Test

Equipment

(Mode)

Scope

(DC)

(Continued)

(4)

Optimize R510 waveform

~~

! j L

",,100

(1)

Connect OUTPUT

50-ohm

termination.

(2)

Verify vernier switch

(3)

Adjust width of

(4)

Turn MULTIPLIER

(5

)

Adjust fully

(6)

Adjust

at

12.5

(7)

Turn to

(8)

Turn PLIER

(9)

Observe a pulse 1/2

Adjust

118 ± 7

(10)

Turn

PLIER

Step

the

in

accordance

shown

ms

scope

BNC,

wideband

that

the

at

WAVEFORM

is

fully

R502 (Min)

(at

1/2-amplitude

85

± 5

f.1S.

FREQUENCY

WIDTH

CWo

R508

1/2

amplitude

±O.

5

ms.

PULSE

1-100f.1S.

FREQUENCY

switch

amplitude)

R508

f.1S.

FREQUENCY

switch

adjustment

with

below.

7V

to.

Adjust

for

150

(DC) to

using

WIDTH

CCW.

for

switch

vernier

(Max)

for

of

WIDTH

to

Xl00.

width

switch

MULTI-

> 111

(Max)

to

for

MULTI-

XI0K.

R510

mV

a

point)

to

Xl.

width

at

f.1S

of

i

4-24

SECTION

4

Table

Pro-

cedure

5.b.

Cont.

4-4.

Calibration

Procedure -A2

Control

Setting

Boards,

70

Series

Test

Equipment

(Mode)

(Continued)

(11)

Adjust fully

(12)

Observe a pulse

1/2

Adjust

0.90 ± 0.05

required.

(13)

Turn switch ADJUST WIDTH

(14)

fully

(15)

Adjust at

1.4 ± 0.1

Step

WIDTH

CCW.

amplitude)

R502 (Min. )

PULSE

to 30-1(JvOns.

CWo

C508

1/2

amplitude

IJS

WIDTH

for

IJS.

vernier

width

<0.951JS.

for

only

if

-ernier

width

of

(at

6. HOLD FREQUENCY

ADJUST

Std,

except

Freq

Dial

at

X1K,

& MODE

X2,

at

CONTINUOUS

Counter

(Freq)

(1)

Connect SYNC OUT BNC.

(2)

Place

frequency

low-frequency

(3)

(4)

Place at Adjust

20

SWEEP

(X2

measured 40

± 2

(5)

Turn

MODE

SWEEP

(6)

Activate RESET

(7)

Adjust for

40

(8)

Pull

PHASE

SWEEP

(9)

Activate MANUAL GATE

(10)

Adjust

counter

LIMIT

scale).

frequency

Hz.

switch

& HOLD.

momentary

toggle.

A2-R015

± 2

Hz.

control

DOWN.

momentary

TRIGGER

toggle

switch.

A2-R062

(Freq)

dial

stop.

dial

(Hold

(Down

to

at

its

dial

for

of

to

SWEEP

Zero)

out

for

OR

Offset).

a

4-25

SECTION

4

NOTES

4-26

R210

LO

FREQ

R207

LO

FREQ

R934

RI856

+15V

DC

CI2220MHZ ADJ

(UNDER)---~;;;;:::""-~~~~

RI546

AC

C738

2MHZ

FLAT

(UNDER)

ii""'l";--_

1r.J~~-_

R754

R

757

HF

::I:::i""--R724DC

\-+---1"iT---'n--,

--=::;;~~"l~Q_~_-==----j-/_

.-.L---,;-~~~..,-.=...:o..,~~--=--+--

R707

POS

NEG

E705

!~~-::rT

~~Lr-.G§--I-=

C70l

SINE

1

2

OFFSET

C

117

lOMHZ

ADJ

------19.ib

""""'-i-~...L..:."..-'-I

!,----+-_

t-\;~~::i:~~;;;P~:'::"----="''-I

r"--'------='

l1~T~~~~rl#t;:===

~w~~~--rH~/--

~i'f-'---

~===~===oJ:;~!-U-

~--..-..:;:..-----,,-i~~~-

•

\lit

N~-

__

~~-

C702

R779

R780 R602

R610

R606

C

205

INVERT INVERT

DA

1

DA

3

DA

5

DC

AC

r:~~~~m=~~~~~~~~~~~~===C2005MHZADJ

-

hi~~~

Tfffi~~~~=;-~::Jm-_

ilU~:(ni~~~~~~

~~~~=.........;~~II

~~~---

__

R266

LO

R268

10KHZ

R2671KHZ

R6I7

DA

-

R632

SINE

FREQ

4

DC

R216

CHG

DC

R336 SO

NEG

R326

SO

POS

R269 100KHZ

R635

SINE

AC

6

R625

DA

2

~

I-

U"\

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u;'

CL

~

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SCHEMATIC

F74/F77

REV

,

c

R081

100:1

---~=

C508

TP503

SECTION 4

TP502

103

HI

R0l5

TP003

R023

FREQ

HOLD

ZERO

TPG

TPOO2

BASELINE

ZERO

fa

TP204

R084

ANALOG

'"

I

'"

!:!

TPOO4

l;I

R062

TPOD1

TPG

R082

TPOO5

COMP

R031

DOWN

R064

AMP

OFFSET

HOLD

Figure

4-3 " Testpoint

L "

ocatlon

0"

lagram

(5

older

4-31/4-32

Side)

THIS

PAGE

INTENTIONALLY BLANK.

INSERTED

HERE

FOR

DOCUMENT

PAGE

NUMBER

CONTINUITY

SCANS

BY

ARTEK-MANUALS

Section

5

MAINTENANCE

5-1.

INTRODUCTION

This

section

sonnel

in

components.

,

at

the

back various control

The

settings.

small

swung away

access

mains

To

to

fully

swing

following

(1)

Disconnect source.

(2)

Remove switch

(3)

Remove

is

intended

tracing

of

critical

The

the

signal

schematic

manual,

test

printed-circuit

from

components.

operational

the

A2

steps:

power

both

shaft

and

two

points

the

in

card

knobs

from

board

to

aid

flow

and

diagram,

shows

under

card

instrument

The

instrument

this

condition.

outward,

cord

from MODE

mounting

service

in

locating

included

waveforms

indicated

(A2)

may

to

provide

perform

from

SWEEP

switch

power

TIME shaft.

screws.

per-

be

re-

the

at

Al

PC

BOARD

;:J /

CHASSIS

Figure

Figures

grams form the

location

rear

~-lY'

1:1b./

~'lIi-Tii'

SLIDE

5-1.

for

switches.

panels.

.

---,-

RAIL

",,",

.•

~/

A2

Board

Disassembly

5-2, 5-3,

the

attenuator,

of

parts

/

,/'

..

' "

'.Y:/~'>/

A2

PC

BOARD'REMOVAL

(Series

Diagram

and

5-4

sweep

Figures

5-5

mounted

70

Models)

are

time

and

on

PROCEDURE

wiring

and

5-6

the

front

-

dia-

wave-

depict

and

(4)

Loosen screws.

(5)

Slide to shafts.

(6)

Rotate

(See

board

clear

figure

three

toward

SWEEP

board

5-1).

hinge

rear

TIME

outward

slide

and

of

MODE

to

retainer

instrument

switch

900 position

5-2.

TIMING

The

sequence uous

wavetrains.

a.

Triggered

The

main

loop

DIAGRAMS

following

of

logic

figure

5-7)

trigger

triangle

timing

used

and

signal

generation

to

Gated

used

diagrams

produce

Modes

to

start

appears

show

the

discontin-

(See

and

stop

at

5-1

6

c.n

I

to.:)

WAFER

1

THE

COVER

CUTTING

OFF

END.

AND

USE

FIRST

GROUND

FULL

YENCLOSED.

OF

THE

PLASTIC

TO

REPLACE:

''LOOSE''

SHIELD.

AmNUATOR

RETAINER

WRAP

END

OF

COVER

THEN

WAFER

MAY

BANOS.

COVER

AS A GUIDE

WORK

2

BE

REMOVED

TO

AROUND

COVER

AND

REMOVE:

ONE

END

TO

SLIP

ON

FORWARD

WAFER

REPLACED

SIMPLY

SLIDE

OF

ATTENUATOR

BOTH

BANOS

UNTIL

AmNUATOR

3

WITHOUT

BANDS

ASSEMBLY

OVER

IS

THE

WAFER

(J)

m

o

-i

o

Z

U1

4

KEY

~:~/

Figure

'451

./

5-2.

Attenuator

4

PLACES

Switch

Assembly

it

of

AI-IC301.

(logic tion ates ceives and in

goes

level

is

inhibited.

or

allows

this

through

the

TRIGGERED

The

output

high, start-stop reset ing

When

at

A1-IC402 transition A1-IC402

Ai-TP401

main

loop

triangle

A2

E3

Figure

5-3.Sweep

(F44/F77

Whenever

of

operation.

signal

a

of

as

analog

the

main

at a time

pin 1 is

remains

squarewave

waveform

3

R4

DECK

2

DECK

1

57

Time

Switch

Models)

this

+3

volts),

A

low-state

waveform

AI-IC402

directly

in

differentiating

signal

(0

the

GATED

capacitor

is

genera-

volts)

pin 1 re-

high

initi-

mode

when

mode.

flip-flop

does

circuitry.

AI-IC402

TP401,

loop

pin 3 then

unlocking

The

flip-flop

squarewave

the

is

appear-

pin 9 makes a negative-going

when

the

·logic

signal

at

high.

high,

then

however,

goes

runs

until

positive.

to

the

The

level

set

by

the

Control)

b.

TRIGGER

Modes

Both of

ting

only

peak

of

the

iliary so the

dc

that

the

SWEEP

although

A

trigger

section

2,

causing

AI-IC301

vibrator

10

microseconds.

period,

pin 3 is

clamp

test

(by

points

action

The

transistor,

analog to a peak A2-TP005 ramp stop

"hold"

voltage

flip-flop,

flip-flop

replacing

a

fixed

peak

two the

of pin fixed of

voltage

amplitude.

This

fixed

actions.

fixed

the

When

amplitude

SWEEP

analog

and

stops.

SWEEP

(See

figure 5-8)

these

one

sweep

voltage

modes

complete

sawtooth

replaces

frequency

the

LIMIT

actual

dial

sweep

signal

pin 6

the

output

(A2-IC001 pin

At

start-stop

set

high.

flip-flop

This

A2-TP001

of

A2-CR008).

waveform

valve

reset.

at

which

This,

A2-TP002;

A2 -IC 004

A2-IC005

the

analog

equal

amplitude

When

amplitude

in

is

trigger

in

SWEEP

is

removed

RESET

switch

clamp

circuitry

and

function

sweep

waveform,

the

control

remains

ramp

derived

appears

of a

8)

the

end

releases

A2-Q002,

and

at

time

in

output

to

the

is

removed

TRIGGER

removed

pulse

& HOLD

S12.

SECTION

SWEEP

by

cycle.

sweep

waveform,

voltage

at

peak

has

reset.

from

at

one-shot

to

go

of

this

output

the

and

A2-TP005

A2-TP002

A2-TPOOl

turn,

resets

3;

and

8 to go low,

at

A2-TP003

sweep

SWEEP by

the

from

mode,

by

the

5

(PHASE

& HOLD

genera-

At

the

an

aux-

sent

to

level

the

logic

A2-ICOOl

multi-

high

for

delay

A2-IC004

analog forces

high

rises

and

the

start-

causes

with

waveform

by one of

mode,

arrival

A1-IC301

the

operation

5-3

SECTION

5

Al

GREEN

E70l

R13

55

5-4

DECK

1

Figure

DECK

5-4.

DECK

2

Waveform

3

Switch

(F44/F77

Models)

©R13

S5 Rll

S3

@~~

©S2

00

SECTION 5

FREO

R1

SWEEP

R3

0

~

0

Sl-D1

\®

@~~

R8

coo~

J4

VIEWED

Figure

0

·0913

5-5. F:ro·nt· Panel

Components

(F74/F77

~J~O

J7

IF770N&

C910

®!®>

FROM

INSIDE

Models) -Location

J3

~

<®>

J2

Diagram

I n

@)+

Jl

@

0901

@ 0

~

BCE

~~

CBE

FlS20AS20B®)J6

@

Figure

ECB

f2.J

<oD~@D@

-loS#>

5-6.

Rear

BCE

123

4

oS

Panel

0

__

!.

0

S21

""56

0 0

T901

0 0 0 0 0

6

f;o::'\=============::::;;~1

Components

VIEWED

(F74/F77

FROM

INSIDE

Models) -Location

BCE

r--~====::r=~---J

Diagram

~

BCE

0

5-5

SECTION

5

AHe

"He

AI-Ie

"

WAVEFORM

301

402

AI-TP

402

401

6

1

3

9

~

TRIGGERED

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

J.-

GATED

Figure

AI-IC AZ-IC

AZ-IC

A2-TPOOI.

AZ-IC

5-7.

301

001

004

TPOO5

A2-TP002

005

Timing

6

~~------------~

Z

Diagram --Triggered & Gated

Modes

--I 1--10US

8

~~---------------

3

--------~

8

I

I I

!~

I

~-------------------------

I

I I

t 1-

L---------"C

RESET

GOING Ie

301 SWEEP SWP

WHEN

MODE.

BY

IGGER PIN 6 WHEN MODE

OR

RESET

SWITCH

IN

SWEEP

NEGATlVE-

PULSE

FROM

IN

TR

RESET

BY

512

AND

HOLD

IGGER

5-6

Figure

5-8.

AZ-TPOO3

Timing

----------

Diagram --Sweep

Trigger

and

Sweep & Hold

Modes

6-1.

INTRODUCTION

This

section

fying

and

ordering

ment

parts Electronics order tion

or

and

inquiry

part

contains

replacement

may

be

ordered

Corporation.

identifies

number.

information

parts.

from

Be

certain

the

part

Section

PARTS LIST

6-2.

for

identi-

Replace-

Interstate

that

by

descrip-

the

Table supply Table all

electrical circuit mounted

6

PARTS LIST

6-1

is a list

parts

6-2

lists,

board

on

AI.

circuit

used

by

and

of

all

in

the function

circuit

electronic

Table

board

6-3

A2.

manufacturers

generator.

reference

parts

lists

number,

mounted

those

who

on

parts

Code

01295 02735 04713 07263 07421 07994

17856

18324 22753 27264 28480 49956

56289 71450 71590 73445 75042 75915 76493 80294

Texas RCA

Motorola

Fairchild Interstate American

Siliconix, Signetics

UID

Molex

Hewlett-Packard Raytheon

Sprague

CTS

Centralab, Amperex IRC

Littelfuse J.

Bourns.

Instruments

Corporation,

Semiconductor

Camera

Electronics Radionic Inc.,

Corp.,

Electronics,

Products

Co.,

Electric

Corp.,

Elec.

Inc.,

W.

Philadelphia, Inc.,

Miller

Inc

Elkhart,

Milwaukee,

Co. ,

.•

TABLE

Inc. , Dallas,

Somerville,

and

Instrument Corp. , Anaheim,

Co.,

Santa

Co.,

Lexington,

Corp.,

Des

Riverside.

Clara

Sunnyvale,

Hollywood,

Lisle,

Co.,

Palo

Co. , North

Indiana

Wisconsin

Hicksville,

Plaines,

Los

Angeles,

6-1.

LIST

OF

Manufacturer

Texas

New

Products,

Danbury,

California

Illinois

Alto,

Massachusetts

Adams,

Pennsylvania

California

Inc.,

Corp.,

Connecticut

Florida

California

New

Illinois

California

MANUFACTURERS

Jersey

Phoenix,

Mountain

California

Massachusetts

York

Arizona

View,

California

6-1

SECTION

6

Table

6-1.

List

of

Manufacturers

Code

80740 84171 91213 91637

Ref

Beckman Arco Johanson Dale

Design

C101 C102 C103 C104 C105 CllO C1l1 C1l2 C1l3 C1l6 C1l7 C1l9 C120 47 C121 C122 C201 C202 C203 C204 C205 C206

Instruments,

Electronics

Mfg.

Electronics,

Value

0.01

MF C

PF

30

0.01

MF

0.01

MF

0.01

MF C

20

PF

6.8

MF

0.01

MF

0.01

MF

0.01

MF

3-30

PF

6.8

MF

0.01

MF

3-30

PF

0.82

MF

0.082

0.0082 PF

680 3-30

PF

FS

C207 FS C

2-20

0.01

5.0

6.8

0.01

22

PF

10

PF

MF MF MF

MF

C208 C209 C210 C213 C214 C215 C216

Corp.,

MF

(Continued)

Fullerton,

Inc.,

Great

Boonton,

Columbus,

TABLE

:Ceramic

C

:Mica

C

:Ceramic

C

:Ceramic :Ceramic

C

:Mica

C

:Tant

C

:Ceramic

C

:Ceramic

C

:Ceramic C:Var C

:Tant

C

:Tant C

:Ceramic C:Var C:M-Set C:M-Set C:M-Set C

:Mica C:Var C

:Mica

:Mica C:Var C

:Ceramic

C

:M-Set

C

:Tant

C

:Ceramic

C

:Mica C:Mica

Manufacturers

California

Neck,

New

Jersey

York

Nebraska

6-2.

PARTS

LIST,

A 1

Description

100V 20%

500V

5% 100V 20% 56289 C023A101F103M 100V

2-0%

100V 20% 56289 C023A101F103M

500V

5%

El

35V

10%

100V

20% 100V 20% 56289 C023A101F103M 100V

20%

El

35V

10%

El

6V

10%

100V 20% 56289

of 4 07421 of 4 07421 of 4 07421

500V

5%

500V

5%

500V

5%

100V 20%

of 4

El

35V

10%

100V 20% 56289

500V

5%

500V

5%

BOARD

Mfg Code

Part

Number

56289 C023A101F103M 84171

CM05ED300J

56289 C023A101F 103M

84171

56289

DM5-200J

196D685X0035K.A 1

56289 C023A101F103M

56289 C023A101F103M 91213 56289

9303

196D685X0035K.A 1

56289 196D476X9006K.A 1

C023A101F103M

91213

9303

P00347753 P00347753

P00347753 84171 91213

91213

CM05ED681J 9303

9302

56289 C023A101F103M 07421 56289

P00347753

196D685X0035K.A 1

C023A101F103M 84171 84171

DM5-22OJ

DM5-100J

6-2

SECTION

6

Table

Ref

6-2.

Parts

Design

C217

C220

C221

C301

C303

C304

C305

C307

C308

C309

C310 C3ll

C313

C401 C402

C403

C405

C406

C407

C408 C409 C601

C602

C603

C604

C605 C607 C608

C609

C6,10 C6ll C701 C702

C703

C704 C705 510 C706 C707

List,

120

0.01

0.01 15PF

2PF

0.01

62 P

0.01 100

0.1 100

0.01

3-30

0.01

68

0.01

0.1

0.01

0.1 15 100 120

0.01

6.8 68 3-30 3-30

0.1

0.01

6.8

A 1

Board

Value

PF

MF MF

MF

MF PF MF PF

MF

PF

MF

PF

MF MF

MF

MF MF

PF

PF PF

MF

PF

PF MF

MF PF

MF MF

(Continued)

Description

C

:Mica

C

:Ceramic

500V

C:Ceramic C

:Mica

C

:Mica

C

:Ceramic

C

:Mica

C

:Ceramic

C

:Mica C :Dip C

:Mica C

:Ceramic C

:Ceramic

500V 500V

500V

Mylar

500V

C:Ceramic C:Ceramic C

:Ceramic C:Var C

:Ceramic C

:Mica C

:Ceramic C :Dip C

:Ceramic C

:Ceramic C :Dip C

:Mica C

:Mica

500V

Mylar

500V 500V

500V C:Ceramic C

:Tant

C

:Mica

El

500V C:Var C:Var C :Dip C C C C

Mylar :Ceramic :Mica

500V :Ceramic :Tant

El

Mfg

5%

Code

84171 CM05ED121J

Part

Number

100V 20% 56289 C023A101F103M

100V 20% 56289

10% 10%

100V

20% 56289 C023A101F103M

5%

100V 20% 56289

5%

50V

40%

5%

100V

20% 56289

100V 20%

84171 84171

84171

84171 07994 FMOI04U 84171

56289 100V 20% 56289 100V 20% 56289

100V

20% 56289

100V 20% 56289

91213

100V 20% 56289

5%

84171

C023AlOIFI03M DM5-150J DM5-020J

CM05ED620J C023A101FI03M CM05ED101J

CM05ED10lJ C023AI0IFI03M C023A101F 103M C023AI01FI03M

C023A101FlO3M

C023Al01F

103M C023AI0IFI03M 9303 C023A101F 103M CM05ED680J

100V 20% 56289 C023A101FlO3M

50V 40% 07994 FM0104U

100V 20%

lOOV

20% 56289 C023A101F 103M

56289

C023AlO1FI03M

50V 40% 07994 FMOlO4U

10% 5% 5%

100V 20% 56289

35V

10%

5%

50V 40%

100V 20% 56289

5%

100V 20%

35V

10%

84171 84171 84171

56289 84171 91213 91213 07994

84171 56289 56289

DM5-150J CM05EDI0lJ CM05ED121J C023A101F 103M

196D685X0035KA 1

CM05ED680J

I

9303 9303 FM0104U

C023AI01FI03M

CM05ED511J

C023AI01FI03M

196D685X0035KAl

6-3

SECTION

6

Table

Ref

6-2.

Design

C708 C709 C710

Parts

C71l

C712

C713 100

C714

C715

C716

C717 C719

C720

C722

C723 C724 C725 C726 C727

C728

C729 C730

C733

C734

C735 C736

C737 C738 C901 C902 C903

C904

C905

C906

C907 C908 C909 C910

List. A 1

Value

0.1

MF

6.8

MF

0.01

MF

0.01

MF

6.8

MF MF

6.8

MF

0.01

MF

0.01

MF

6.8

MF

22

MF

22

MF

6.8

MF

0.01

MF

6.8

MF

100

MF

6.8

MF

0.01

MF

270

PF

0.1

MF

0.1

MF

0.01

MF

0.01

MF

0.01

MF

68

PF FS 3-30

PF

1500

MF

1500

MF

3000

MF

3000

6.8

MF

6.8

MF

3000

MF

6.8

MF

6.8

MF

0.01

MF

Board

(Continued)

Description

C :Dip C C C C C C C C C C C C C C C C C C C :Dip C:Dip C C C C C

Mylar

:Tant

El :Ceramic :Ceramic :Tant

EI :Elect :Tant

50V

EI

:Ceramic :Ceramic

:Tant

EI

:Tant

:Tant :Tant

El

EI

:Ceramic

:Tant

El

:Elect

:Tant

50V

EI :Ceramic :Mica

500V

Mylar

Mylar :Ceramic :Ceramic :Ceramic :Mica :Mica

500V 500V

C:Var C:Elect C:Elect C:Elect C:Elect C:Tant C

:Tant

C:Elect C

:Tant

C

:Tant

C

:Ceramic

50V-10+75% 50V-10+75%

25V-lO+75%

25V-10+75%

EI El

25V-lO+75% EI EI

Mfg Code

50V

40% 07994 FM0104U

35V

10% 56289 196D685X0035KA1

100V

20%

100V 20% 56289 C023A101F103M

35V

10% 56289 196D685X0035KA1

-10+100% 90201

35V

10%

100V

20%

lOOV

20%

35V

10%

10V

10%

10V

10%

35V

100/0-

100V

20%

35V

10%

-10+100%

35V

10%

100V 20%

5%

50V

40%

50V

40%

100V

20%

100V

20%

100V

20% 5% 5%

56289

56289 196D685X003 5KA 1

56289 56289 C023A101F103M 56289 56289 56289 56289 56289 56289 196D685X0035KAl 90201 56289

56289

84171 07994 07994

56289 C023A101F103M

56289

84171

91213

56289

Part

Number

C023A101F103M

MTV100DE50

C023A101F103M

196D685X0035KA1

196D226X9010KA1 196D226X9010KAl

196D685X0035KA1

C023A101F103M

MTV100DE50 196D685X0035KA1

C023A101F103M

CM05ED271J FM0104U FM0104U

C023A101F103M C023A101F 103M CM05ED680J

9303 TVA1318 TVA13l8

56289 TVA1214

35V

35V 35V

100V

10% 10%

20%

56289

56289 56289 56289

TVA1214

196D685X0035KA1 196D685X003 5KA 1

TVA1214

196D685X0035KA1 196D685X0035KA1

5GAS10

6-4

SECTION

6

Table

Ref

6-2.

Design

CR101 CR102 CR103 CR108 CR109 CRllO CR201 CR301 CR302 CR304 CR305 CR306 CR307 CR308 CR404 CR405 CR406 CR408 CR409 CR601 CR602 CR603 CR604 CR605 CR606 CR607 CR608 CR609 CR610 CR611

CR612

CR613 CR614 CR616 CR617 CR702 CR707

Parts

List, A 1

Value

Board

I

(Continued)

Description

Diode:Sil Diode:Sil Diode:Sil

Diode:Sil

Diode:Sil Diode:Sil Diode:Sil

Diode:Sil Diode:Sil Diode:Sil Diode:Sil

Diode:Sil

Diode

:Sil Hot Diode:Sil Diode:Sil Diode:Sil Diode:Sil Diode

:Sil Hot Diode

:Sil Hot Diode:Sil Diode:Sil Diode:Sil Diode:Sil Diode:Sil Diode:Sil Diode:Sil

Hot

Carrier

Hot

Carrier

Hot

Carrier

Hot

Carrier Carrier

Hot

Carrier

Hot

Carrier

Hot

Carrier

Hot

Carrier Carrier Carrier

He t Carrier

Mfg

07421 07421 07421 07421 07421 07263 07421 07421 07421 07421 07421 07263

Code

Part

Number

1N4153 1N4153 1N4153 1N4153 1N4153 1N4153 1N4153 1N4153 1N4153 1N4153

1N4153

1N4153 1N4153 1N4153 1N4153 1N4153 1N4153 1N4153 1N4153 P00347304/FHllOO P00347304/FHllOO P00347304/FHllOO P00347304/FHllOO P00347304/FHllOO FHllOO P00347304/FHllOO P00347304/FHllOO P00347304/FHllOO P00347304/FHllOO P00347304/FHllOO FHll00 1N4153 1N4153 1N4153 1N4153 1N4153 1N4153

6-5

SECTION 6

Table

Ref

. IC701

6-2.

Design

CR708 CR709 CR710

CR711

CR901 CR902 CR903 CR904 CR905 CR906 CR907 CR908 CR917 CR918 CR919 CR920 CR921 IC101 IC102 IC103 IC104 IC201 IC202 IC301 IC302 IC303 IC304

IC401

IC402

IC601

IC702

IC901

IC902 IC903 L301 L602

Parts

List,

Value

0.22

1.2

A 1

UH

Board

UH

(Continued)

Description

Diode:Sil Diode:Sil Diode:Sil Diode:Sil Diode:Sil

Diode:Sil Diode:Sil Diode:Sil Diode:Sil Diode:Sil Diode:Sil Diode:Sil Diode:Sil Diode:Sil Diode:Sil Diode:Sil Diode:Sil lnt

Ckt:8

lnt

Ckt:8

lnt

Ckt:

12

lnt

Ckt:8

lnt

Ckt:8

Int

Ckt:

14

Int

Ckt:

14

Int

Ckt:14

Int

Ckt:

14

Int

Ckt:

14

Int

Ckt:

14

Int

Ckt:14

lnt

Ckt:

14

lnt

Ckt:

14

Int

Ckt:

14

Int

Ckt:8

lnt

Ckt:8

Int

Ckt:5V

Choke:

Mfg

Code

Dip

T05

Dip

Dip 01295 SN7486N

Dip

Dip 07421

Dip

Dip 02735 CA3086

Dip

Reg

01295 07421 N5558V 02735 01295

49956 RC4558DN

07421

01295 01295 SN7451N 01295 SN7400N

01295 SN74S00N

02735 CA3086 02735 CA3086 18324 N5558V 18324 04713 76493

76493

Part

Number

1N4153 1N4153 1N4153 1N4153 1N4002 1N4002 1N4002 1N4002 1N4002 1N4002 1N4002 1N4002 1N4153 1N4153 1N4153

1N4002

SN72741p

CA3049T SN72741p

P00347408

SN7400N

P00347408

N5558V

MC7805CP 9310-02 9310-14

6-6

SECTION 6

Table

Ref

6-2.

Design

L701 Q101 Q102 Q103 Q104 Q106 Q107 Q108 Q109 QUO QU4 QU5 QU9 Q120 Q121 Q201 Q202 Q203 Q204 Q205 Q208 Q2l0 Q301 Q303 Q304 Q305 Q206 Q307 Q308 Q,309 Q404 Q405 Q601 Q602 Q603 Q604 Q605

Parts

List,

FS

A 1

Value

Board

(Continued)

Description

Choke: Tstr

:Sil

Tstr

:Sil

Tstr

:Sil

Tstr

:Sil

Tstr

:Sil

Tstr

:Sil

Tstr:N

Ch Tstr:Sil Tstr

:Sil

Tstr

:Sil Tstr:Sil Tstr

:Sil Tstr

:Sil Tstr:Sil Tstr:Sil Tstr

:Sil Tstr

:Dual N J Tstr:N Tstr Tstr Tstr Tstr Tstr Tstr Tstr Tstr Tstr

Ch

:Sil

:Sil Tstr:Sil Tstr:Sil Tstr

:Sil Tstr:Sil Tstr

:Sil Tstr

:Sil Tstr:Sil

PNP PNP PNP NPN PNP PNP

Fet NPN NPN PNP NPN NPN NPN NPN NPN PNP

Fet NPN NPN PNP PNP PNP PNP NPN PNP PNP NPN PNP NPN NPN NPN PNP NPN PNP PNP

Fet

Mfg

Code

2N2905A 2N4258

04713

MP56523

2N3904 07263 07263 07421

2N5771

P00347206

2N3904

2N3906

2N3904

2N3904 07263 2N5769 07263 2N5769

2N3904

2N3906 07421

P00347201

17856 E212 07263 07263 07263

2N5769 2N5769

2N5771 2N3906

07263 2N4258 07263

2N4258

2N3904 07263 07263 07263 07263 07263 07263

2N4258

2N5769

2N4258

2N5769

2N3904

2N3906

07263

2N5769

2N5771

2N3906

Part

Number

6-7

SECTION

6

Table

Ref

6-2.

Design

Q606 Q607 Q701 Q702 Q703 Q704 Q705 Q706 Q707 Q708 Q709 Q710 Q711 Q712 Q713 Q714 Q715 Q716 Q717 Q901 Q902 Q903 Q904 Q905 Q906 Q907 Q908 Q909 Q910 Q911 Q912 Q913 Q914 R002 R003 ROll R104

Parts

List,

10K

5K

25K

A 1

Value

Board

(Continued)

Description

Tstr:Sil Tstr:Sil Tstr:N Tstr:N Tstr:N Tstr Tstr Tstr Tstr Tstr

Ch J Ch J

Ch J :Sil :Sil :Sil :Sil :Sil

Tstr:M-P Tstr:Sil Tstr:M-P Tstr

:Sil

Tstr

:Sil

Tstr

:Sil

Tstr

:Sil

Tstr

:Sil

Tstr

:Sil

Tstr:Sil Tstr

:Sil

Tstr

:Sil

Tstr

:Sil

Tstr

:Sil

Tstr

:Sil

Tstr

:Sil

Tstr:Sil Tstr

:Sil

Tstr

:Sil

Tstr:Sil Tstr

:Sil Tstr:Sil Tstr:Sil Pot:p/O Pot:p/O Pot:Pulse R:Var

1/4W

NPN PNP

Fet Fet

Fet PNP PNP NPN NPN NPN

Q709/Q711

PNP

Q709/Q711 NPN NPN NPN

PNP PNP

PNP NPN NPN PNP

PNP PNP PNP NPN NPN

NPN

PNP PNP

NPN NPN

PNP

S4

S5

Log

Width/Sym

30%

Taper

Mfg

07263 07421 07421 07421 07421

07263 07263 07263 07421 07263 07421 07263

07263

07263 01295

01295 01295

01295

07421 71590

Code

Part

2N3904 2N5771 P00347203 P00347202 P00347202

P00347103 2N2905A 2N5769 2N5769 2N5109

P00347099 2N5771

P00347099 2N5769 2N2219A

2N2369A

2N5160

2N3906

2N5771 TIP29A

2N2219A

2N2905A TIP30A

TIP30A

2N2905A

2N2219A TIP29A 2N3904 2N2905A 2N3906 2N3904 TIP29A 2N2905A

P00347691 TSV-25K

Number

SECTION

6

Table

Ref

6-2.

Parts

Design

R105 R106 R107 R108 R109 RllO RIll R112 R114 R1l7 R1l8 R1l9 R120 390 R121 R122 187 R123 357 R124 R125 25K R126 R127 R128 316 R129 R130 R131 R132 316 R133 R134 R135 R136 R137 2. R138 499 R139 R140 R141 R142 R143 R144

List,

2.4M 5K

42.2K

9.09K

18.2K

5.6K

7.50K

464

158 390 82K

27K

100

357

1.2M 1K

1.

OOK

3.83K 1K

464

FS

1. 3M

OM

1. 15K

51

2.4K 500

787

100

A 1

Value

Board

(Continued)

Description

R:Carbon R:Var R:Met R:Met R:Met R:Met R:Met

R:Met R:Met R:Met R:Met R:Met R:Met R:Var

R:Met

R:Met R:Met R:Var

1/4W

Film Film Film Glaze Film

Film Film Glaze Glaze Glaze Glaze

1/4W Film Film Film

1/4W

R:Carbon R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met

Glaze Film Film Film Glaze

Film

Film Glaze Glaze

R:Carbon R:Carbon R:Met R:Met R:Met R:Met R:Var R:Met R:Met

Film Film Glaze Glaze

1/4W

Film Glaze

1/4W

30%

1/2W 1/2W 1/2W

1/4W 1/2W 1/2W 1/2W

1/4W

30% 1 1/2W 1/2W 1/2W

30%

1/4W

1/4W 1/2W 1/2W 1/2W

1/4W 1/2W 1/2W

1/4W

1/4W 1/4W

1/2W 1/2W

1/4W

1!4W

30%

1/2W

1/4W

5%

5% 5%

1% 1% 1%

5% 1% 1% 1%

5%

1% 1% 1%

5% 1% 1% 1%

5% 1% 1%

5%

1% 1%

5%

1%

5%

Mfg Code

RC07GF245J

71590

TSV-5K RN60D-4222F RN60D-9091F

RN60D-1822F

75042

RG1/4-562J RN60D-7501F

RN60D-4640F

07421 P0034619

75042

75042 75042 75042 71590

RG1/4-391J

RG1/4-823J RG1/4-273J RGl/4-391J

TSV-100

RN60D-1870F

RN60D-3570F

71590

TSV-25K

RC07GF125J

75042

RG1/4-102J

P00347619

RN60D-1001F

RN60D-3831F

75042

RG1/4-102J

P00347619

RN60D-4640F

RC07GF135J

RC07GF205J

RN60D-4990F

RN60D

75042 75042 71590

RG1/4-510J

RG1/4-242J

TSV-500

RN60D-7870F

75042

RGl/4-101J

Part

-1151F

Number

M-Set

See

R1l4

See

R1l4

3

6-9

SECTION

6

Table

Ref

6-2.

Parts

Design

R146 R147 261 R148 R149 2K R150 357 R151 R152 R153 R154 500 R155 330K R156 215 R157 287 R158 R159 R160 R161 665 R162 R163 R164 R170 47 R171 R172 15K R173 R174 3K R176 100 R178 806 R179 R180 R181 R182

. R183

R184 215

F185

R186

R187

R188

R202

List.

Value

2.49K

150K

7.50K

6.65K

3.32K

309

2.00K 500

4.99K

2.5K 500

FS

5.6K

3.01K

1.

OOK

1.2K 100

1.2K

25K

20. 576

1. 05K

100

A 1

OK

Board

(Continued)

Description

R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Var R:Met R:Met R:Met R:Met

R:Met R:Var R:Met

R:Met

R:Var R:Var

R:Met

R:Met R:Met R:Met

R:Met

Film Film Glaze Glaze Film Film Film

Film Cermet Glaze Film

Film

Film Cermet

Film

1/4W

Glaze

Glaze Glaze

Glaze

Film

R:Carbon R:Met R:Met

R:Met

R:Var R:Met R:Met R:Met R:Met

Glaze

Film

1/4W Film Film Film Glaze

1/2W

1/2 W 1%

1/4W

1/2W

1/2W 1/2W

1/4W

1/2W

1/2W 1/2W 1/2W

1/2W 1/2W

30% 30%

1/4W 1/4W 1/4W 1/4W l/4W

l/4W l/2W 1/2W lW

1%

1/2W

5% 1/4W 1/4W

1/2W

30% 1/2W 1W

1%

1W

1%

1/4W

1%

5%

5% 1% 1% 1% 1%

1% 1%

5%

5% 1% 1%

5% 5%

1%

5%

Mfg Code

RN60D-2491F

RN60D-2610F 75042 75042

RG1/4-154J

RG1/4-202J

RN60D-3570F

RN60D-7501F

RN60D-6651F

RN60D-3321F 80740 75042

91V-501 RG1/4-334J RN60D-2150F RN60D-2870F RN60D-3090F RN60D-2001F

80740 91V-501

RN60D-6650F RN60D-4991F

71590 71590 75042

75042 75042 75042 75042

TSV-2.5K

TSV-500

RGl/4-470J

RG1/4-153J RG1/4-562J

RG1/4-302J

RG1/4-10lJ

RN60D-8060F

RN60D-3011F

RN65E-1001F

RC20GF122J

75042 75042

RGl/4-101J

RG1/4-122J

RN60D-2150F

71590

TSV-25K

RN60D-2002F

RN65E-5760F

RN65E-1051F

75042

RG1/4-101J

Part

Number

6-10

SECTION

6

Table

Ref

6-2.

Parts

Design

R203 100 R204 R205 680K R206 R207 25K R208 R209 2M F210 R211 R212 51 R213 R214 R216 R217 475 R219 R220 R223 R224 160 R226 10 R227

R228 10 R230 R231 R232 R233

R234

R235

R236

R237 665 R238

R239

R240

R241

R266 5K

R267

R268

R269

List.

Value

383

1K

10K

25K

150

4.99K

4.99K 500

715

1K

3.6K

33K

35.7

19.6K

1. 50M

66.5K 665K

66.5K

6.65K

33.2K

33.2K 1K

1. 50K

5K 5K 5K

A 1

Board

(Continued)

Description

R:Met

R:Met R:Met R:Met

R:Var

R:Met

Glaze

Film Glaze Glaze

l/4W

Glaze

R:Carbon R:Var

R:Met

R:Met R:Met R:Met R:Var R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met

R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Var R:Var R:Var R:Var

1/4W Glaze Glaze

Film

1/4W

Film

Film Glaze

Glaze

Film Film Film Film film Film Film Film Film Film Glaze Film

1/4W 1/4W 1/4W 1/4W

1/4W

1/2W

1/4W 1/4W

30%

1/4W

30%

1/4W

l/4W 1/2W 1/2W

30% 1/2W 1/2W

1/4W 1/4W 1/4W 1/4W 1/4W

1/4W 1/2W 1/2W 1/2W 1/2W 1/2W 1/2W 1/2W

1/2W

l/2W

1/4W

1/2W

30% 30% 30% 30%

5%

1%

5% 5%

5%

5% 1% 1%

1% 1%

5%

5% 1% 1% 1%

1% 1% 1% 1% 1% 1% 1%

5%

1%

Mfg Code

75042

75042 75042 71590 75042

71590 75042 75042

71590

75042

75042 75042 75042

75042

91637

75042

71590 71590 71590 71590

Part

Number

RGl/4-lOlJ RN60D-3830F RG1/4-684J RG1/4-102J TSV-25K

RG1/4-103J RC07GF205J TSV-25K

RG1/4-151J RG1/4-510J RN60D-4991F RN60D-4991F

TSV-500

RN60D-4750F

RN60D-7150F

RG1/4-102J

RGl/4-362J

RGl/4-161J

RG1/4-100J

RG1/4-333J

RG1/4-100J

RN60D-35R7F

RN60D-1962F

DC1/4-1504F

RN60D-6652F RN60D-6653F RN60D-6652F RN60D-6651F RN60D-6650F RN60D-3322F RN60D-3322F RG1/4-102J

RN60D-1501F TSV-5K TSV-5K TSV-5K TSV-5K

6-11

SECTION

6

Table

Ref

6-2.

Parts

Design

R301 R302 10K R304 R305 560 R306 82K R307 30 R309 560 R316 R317 R318 R320 R321 300 R322 47 R323 1K R324 30 R325 1. R326 100 R327 324 R329 357 R330 301 R332 R333 R334 R335 1.

R336 500 R337 R338 10 R339 R340

R341

R342 R343

R344 100

R345

R346 R347

R348

List,

100

8.2K

560

5.6K 300 510

2.00K

1.

3.01K

10

36

4.7K

4.7K 200

4.7K

4.7K FS

499

A 1

Value

8K

OOK

Board

(Continued)

Description

R:Met

R:Met R:Met

R:Met

R:Met R:Met

R:Met

R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Var R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Var R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met

Glaze

Glaze Glaze Glaze Glaze Glaze Glaze Glaze Glaze Glaze Glaze Glaze Glaze Glaze Glaze

1/4W Film Film Film Film Film Film Film

1/4W Film Glaze Glaze Glaze Glaze Glaze Glaze Glaze Glaze Glaze Film Film

1/4W 1/4W

1/4W

1/4W 1/4W 1/4W 1/4W 1/4W 1/4W

1/4W

1/4W 1/4W 1/4W 1/4W 1/4W 1/4W

30% 1/2W 1/2W 1/2W 1/2W 1/2W 1/2W 1/2W

30% 1/2W

1/4W

1/4W 1/4W 1/4W 1/4W 1/4W 1/4W 1/4W

1/4W 1/2W 1/2W

5% 5% 5% 5% 5% 5% 5%

5% 5% 5% 5%

5%

1%

1% 1% 1% 1% 1% 1%

1%

5% 5%

5% 5% 5% 5% 5% 5% 5%

1% 1%

Mfg

75042

75042 75042

75042

75042 75042

75042

75042 75042 75042 75042 75042 75042 75042 71590

71590

75042

75042 75042 75042

75042

75042 75042 75042

75042

Code

Part

Number

RG1/4-101J RG1/4-103J RG1/4-822J RG1/4-561J RG1/4-823J RG1/4-300J RG1/4-561J RG1/4-561J RG1/4-562J RG1/4-301J RG1/4-511J RG1/4-301J RG1/4-470J RG1/4-102J RG1/4-300J RG1/4-182J TSV-I00 RN60D-3240F RN60D-3570F RN60D-3010F RN60D-2001F RN60D-1001F RN60D-3011F RN60D-1001F TSV-500 RN60D-3011F RG1/4-100J RG1/4-100J RG1/4-360J RG1/4-472J RG1/4-472J RG1/4-201J RG1/4-101J RG1/4-472J RG1/4-472J

RN60D-4990F

6-12

SECTION

6

Table

Ref

6-2.

Parts

Design

R350 R402 200 R403 100 R404 510 R405 2K R407 R408 715 R409 2K R410 R411 R412 R413 715 R418 680 R419 R420 R421 R422 3K R430 R433 18K R435 R436 R437 R438 300 R439 R440 510 R441 R443 R601 R602 R603 R604 R605 R606 R607 R608 R609 R610

List,

Value

62

3.16K

499

5.76K

1.00K

3K

1.5K

330

3K

4.99K

2.00K FS

FS

430

4.7K

15.0K 1K

1.00K 22K 43 100

1. 10K FS

50

A 1

Board

(Continued)

Description

R:Met

R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met

R:Met

R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Var R:Met R:Met R:Met R:Var R:Met R:Met

Glaze Glaze Glaze Glaze Glaze Film Film Glaze Film Film

Film Film Glaze Glaze Glaze Glaze Glaze Glaze Glaze

Film

Glaze

Film

1/4W

Film

Glaze

1/4W

Film

R:Net R:Var

Cermet

l/4W 1/4W l/4W 1/4W

1/4W 1/2W 1/2W

1/2W

1/4W

l/4W 1/4W 1/4W 1/4W

1/2W 1/2W 1/2W

1/4W

1/4W 1/4W

1/4W

1/2W

30%

1/2W

1/4W

30% 1/2W 1/2W

5%

5% 5% 5%

5% 1% 1%

5% 1% 1% 1% 1%

5%

5% 1%

1%

5%

1%

5%

1% 1%

Mfg Code

75042

75042 75042 75042 75042

75042

75042 75042 75042 75042 75042 75042 75042

75042

75042 75042 75042

71590

75042 75042 71590

07421 80740

Part

Number

RG1/4-620J RG1/4-201J RG1/4-101J RG1/4-511J RG1/4-202J RN60D-3161F RN60D-7150F RG1/4-202J RN60D-4990F RN60D-5761F RN60D-1001F RN60D-7150F RGl/4-681J RG1/4-302J RG1/4-152J RG1/4-331J RGl/4-302J RG1/4-302J RG1/4-183J RN60D-4991F

RN60D-2001F

RG1/4-30lJ

RG1/4-511J RG1/4-431J RG1/4-472J RN60D-1502F TSV-1K RN60D-1001F RG1/4-223J RG1/4-430J TSV-100 RN60D-ll01F

P00347406

91V-500

6-13

SECTION 6

Table

Ref

6-2.

Parts

Design

R611 680 R612 430 R613 R614 R616 R617 R618 R619 R620 R621 R622 R623 22K R624 R625 1K R626 R627 R628 910 R629 R630 R631 R632 R633 R634 R635 R636 R637 R638 10 R639 10K R640 100

R641

. R642

R643 R701 R702 R703 R704 R705

List,

49.9

50 680 100

1.

FS

43

15.

1.

301

715 390

47K

25K

1K 715

250

10

47

FS 56 560

330

500

2.05K 365

365

A 1

Value

10K

OK

OOK

Board

(Continued)

Description

R:Carbon R:Carbon R:Met

Film R:Net R:Net R:Var

Cermet R:Carbon R:Var R:Met R:Met R:Met R:Met F:Met R:Var R:Met R:Met R:Met

R:Met R:Met

R:Met R:Var R:Met

R:Met R:Var

R:Met

R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Var R:Met

R:Met

1/4W Film Film Glaze Glaze Film

1/4W Film Film

Glaze

Film Glaze Glaze

1/4W Glaze Film

1/4W

Glaze Glaze

Glaze Glaze Glaze Glaze Glaze

Glaze Glaze

1/4W Film Film Film

Mfg Code

1/2W 1W

1/2W

5%

1/2W

5%

1%

30% 1/2W 1/2W

1/2W

1/4W

1% 1%

5% 5%

1%

30% 1/2W 1/2W

1/2W

1/4W

1/4W 1/4W

1% 1%

5%

1%

5%

30% 71590

1/4W

1/2W

5%

1%

30%

1/4W 1/4W 1/4W

1/4W 1/4W 1/4W 1/4W 1/4W

1/4W

5% 5% 5% 5% 5% 5% 5% 5% 5%

30%

1/2W

1% 1% 1%

Part

RC20GF681J RC32GF431J

RN60D-49R9F 07421 P00347407 07421 80740

P00347406 91 V -500

RC20GF681J 71590

TSV-100

RN60D-ll01F

75042

RG1/4-430J

RG1/4-223J

RN60D-1502F 71590

TSV-1K

RN60D-1001F

RN60D-3010F

75042

RG1/4-911J

RN60D-7150F

75042

RG1/4-391J

RG1/4-473J

TSV-25K 75042

RG1/4-102J

RN60D-7150F 71590

75042 75042 75042

75042

TSV-250

RG1/4-100J

RG1/4-470J

RG1/4-100J

RG1/4-103J

RG1/4-101J

75042

75042 75042

75042 71590

RG1/4-560J

RGl/4-561J

RG1/4-331J

TSV-500

RN60D-2051F

RN60D-3650F

Number

6-14

SECTION 6

Table

Ref

6-2.

Parts

Design

R706 R707 R708 R711 R714 R715 20 R716 R718

R719

R720 R721 150K R722

R723

R724 25K R725 R726 R727 R728 R729 R730 R731 R732 R733 R734 150 R735 R736 R737 R738 R739 R740 R741 R742 R743 R744 R745 R746

R749

List,

2.05K 500 lK

12.4K

2.00K

lOOK

1.

150K

1.

FS

3K

lOOK lOOK

4.3K 5K

12.1K

6.65K

56.2

1.07K lK

39 22

5.6

10.0K

10.

2K

133

133 133 12

A 1

Value

5K

33K

8K

OK

Board

(Continued)

Description

R:Met R:Var R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met

Film

1/4W Glaze Film Film Glaze

Glaze

Film

Glaze

Glaze R:Carbon R:Var R:Met R:Met R:Met R:Met

R:Var

R:Met

R:Var

R:Met

R:Met R:Met R:Met R:Met R:Met R:Met

1/4W Glaze Glaze Glaze Glaze

1/4W Glaze 1/4W Film Film Film Film Film Glaze Glaze

R:Carbon R:Carbon R:Met R:Met R:Met R:Met R:Met R:Met R:Met

Film Film Glaze Film Film Film

Glaze

1/2W

30%

1/4 W 5%

1/2W

1/4W

1/2W

1/4W 1/4W

1/4W

30%

1/4W 1/4W 1/4W 1/4W

30%

1/4W

30% 1/2W 1/2W 1/2W 1/2W 1/2W

1/4W 1/4W

2W

5%

1/4W

1/2W 1/2W

1/4W lW lW lW

1/4W

5%

1%

5% 5% 5%

5%

1%

5% 5%

5% 5% 5% 5%

5%

1% 1% 1% 1% 1%

5% 5%

1%

5%

Mfg Code

RN60D-2051F 71590 75042

TSV-500

RGl/4-102J

RN60D-1242F

RN60D-2001F 75042

75042 75042 75042

RGl/4-200J

RGl/4-104J

RGl/4-152J

RGI/4-154J

RN60D-1331F 75042 75042

RGl/4-154J

RGl/4-182J

71590 RSV-25K 75042 75042 75042 75052 71590 75042 71590

RGl/4-302J

RG1/4-104J

RGl/4-104J

RGI/4-432J

TSV-5K

RGl/4-432J

TSV-5K

RN60D-1212F

RN60D-6651F

RN60D-1500F

RN60D-56R2F

RN60D-I071F 75042 75042

RGl/4-102J

RGl/4-390J

RG2GF220J 75042

RC07GF-5R6J

RN60D-I002F

75042

RG1/4-202J

RN65D-1330F

75042

RGl/4-120J

Part

Number

6-15

SECTION

6

Table

Ref

6-2.

Parts

Design

R750 715 R752 R753 R754 R755 R756 R757 R759 715 R760 R761 200 R762 715 R763 453 R764 453 R766 R767 R768 R769 150 R770 R771 R772 R773

R774 2K

R775 FS R776 R777 499

R778 R779 R780

R781

R782 51

'R784 665

R785 1. 43K

R786 10

R787

R788 10

R781

R901

List, A 1

Value

715 124

100 12 124 100

200

FS 1K

39

56.2

1. 07K

5.6 22

4.7K

1.

37K

100

500

1.

37K

10

47

4.7K

Board

(Continued)

Description

R:Met R:Met R:Met

R:Var R:Met

R:Met

R:Var R:Met R:Met

R:Met R:Met R:Met R:Met

R:Met

Film

1/4W

Glaze

Film 1/4W

Film Glaze Glaze Film

Film

Glaze

Glaze Glaze

Film

R:Carbon R:Carbon R:Met R:Met R:Met R:Met R:Met R:Var R:Var R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met

Glaze

Film

Glaze

Film Film 1/4W 1/4W Film

Glaze

Film

Film Glaze Glaze

Glaze Glaze

Glaze

1/2W

30%

1/4W

1/2W

30%

1/2W

1/4W 1/4W

1/2W

1W 1W

1/4W 1/4W

1/4W 1/2W 1/2W 1/2W

1/4W

2W

5%

1/4W 1/2W

1/4W

1/2W 1/2W

30% 30%

1/2W

1/4W

1/2W

1/4W

1% 1%

5%

1% 1% 1%

5%

1%

5% 5%

1%

5% 5% 5%

1%

1% 1%

5%

1%

5% 1% 1%

1%

5% 1% 1%

5%

Mfg

71590 75042

71590

75042 75042

07421 07421

75042 75042

75042

Code

75042

71590 71590

75042

75042 75042 75042 75042 75042

Part

Number

RN60D-7150F RN60D-7150F RN60D-1240F

TSV-100 RG1/4-120J RN60D-1240F TSV-100 RN60D-7150F RG1/4-201J RG1/4-201J RN60D-7150F

P00347613-4530

RG1/4-102J

RG1/4-390J

RN60D-1500F

RN60D-56R2F

RN60D-1071F

RC07GF-5R6J

RG42GF220J

RG1/4-202J

RG1/4-472J

RN60D-4990F

RN60D-1371F TSV-100 TSV-500 RN60D-1371F

RG1/4-510J

RN60D-6650F RN60D-1431F RG1/4-100J RG1/4-100J RG1/4-100J RG1/4-470J RG1/4-472J

6-16

SECTION

6

Table

Ref

6-2.

Parts

Design

R902 R903

R904

R905

R906 11K

R907

R908

R909 R910 R911 R912 430 R913 R914 2 R915 1 R916 R917 R918 R919 100 R920 R921 R922 10. R923 R924 R925 R926 R927 R928 100 R929 R930 R931 R932 R933 R934 R935 R936 15. R937 15. 8002

list,

4.7K

4.7K 82

11K 82 430 11K 11K

2

1

2.7K

5.49K

15.

24.9K

1.2K

10K

220

15.

2.5K

10.0K

A 1

Value

OK

OK OK

OK

OK OK

Board

(Continued)

Description

R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Wire

R:Wire R:Wire R:Wire

R:Met

R:Met R:Met

R:Met

R:Met R:Met

R:Met

R:Var

R:Met

Glaze Glaze Glaze Glaze Glaze Glaze Glaze Glaze Glaze Glaze Glaze

2W 2W2W

2W Glaze Glaze Glaze Glaze Glaze Film Film Film Film Film Glaze Glaze Glaze Glaze Glaze Film Film

1/4W Film Film Film

8W:Mult/8ym

Mfg Code

1/4W 1/4W 1/4W 1/4W 1/4W 1/4W 1/4W 1/4W 1/4W 1/4W 1/4W

5%

5% 5% 5%

5%

5% 5%

5% 5% 5%

5% 5%

1/4W 1/4W l/4W 1/4W

l/4W 1/2W 1/2W 1/2W

1/2W

1/4W

l/4W

1/4W

1/4W 1/2W

l/2W

5% 5% 5% 5%

5% 1% 1%

1%

5%

5% 1%

1%

30%

1/2W

1%

1% 1%

82 07421

Part

Number

75042 75042 75042 75042 75042 75042 75042 75042 75042 75042 75042 75042

RG1/4-472J RG1/4-472J RG1/4-472J RG1/4-820J RG1/4-113J RG1/4-113J RG1/4-820J RGl/4-431J RG1/4-113J RG1/4-113J RG1/4-431J

BWH-2ROJ 75042 BWH-2ROJ 75042 BWH-1ROJ 75042 BWH-1ROJ 75042 75042 75042 75042 75042

RG1/4-272J

RG1/4-101J

RG1/4-272J

RN60D-1002F

RN60D-5491F

RN60D-1502F

RN60D-2492F 75042 75042 75042 75042 75042

RG1/4-122J

RG1/4-101J

RG1/4-103J

RG1/4-221J

RN60D-1502F

RN60D-1502F 71590

T8V-2.5K

RN60D-1002F

RN60D-1502F

P00347928

6-17

SECTION

6

Table

Ref

6-2.

Parts

Design

S004 S005 S006 FS VRI0l VRI02 VRI03 VRI04

VRI05 VR201 VR615 VR701 VR703 VR704 VR705 VR706 VR911 VR912 VR913 VR915

VR916

List.

6. S.2V

9.1V

5.1V

3.0V

5.

5.1V

3.0V 12V 12V

3.0V

27V 27V

12V

6.2V 12V

A 1

Value

SV

IV

Board

(Continued)

Description

SW:Offset SW:Waveform

P

SW:lnv

/0

Diode:Zener Diode:Zener Diode:Zener

Diode:Zener Diode:Zener Diode:Zener Diode:Zener Diode:Zener Diode:Zener Diode:Zener Diode:Zener Diode:Zener Diode:Zener Diode:Zener

S4/R2

S5/S3

S5

Mfg

07421 07421

Code

Part

P00347930 P00347929

IN5235B

IN5237B

IN5239B

IN5239B IN5231B IN5225B IN5231B IN5231B IN5225B IN4742A IN4742A IN5225B IN5254B IN5254B IN5242B INS21 IN5242B

Number

6-18

SECTION

6

Ref

DesIgn

COOl

C002 C003 C004

C005 C006

t007 C008 C009 10 COlO COlI C012 120 C013 75 C014 C015 C016 C017 C018 C019 C021 C022 C023 C024 C025 C026 C027 C028 C029 C030 C031 C032 C033 C201 C202 C203

Value

FS 820

PF

0.01 MF

10

6.8

MF

6.8

MF

0.01

0.01 PF

PF

20

0.01

PF

0.01

0.002

0.01

120

PF

6.8

MF

6.8

MF

6.8

MF

6.8

MF

0.0047

PF

820

0.01

0.002

270

PF

270

PF

6.8

MF

6.8

MF

0.01

MF

MF MF

MF

MF MF MF MF

MF MF

MF

TABLE

1

6-3.

Description

C:Mica C

:Mica C :Met C

:Met C

:Tant

C

:Tant C

:Ceramic

500V

500V Poly Poly

EI 35V 10% 56289 196D685X0035KA 1

EI 35V

C:Ceramic C

:Mica

C

:Mica

C

:Ceramic

C

:Mica

C

:Mica

C

:Ceramic

C

:Ceramic

C

:Ceramic

C

:Ceramic

C

:Ceramic

C

:Ceramic

C

:Mica C:Tant C

:Tant C

:Tant

500V 500V

500V

EI 35V

EI

EI 35V

el C:Ceramic C

:Mica

C

:Ceramic

C

:Ceramic

C

:Ceramic

C

:Ceramic

C

:Mica

C

:Mica

C

:Tant C:Tant C

:Ceramic

500V

500V 500V

El

EI 35V 10%

PARTS

LIST,

A2

BOARD

Mfg

Code

Part

Number

5% 5%

50V

5%

50V

5%

10% 100V 20% 56289 100V 20% 56289

5% 5%

100V 20% 56289

5% 5%

100V 20% 56289

84171

07421

CM06CC821J

P00347752

M-P W /C4 M-P W /C3

56289 196D685X0035KA 1

C023A101F103M C023A101F103M

84171

DM5-100J

84171 DM5-20O.J

C023A101F103M 84171 84171

CM05ED121J

DM5-750J

C023A101F103M

1000V 20% 56289 C016A102J202M 1000V 20% 56289 C016A102J202M 100V 20% 56289 100V 20% 56289 100V 20% 56289

35V

5%

10% 10% 10%

10%

84171 56289 196D685X0035KA1 56289 196D685X0035KA1 56289 196D685X0035KA1 56289

C023A101F103M C023A101F

103M

C023A101F103M

CM05ED121J

196D685X0035KA1

25V 20% 56289 C069A250C472M

5% 100V 20% 56289 100V 20% 56289 1000V 20% 56289 1000V 20% 56289

5%

35V

10%

84171

84171 84171 56289

CM06CC-821J

C023A101F103M

C023A101F103M C016A102J202M C016A102J202M CM05ED271J CM05ED271J

196D685X003 5KA 1

56289 196D685X0035KAl

100V 20%

56289

C023A101F103M

6-19

SECTION 6

Table

Ref

6-3.

Design

C204 C205

C206 C207 C208

C209 C501 C502 C503 C506 C507 C508 C509 C510 C511 C512 C513 CR001 CR002

CR003 CR004 CR005 CR006 CR007 CR008 CR501 CR502 IC001 IC002 IC003 IC004 IC005 IC006 IC201 IC202

Parts

List.

Value

0.1

0.01

0.0047

0.47

0.01

0.01 2-20 30

0.01

0.1

0.01 10

A2

MF

PF

MF

PF

Board

MF MF MF MF MF MF

MF MF MF MF PF

MF

(Continued)

Description

C :Dip C C C C C C C:Film

C

C C

Mylar :Ceramic :Ceramic :Ceramic :Ceramic :Ceramic :Ceramic

80V

:Film

80V :Ceramic :Ceramic

C:Var C

:Mica

500V

C:Ceramic C :Dip C C

Mylar :Ceramic :Mica

500V Diode:Hot Diode:Sil Diode

:Hot Diode:Sil Diode:Sil Diode:Sil Diode:Sil

Diode:Sil Diode:Sil

Diode:Sil Int

Ckt:8

Int

Ckt:8

Int

Ckt:

14

Int

Ckt:

14

Int

Ckt:

14

Int

Ckt:

14

Int

Ckt:

14

Int

Ckt:8

Part

Mfg

Code

50V 40% 07994 100V 20% 56289 100V 20% 56289 100V 20% 56289 100V 20% 56289 100V 20% 100V 20%

10% 10%

100V 20%

56289 56289 07421

73445

56289

100V 20% 56289

FM0104U

C

023A

C023AI01F C023A101F103M C023AI01F103M C023A101F 103M C023A101F 103M

192P4729R8 C280AH/A470K C023A101F103M C023A101F103M

Number

10

IF

91213 9302

5%

84171

100V 20% 56289

CM05ED300J C023A101F103M

50V 40% 07994 FM0104U

100V 20% 56289 C023A101F103M

5%

Carrier

84171 28480

DM5-100J

HP5082-2811

1N4153

Carrier

28480

HP5082-2811

07263 FD333

1N4153 1N4448 1N4153 1N4153 1N4153 IN415'3

Pin Pin Pin Pin Pin

Dip

Dip Dip Dip Dip Dip

Dip

18324 N5558V 18324

N5558V

01295 SN72710N 01295 SN7400N 01295 SN7400N 01295

SN74122N

02735 CA3086

18324

N5558V

J03M 103M

6-20

SECTION 6

Table

Ref

6-3.

Design

lC203 J001 J002 J003

J004

J005 J006

J007 J008 Q001 Q002 Q003 Q004 Q005 Q006 Q007 Q008 Q010 Q201 Q501 Q503 Q504 Q505 Q506 Q507 Q508 R001 R002 R003 R004 R005 R006 R007 R008 R010

Parts

List.

150

42.2K 5K 5K 422K

4.22M

5.90K

12.1K

36.5K

A2

Board

Value

(Continued)

Description

lnt

Ckt:8 Connector Connector Connector Jack:Phono Jack:Phono Jack:Phono Jack:Phono Jack:Phone TSTR:Dual TSTR:Sil TSTR:Sil TSTR:Sil TSTR:Sil TSTR:Sil TSTR:Sil TSTR:Sil TSTR:Sil TSTR:Sil TSTR:Sil TSTR:Sil TSTR:Sil TSTR:Sil TSTR:Sil TSTR:Sil TSTR:Sil R:Met R:Met R:Var

Glaze Film

1/2W Pot:Swp R:Met R:Met R:Met R:Met R:Met

Film

Film Film

Film

Dip

N J

FET NPN NPN

PNP NPN NPN

PNP NPN

NPN

PNP

PNP NPN NPN PNP PNP

NPN

1/4W

5%

1/2W

1%

20% 71450

Vern

P

/0

S9 1/2W 1/2W 1/2W 1/2W 1/2W

1% 1% 1% 1% 1%

Mfg

Code

01295 SN7271P 27264 27264 27264 27264 27264 27264

27264 27264 07421 07421

09-65-1101

15-24-0501 15-24-0501 15-24-0501 15-24-0501

15-24-0501 P00347201 P00347000 2N3904 2N3906 2N3904

2N3904 2N3906 2N3904 2N3904

2N2905A 2N3251A

07263 2N5771

2N3904

07263 2N5769 07263 2N4258 07263 2N4258 07263 75042 07421

2N5769 RG1/4-151J

P00347601-4222

U260-502

RN60D-4223F

91637

DC1/4-4224F RN60D-5901F RN60D-1212F RN60D-3652F

Part

Number

6-21

SECTION 6

Table

Ref

6-3.

Design

Parts

ROll R012 1. 33K R013 R014 R015 50K R016 R017 39K R018 47K R019 R021 R022 R023 R024 390 R025 R026 R027 R029 R030 R031 1K R032 R033 2K R034 R035 R036 2K R037 R038 240 R039 270 R040 240 R041 47 R042 270 R043 R044 2K R045 R046 36K R047

List,

133K

30.1K

1.8M

4.7K

1.

30.1K 20K

1.5K

2.00K

1. 69K

1. 62K

2.00K

3.3K

4.7K

270

240

4.7K

560

A2

Value

OOK

Board

(Continued)

Description

R:Met

R:Met R:Met R:Met

R:Var

Film Film Film Film

1/2W

R:Carbon

R:Met

R:Met R:Met

R:Var

R:Met

R:Met R:Met

R:Met

R:Met R:Met

R:Var

R:Met

R:Met R:Met

R:Met

Glaze

Film

1/2W Glaze Glaze

Film

1/2W

Glaze Glaze Glaze Glaze Glaze

Glaze

Glaze Glaze Glaze Glaze Glaze

Glaze Glaze Glaze

Glaze Glaze

1/2W 1/2W 1/2W 1/2W

20%

1/4W

l/4W

1/4W 1/2W 1/2W

20%

1/4W

1/4W 1/2W 1/2W 1/2W 1/2W

20%

1/4W

Mfg Code

1% 1% 1% 1%

5%

5% 5%

5% 1% 1%

5%

5% 1% 1% 1% 1%

5%

55

5%

55 75042

5%

Part

RN60D-1333F RN60D-1331F RN60D-3012F

71450

U260-503 RC07GF185J

75042 75042 75042

RG1/4-393J RG1/4-473J RG1/4-472J RN60D-1001F RN60D-3012F

80294 75042 75042

3359P-1-203 RG1/4-391J RG1/4-152J RN60D-2001F RN60D-1691F RN60D-1621F

RN60D-2001F 71450 U260-102 75042 75042 75042 75042 75042 75042 75042 75042 75042 75042 75042

RGI/4-332J

RG1/4-202J

RGl/4-472J

RG1/4-472J

RGI/4-202J

RGl/4-271J

RGl/4-241J

RGI/4-271J

RGI/4-241J

RGl/4-470J

RGl/4-271J

RG1/4-241J 75042 75042 75042 75042

RG1/4-202J

RGI/4-472J RG1/4-363J RGl/4-561J

Number

6-22

SECTION

6

Table

Ref

6-3.

Parts

Design

R048 R049 2K R050 R051 R052 R053 510 R054 200

R055 200 R056 499 R057 590 R059 R060 R061 499 R062 R063 R064 1K R065 R066 R067 R068 10K R069 R070

R071 620 R072 R077 30 R078 R079 R080 R081 R082 R083 R084 R085 R086 R087

List,

4.7K

6.8K

1.5K 1K

100

4.75K

500

4.99K

1.

3.3K

17.4K

5.62K

620

1. 8K 47 47

100

5K

9.1K 10K

4.7K 430

36K

A2

Value

OOK

Board

(Continued)

Description

R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met

R:Met R:Met R:Met R:Met R:Var R:Met R:Var

R:Met R:Met

R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met R:Met

R:Met

R:Var

R:Var R:Met R:Var

R:Met R:Met

R:Met

Glaze Glaze Glaze Glaze Glaze Glaze Glaze Glaze Film Film Glaze Film Film

l/2W

Film

1/2W Film Film

Glaze Glaze

Film Film

Glaze

Glaze Glaze Glaze Glaze

1/2W 1/2W

Glaze

1/2W

Glaze Glaze Glaze

Mfg Code

1/4W 1/4W 1/4W 1/4W 1/4W 1/4W 1/4W 1/4W

1/2W

1/4W 1/2W 1/2W

10%

1/2W

5% 5% 5% 5% 5% 5% 5%

5% 1% 1%

1%

75042 75042 75042 75042 75042 75042 75042 75042

75042

80294

20% 71450 1/2W 1/2W

1/2W 1/2W

1/4W 1/4W

l/4W 1/4W 1/4W 1/4W 1/4W

1/4W 20% 20%

1/4W

20%

1/4W

1/4W 1/4W

1% 1%

5%

5% 1% 1%

5%

75042 75042 07421 07421 75042 75042 75042

75042 75042 75042 71450 71450 75042 71450 75042 75042 75042

Part

Number

RG1/4-472J RG1/4-202J

RG1/4-682J

RG1/4-152J

RG1/4-102J RG1/4-511J RG1/4-201J

RG1/4-201J RN60D-4990F RN60D-5900F RG1/4-101J RN60D-4751F RN60D-4990F 3359P-1-501 RN60D-4991F U260-102 RN60D-4991F RN60D-I001F RGI/4-332J RGI/4-103J RN60D-1742F RN60D-5621F RGl/4-621J

RGl/4-621J RGl/4-300J RG1/4-182J RGI/4-470J RGl/4-470J U260-101 U260-502 RGI/4-912J U260-103 RGI/4-472J RGl/4-431J RGl/4-363J

6-23

SECTION

6

Table

Ref

6-3.

Parts

Design

R201 50K R202

R203 178 R204 50 R205 R207 R208 R210 50K R211 R212 R213 R214 R215 499 R217 R218 R219 820 R221 R222 R223 R501 R502 1K R503

R504 47K

R505 100 R508

R509 47K R510 200 R511 1. 10K R512 R514 560 R515 309 R516 R517 R518 200 R519

List,

Value

68K

90.9K

3.01K

8.2M

150K 10K

14.3K 1M

200 390

50K

1.

1.5K 10K

4.32K

499

50K

511

73.2

7.5K

680

A2

Board

(Continued)

Description

R:Var R:Met R:Met R:Var R:Met R:Met

1/2W

Glaze

Film

1/2W Film Film

R:Carbon R:Var R:Met R:Met R:Met

1/2W Glaze Glaze Film

R:Carbon R:Met

R:Met

Film

Glaze R:Carbon R:Met

R:Met

R:Met R:Var R:Met R:Var R:Met R:Met R:Met R:Var R:Met R:Var R:Met R:Met R:Met R:Met R:Met R:Met R:Met

Glaze

Film

Glaze

1/2W Film 1/2W Film

Glaze Glaze

1/2W

Glaze

1/2W

Film Film Glaze Film Film Glaze Glaze

R:Carbon

20%

1/4W

1/2W

20% 1/2W 1/2W

1/4W

20%

1/4W 1/4W

1/2W

1/4W

1/2W

1/4W

1/2W

1/4W

1/2W

1/4W

20%

1/2W

20%

1/2W

1/4W

20%

1/4W

20% 1/2W 1/2W

1/4W 1/2W 1/2W

1/4W

1/2W

5%

55

5%

1%

1% 1%

5% 5%

1%

55

5%

1%

5%

1%

5% 5%

5%

1% 1%

5% 1% 1%

5%

Mfg Code

71450 U260-503 75042

RGl/4-683J RN60D-1780F

80294

3359P-1-500 RN60D-9092F RN60D-3011F

RC07GF825J 71450 U260-503 75042 75042

RG1/4-154J

RG1/4-103J

RN60D-1432F

RC07GF105J

RN60D-4990F 75042

RG1/4-201J

RC20GF39lJ

75042

RGl/4-82lJ

RN60D-1501F 75042 71450

RGl/4-152J

U260-103 RN60D-4321F

71450

U260-102

RN60D-4990F 75042

75042 71450 75042 80294

RG1/4-473J

RG1/4-101J U260-503 RG1/4-473J 3359P-1-201

RN60D-1101F RN60D-5110F

75042

RG1/4-561 RN60D-3090F RN60D-73R2F

75042 75042

RG1/4-752J RGl/4-20lJ RC20GF-681J

Part

Number

6-24

SECTION 6

Table

Ref

6-3.

Design

R520

Parts

List.

1.

A2

Value

47K

Board

R521 280 R522 274 R:Met

1.

R523

8K R525 51 R526 10 R871 R872

82

82 R873 10 R874 R875 R876 R877 R878 R879 R880

10.0

41.

2

41.2

41. 2

41.2

41.

2 S007 S008

(Continued)

Description

R:Met

Film Film

Film R:Met R:Met R:Met R

Glaze Glaze Glaze

:Carbon R:Carbon R:Met R:Met R:Met

R:Met

R:Met R:Met SW:Swp

Glaze

Film Film Film Film Film Film Film

Time

SW:Mode/Pul

1/2W 1/2W 1/2W

1/4W 1/4W

1/4W 1/2W 1/2W

1/2W

1/4W 1/4W 1/4W

1/4W

S7/R4

W S8

5%

1% 1% 1%

5%

5% 5%

5% 1% 1% 1% 1% 1% 1%

1%

Mfg Code

75042

75042 75042

07421 07421

Part

Number

RN60D-1471F RN60D-2800F

RN60D-2740F RGI/4-182J RG1/4-510J RGI/4-IOOJ RC20GF820J RC20GF820J RC20GFIOOJ RN55D-IOROF RN55D-IOROF RN55D-41R2F RN55D-41R2F RN55D-41R2F RN55D-41R2F RN55D-41R2F R00347931-2 P00347927-1

6-25

IEC F74, F77 Service manual

Specifications and Main Features

Frequently Asked Questions

User Manual

CONTENTS

DESCRIPTION

SPECIFICATIONS

INSTALLATION

controls

OPERATING

INTRODUCTION

MAINTENANCE

PARTS LIST