Tektronix AM503 Instruction Manual

AM

503

CURRENT

AMPLIFIER

PROBE



7

e

I

d

ronbc

COMMITTED

TO

EXCELLENCE

Tektronix, P.O.

Box

Beaverton,

Inc

500

Oregon

PLEASE AT

THE

CHECK

REAR

FOR

OF

AM

CURRENT

CHANGE

THIS

MANUAL

503

PROBE

INFORMATION

.

AMPLIFIER

INSTRUCTION

.

97077

Serial

Number

MANUAL

070-2052-01

Product

Group

75

First

Printing

Revised

DEC

SEP

1985

1976



Copyright Contents

without

form

Products byU.S.and

TEKTRONIX, registered isaregistered

PrintedinU

are

reserved

1976,

`'

of this

Tektronix,

of

foreign

trademarksofTektronix,

.S .A

.

1979

Tektronix,

publication

the

written

patents

TEK,

SCOPE-MOBILE,

trademarkofTektronixU.K

.

Specification

may

permission

Inc.and

and/or

Inc

not

be

of

subsidiaries are

its

pending patents

Inc.TELEQUIPMENT

price

and

All

rights

.

reproducedinany

Tektronix,

and

.

change

reserved

ilk

Limited

privileges

Inc

.

covered

.

are

Each

instrument

stamped

or designates

the

of unique

United manufacture

serial

to States

B000000 100000

200000 300000

700000

INSTRUMENT

has

on

the

countryofmanufacture.The

the

number

instrument.Those

each

have

identifiedasfollows

is

Tektronix, Tektronix

Tektronix

Sony/Tektronix, Tektronix

The

SERIAL

a

serial

number

chassis.The

are

assigned

six

unique

Inc.,Beaverton, Guernsey, United

Holland,

Netherlands

Japan

NUMBERS

on a

first

sequentially

manufactured

digits

.

:

Ltd.,Channel

Kingdom,

Heerenveen,

NV,

panel

number

last

The

Oregon,

Ltd

insert,

or

five

and

country

Islands

London

.,

tag,

letter

digits

in

USA

are the

of



OPERATOR'S

SERVICE

SECTION

The

personneltohazardous

SECTION

SAFETY

1

2

remaining

3

4

5

TABLE

SUMMARY

OPERATING

SPECIFICATION

portionofthis

voltages.These

ADJUSTMENT

MAINTENANCE

CIRCUIT

DESCRIPTION

. . . . .

. . .

. . . . . .

INSTRUCTIONS

AND

TableofContents

. . . . . .

. . ...

OF

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

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

PERFORMANCE

WARNING

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

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

CONTENTS

. . . . . . . . .

CHECK

lists

instructions

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

are

for

. . . .

. . . . . .

servicing

qualified

. . . . .

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

. . . . . .

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

instructions

service

. . . . . . . . . . . . . . . .3-1

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

. . . . . . . . . .

. . . .2-1

that

expose

personnel

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

only

Page

V

1-1

.

4-1

5-1

SECTION

CHANGE

6

7

8

INFORMATION

REPLACEABLE

DIAGRAM

REPLACEABLE

AND

ELECTRICAL

CIRCUIT

MECHANICAL

BOARD

PARTS

ILLUSTRATION

PARTS

. . . ...

AND

EXPLODED

. . . .

. . . . . . . . . . . . . . .6-1

.

. . . . . . . . . .

VIEW

. . . . . . .8-1

. . . .7-1

AM

503

Fig No

1-1 1-2 2-1 2-2

3-1 3-2 3-3 3-4

4-1 42 43

44 5-1

LIST

.

Plug-in AM Test

Displayoftangentially

Construction

Power Gain

Exampleofcorrect Lubrication Semiconductor Installation

Circuit AM

installation

controls

503

setup

supply

and

board

503and

OF

and

connectors.. .

forACDynamic

details

for

test

point

compensation

procedure

lead

configurations

of

lead-end

and

probe

waveforms

ILLUSTRATIONS

removal

Range

measured

Special and

adjustment

foratypical

connectors

ferrule

assembly

. . . . . . . .

. . .

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

check..

noise

Adapter

locations

. . . . . . . .

.

cam

. . . . . . . . . . .

. . . . . . . .

. . . . . . . . . . .

. . . .

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

. . . . . .

locations.. .

switch

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

. . . .

. . . . . . .

.

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

. . . . . . . . .

. . . . . . .

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. .

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. .

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

. . . . . . . .

.

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

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

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

. . . . . .

. . . . . . . . .

. . . . . . . .2-

. . . . ... . . . .

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Page

No

1-1 1-3

2-7

3-3 3-3

3-5 3-5 4-2

4-4 47 47

5-1

.

8

OPERATOR'S

SAFETY

SUMMARY

The

followingtext safety phasesofoperation,

precautions

OPERATORS

SUMMARY

The

general is

for warnings manualwhere summary

In

This

CAUTION could

WARNING that

could

As

Marked

CAUTION

mediately hazardtoproperty

safety

both

operating

and

cautions they

.

Manual

statements

resultin

damage

statements

resultinpersonal

on

Equipment

indicatesapersonal

accessible

containsa

that

service,

informationinthis

apply,

and

two-part

must

and

servicing

will

but

be repair of

be

may

TERMS

identify

to

as

including

conditionsorpractices

the

equipment

identify

conditions

injuryorlossoflife

one

reads

the

summary

this

during

instrument

observed

SAFETY

part of

the

personnel.Specific

found

throughout

not

appear

or

other

or

injury

hazard

the

marking,

equipment

itself

of

general

summary

in

property

practices

.

not im-

.

the

this

that

or

all

.

Power This

that supply

and

ground.A

groundingconductor safe

Grounding This

torofthe

power connecting

protective conductor

tion

.

a

.

Danger

Upon accessible

trols

electric

Protective

ATTENTION

Source

productisintendedtooperate

will

not

apply

conductors

protective

operation

productisgrounded

that

.

the

power

cord

intoaproperly

the

to

ground

in

the

Arising

loss of the

conductive

may

appear

shock

.

ground

-

more

than

or

between

ground

in

the

Product

through

cord.To

power

From

avoid

product

connection

cordisessential

Loss

protective-ground

parts to

(earth)

refertomanual

250

power

inputoroutput

by

of

(including

be

insulating)

terminal

fromapower

volts

rms

either

supply

connection

cordisessential

the

grounding

electrical wired

receptacle

way

of

Ground

knobs

.

between

conductor

bywayofthe

conduc-

shock,

connection,

terminals.A

the

grounding

for

safe

and

can

renderan

plug

source

the

for

the

before

opera-

all

con-

DANGER accessibleasone

In

This

As

REVANOV

A

Marked

indicates

Manual

This cautionary found

on

DANGER

1979

personal

a

reads

SYMBOLS

symbol

.

Equipment

the

-

indicates

or

other

High

injury

marking

voltage

hazard

.

where

information

.

immediately

applicable

istobe

Use

the

only

Use product

Use

only

Refer personnel

Use

the

To

avoid voltage list

for

Refer

fuse

Proper

the

.

a power

cord

.

Proper

fire

rating

your

Power

power

cord

and

connector

Fuse

hazard,

and

current

product

replacement

Cord

and

connector

thatisin

use

.

to qualified

good

changes

only

the

fuseofcorrect

ratingasspecifiedinthe

service

specified

condition

to qualified

personnel

for

.

service

type, parts

your

.

AM

503

Do

Not

To

avoid explosive certified

Do

Not

To

avoid

Operate

in

Explosive

explosion,donot operate

atmosphere

for

such

Remove

personal

unlessithas

operation

Covers

.

or

injury,donot

Panels

Atmospheres

this

been

remove

productinan

specifically

product

the

covers covers

Do

ins

To

or and

Not only)

avoid

panels.Do

panels

Operate

personal without covers the

plug-in

viaaplug-in

not

properly

Without

injury,donot

or panels

operate

installed

Covers

installed extender

the

operate

Do

.

product

.

(for

TM

not

without

this

apply

500

power

the

plug-

product

to

iv

REVA

NOV

1979

AM

503

Do

Not

Do

not product aid

and

Use

Care

Dangerous To

avoid

tions

and

Service

perform unless

resuscitation

personal

components

another

When

voltages

Alone internal

Servicing

injury,donot

SERVICING

FOR

is

existatseveral

QUALIFIED

service

person present

With

while

power

capableofrendering

.

touch

Refer

also to

Summary

or

adjustmentofthis

Power pointsinthis

is

exposed

on

.

On

SAFETY

SERVICE

the

preceding

first

product

connec-

.

SUMMARY

PERSONNEL

Operators

Disconnect

soldering,

Power This

that

supply and

grounding conductor safe

Source

product

will

conductors

ground.A

operation

or

not

Safety

power

replacing

intendedtooperate

is

apply

protective .

before

components

more

or

between

in

ONLY

removing

than

ground

the

protective

.

fromapower

250

volts

rms

between

either

supply

connectionbywayofthe

power

cordisessential

conductor

panels,

source

the

for

REVA

NOV

197

9

v

AM

503

REV

2052-9

A

NOV

197

9

Section

1-AM

503

OPERATING

All

references

A6302

probe

referencestothe

All

probe

A6303

Description

The

AM

use

with Mechanical attenuator attenuator

tionofcurrent/division.An knob-skirt sitivityofthe

Bandwidth current table amplitude

probeinuse) or5MHz.Input

(acordc);ac provides

to

the

. .

503

Current

any

of

the

list

Parts

calibratedina

is

knob-skirt illumination

probe

signalsona high

ac

used

is

selectable

illumination

compatible

NOTE

P6302

probe

P6303

probe

Probe

Amplifierisdesigned

current

for

accessories).The

1, 2,5sequence,

provides

auto-scale

automatically

.

for

either

a

meansofmeasuring

leveldocurrent

also

apply

to the

also

apply

to the

probes

input

and

direct

indica-

switch

changes

match

to

FULL

couplingisselec-

the

(limited

.

INSTRUCTIONS

The

AM

503

operates

and

power

on

the

module

upper

the

only.It

Removal

module

damage

1-1.Check

.

interconnecting compartment

circuit

and

lower

module

interconnecting

AM

the

for

(see

the the

sen-

by

low

power

modules

a

multiple-compartment

Installation

the

Turn

in;otherwise, circuitry.Itisalso modulebeturned RefertoFig barriers

power theAM503

Alignthe

with

the

upper ment.Push circuit

boardinthe

To

remove

in

TEKTRONIX

will

operatein

power

module

off

before

may

occur

recommended

before

removing

off

to

match

board

edge

lower

grooveoftheAM503

guidesofthe

in

and

press

503,

pullonthe

any

.

inserting

to the

that

see

that

jackofthe

the

connector

selected firmlytoseat

jack

.

TM

500-Series

compartment

the

plug-

plug-in

power

the

AM

50,'~

the

plastic

selected

cut-outs

.

chassis

compart-

release

latch

of

in

the

REVJUN

198

RELEASE

PULL

Fig.1-1.Plug-in

1

installation

and

removal

.

TO

LATCH

REMOVE

(1431-21)2052-37

Operating

Instructions-AM

503

(locatedinthe lower

jack

disengages

and

OPERATING

Introduction

The

remainder information mance

and

actionsofthe tions, and

procedures

Controls

Allofthe

the

of brief

is

included

Monitor

The

the

AM being be

at

measured

required

from

the instrument

andageneral

for

and

Connectors

major

AM

503

are

functional

bandwidth

503

measured.Oscilloscope

least

descriptionofeach

in

Fig.1-2

Oscilloscope

depends

twice

.

left

the

corner)

AM

503

until

will

interconnecting

the

slide

CONSIDERATIONS

of this

controls

located

section

to

obtain

and

descriptionofthe operating

making

controls

on

.

requiredofthe

upon

the

frequency

contains

the

most

This

includes

.

connectors,

measurements

basic

and

connectors

the

front

control

oscilloscope

the

frequencyofthe

vertical

of

effective

panel

bandwidth

the

out

the

input

for

of

and

signal

.

operating

perfor-

function

connec-

modes

.

operation

the

unit.A

connector

with

used

signal

should

being

right cable

cable not

termination.The

should not be 50Oif It loading

side

cable Carefully connector;pressing

interconnecting

INTO available

upper-rearofthe

side

connects

connected

required

will

cause

of

Changing

snap-in

from

The

coaxial

and

alignment

tion

for

With the output

50

the

align

rear

O

.

for

because

an

AM

output

cover

rear of

the

cable

interface

connector

for

monitor

is

jack

instrument,iswhere

rear

interface

rear

interface

of

oscilloscope

rear

the

impedance

503

.

to rear

the

from

the

OUTPUT

coaxial

firmly,

connector

critical

output

(internal)

cable

output,

will

cableatthe

.

output

internal

the

interface

mis-match

interface.Remove AM

503.Unplug

insert

the

center

when

making

.

the

not

have

With

output,

(factory

input

connection

INTO

50Oconnector

upper-rear

cable

piniseasily

connectedtothe front-panel

an output

output

the

output

atermination

wired)

impedance

is

used

and

possible

the

right

coaxial

the

coaxial

.

bent

the

connec-

OUTPUT

signal

is

.

rear

Deflection

tionofthe

positive

Ground-clip

Ground-clip probes ground

trostatic cause

errorsinmeasuring

usedinthe

the

attenuator

of currents

positions

When

shortest

Output

output OUTPUT ting

jackatpin

jackisterminated

Conventional

.

arrow

deflectionofthe

Leads

ground

to

leadisused

voltages

lower

that

.

observing

practical

Connection

connection

INTO

current flowing

the

current-probe

on

oscilloscope

leads

are furnished

the cable

that

(1,

2, 5,

switch

may

ground-clip

50

f2

28A.Pin

in50S2.Connector

shieldatthe

reduce

to

could

.Aground

and becauseofundesirable

appear

high-frequency

can

be

connectororthe

28Aatthe

display

with

high-frequency

couple

10

accomplished

mA)

in

lead

into

lead sensitivity

these

available

rear

J480,

in

the

direc-

slider

produces

.

some

current

probe

end

probe

the

normally not

is

positions

chassis

sensitive

more

signals,

rear

interconnecting

use

.

through

interconnec-

located

onthe

The

. elec-

and

the

a

Connecting

Install

module AM

503

voltagetobe

Connect

necessary,

the

monitor

Set

10

mV/Div

with

tent

Connectacurrent

tor

.

Turn

equipmenttowarm

the

AM

.

Ensure

willbeinstalled

applied

a 500cable

a 50

oscilloscope

the

monitor

The

.

the

signal

all

equipment

AM

503

into

that

the

.

O

termi

nation for

oscilloscope

horizontal

frequencytobe

probetothe

on

and

up

the

power

is

suitably

with

vertical

sweep

allow 20

and

stabilize

TM

500-Series

module

bnc impedance

input

speed

AM

into

adapted

connectors

.

vertical

should be

examined

5031NPUTconnec-

minutes

.

power

which

the

to

(and

matching)

sensitivity

consis-

.

for

the

line

if

to

for

the

REVBNOV

197

9

Operating

Instructions-AM

503

DC

LEVEL

Control:Adjusts OUTPUT do

vi

:rti-l

INPUT

Indicates current do Probe occur)

CURRENT/DIV deflection to

current scaling

by

BANDWIDTH a

FULL:Permits

probe

rated 5

to signal-to-noise

frequency, measurements

do

leveltooffset

currentsorchange

p-tior

OVERLOAD

that

the

measured

exceeds

current

(signal

the

rating of

distortion

.

Switch

from1mA/Div

factor

50 A/Div

a

depending probe changes

factorof10

used.Auto-

the

.

Switch

choiceofbandwidths

amplifier

systemtooperateatfull

bandwidth

MHZ:Reduces

.

the

about5MHztoincrease

ratio

low-level

.

largo

signal

Indicator

maximum

the

Current

will

Selects

:

on

dial

range

:

Provides

.

and

bandwidth

for

low-

the

BALANCE adjustment):Permits

!-Iaiice tr,p,shiftasCURRENT

- .tt

:

;,w,

(screwdriver

for

probe

are

changed

operritorto

minimum

DIV

.

DEGAUSS

(push-button switch):Momentary switch

for

energizing

degauss

PROBE Indicates locked

AC-CAL

Selects mode

circuit

UNLOCKED

or

DC

signal

.

probe

closed

LEVEL-DC

input

contact

probe

Indicator

sliderisnot

position

Switch

coupling

:

in

:

AC:TheaccomponentoftI

amplifier

tothe

is

are

coupled input

. th

inputtopermit

output

:

bnc

.

to

do

F'.;:,tL

,

Y4'tD1H

signaliscoupled

thedocomponent

and blocked

.

DC:Both ac of

the

Output

CAL Output

adjusting level

OUTPUT connector

amplifier

anddocomponents

input

signal

Amplifier

DC

LEVEL:Grounds

Amplifier

the

.

INTO50O

for

outputtomonitor oscilloscope terminated

into50S2)

amplifier

connecting

(must be

REV

RELEASE t,:dove

LATCH

plug-in

to

:

.

INPUT

Connector:Provides

c

m),~,

tion

for

current

probe

.

Pull

2052-38

Fig.1-2.AM

C

NOV

197

9

503

controls

and

connectors

.

Operating

Using

the

Set

the

and

position

monitor

the

Set

the

CAL

DC

position center

.

Instructions-AM

AM

503

with

monitor

AM

LEVEL

the

oscilloscope

the

trace

oscilloscope

503

AC-CAL

position.Rotate theDCLEVEL

monitor

503

Probe

vertical

verticallytograticule

vertical

oscilloscope

DC

inputtodo

LEVEL-DC

inputtoground

trace

center.Reset

coupling

switchtothe

to

.

control

graticule

to

Insertion

The equivalent when

observing should Instruction relationshipoffrequencytoinsertion tion

Impedance

insertion

circuit

the

probeisclamped

fast-rise

be

consideredtominimize

.

impedance

thatisplacedinthe

signals

sheet

for

the

of

the

current

aroundaconductor.When

the

insertion

loading.Consult

probe

in

probeisthe

circuit

impedance

use

to find

impedance

under

test

the the

devia-

With the

connected aroundaconductor) DEGAUSS

Removalofany

transformer core probe.This reconnecting

urementsinexcessofthe instrument

Set

the

driver cilloscope

The

ed,

and

CURRENT/DIV 10

mV/Div

However, added

oscilloscope sensitivityat5 becomes0.5

current button

the

AM

CURRENT/DIV

BALANCE

tracetograticule

AM

503

readytomeasure

monitor

for

resolution

probe

slideinthe closed

.

NOTE

magnetic

always

is

important

the

503

AC-CAL

controltoposition

and

current

switch

low

amplitude

maybegainedbychanging

sensitivityto5

mV/Div,

mA/Div

.

flux

requires

after

probe,

oscilloscope

or

DC

LEVEL-DC

full

clockwise.Adjust

center

probe

currentina

is

calibrated

currents

mV/Div.With

the

AM

5031mA/Div

position

press

and

presentinthe

degaussing

connecting

making

after

range

switchtoDC

the

monitor

.

are

balanced,

conductor.The

for

use

vertical

(less

than

the

(not

release

.

the screw-

sensitivity

the

probe

the

or

meas-

os-

degauss-

at

the

mA),

2

monitor

vertical

sensitivity

High

When the clamped

cable developedinthe

former

.

When

probe), oscilloscope currents, sitivityto20

mV/Div,

20

10

A/Div

Maximum

The amperesvs. appropriate

Currentisderated excessive

Currents

measuring

probe

cable

around

disconnected

may

measuring

the

AM

vertical

change

the

.

Currents

maximum

signal instruction

heatinginthe

high

currents,donot

from

theAM503

the

conductor.With

(unterminated),

secondary

damage

mV/Div.With

the

over

503

output

display.When

the

monitor

AM

5035A/Div

peak-to-peak

frequency

sheet

foracontinuous

probe

winding

current

40

amperes

may

oscilloscope

the

currents

derating

for

the

head

disconnect

while

the

probe

the

thehigh

probe

overdrive

measuring

vertical

sensitivity

curveislistedinthe

current

signal to

.

voltage

of the

.

peak

(with

the

these

vertical

sensitivity

becomes

(approximate)

probeinuse

is

probe trans-

a 1X

monitor

high sen-

at

in

.

prevent

The

AM probe, amplifier

the

display used

switch

cilloscope monitor amplitude

hasafeature

CURRENT/DIV

the

(e.g.,

becomes

503

internal

gain.When

corresponding

P6303),

oscilloscope

signals

the

10

sensitivity

.

circuitry,inconjunction

for

automatically

the

gainischanged

knob-skirt

lowest

mA/Div.Again,

can

resolution

illumination

switch

range.Ifa10X

rangeonthe

be

changed

the

for

witha10X

changing

fora10X

CURRENT/DIV

to

viewing lower

probe,

changes

probe

monitor

increase

the

to

osthe

is

INPUT

indicator maximum

monitor ing)

may

lit

.

OVERLOAD

lights

when

current

do

oscilloscope

be

inaccurate

indicator

the

measured

ratingofthe

display

with

(regardless

the

INPUT

light.The

current

probe

OVERLOAD

of

input

front

exceeds in

use.The

@

NOV

panel

the

coupl-

lamp

1979

Section

2-AM

503

SPECIFICATION

Performance

The

AM

503 has

between temperature stated

.

Bandwidth

Full

Amplifier

Conditions

electrical

+20°Cand

(-3

characteristics

been between

Characteristics

dB)

Only

calibratedatan

and

+30'C

0°C

and

are

valid

onlyifthe

ambienttemperature

is

operatingatan

+50°C,

unless

SPECIFICATION

ELECTRICAL

Performance

DC

to at

AND

CHECK

ambient

otherwise

Table

CHARACTERISTICS

least

100

PERFORMANCE

Items

listedinthe

of

the

Electrical

the

Performance

Items

listedinthe

not

verifiedinthis planatory no

limits

are

2-1

Characteristics

MHz

.

Performance

Characteristics

Check

notesorperformance

specified

OUTPUT

function

in

this

Supplemental

manual.The

.

Supplemental

terminated

Characteristics

are

verifiedbycompleting

sectionofthe Information

items

characteristics

into

column

are

either

for

Information

DC

5012,

column

manual

which

. are ex-

with with

5

MHz

ac

coupled, Rise time Noise

Ampl

random

(1

st

twocwpositions

CURRENT/DIV Amplrandom

switch two

cw

Random

P6302

P6303

Attenuator

P6303 P6302

lower

limit

(full

bandwidth)

switch)

(CURRENT/DIV

ranges except

positions)

(typical

Accuracy

probes)

of

1st

DC

to at

least15MHz

DC

to at

least50MHz

5

MHz,

±1

MHz

-7

Hz

_3.5ns

_-4

mV

_-0

.8

mV

_-0.3mA

<3

Within3%of Current/Division

(Tangentially

mA

(Tangentially

indicated

. .

measured)

BANDWIDTH LEVEL;do

BANDWIDTH CURRENT/DIV

adjusted

for

Full,

functioninCAL

level

adjusted

Full,

functioninDC

fullcw;DCLEVEL

zerodoout

for

zerodoout

DC

;

REV

SEP

1984

Specification

and

Performance

Check-AM

503

ELECTRICAL

2-1

Table

CHARACTERISTICS

(cont)

Characteristics

Deflection

(typical P6302

P6303

Thermal

Amplifier

OUTPUT

Standard

Factor probes)

Drift

Only

dynamic

Instrument

range

cw

two

at

+350C

Information

positions

(from

cw

positions

OUTPUT

ambient)

setto5

set

2

mV/°C

;

+15°C

(from

mA/Div

for

to

;

.

Performance

1mAto

sequence

mAto50

10

sequence

+80

mV

than

5%

POWER

L

Characteristics

5 A/divina

A/divina

and

compression

mV

-80

CONSUMPTION

2,

5

1,

1, 2,

5

with

less

(into50i2)

Supplemental

In

first

two or less at +35°C

In

+15

CURRENT/DIV Monitor 20

--17

ambient)

all

but

0.4mV/°C 0Cto

oscilloscope

mV/div

W

OUTPUT

first

Characteristics

Temperature

Operating Non-operating

Humidity

Operating Non-operating

Altitude

Operating

Non-operating

ENVIRONMENTAL

Testtoprocedures Procedure

0°Cto

-55°Cto

+50°C +60°C

TesttoMIL-STD-810C MIL-T-2880013

TesttoMIL-STD-810C

paragraph

15,000

To

50,000

IasspecifiedinMIL-T-2880013

+50°C.

+75°C.

to

95%

relative

95%

4

.5 .5 .2 feet feet

relative

paragraph

. . .

to

2-2

Table

CHARACTERISTICS

Information

of

MIL-STD-810CMethods

humidity humidity

Method

. .

507.1Procedure

4.5.5.1.1.2.

500.1Procedure

502.1and

paragraph4.5 .5.1.3

IV,

Iasspecified

501.1using

modified

and4.5

as

specified

MIL-T-2880013

in

.5 .1 .4

.

in

2-2

REVBNOV

1979

Table

2-2

(cont)

Specification

and

Performance

Check-AM

503

Characteristics

Vibration

Operating Non-operating

Shock

Non-operating

Transportation

Maximum

Overall

and

Characteristics

Dimensions

ENVIRONMENTAL

With

the instrument

to10Hz.Vibrate15minutesineachofthe

displacement.Hold10minutesatany

at

55 Hz.Total time,75minutes

30

g's

1/2

sine,11ms

axes,

foratotalof18

Qualified CategoryII.

under

PHYSICAL

CHARACTERISTICS

Information

operating,

duration,3shocksineach

shocks

National

Table CHARACTERISTICS

Safe

2-3

the

.

Transit

vibration

major

Committee

frequencyisswept

three

major

axesat0

resonance,orif

direction

Test

Procedure

Information

from10to

.015"

none,

along3major

1A,

55

total

Height Width

Length

Front Panel

Finish

NetWeight

Introduction

This

procedure

theAM503

manual.If given

procedure be

used

acceptabilityofperformance

The

if

the

+20'C of

0°Cto

the

in this

shouldbeperformed.This

by an

electrical

AM

503iscalibratedatan

to

+30°Cand

+50'C

checksthe

that

appearinthe

instrument

performance

incoming

characteristicsinSection 2arevalid

.

inspection

operatedatan

PERFORMANCE

electrical

Specification

failstomeet

check, the

procedurecan

facilitytodetermine

.

ambienttemperature

ambient

characteristics

sectionofthis

the

requirements

adjustment

also

only

temperature

of

-5

inches

=2.6inches

-11.7inches

Anodized

-=2

lbs

(12.7cm)

aluminum

.

CHECK

Tolerances

Check

procedure

do

not

include

Test

Equipment

The

following

to

perform

characteristics the

performanceofthe

equipment

All

test

equipment

tolerances

.

cm)

(6 .7

(29.8cm)

that

are specifiedinthis

applytothe instrument

test

equipment

Required

test

equi

pment,orequivalent,isrequired

the

performance

are

equipment

is

assumed

the

minimum

listed

mustmeetorexceed

error

.

check.Test

requiredtoverify

under

the

stated

to

be operating

Performance

under

test

and

equipment

test.Substitute

requirements

within

.

REVB

NOV

1979

2-

3



Specification

Special

facilitate

test

the

Description

1.Test Oscilloscope

2.Power TM

Module

500-Series

3.Digital Voltmeter

Calibration

4

.

Generator

5.Constant Amplitude

Wave

Generator

Performance

and

devices are used

procedure.Most

Bandwidth minimum

5

mV/Div;minimum

2ns.

AM

Ranges 0-2

±1

countat1

Amplitude

pulse

and

Calibrator Amplitude

period, High

1

/is

50% toatleast5V

Leading

2%,

Fast

to10ms;duty

50%;amplitude lesstoat Rise

1.0ns aberrations,

first

within0.5% trigger 50

O),

signal

Frequency

Sine- 50

MHz

reference rangeto4Vp-p;impedance, 500;

(50

of

indicated

range, ness,

of

Minimum

vertical

Check-AM

where

these

LIST

Specifications

:doto

503

necessary

are available

OFTEST

150

MHz

deflection

Time/Div,

503

and

test

rms),

(ac

0-200

mV,

V;Accuracy,±0.5%

kHz

.

modes

Fast

Calibrator

:

High

Rise

Amplitude

andtwo

Amplitude

.

5V,p-p

to

into50C2

approx.1ms.

AmplitudeOutput:Period

10ms;

duty

cycle,

to

;

amplitude

range,0.5Vor less

approx

.

aberrations

edge

into50Q

Rise

.

Output.Period1/is

cycle,

range,

1.0V

least

(terminatedin50

time

or less;leading

within

flatness

10 ns

;

after

output

positive

is

(terminated

going

at

least1.0V.

range,toat

50

kHz

with

first10ns

approx

100

into50Q

edge

2%

during

least

within

frequency;Amplitude

amplitude

reference)

kHz

accuracy

within

amplitudeon5

into1%termination;flat-

output

amplitudedoes

;

.

mV

S2),

;

in

3%

V

to

from

Table

EQUIPMENT

All

measurements

Provide

equipment Dynamic

Noise Bandwidth

;

.

or

.

Bandwidth

not

Tektronix, Tektronix

2-4

Usage

amplifier

power

range

Rise

.

Inc.,and

Field

REQUIREMENTS

output

to

Time

Checks

canbeorderedthrough

Officeorrepresentative

Examples

TEKTRONIX Amplifier

TEKTRONIX

TM

515

or

TEKTRONIX

Wave

Generator

and

7704A

71380

TM

DM

PG

SG

with

Time

503

502'

506'

503'

your

.

7A16A

Base

TM

506

or

Pulse

Generator

Leveled Sine-

local

2-

B

NOV

4

REV

1979



and

LIST

OF

2-4

Table

TEST

EQUIPMENTREQUIREMENTS

(cont)

Specification

Performance

Check-AM

503

Description

5.Constant Amplitude

Wave (cont)

6.Function Generator

7.Cable (3

required)

8.Termination (2

required)

9.Special

10.Adapter

11.10X

Attenuator connectors,

(3

required)

Sine-

Generator

Adapter Impedance,

Minimum

vary

more

amplitudeof50 to50MHz

Output 5

(into50S2),or5Vp-p Amplitude +1.5dB

frequency

Impedance, length,

connectors, Impedance,

connectors,

connectors, bnc

Impedance,

frequency,

Hzto1

throughout

42 inches

`T'

Specifications

than3%from

kHz

reference

.

approx

kHz;amplitude,

;

flatness

range

50

bnc

50

bnc 25

bnc

50

bnc

.

f2

S2,

O

;

(sine

required

in-line

actual

.

wave),

;

Usage

Ac

low

frequency

point

-3

dB

Dynamic

Usedinall

AC

Dynamic

Range

Dynamic

Noise

;

check

.

range

test

setups

test

setups Tektronix

setups

test

range

TEKTRONIX

Tektronix

.

012-0057-01

011-0049-01 See

Tektronix

103-0030-00

Tektronix 011-0059-02

Fig.3-1

Examples

FG

502

PartNo.

8

RequiresTM500-Series

Preliminary

1.Ensure

2.Ensurethat

into

which

suitably

3.Install

applicable, into

the

4.Connect

a

suitable

allowatleast20minutes stabilize

Procedure

that

all

power

all

test

the

AM

503

adaptedtothe

the

AM

install

all

power

module

the

power

line

voltage

.

Power

Module

.

switches

equipment

under

line

voltagetobe

into

503 otherTM500-Series

.

module(s)

source.Turn

for

the

are

and

the

test

willbeinstalled

the

power

and

all

equipment

equipmenttowarmupand

off

power

applied

module, test

test

.

module

.

and

equipment

on

are

and

to

if

1.Check Set the

CURRENT/DIV Coupling

BANDWIDTH

Amplitude

Mode

Volts/Div Time/Div Input Triggering

Current/Division

following

Coupling

controlsasindicated

Calibration

Monitor

Accuracy

AM

503

5

A

DC FULL

Generator

lo

std

Oscilloscope

5

mV 50 do

ext

:

v

ampl

/is

REVBDEC

1980

2-5



Specification

a.Connect

monitor

the terminator

b

.

generatortothe

(see

Fig.3-1)

c.Using

oscilloscope

d.Check-that

e.Set

oscilloscopeasindicatedinTable

f.Check-that

divisions±0.15

and

Performance

the

OUTPUT

oscilloscope

.

Connect

the

the AM

anda500cable

theAM503DCLEVEL

vertical

the

AM

503,

the

division

Ampl

503

position

signal

calibration

signal

.

Check-AM

of

the

using a 500cable

Output

INPUT

using

.

control,

amplitudeistwo

amplitudeineach

AM

503tothe

of

the

special

control

generator,

2-2

andthe

center

.

503

input

and

a 50

calibration

adapter

monitor

the

display

divisions

monitor

and

step

isfive

of

Low

FrequencySine-Wave

O

.

Frequency Amplitude Offset

Volts/Div

Coupling

Time/Div

a.See

b.Set theAM503 to-peak)

Position

graticule

.

c.Set

trace

Monitor

for

Fig.2-1

the

sine-wavegenerator

(monitor

monitor

.

line

test

oscilloscope

vertically

Oscilloscope

setup

four

Generator

100

Hz Minimum Off

(in)

20

mV

do 5

ms

.

28.3mV,rms

for

indicates80mV,

input

couplingtognd

divisions

below

the

out

of

peak-

center

.

CURRENT/DIVISION

AM

503

2

.0A

1

.0A

0

.5A

0

.2A

0

.1A 50mA 0.5V 20mA

10

mA mA

5 2

mA

1

mA

g

.Remove

2.Check

AC

Set the

CURRENT/DIV Coupling BANDWIDTH

following

CONTROL

test

Dynamic

Table

Calibration

Generator

10

.0V

10

.0V

5

.0V

2

.0V

1

.0V

0

.2V

0.1V

50

mV

20

mV

20

mV

connections

Range

controls

AM

503

2-2

ACCURACY

SETTINGS

.

indicated

as

5

mA

DC FULL

Monitor

VOLTS/DIV

:

Oscilloscope

5

mV mV

10 10

mV

10

mV

10

mV

10

mV

10 10

mV

10

mV

10

mV

20

mV

d.Reset

e.Set

f.Adjust

four

g.Reset the

h.Using

nalonthe center

i .

greater

j .

k.Position

center

I.Reset the

m

monitor

AM

divisions

theAM503

Check-DVM

.

Set

monitor

graticule

.

the

Set

503

below

the

monitor

AM

oscilloscope

couplingtoCAL

503

AM

LEVELtoposition

DC

the

center

coupling toDC.

503

LEVEL

DC

line

graticule

should

oscilloscope

trace

line

.

503 couplingtoCAL

.

readatleast26.9mVrms

vertically

oscilloscope

input

DC

graticule

control,

input

couplingtognd

four

divisions

input

coupling todc.

LEVEL

.

trace

vertically

line

.

center the

above

couplingtodc

LEVEL

.

DC

sig-

or

.

the

.

2-6

REV

NOV

1981



LOW-FREQUENCY

SINE-WAVE

GENERATOR

.

50

CABLE

10X

ATTENUATOR

SPECIAL

ADAPTER

f2

(50

S2)

Fig.2-1.Test

setup

forACDynamic

AM

503

50

TERMINATION

D

Range

Specification

RMS

READING

DVM

BNC

'T'

ADAPTER

Check

.

Performance

and

OSCILLOSCOPE

MONITOR

Check-AM

503

2052-39

n.Adjust

trace

four

o.Set the

p.Using

nal

on

the center

q.Check-DVM

greater

r.Remove

3.Check Set the

CURRENT/DIV

BANDWIDTH

Coupling

the

divisions

theAM503

.

Amplifier

following

AM

503

graticule

test

Calibration

LEVEL

center

LEVEL

.

read

at

.

503

1

mA

FULL

CAL

Generator

controltoposition

.

control,

least26.9mVrms

DC

503

DC

above

the

couplingtoDC

DC

line

should

connections

Noise

controlsasindicated

AM

graticule

center

:

LEVEL

line

.

the

sig-

or

Monitor

Volts/Div Time/Div Input

Coupling

Triggering

a.Using

the

AM

cilloscope

b.Attach

Output

andthespecialadapter,

attenuators

c

.

that

so

d

.

503

of

Setthe

the

Set

the

a 500cable

OUTPUT

.

three

the

calibration

.

monitor

traceison

monitor

Oscilloscope

and

a 50Otermination,

to

the

inputofthe

10X

attenuatorstothe

generator.Using

connecttheAM

oscilloscope

the

center

oscilloscope

10

mV

10

us

gnd ext

vertical

graticule

input

connect

monitor

+Fast

Rise

500cable

a

5031NPUTtothe

Positioncontrol

line

.

couplingtodc

os-

.

REV

Mode

Period Pulse

(Use

NOV

Amplitude

short

cables

198

1

.)

Fast

Rise

1

ms

midrange

Using

e

.

tracetothe

f.Set the

the

center

AM

503

graticule

503

couplingtoDC

DC

LEVEL

line

.

control,

.

position

the

2-7



Specification

g.Decrease

until

the

two

traces,

see

and

the

traces

Fig.2-2)

Performance

calibration

just

merge

.

Check-AM

generator

(no

darkarea

output

503

amplitude

between

the

o.Check-for

p.Repeat

AM

503

At20 Amplitude

Remove

last

1OX

4.Check Set

CURRENT/DIV BANDWIDTH Coupling

Mode Period

Amplitude

parts n

CURRENT/DIV

mV/Div

the following

with

Output

attenuator

1OX

attenuator

Time/Bandwidth

Rise

maximum

a

and

monitor

on1.0Asetting

controlsasindicated

Calibration

of

for

all

o control

.

NOTE

oscilloscope,goto

on

Calibration

on0.1Asetting.Remove

AM

503

20 FULL DC

Generator

Fast Rise 1

Minimum

0.8mV

remaining

.

mA

ps

of

noise

settings of

generator

:

.

the

High

.

Fig.2-2.Display dark area

of the

of4mV

showingbetween

h.Remove

i .

Divide

display

displayat10

noise=1.9mV

Check-for

j

.

k.Set

the

I.Check-using

of

noise

tangentially

of

one10X

mV/Div=19mV.

a

AM

503

.

attenuator

amplitude

.

maximum

CURRENT/DIV

procedure

the

traces,

measured

(B)

by10.Example:1.9divisions

of4mV

noise

correct display

.

Divide19mVby10;then

to 2

in

parti,foramaximum

(A) incorrect

.

of

noise

.

mA

.

;

Volts/Div Bandwidth Time/Div Magnifier

Triggering

a.Using

the

cilloscope

b.Using

the

calibration

INPUT

c.Set

calibration

d.Set the

using

trols,

the

AM

503

OUTPUT

.

the

.

the

display

generator

test

the

Triggering

obtainadisplayofthe

Monitor

50S2cable

special

generator

oscilloscopetoInternal

Oscilloscope

10

mV

Full .02

ps X10 ext

and the

to

adapter

Fast

amplitudetofive

Pulse

Level

S2

50 input

anda50S2cable,

Rise

Amplitude

and

horizontal

waveform

termination,

of

the

monitor

Outputtothe

divisions

control

Triggering

Position

leading

using

.

edge

connect

AM

503

and,

con-

.

os-

the

m.Set

n.Repeat

AM

503

parts b

CURRENT/DIV

throughi.

to

5mA.

e.Measure

f.Check-that

the

rise

the

time

(10%-90%

rise

timeis3.5nsorless

point)

REV

.

A JUL

1980



g.Disconnect

special

adapter

h.Connect

adapter

i .

Set

CURRENT/DIV BANDWIDTH Coupling

Frequency Amplitude Output

Volts/Div Time/Div Triggering

.

the

.

the following

Leveled

Range

Multiplier

Amplitude

Monitor

the

calibration

sine-wave

controlsasindicated

Sine-Wave

(MHz)

generator

AM

503

5 FULL

DC

REF X 3

Oscilloscope

10 50"s ext

mA

Generator

.01

.0

generator

350kHz

mV

Output

:

from

Specification

the

to

the

p.Check-that

least4MHz

q.Disconnect

wave

generator

r.Set

CURRENT/DIV BANDWIDTH Coupling

Frequency Amplitude

Volts/Div Time/Div

Triggering

and

.

the following

and

Performance

the

sine-wavegenerator

not

more

than6MHz

the

cable

from

and

connecttothe

controlsasindicated

AM

503

20 5 AC

Function

MonitorOscilloscope

Generator

1 Minimum

50 lops

ext

Check-AM

.

the

Output

Outputofthe

mA

MHz

kHz

mV

frequencyisat

of

:

503

the

sine

function

j

.

generator

k.Increase

until

I .

least

m.Change

BANDWIDTH

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n.Adjust

forasix-division

o.Increase

until

the

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forasix-division

the

displayisreduced

Check-that

100

MHz

.

the

Range

Output

the

display

Output

the

frequency

the

following

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display

the

frequency

amplitude

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sine-wave

AM

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.

controlofthesine-wave

display

.

of

the

sine-wave

to 4.2divisions

generator

controlsasindicated

503

MHz

5

Generator

Ref

350

of

the

of

the

reduced

is

.

frequencyisat

kHz

sine-wave

to 4.2divisions

generator

:

generator

s.Set the

six-division

t.Decrease

until

the

u.Check-that

more

than7Hz

5.DC Set the

Current/Div

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Volts/Div

.

Time/Div Triggering

function

display

.

the

frequency

displayisreduced

the

.

and

Balance

controls

Monitor

Level

following

generator

function

AM

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of

to4.2

generator

as

503

1 Full

Cal

10 10us ext

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the

function

divisions

indicated

mA

DC

mV

control

.

frequencyisnot

:

for

generator

a

REV

NOV

198

1

2-9

Specification

and

Performance

Check-AM

503

a.Set

Position

b.Reset

If an

the

offset

monitor

trace

verticallyatthe

monitor

trace

has

problem

moved

c.Usinga50Ocable minator, monitor

connect

the

oscilloscope

NOTE

from

with

the

monitor

and

AM

503

OUTPUT

.

input

couplingtognd

centerofthe

input

coupling toDC.

the

gnd

setting, oscilloscope

a50f2

feed-through to

CRT

there

the

inputofthe

.

d.Reset

the

AM

503

couplingtoDC

.

e.Adjust

shiftonmonitor

Level

position

the

front

oscilloscope

and

the

panel

DC

balance

trace

position

sothereisa

between

the

AM

on

the

503

minimal

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DC

.

is

.

ter-

f.Remove

This

complete

test

set-up

the

performance

.

check

.

2-10

@

JUL

198

0

WARNING

THE

ARE FOR ONLY

PERFORM CONTAINED

UNLESS

REFER

AND

PERFORMING

FOLLOWING

.

TOAVOID

TO

SERVICE

USE

ANY

YOUARE

SERVICING

IN

OPERATORS

SAFETY

ANY

SERVICING

BY

PERSONAL

QUALIFIED

OPERATING

QUALIFIED

SUMMARY

SERVICE

INJURY,

OTHER

SAFETY

.

INSTRUCTIONS

PERSONNEL

DO

NOT

THAN

INSTRUCTIONS

TO

SUMMARY

PRIOR

THAT

DO SO

.

TO

ADJUSTMENT

Section

3-AM

503

Introduction

This

adjustment

AM

503tooriginal ment meet

Characteristics

Performance

Completion ensures requirements

to

fully

ed

that

adjustment

Adjustment

The etc.)may word

follows

1.Check-indicates

a

performance requirementisderived as

listed

notbeperformed

need

the

Performance

that

ensure

the

Performance

is

alphabetical

contain

the

of

:

in

Table

procedureistobeusedtorestore

performance

listedinthe

Check

of

all

instrument

the listedinthe

satisfactory

made

.

Instructions

instructions

Check,

instruction.These

requirement

2-1,

specifications.Adjust-

unlessthe

Requirements

Specification

cannotbecompleted

adjustment

will

Specification

performance,itis

Check

Examine,orAdjust

that

the

instruction

check.Each

from

the

Electrical

instrument

steps

meet

section.However,

be

performed

under

each

terms

instrument

Characteristics

of

the

Electrical

section,

satisfactorily

this

procedure

in

the

performance recommend-

after

step

as the

are

defined

accomplishes

performance specification

.

the

failsto

or the

any

(a,

b, c,

first

as

desired

the madeifa

thatnoadjustmentisnecessary

Adjustment

.

To manceofthe Current operation,orevery

Services

Tektronix,

and

adjustmentatlocal Field Factory Service Field

Test

The required given

for

accurate

mentisassumedtobe within

result.We

maintain instrument accuracy,

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Inc.provides

Officeorrepresentative

Equipment

test

equipment

for

adjustment

for

the

test

adjustment

specification

recommend

CheckorExamine

Probe

Amplifier

six

monthsifused

complete

Service

Center.Contact

for

Required

listedinTable

of

the

equipment

.

arethe

and

measurement.All

correctly

that

adjustments

instruction

.

check

every

1,000

infrequently

instrument

Centers

your

local

further

AM

calibrated

information

3-1,orequivalent,

503.Specifications

minimum

and

not

indicates

the

perfor-

hours

.

repair

andatthe

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.

necessary

test

equip-

operating

be

of

is

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2

.

and

describes necessary.Measurement amine

are nottobe derived provided

ment

andtoaidinthe

3.Adjust-describes

Description

Oscilloscope

REV

A

NOV

howtodetermine

from

the instrument

as

indicatorsofa

197

9

Bandwidth,to150 sensitivity,10mV/Div sweep

precedes

whethertheadjustment

limits

following

interpreted

adjustment

which

Performance

rate,2ms

as

specifications.They

properly functioning

adjustmenttousetomake

an

Adjust

the

performance

process

.

LIST

OF

Requirements

MHz;vertical

;

.

instruction

is

Ex-

word

limits

are

instru-

Table

TEST

EQUIPMENTREQUIREMENTS

or quirementsofthe

0645-02,isuseful AM

canbeperformed

3-1

Gain, Degauss

If

other

test

calibration

A

flexible

503;however,

Applications

Compensation,

plug-in

adjustment

equipmentissubstituted,

setup

may

be

alteredtomeet

equipment

extender, for the

without

and

.

used

.

Tektronix

troubleshootingoradjusting

complete

Adjustment

useofthe extender

Examples

TEKTRONIX

frame

and7A16A/7B80plug-ins

control

Part

Procedure .

7704A

settings

the

067-

No

.

the

main-

re-

.

Adjustment-AM

503

LIST

OFTEST

Table

3-1 (cont)

EQUIPMENTREQUIREMENTS

Description

Calibration Generator

Digital Voltmeter

Probe Termination

Cable(2required)

Resistor

Special

Adapter

Performance

Pulse

Output:period1us

duty

cycle,

~50%

Requirements

;

amplitude range,0.5Vor less to at

least5V Leading into500

Rise time

.

edge

aberrations

.

(terminated

<10ns. Range,

within0.2%

0 to 20V;

.

accuracy

1X

500;

50S2;

connector,

length,

Impedance,

42 inches;connectors,

Fixed

wire-wound,3S2,

3W,5%

.

into

bnc

to

<2%,

50 0)

.

10ms;

bnc

.

Applications

Gain

and

adjustment

Power

supply

check

.

Gain

adjustment

All

measurements

All

measurements

Degauss

Used

for

AM

503

.

Compensation

.

voltage

.

adjustment

all

inputs

to

Examples

TEKTRONIX Pulse

Generator

TEKTRONIX

Digital

TEKTRONIX Tektronix

011-0049-01 Tektronix

012-0057-01

.

Tektronix 308-0441-00

Fig.3-1

See

PG

DM

Multimeter

P6101

PartNo.

.

PartNo.

.

PartNo.

. .

506'

.

5029

.

a

RequiresTM500-Series

Preparation

a.Construct

b.Remove

access cover

snaps

c.Be

module

the

line

d.Install

power

outward

into

module

the

adjustments.Pull

to

from

place)

sure

that

for

the

line

voltage

the

.

Power

Module

Special

AdapterasshowninFig.3-1

left

side

cover

the

sideofthe instrument

.

power

the

voltagetobe

source

switchisoff.Set the

applied

.

otherTM500-Series

.

the

of

rear

equipment

AM

503

endofthe

(the

and

connectitto

to

cover

power

into

.

gain

side

the

e.Turnon

warm

up

1.Adjust a.Connect

and

ground

for

test

point

Examine-each

b

.

within

the

Adjust-each

c

.

adjustment

all

test

stabilization

and

Power

Supply

the

DVM

forthesupplies

and

adjustment

range

given

.

equipment

and

allow 20

minutes

.

Voltages between

each

voltage

listedinTable3-2.See

locations

.

supply voltagetodetermine

.

supply

voltage

with

the

for

test

point

Fig.3-2

ifitis

indicated

3-

2

REVANOV

1979



J(GND)

250

RESISTOR

(321-0039-00)

CONNECTOR

(131-1854-00)

/ f I

w

Fig.3-1.Construction

details

for

Special

COAXIAL

CABLE

Adapter

Adjustment-AM

BNC,

FEMALE

(131-0955-00)

.

503

2052-40

REVANOV

1979

Fig.3-2.Power

supply

test

point

and

adjustment

locations

.

3-3



Adjustment-AM

Supply

-16 +16 +19.3V

-19.3V

2.Adjust

Gain

Set

CURRENT/DIV Coupling

BANDWIDTH

Period

Mode

Pulse

*Rising

Volts/Div Time/Div

following

the

Amplitude

edge

503

POWER

V V

controlsasindicated

AM

503

Calibration

Monitor

Generator

Oscilloscope

SUPPLY

Test

R422

R412 Q450 0460

.1

A

DC FULL

1

ms

Fast

Rise*

Minimum

-1Vtoo

50

mV

.5

ms

TEST

Point

emitter emitter

:

V

Table

POINTS,

3-2

AND

LIMITS,

-16.1Vto-15.9V +15.9V +18Vto

-21.5Vto-18

h.Set the

(Display

i .

Connectajumper

and

ground

j.Examine-foradisplay

k.Adjust-R346

3.Adjust Set the

CURRENT/DIV Coupling

ADJUSTMENTS

Limits

+16.1V

to

+21.5V

will

now

.

Compensation

following

V

current/Div

Adjustment

R405 R415 no

adjustment

I

8

divisions

be

wire

foradisplayof4.5divisions

controlsasindicated

AM

no

the

on

.)

between

of4.4 to

503

5

mA

DC

adjustment

AM

503

P346

(see

4.6divisions

:

to

50MA.

Fig.3-3)

.

a.Using

the

calibration

b.Place the

board)

c.Using control, the

first

d.Witha50Qcable the

AM

e.Set the

f.Examine-forafour-division

oscilloscope

g.Adjust-R344

3-3)

.

set 10Nsof

503

the

special

generator

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the

OUTPUT

monitor

.

adapter

outputtothe

on

calibration

display

amplitude

pulse)

each

and

to

the

oscilloscopeto10mV.

forafour-division

and50Q

J202

(on the

generator

.

a 50Qtermination,

monitor

displayonthe

cable,

AM

back

pulse

for

200

mV,

oscilloscope

display

503

connect

INPUT

.

sideofthe

amplitude

(ignoring

connect

.

monitor

(see

Fig

.

Period Mode

Pulse

Amplitude

*Rising

Volts/Div Time/Div

a.Usinga50 attenuator, output

b.Usinga500cable the

c.Adjust six-division

d.Set

AM

to

503

the

edge

connect

the

OUTPUT

the

display

AM

monitor

calibration

Calibration

Monitor

Q

503

Oscilloscope

cable,

the

calibration

INPUT

anda50 the

to

generator

.

oscilloscope

Generator

1

Ns

Fast

Rise*

Minimum

-1Vtoo

10

mV

200

ns

special

generator

.

0

termination,

monitor

oscilloscope

pulse

time/divto20 ns

V

adapter,

amplitude

anda10X

fast rise

connect

input

for

.

a

3-4

REVBJUL

1980



Adjustment-AM

503

e.Examine-front

compensation

f.Adjust-R364,

compensation

g.Refer

(ignore

.

to Fig.3-4

corner

long-term

R345,

for

of

C363,

example

Fig.3-3.Gain

waveform

roll-off

and

.

caused

R363

and compensation

for

correct

by

L202)

.

for

optimum

adjustment

If necessary

ment.Refertothe dureinSection2,Performance

h.Remove

4.Adjust Set

CURRENT/DIV R136

Coupling

locations

compensation

to

test

Degauss

the

following

.

adjustments

re-check

RISE

connections

Offset/Signal

controlsasindicated

Monitor

NOTE

the

bandwidths

TIME/BANDWIDTH

.

AM

503

Fully Fully CALDC

Oscilloscope

are

made, of

Check

.

Amplitude

:

clockwise counterclockwise

LEVEL

the

it

instruproce-

is

REV

Fig.3-4.Exampleofcorrect

JAN

1983

compensation

Volts/Div Time/Div

Triggering

Input

.

Coupling

10

1 ext gnd

mV

ms

3-

5



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a

.

OUTPUT

through

oscilloscope

b

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c.Set

oscilloscope

monitor

d.Using

the

trace

to

e.Set the

f .

Press

503

a 50

input

.

tracetothe

oscilloscope

AM

the

center

AM

503

and

hold the

A

coaxial

cable

a 50S2termination

graticule

center

vertical

503

Position

DC

LEVEL

graticule

input

line

coupling to

control,

.

CouplingtoDC

503

DEGAUSS

AM

from

to

line

control

.

AM

the

monitor

using

.

dc

re-position

button

.

503

the

Examine-trace

g

.

h.Adjust-11152,

zero

voltsdo(trace

i.Connect

the

AM

503

Set

the

.

j .

clockwise

k.Press

I .

Adjust-11136,

This

t0.4division

completes

divisions

the 3

INPUT

AM

and

positionedatcenter

Degauss

Offset

positionedoncenter

O

.0

connector 503

hold

Degauss

the

resistor

CURRENT/DIV

the

display

AM

.

DEGAUSS

Level

.

503

Adjustment

between

button

(see

graticule

(see

Fig

graticule

pins

fully

Fig.3-3),

Procedure

.

3-2),

.

M

andNof

counter-

for

line

for

line)

a4

.

.4

3-6

REVAJUL

1980

MAINTENANCE

Section

4-AM

503

This

sectionofthe

preventative

troubleshooting

maintenance,

PREVENTIVE

Preventive

will

basis system.However,

in

the

absenceofa

preventive

checking

tor

ques,

which

tive

maintenanceisjust

Cleaning

The require.Accumulationofdirtonthe an

insulating

tion,

which

breakdown

Avoid

damage

particular,

toluene,

Exterior.Loose canberemoved ing

dirt

detergent

notbeused

maintenance

enhance

maintenance

information

follows.Aconvenient

AM

503

blanket can

.

the

useofchemical

the

avoid

xylene,

can

be

and

.

manual

.

contains information

corrective

MAINTENANCE

steps

performedona

the

reliabilityofthe

periodic

malfunction

shouldbecleanedasoperating conditions

cause

plastics

acetone,orsimilar

dust

withasoft

removed

water

checksofthe

are not

measures.See

under

Troubleshooting

timetoperform

before

instrument

prevents

and

overheating

cleaning

in

used

chemicals

solution.Abrasive

that

accumulated

cloth

or

withacloth

maintenance,

instrumentation

semiconductors

recommended

the

semiconduc-

calibration

components

efficient

this

contain benzene,

small

heat

and

component

agents

that

instrument.In

solvents

on

dampened

.

the

front

brush.Remain-

cleaners

about

and

regular

as

Techni-

preven-

.

as

acts

dissipa-

might

panel

inamild

should

conductors, parts

.

The obvious;however, damaged indicates important prevent

Lubrication

Generally,

require

Pushbutton

lubricated require electrically problem

Cam

these switchesisadequate The

switch

If

the mentofswitch necessary available

Tektronix silubeO sothat the

4-1 for

Fig

.

damaged

corrective

components

other

troubleinthe instrument;therefore,itis

that

the

recurrence

there

lubrication

and

priortoleaving

further

.

Switches.In

switch

G-322L

lubrication

cleaning

noisy,

contacts

has

sub-parts,

lubricating

through

PartNo.

silicone

lubricant

lubrication

circuit

procedure

particular

causeofoverheating

the

of

arenocomponents

.

Slide

most

are

been

any

003-0342-01.General

does

instructions

boards,

for

care

are

found.Overheating

damage

Switches.The

the

.

However,

and

cases,

for

designedtooperate

disassembled

a

lubrication

materials

Tektronix

grease

notgetonthe

and

most

visible

mustbetakenifheat-

.

in

factory

lubrication

the

maybeapplied

and

if

factory

lifeofthe instrument

for

kit

and

Field

contacts.Referto

.

heat-damaged

defects

usually

be corrected

theAM503that

switches are

should

they may

lubrication

dry

the

containing

instructions

Office.Order

Electric

to

not

become

solve

the

.

replace-

the

Ver-

sparingly

is

of

.

is

Interior.Dust

removed

under

interioristo

pressure

or solution.A

in

Visual

defectsasbroken

REVANOV

occasionally

high-humidity

blow

air.Remove

cloth

a

narrow spaces

The

dampened

cotton-tipped

Inspection

AM

503

1979

in

the

interioroftheinstrument should

duetoits

conditions.The

off

the

accumulated

remaining

any

withamild

applicatorisuseful

.

should be inspected

connections,

electrical

best

dirt detergent

occasionally

improperly

conductivity

wayto

dust with

withasoft

for

seated

clean

dry,

brush,

and

water

cleaning

for

be

the

low-

such

semi-

CORRECTIVE

Corrective

replacement requiredtoreplace

given here

Obtaining

Most

through tative.However,

maintenance

and

.

Replacement

electrical

your

local

you

instrument

components

and

mechanical

Tektronix

should

MAINTENANCE

consists

repair.Special

in

this

Parts

parts

canbeobtained

Field

Officeorrepresen-

be ableto

obtain

of

component

techniques

instrument

manyofthe

are

41

Maintenance-AM

503

standard sourceinyour from

Replaceable rating,

electronic

source

a

tolerance

When

selecting

remember

component ment,

particularlyathigh

should

thatadifferent instrument

beadirect

components

Before

area

.

other than Tektronix

Electrical

and

replacement

the

that

may

affect

component

performance

you

Parts

list

description

NOTE

physical

performanceinthe

its

frequencies.Each

replacement

will

.

fromalocal

purchaseororderapart

Inc.,please

for

.

parts,itis

size

unlessitis

not

commercial

the

proper

important

and

shape

adversely

check

value,

of

instru-

part

known

affect

the

to

a

When

ordering

include the

Instrument type

1

.

2.Instrument

3.A

descriptionofthe

number)

.

4.Tektronix

replacement

following

serial

part

information

.

number

part

number

TROUBLESHOOTING

The

following information

troubleshoot the

sections

following informationtoaidin

nent.An helpfulinlocating circuits

Control

does

functionoroperationofany

Instructions

of

understandingofthe

are

Settings

Incorrect

not

exist.If

AM

this

manual

troubles,

used

.

control

thereisany

sectionofthe

Information

503

.

should be

settings

parts

from

Tektronix,

:

.

(if

electrical,

.

is

provided

containedinother

used

along

locatingadefective

circuit

particularly

can

question

control,

manual

operationisvery

where

indicateatrouble

about

see the

.

include

integrated

the

Operating

Inc

circuit

help

to

with

compo-

that

correct

.,

the

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Apply

O

mating

Apply

O

index

Apply guide

be springsifmore

Ensure

O

interface

4-1.Lubrication

Fig

.

Some

Tektronix,

manufactured Most

manufactured manufacturerofparts, Code

the

of

number

lubricanttothe

surfaceinthe

lubricant

wheel

.

lubricanttothe

the

in

applied

electrical

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mechanical

to

that

between

parts

for

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by

Tektronix,

to

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front bearing.A

some

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mounting

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to

the

inner

than

one

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the

procedure

manufacturedorselected

are

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parts

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refer

to

bearings

wear

surface

index

roller thin film

faceofthe

springisreplaced

presentatthe

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and

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o our

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parts

list

.

journals

retainer

2052-2

specifications instrument

determine

cross

and

cam

.

of

roller

should

detent

clip

(1481-40)

switch

index,

and

the

.

are

the

Mfr

by

Testing

multimeter waveform The

the

AM

Circuit Isolation

which

appear circuitsbymakingwaveform

in correct accordingtothe tion

the

.

the instruments these

.

connected timetonarrow

Equipment

Generally,awide-band

are

and

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features

503

.

Note

the

symptom.It

the

troubleislocated.When

in

more

Incorrect

the

procedures

power

operationofall

power

supplies.Usingamultimeter,

voltagesofthe

modules.Defective

instances,

from

oscilloscope,aprobe,

all

thatisneeded

voltage

necessary

.

canappearaspower

the search

checks

Procedure

than

one

plug-in Then

apparently

module

check

suspected

lists

to

adequately

often

circuit,

and

circuits

individual

the

bad

.

to

for

diagnostic

specific

identifies

trouble

check

voltage

often

regulated

schematics

unregulated

components

supply

circuits

power

supplies

perform

purposes

equipment

check

measurements

should

out the

the

circuit

symptoms

the

affected

means

trouble

check

first

supplies

and

calibra-

supplies

elsewhere

problems.In

be

oneata

and

basic

and

for

dis-

a

.

in

.

of in

4-2

REVANOV

1979

Maintenance-AM

503

Voltages

Often waveform the waveforms will

ditions similar to

the

Semiconductor

Periodic are

performance detailsonchecking under

Component

Ifacomponent then considered soldered-in

ponents

and

defective

and

schematic

and

vary

between

first

diagram

checks

not

recommended

TROUBLESHOOTING

the

effects

when

transistors

canbe

Waveforms

voltage

orinthe voltage

to

is

actual

Checking

components

indications

labels

instruments.To

those

usedtotake

in

the

Checks

of

the

The

.

operationofthe

semiconductor

cannotbedisconnected

of

the

evaluating

and

liftedatone

can

calibration

are

service

semiconductors

best

checkofsemiconductor

.

associated

the

measurement.Exceptfor

integrated

end

from

be

located

when

they

procedures.Such

typical

indications

obtain operating

these

readings,

sections

.

in

instrument

operation

from

circuitry

circuits,

the

circuit

the

most

by

appear

AM

.

are

its

circuit,

must

board

using

and

con-

refer

503

More

given

com-

not

use

an

Diodes.Do

internal

on

conditionbymeasuring With

between highinone

reversed

Resistor Parts

to from

detectedbychecking

.

highest voltage should be open

orbychecking

be

current.High

A

diode

may

ohmmeter

an

800

mV

direction

.

Resistors.Check

tolerances

listinevery

be replaced

the

Capacitors.A

scale.Useanohmmeter

rating

capacitor

unless the

specified

of

high

after

can

whetheritpasses

be

scale

and3V,

are

manual.Resistorsdonot

value

leaky

the capacitor.The

bestbedetected

ohmmeter

currents

checked

the

resistance

having

the

and

very

the

resistors with

given

in

measured

.

or

resistance

initial

charge

may

for

resistance

low

the

shorted

withanohmmeter

which

that

damage

an open

between internal

an

should

when

the

an

Replaceable

normally

value

varies

capacitor

will

not

resistance

of

the capacitor.An

withacapacity

signals

AC

hasahigh

the

diode

or

shorted

terminals

source

be

very

leads

ohmmeter

Electrical

need

widely

can

on

exceedthe

reading

meter,

.

of

are

.

be

the

Transistors removing

A

good

mance effectivelybechecked

forit(or However,

replacement stitute Static-type

not ditions.A

remove ment

test

understanding

troubleshooting

logic

are appropriate

and

not

test integrated-circuit extraction

under

transistors are not

check

procedure

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oscilloscope,

levels,

given

waveforms

shorted

probe

and

or

replacing

checkoftransistor

operating

one

which

be

sure

that

transistor

testers

operation

suction-type

soldered-in

for

circuits

of

circuits

and

other

in

the

circuit

manual

around

together.A

the

to

test clip.This

tool

.

IC's.Turn

circuit

are not

transistors;see

details

or

the

.

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14-

the

any

semiconductor

conditions.A

by

substitutinganew

has

been

conditions

might

available,

recommended,

under

desoldering

.

can

be

by

direct

circuit

using

operating

description

care

the

IC's

convenient

and

16-pin

power

switch

off

before

.

operationisactual perfor-

transistor

checked

arenot

also

be

damaged.If

useadynamic

simulatedoperating

tool

component

checked

descriptionisessential to IC's.Operating

when

so

device

with

substitution.A

information

checking

that

adjacent

means

in-line

also

can

component

previously)

such

since

they

must

be

replace-

a voltmeter,

waveforms, for

the

voltages

leads

of

clipping

IC'siswith

doublesasan

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tester

used

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of

sub-

do

con-

IC's

the

are

an

Power supplyissuspected, line Module each cilloscope.Voltages

supply

.

points Check

giveninTable

.

to

a

Ifapower

4-1, outside

j

ustedoroperating the supplies

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. If

selector

supply

the

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-16

block

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voltage,

test

points

and

are

showninthe

that

each

power

4-1

.

supplyiswithin

supplycanbeassumed

the

given

tolerance,

incorrectly.Use

section

.

POWER

Power

Supply

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incorrect

first

is in

the

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and

are

chassis

Calibration

Table

SUPPLY

Output

Voltage

15.9to16.1

operation

check

that

correct position

check

ripple with a

measured

ground.Power

supply

is

the tolerance

tobeworking

the

to

adjust

4-1 TOLERANCES

supply

the

of

the

power-module

(see

voltmetertocheck

between

sectionofthe

within the

procedure

the

supply

giveninTable

correctly.If

may

be

16-volt

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2

power

Power

test

os-

power

test

manual

tolerance

misad-

givenin

power

mV

.

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this

instrument

REVANOV

configurations

are

shown

1979

for

the

semiconductors

in

Fig.4-2

in

used

.

119.3V

19.3V

18.3to20.3

150mV

4-

3



Maintenance-AM

LEAD

VARY

PLASTIC

503

CONFIGURATIONS

DUE

TO

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CASE

METAL

DUAL

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AND

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CHANGES

TRANSISTORS

13

CASE

FIST

NOTE

OR

STYLES

INSTRUMENT

I

ARE

TYPICAL, MODIFICATIONS

BUT

L-

MAY

.

METAL

DUAL

FLAT

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PACK

O O

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DIODE

CATHODE ANODE

CATHODE CASE ANODE

1

2

II

The

choiceofsoldering

tobemade

To

avoid

from

the

When

pencil-type shaped transfer to

heat

tip.Keep

only

SOLDERING

.

electric

power

source

soldering

the solder

long

on

the

enough

TECHNIQUES

ironisdetermined

WARNING

shock,

disconnect

before

circuit

boards,

iron

witha1/8-inch

tip

properly

joint.Avoid

to

remove

INDEX

Fig.4-2

the

soldering

use

tinned

excessive

component

the

INTEGRATED

Semiconductor

.

bytherepair

instrument

.

a 15 to

40-watt

wide,

wedge-

for best

heat;apply

heat

or to

INDEX

CIRCUITS

lead

configurations

make

a

good electronic-grade make

tiometers,

firm

a

circuit

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type

board

between soldering

prevent

conductors;only

sonnel

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should

metal

etc

.

solder

solder.Apply

solder

joint

board

in this

with

the

top

should

breaking

attempt

terminals,(e.g.,switch

a

higher

.)

Use

joint

.

instrument

conductivepaths

and

bottomboard

be

done

the

connections

experienced

repair of

wattage

only

with

extreme

maintenance

these

soldering

2052-12A

60/40

rosin-core,

enough

isamulti-layer

to

terminals,

solder

laminated

layers.All

care

the center

boards

.

is

required

iron

per-

to

poten-

4-4

REVNOV

1981

Maintenance-AM

503

to

accomplish

connected surface, a

required

The

component

1.Grip Touch connection.Do may

.

2

.Ifunable

out removing

Some their

manufacturing component process

Ifacomponent may the

board

the

soldered

Ifitis hole removing

3.Bend

in

the

is

mountedin

protrude

the

in board

properly, into

to

75-watt,

.

following

onacircuit

the

damage

When

the

component

leads

.

be

helpfultostraighten

withasmall

desiredtoremove

for

installation

wick

the

board.If

through

boardsothe

(oraspositioned

heat

place

.

the

work.For

the

chassis

or

techniqueshould

component

soldering

not

lay

the

board

solder

begins

to pull

opposite

leads

were

bentduring process.The

in

place

leadisextremely

connection

of a

.

leadsofthe the

component

the

instrument,

board.Insert

the

component

the

solder

example,ifthe

or

other large

larger,

board

iron to

the

.

the

endofthe

NOTE

screwdriverorpliers

.

and

soldering

be

used

:

lead with

iron

directlyonthe

to melt,

lead

may

be

machine

during

the

solder

new

component,

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component

is

cutthe

is

originally).Ifitdoes

gently

long-nose

the

lead

gently

without

leadsonthe

replaced

firmly

using

component

difficulttoremove

insertioninthe

bent lead held

a

flow-soldering

difficulttoremove,

fromacircuit-board

leads

the

leadsintotheholes

seated

press

component

heat-radiating

iron

may

replace

to

pliers

the solder

at

board,asit

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.

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component

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lead

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of

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printedonthe

tion

solvent.Be

COMPONENT

REPLACEMENT

To

avoid

electric

from

the

power

ponents

The

Replaceable removalordisassembly

assemblies.Component locations

Circuit

Ifacircuit entire Replaceable boards

Circuit

1.Remove

and

switch

2.Disconnect

board

3.Remove

frame

4.Slide

until

.

exploded-view

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are

shown

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boardisdamaged

board

assembly.Part Electrical

.

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pull

the

.

tabs

.

the

clearofthe

Removal

the knob

all

4

screws

circuit

front

board

WARNING

shock,

source

drawing

of

the

in

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from

offofthe

cables

holding

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panel

careful

.

nottoremove

REMOVAL

disconnect

before replacing

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list

individual

locations

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beyond

numbers

list

the

CURRENT/DIV

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that

terminate

the

and

lift

the

associated

may

be

components

and

section

repair,

are

for

completely

DC

circuit

the

rearofthe

out

.

informa-

AND

instrument

com-

with

helpfulinthe

or

sub-

circuit

on

.

replacethe

given

switch,

LEVEL-DC

the

board

in

wired

circuit

to

frame

the

4.Touch

amount

heat-sensitive

component

nose

board

REVANOV

of

pliersorother

5.Clip

6.Clean

(if

off

not

the

iron to

soldertomakeafirm

components,

body

the

clipped

the

area

1979

the

and

the solder

heatsink

excess

lead

offinstep3).

around

connection

hold

.

that

the

and

solder

joint.To

the

lead

joint

withapairoflong-

protrudes

solder

connection

apply

between

through

small

a protect

the

with a

5.To

replace

removal

Switches

push-button, switch following local

additional repair

.

Three

types

cam,

should

informationisprovided

Tektronix

the

circuit

of

switches

and

be

replacedasaunitifdamaged.The

Field

Officeorrepresentative

information

board,

are

slide.The

.

reverse

usedinthis

push-button

for

the

cam

the

instrument

switch;your

can

order

slide

or

provide

of

:

4-5

Maintenance-AM

Cam

Switches.Thecam consistsofa circuit

board.These

cam

as

the switchisrotated.A disassembled ment

.

503

rotating

for

inspection,

cam

that

contacts

switch

mates

are

activated

cleaning,

usedinthis

with

contactsonthe

by lobes on

cam

switch

repair,orreplace-

instrument

the

can

be

the

circuit

interconnectionismade lead-end

When end

interconnecting

board

connector

the

interconnectionismade

connectorisused.This

with

plugs

soldered

other

components.When

withacoaxial

into

a socket on the

with

connector

into

the

cable,aspecial

awire

lead,alead-

mates

with

board

.

the

board

the

.

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cam

switch

1

.

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2.Remove

board

.

3.Remove

4.To

Semiconductors

ly

defective.Unnecessary

may

affect

from

sockets during

their original

switch

the

following

:

Board

replace

the

cam

switch

maintenance

repair

which

the

circuit

Removal,inthis

eight

cam-switch

cam

should

adjustmentofthe

sockets

should

be

undertaken

personnel

kitisavailable

contains

the

proceduretoremove

screws

switch,

routine

.

special

switch

board

following

section

that

assembly

reverse

be replaced

replacementofsemiconductors

maintenance,

.

(Tektronix

tools

contacts

secure

instrument.If

.

instructions

.

switchtocircuit

from

board

the orderofremoval

only

return

and

when

only

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for

replace

.

actual-

removed

them

use

by

to

in

a

in

.

COAXIAL-TYPE

Replacement requires maintenance replace cable be replacedasa Replaceable

refer

is

to

your

local

LEAD-END

used

to

clampedtothe and

replace a

old ment

connectortothe

If

the lead-end

plastic

holder,

4-3)

:

1.Bend

away

from

2.Re-insert theholder its

vertical

of

the

special tools

personnel

these

connectors.Itisrecommended

Mechanical

the

replacementofthe

Tektronix

connect

connector

the

endsofthe

damaged

they

grooved

cable

terminal

and

bend

position

in

CONNECTORS

wirestothe

from

connectors

canbere-installedasfollows

portionofholder the

the

so

LEAD-END

coaxial-type

and

techniques;only

should

unit.For cable

Parts

Field

Officeorrepresentative

associated

lead-end

the

lead

.

directionofits

connector

grooved

connector(s)

lead-end connectors

attempttoremove

list.An

become

alternative

defective

.

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connector,

and

clamp

dislodged

(part

into

part of

fit

CONNECTORS

experienced

part

numbers,

connector

connectors

leads.To

remove

the

nearest

hinged

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side

proper holder

groove

and

that

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solution

.

pins

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remove

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from

the

(see

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cable)

.

hole

backto

.

to

.

in

To

avoid

component

off

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direct figurationsofthe When

the socket

of

the

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4-

6

removingorreplacing

before

replacement.Figure

removing

slowly

integrated

methodsofinterconnection

damage,

devices

integrated

circuit

shouldbeof

semiconductors

and

evenly.Trytoavoid having

disengage

unevenly

Pins

powermust

4-2

shows

used

circuits,

from

may

turned

be

semiconductors

the

original

the

lead

inthis

instrument

pull

the device out

the socket

damage

are

pins

usedtoconnect

.

type or a

con-

oneend

before

.

of

Some

of

the mounted connectors connector.To

connector circuit plastic sure these

replaced.If removed individual

CI pinsonm repairstoyour

tative

inaplastic

whenitis

board

housingofthe multi-pin

arrows

from

wires

RCUIT-BOARD

ulti-layer

.

connectors

holder;the

are

removed

provide

andamatching

the

correct

replaced,anarrowisstamped

alignedasthe

are

individual

the

plastic

for

replacement

PINS.Replacementofcircuit-board

boardsisnot

local

Tektronix

are

grouped

resultisthat

and

installedasa

orientationofthismulti-pin

arrowismolded

connector.See

multi-pin

lead-end

holder,

note the

.

recommended;refer

Field

together

multi-pin

into

Fig.4-3.Be

connector

connectors

color

Officeorrepresen-

REVANOV

and

these

on

of

such

1979

the the

is

are

the

Maintenance-AM

503

CRIMPED OF CONNECTOR

FACES HINGED

OF

SIDE

TERMINAL

TOWARD

PORTION

HOLDER

Fig.4-3.Installationoflead-end

TRIANGLE

SYMBOL

KEY

SIGNIFIES

PINNO.

2052-3

connectors

1

(1481-27)

.

Fig.4-4.Circuit-board

and

ferrule

assembly

.

A

circuit-board

sary

tools,

instructions,

from

Tektronix,

00

.

Use

the following

damaged

soldering lay

damaged

damaged if

possible.RefertoFig.4-4

spare

1.Grip

the

iron

2.When

3.If

the

ferrule

into

circuit-board

the

irontothe

.

ferrule

the

pin-replacement

Inc.Order

procedure

with pinatthe solder

directlyonthe

the

solder

from

the

remainsin

from

the

holeinthe

and

replacement

Tektronix

:

long-nose

board,asthe

begins

board.Leave

.

the

replacement

circuit

board

kit

including

pinsisavailable

PartNo.

to

removeand

pliers.Touch

connection.donot

board

to

melt,

gently

the

ferruleinthe

circuit

board,

and

.

040-0542-

replace

may

pull

remove

pressthe

neces-

the

hole,

the

new

If

the

ferruleisremoved

clean

out the scribe.Then spare

ferrule,

a

4.Position

the

old pin

be

5.Solder

board

.

TROUBLESHOOTING

This number followed

that

shouldbechecked.Seethe

the

Diagrams

press

into

the

.

the

procedure

of

possible

byacheck

section

hole

the

replacement

pintothe

lists

with

the

damaged

usingasolder-removing

the

replacement

hole

.

circuit

mostofthe

troubles.The

procedure

for

component

pin,

pininthe

board

PROCEDURE

probable

trouble

that

lists

component

location

oneach

with

same

the

locator

pin,

components

carefully

wick

and

its

attached

manner

sideofthe

causesofa

symptom

grid

.

a

as

is

in

REVA

NOV

1979

4-

7



Maintenance-AM

A.TROUBLE

connector.(cont)

CHECK

1.Cable properly

be rear

2

3

:

from installed

connected

interface

.

±16VSupply

±19.3V

.

Supply

4.±3VSupply

5.VoltageatP202 DEGAUSS pressed

(with

6.Press DEGAUSS

levelatP202

set volt

probe

with

button

is11V,

connected).b.Q155,

release

and

button

BALANCE

control.Voltage

40

be

mA,

20

p-p,

should

with 1Xprobe

P6302)

(e.g.,

7.Set

LEVEL,

DC LEVEL

zero

volt

OUTPUT and

check

voltages

2

and3.

.

Coupling

adjust

control

out

connector

bias

schematicsg.

on

503

Table

TROUBLESHOOTING

SYMPTOM

J380

is

(may

for

output)

.

witha.

de-

p-p

and

to zero

at

P202

mV,

p-p,

into

to

CALa.

DC

for

of

4-2

(cont)

:NosignalatOUTPUT

If

CHECK

examine ponents

necessary

F402,

a

.

b.C402,

indicates

the

following

and

replace,

.

F406

C406

c.U410

Q155, R412,

Q450,

Q166

R422

Q460

VR462

d

.

e

.

a

.

b.VR452, c.U145

VR100

a

.

b.VR172

Cables

and

P202

stalled

.

from

are

properly

J100toP160

Q165

c.Q115

U145

d

.

e.U135 f.Q130

a.U110

Check

probe

b

.

Q230 Q360

b

.

c.Q385 d.Q390

Q395

e

.

f.U370

U350 Q310,

h

.

i .

0315,

Q310

Q325

problem,

a

com-

if

in-

A.TROUBLE connector

8.Rotate DIV

throughout

range

thereisno

of

signal

OUTPUT

TROUBLE

B

.

with

CouplinginCAL

CHECK

±16VSupply

1

.

2.Check on

schematics

3.Wiper between volts

;

sudden

TROUBLE

C

.

to

zero with

CHECK

P160

1

.

plugged correct

2.±19.3V

SYMPTOM

(cont)

CURRENT/

and

note

sudden

at

connector

SYMPTOM

:

bias

R302

of

-

and

with

no

discontinuities

SYMPTOM

BALANCE

:

and

P202

into

the

sockets

Supply

3.±3VSupply

4.VoltageatP202

Table

4-2

TROUBLESHOOTING

:NosignalatOUTPUT

a.R206

full

loss

b.R208

c.R210

d.R212

its

that

e.R214

.

Unabletozero

:

DC

LEVEL

CHECK

If blem,

componentsand

necessary a.F402,

b.R403, c.U410 d.Q155,

voltages

2

and3.b.

a.Q230

c.Q385 d

.

e.0395 f.U370

g.U350 h.Q310,

i .

adjustsa.

+15

b

.

:

Unableto

control

CHECK

If blem,

componentsand necessary

.

a.Q450,

b.VR452,

a.VR100

b.VR172

witha.

Cables

(cont)

Q360

0390

Q315,

R302

R300,

examine

output

indicatesapro-

examine

the

.

F406

R407

Q166

Q320

Q325

R304

set

signal

indicatesapro-

the

replace,

Q460

VR462

from J100

level

following

replace,

OUTPUT

at

following

P160

to

if

4-8

REVANOV

1979



Table

TROUBLESHOOTING

C.TROUBLE

to zero

DEGAUSS

is11V connected

5.With INPUT

and shortedtopin BALANCE

do

voltageatP160 fromatleast-5V to

greater

CHECK

.

With

6 nected,

lease and

set

to

zero

control D.TROUBLE

CHECK

1.±16VSupply

2.±19.3V

VoltageatU135, a.Q130

3

.

pin6,with button 7Vp-p_±1Vat

Hz

160

4.VoltageatP202 with

DEGAUSS depressedis11 with

SYMPTOM

with

BALANCE

depressed and

p-p

with

.

removed

probe

E b.U110

F,E c.R120

should vary

than

+5V.

: probe

recon- a.U110

press

and

DEGAUSS

OUTPUT

BALANCE

with

.

SYMPTOM

:

Supply

DEGAUSS

depressed

.

connected

probe

control

probe

re-

button

level

is

about

button b.Q115

p-pc.

V,

.

4-2

(cont)

Unableto

:

stalled b.0155

c.Q115 d.U145 e.U135 f.Q130

a.P110

If

CHECK

blem, componentsand if

necessary

b.Check "Probe

ing shooting

:NoDegauss

If

CHECK

blem, componentsand if

necessary

a.F402,

b.U410

c.0155,

d.R403, a.Q450,

b.VR452,

b.U135

.

c

a.Q155

P202

this

R136

U145

set

(cont)

are

indicatesapro-

examine

probe

Check"

trouble-

table

indicatesapro-

examine

F406

Q166 R407

0460

VR462

signalatOUTPUT

properly

the

.

Signal

the

.

in-

following

replace,

using

follow-

following

replace,

.

TROUBLE

E Response

CHECK

1.ProbeisCLOSED

2.±3VSupply

3.R364

4.VoltageatP202 DEGAUSS depressed

with

probe

5.Press DEGAUSS

set

OUTPUT

at

P202tozero

BALANCE VoltageatP202

should with40mA,

P6302 F.TROUBLE

Bandwidth

Poor

CHECK

1.±16VSupply

2.Gain (R344)

3.Aberrations ments

4.With CAL

DC

LEVEL

volt at nector

SYMPTOM

:

Adjustment

button

is

11 V,

connected

and

release

button

voltage

control

be 20

mV,

p-p, into

probe

.

SYMPTOM

:

Adjustment

(R345

and

Coupling

LEVEL,

for

OUTPUT

and

check

Adjust-a.

zero

4-2

Table

TROUBLESHOOTING

:

Excessive

If

CHECK blem, components

if

necessary

a.VR100

VR172

b

.

witha.

p-p

and

with

.

p-p,

R363)

settoa.0230

adjustb.

con-

biase.

Cables

and installed b.Q155, c.0115 d.U145

a.U110 b.Check "Probe this

:

Excessive Pulse

If

CHECK

blem, componentsand if

necessary

a.F402, b.U410 c.Q155,

d.R403, a.Set gain per stepBin

Adjustments Section6.

Adjust per

Adjustments Section6.

c.0385 d.0390

Maintenance-AM

(cont)

DroopinPulse

indicatesapro-

examine

P202

Check"

troubleshooting

examine

Q360

0395

the

and

.

from J100toP160

are

properly

.

Q165

probeasshown

indicatesapro-

the

.

F406

0166 R407

procedure,

stepC2in

procedure,

following

replace,

following

table

Aberrations

following

replace,

503

in

.

or

REVANOV

1979

4-

9

Maintenance-AM

503

Table

4-2

(cont)

TROUBLESHOOTING

Table

4-2

(cont)

TROUBLESHOOTING

F.TROUBLE Poor

Bandwidth

voltagesonschematics 2

and3in

5.Press DEGAUSS

set

voltage

to

zero

P202

should

p-p,

with

3%

droop

p-p

into

G.TROUBLE RippleatAM

CHECK

1.IsAM503

to

display

(monitor

SYMPTOM

(cont)

Section 9

release

and

button

volt.Voltage

less

with

P6302probe

:

device

oscilloscope)?

and

outatJ202

20

be

than

mA,

40

SYMPTOM

503

OUTPUT

grounded

.

mV,

:

Excessive

f

.

U370

g.U350 h.Q310, i.0315,

a.U110 b.±3VSupply c.Check

at

"Probe

this

troubleshooting

.

:

Excessive

connector

If

CHECK

blem, componentsand

if

necessary

a.Be grounded

Pulse Aberrations

0320

0325

probeasshown

Check"

examine

sure

following

Line-Frequency

indicatesapro-

the

.

AM

503

display

to

table

following

replace,

is

device

or

in

.

G.TROUBLE

pleatAM

2.Voltage C402orC406 be

volts

ripple4.5V,p-p

3.+16VSupply

and Table

4.119.3V

and Table

between

with

ripple

4-1

ripple

4-1

503

level

24

maximum

shown

.

Supply

shown

.

ADJUSTMENT

After

any

electrical adjustment wellasother ment

of that particular

closely

sectionofthe

SYMPTOM:Excessive

OUTPUT

across

should

and

.

level

34

in

level

in

connector

a.Circuit-board

nectorisproperly into

power

b.F402,

a

.

U410

b.R403,

a

.

0450,

b.VR452,

AFTER

component

circuit

circuits.Refertothe

.

Line-Frequency

(cont)

edge

plugged

supply

F406

R407

Q460

VR462

module

REPAIR

has

been

replaced,

should

bechecked,

Rip-

con-

.

the

as

Adjust-

4-

REV

A

NOV

1

0

1979

Section

5-AM

503

Introduction

the

This

section

circuitry description

using the

Block

interconnectionsofeach The description the

grey flow

outputisfed Amplifier),

Power

transformer

usedintheAM503

begins

block

Diagram

The

block

number

Diagrams

Typical

tint)isshowntogiveageneral

from

byeach

refers to

Current

the

typical

to

Hall

Amplifier

to

manual

of

with

diagram

Description

diagram

titleonthe block

the

section

of

Probe.The

probe

the

Hall

Disconnect,

output

the

input attenuators

CIRCUIT

containsadescription

Current

discussionofthe

a

showninthe

shows

major

corresponding

this

The

.

device

is

fed

Probe

the

states

circuitinthe

manual

.

probe

overviewofthe

current

preamp

and

Power

back

.

Diagrams

diagram

circuit

area

probe

through

of

Amplifier.The

instrument,

section

the

and

(part

Amplifier.The

basic

description

and

circuit

diagram

(depicted

signal

Hall

device

the

of the

probe

DESCRIPTION

the

.

in

DC

CURRENT

(A)

TEST

(B)

LOW-FREQUENCY DEVICE,

ATTENUATOR

HIGH-FREQUENCY

(C)

FORMER

WAVEFORM

.

AMPLIFIED

.

APPLIED

CONDUCTORUNDER

IN

INFORMATION

AND

APPLIED

INFORMATION TO

INPUT

FROM

TO

FROM

OF

ATTENUATOR

INPUT

TRANS-

HALL

OF

.

Withasquare

and

the

in

Fig.5-1,toproduce

attenuators

.

nector

Amplifier

DC

The outputtothe Hall

device

degauss

The frequencycompensation,

The signal, formertoremove

.

core

The indicator

INPUT,

to

the

indicate lit

(10X)

(e .g.,P6303)

transformer

probe

(Fig.5-1

Hall

Device

Hall

output outofthe

function

Power

Degauss through

Amplifier

DC

circuit

the

the proper

behind

.

input,

wave

D)

Preamplifier

Disconnect

.

Amplifier

Oscillator

the

Power

residual

also

.

Witha1X

1Xlampislit

deflection

the

knob-skirt

the

probe

Hall

output are

the

square

andisseenatthe

provides

and

providesadecaying

Amplifier, to

magnetisminthe

containsadeflection

probe

combined

wave

provides

(0115)

sensitivity.Another

which

circuit

overload

input

(e .g.,P6302)

(behind the

usinga10X

when

gain,

output

device

as

shown

thatisfed to the

OUTPUT

single-ended

switches the

when

the

probe

knob-skirt)

con-

using

the

crossover-

indication

sine-wave

trans-

transformer

sensitivity

connected

lamp

probe

to

(D)

A

PROBE

probe

.

Attenuator

The

sitivitiesina

probe, providesa25Qinput

all

attenuator positions

is

The

and

B) that

Amplifier (on

RESULTANT OF

THE

AM503

Fig.5-1.AM

UNLOCKED

slideisnot

attenuator

1-2-5

and

from10mA

attenuator

isolates

the

WAVEFORM

.

503

and

lamp

completely

provides

sequence

to50A

termination

.

also

includesasource

the

attenuator

Output

Amplifier

SEEN AT

probe

closedorlocked

current-per-division

from1mA

for

THE

OUTPUT

waveforms

(on)

a

for

theDCAmplifier

output from theX2Gain

block

.

indicates

to5A

10X

probe.It

follower

diagram)

.

2052-11

that

the

sen-

for

a

also

(0230A

.

1X

in

REVANOV

1979

Circuit

Description-AM

503

Output

setting

LEVEL

between

for

of limitedto5 WIDTH

OUTPUT S200A,

DIV

Power

-16,

Detailed

detailinthis are to

description.The

heading

Deflection

DS192,

Amplifier

The

X2

Gain

the output

control)

The

selectable-gain two

gains:one

the

10X

probe

The

selectable-bandwidth

full

bandwidth

MHz

switch

The

output

INTO50()

5X

attenuationinthe50mA

switch

The

Circuits

locatedinthe

these schematics

This

Supply

power

+16,

circuit

and

positions

-19

Circuit

unique

discussion.Complete

refers

Sensitivity

associated

Amplifier

.

(100

The

.

S370

amplifier

supply

.3,

and

Description

Diagrams

number

to the

DC

consistsofQ180, Q185,

provides

amplifier

gain

for

MHz

for

bandwidthisselectedbyBAND-

.

provides

connector, .

provides

+19.3Vtothe

to

this

instrument are

sectionofthis

throughout

inside

schematic

gain

level

do

the

I

IX

amplifier

the

AM

current

J390.It

four

schematic

the the

diagram

AMPLIFIER

Lamp

Drivers

components

.

andameans

(front-panel

provides

probe

providesachoice

503) or

also

to 50ACURRENT/

regulated

AM

503

following diamond

for

VR187, DS190,

choice

a

and

another

bandwidth

drive

to

provides, via

voltages,

.

described

diagrams

manual.Refer

circuit

after

that

circuit

DC

the

of

in

a

connector collector

collector turned

Hall-Device

amplifier BALANCE

the

(e .g.,a conductor

probe resultantdoor

from

R105,topins2and3of

the

selected connector

canceldooffset

.

Hall

and volt appliedtoQ115

0115 drainof0115when

-0.5V

current

voltage

off,itturns

The

Hall-device

Withaprobe

probe

conductor

transformer)atthe outputofthe

pinsEandFof

To

cancel

Hall

device

resistorinthe

BALANCE

Disconnect

The

Hall

Q115.In

and

0115 n 2ofU145.Diodes

to

pi

.

grounds

U110,

control

coupled

magnetic

and

disconnect

pinLand

illuminates

reverse-biases

off

Preamplifier

preamplifier

its

(R120)

connectedtothe

aroundacurrent-carrying

carryingdoor

low-frequency

any

offset

do

R102,topin2of

control

in

the

normal

is

conducting

drain

the

DS190,

the1Xindicator

consistsofoperational

associated

.

field

induces

the

INPUT

U110

from

bias

probe,

R120

probe

switch

operation,

through

the

signal

components,

output

connector

.

the

Hall

voltageisapplied

via-pinHof

U110

provides

.

consistsofCR115,CR116,

Q115

.

Signals

R116

CR115

levels

anode

the

Q185.When

INPUT

low-frequency

a voltage (through the

and

CR175.Q180

of

10X

indicator;its

Q185

(DS192)

voltageisapplied

device,aportion

.

fine

gateisat

and passed

exceed

connector

Hall

device.The

via

the

adjustment

from

CR116

about+or

.

and

conductor

ac),

R104

through

INPUT

about

U110

through

clampthe

the

and

zero

is

the

of

a

to

are

Oneofthetwo

the

CURRENT/DIV

deflection

With

connector, Q180isbiased Q185isbiased

R183,

the

at

about

Connectinga10X

5-

2

factor

1X

a

pinLof

and

DS190

lamp).With

-15.5V,

probe

lamps

(DS190

knob-skirt,

selector

off on

(currentinDS190isnot

Q185

lighting

for

(e .g.,P6302)

theconnector

through through

biasedon(saturated),

DS192

probe(e.g.,P6303)

DS192),

or

illuminates

eithera1Xor10X

connectedtothe

R176.With

divider

(1X)

remains

Q180

network

sufficient

through

located

the

appropriate

ungrounded

biased

R181, R182,

its

collector

R189

the

to

behind

probe

INPUT

to

INPUT

.

off,

light

is

.

Pressing the through C124

discharges

When

off

biased

of

C124-R124, cillator zero.The the the

degauss and

time

DEGAUSS

probe

K),

DEGAUSS

R122to0115gate

and

Q115

the

DEGAUSS

for

approximately1second

allowing

(as

determined

resultisthat

buttonispressed

transformer core

oscillator.The

through

P160

the

.

switch (S125)

andjunctionof

turns

off

switchisreleased,

the

outputofthe

by

C126-R127)

signal

path and

to

be

outputisfedtothe

R124andC124

.

bythetime

interrupted

is

released,

degaussed

applies

0115

remains

constant

degauss

decay

to

permitting

J100

REVANOV

-16

os-

when

by the

(pins

1979

V

.

to

N

Circuit

Description-AM

503

Degauss

The U135, ponents,

In chargesto--16

and

When charges source

13130

of the

C137)

input

ly

160

The

AGC The C133

0130 maintain as

reaches

Oscillator

Degauss

gain-regulating

including

normal

the

circuittooscillate

and

circuit

oscillator

.

gatetocontrol

the

operation

oscillator

DEGAUSS

C126,

resistance,inseries

and

RT135,

applies

sets

the

Hz

.

oscillator

composed

This

negative

the

oscillator

DEGAUSS

U145

Oscillator

V

through circuitisnot

which

positive

frequencyofoscillationatapproxi

(U135)

outputisrectifiedbyCR133

via

13140

consistsofsine-wave

FET

0130,

output-amplitude

(DEGAUSS

13127.FET operating

switch

turns on

increases

TheRCnetwork

.

voltageisapplied

is

S125isdepressed,itdis-

10130.The

with

the

feedback

output

of

CR133,

drain-to-source

its

outputata constant

held

.

to

amplitudeislimited

pressed

and

associated

control

switch open),

0130

.

10130

parallel

gainofU135,

(13138,

U135

C133,

13132,

through

resistance

Oscillator

.

oscillator

com-

13136

.

C126

is

biased

drain-to-

combination

causing

C138,

13137,

non-inverting

mate-

by an

and

13133

and

filtered

13132

and

as

level,

long

output

off

by

to

Above provides

transformer

is amplifier

The the core

generated system

operateatvery sensititivity

device from

attenuator

.

(13121,

the

input coaxial

the crossover

the

signal to

feedback

A

coreto

accomplished

(0155

current

Above

The

crossover

through

opposite

by the

permitsthe

and

the

diminishes.At

the

power

and

remainder

R129,

R123,

impedance

cable

region,

system

operateatvery

by applying the

and

0165) the

and

current

Hall-device

low

.flux

linearity

crossover

amplifier

J160isterminatedin50

the

of

and

region.L202-13202,

of

the

high

at

frequencies

the

probe

the

input

attenuators

permits the

the

probe

to

transformer

approximately

being

measured

element

densities,

.

region

this

and

resistance-capacitance

C125)

attenuator

time

the cable

provide

the output

L168

in

.

transformer

.

Hall

device

low

densities.This

flux

outputofthe

transformer

coil

causes

equal

This

.

and

ferrite

providing

blocks the ac

between

0

by C168-13168

smooth

series

with

©

terminates

core

and

power

coil

flux

a the

flux

to

feedback

coreto

excellent

the

of

transition

Hall

signal

input

the

networks

the 25

the

.

in

.

in

Q

When

the

DEGAUSS

biasedonfor time constant.As creases

amplitude

Power

VR167, cluding the

frequency Degaussing power

0155

13160, Thermal current CR166

Amplifier

This

CR167,

The

amplifier

Output

and

are

approximately0.5

(as

0130

decays,

circuit

160

changes

consistsofU145, CR168,

degauss

Hz

input

offset

signals

10165,acomplementary

13162

form

resistors

protection

switchisreleased,

0130

drain-to-source

goes

toward

degaussing

offset

degaussing

signalisapplied

(13152)

when

the

from

thedobias

RT156

due

to

diodes

cutoff)

the

and

associated

control,

signal

adjuststhe

DEGAUSS

U145

(pin6)drive

and

RT160

temperature

.

10130

remains

secondby

the

probe

10155,

13152

from

to

offset

buttonispressed

amplifier.13159, 13156,

network

compensate

variation.CR158

13127-C126

resistance

oscillator

core

.

10165,

VR166,

components,

.

U135

pin2of

(at

J160)ofthe

the

bases

10155-0165

for

output

U145

in-

low-

bias

and

of

.

Input

Overload

If

the

output

or

below

zero,

Zeners approximately Bridge

negative

Attenuator

0230A constant Dual 0230

13204, 13216, constant

attenuator

rectifier

and

current

diode

gate

25Qinput

VR166

is

voltage

range

from CR168

10Vdrop

positive

Source

a

CR226

OUTPUT

Indicator

CR167

source

.

13220

and .

0155-0165

illuminates

VR167

and

from

provides

output

swings

ATTENUATOR

Follower

follower with

limits

current

provides

swingtoabout

current

the

attenuator

termination

AMPLIFIER

swings

(back

the outputof10155-10165

about12V

.

to back) provide

drivetoCR168

.

Q230B

drivetoQ230A

protection

±10V.

sections

throughout

above

both

on

providing

gate

limiting

by

provide a

the

full

.

From

provides

REVA

do

allormost

NOV

1979

to

the

crossover

the

signal to

of

region,

the

input

Hall

device

attenuators

This

Amplifier

circuit

consistsofQ310A

andB,10315,

0325,

and

5-

3

X2-Gain

.

Circuit

Description-AM

503

associated gainoftwo

DC

amplifieratthe500

Selectable-Gain

The

control

When J100), two.This gainisadjustable

R344 compensation

Selectable-Bandwidth

This ponents,

bandwidth R372,

components .

LEVEL

the

R373-R374

control

selectable-gain

R346,

and

P346isat

gainofU350isdecreased

isagain

.

amplifier

including

selecting

(R302) output

Amplifier

amplifier

associated

ground

adjust

consistsofU370

HF

Comp

switch

.

inacascode

sets

thedolevelofthe

connector

consists

components

potential

by

R346

and R345

Amplifier

(R363);LF

S370;and

by

.

and

amplifier

(J390)

(through

a factor of

is

associated

having

output

.

of

U350,

.

pinBof

high-frequency

Comp

(R364)

networks

gain

about

com-

R370-

a

;

Output

outputofU370 (J390)

attenuation

Power

tor rectifiers

by

regulator inthe

0440

-20V

the the

Amplifier

0390

and

.

Switch

Theacvoltages

C402and

The

S200A

Supply

pins

13A,

CR402

regulating

(U410), power and

Q470

.

output

Volts

control

+16Vsupply

Q395,

cascaded

from

(CURRENT/DIV)

network

from

13B, 1A,

and

CR406

C406

.

circuit

andtwo

module)

limit

voltageofthe

(R405).The

outputtomatch

the

in

the50mA

the

and

to

provide

the

emitter

OUTPUT

power

1B)

The

rectifier

.

consists

series-pass

regulated

voltage

-16V Balance

followers,

INTO

50S2connector

connects

to50A

module

are

into

the

positions

(edge

rectified

outputisfiltered

of a

dual-tracking

transistors

-16

and

U410

to

supplyisadjusted

control

(R415)

-16Vsupply

isolate

a 5

connec-

bridge

by

(located

+16

+20

the

times

.

and

sets

.

V

by

With

the

U370

outputisfrom

network

With

the

signal

path

passing

established common-mode

of VR380

the

0360isa

Q360,

(normally

BANDWIDTH

pins6and8,throughalow-pass

L380-L383,

BANDWIDTH

from

low-pass

current-source by

thus minimizing

C380-C383,

U370

the

voltage

signalisfed

not

switchinthe5MHz

switchinthe

is

changed

filter

network

for

U370.0360

level

backfrom

common-mode

conducting)

to

0390

.

FULL

to

pins

.

setbyQ385

VR380tothe

is

protection

position,

5 and9,by-

current

circuitry.A

do

bias for

level

U370

filter

the

is

base

drift

.

R403

and

They

set

the

power

input

sense determines

the

voltageatthe

circuit

increases

forward

output

voltage

current

The

20Vdrop bases

(0450-0460)

outputisat

R407

are

the

biasonthe

module)

(U410,

the

currentinR403andR407

bias

on

increasesto+16V.

through

across

about19.3

series-pass

The

.

pins 4

+16V

output

the

currentinR403,

the

series-pass

VR452

them.This

at20V.With 20

V

load-current-sensing

transistors

output

.

voltageissensed

and

11).This

decreases,

which

transistor.Thus,

and

VR462issettocause

20V

sets

.

the

V on

resistors

(located

at

the

sense

voltage

For

example,

the+sensing

increasesthe

the

pass-transistor

the

base,

the

.

in

if

REVA

NOV

5-

4

1979



Replacement

or

representative

Changes components improvements ordering type

Tektronix, number

parts,

or number,

Ifapart

.

as they

you

Inc

.

REPLACEABLE

ELECTRICAL

PARTS

parts

.

Tektronix

to

developed

include

to

serial

have

Office or representative

Field

are

become

in

the

number,

ordered

ORDERING

available

instruments

available,

our

engineering

following

and

has been

INFORMATION

fromorthrough

are

sometimes

andtogive

department.Itistherefore

informationinyour

modification

replaced

will

contact

numberifapplicable

withaneworimproved

PARTS

your

local

Tektronix,

madetoaccommodate

you

the

benefitofthe

order:Part

you

concerning

Inc.Field

important,

number,

.

part,

any

changeinpart

Office

improved

circuit

latest

when

instrument

your

local

Section

6-AM

503

Change

information,ifany,islocatedatthe

SPECIAL

X000

00XPart

In

the

Parts

List,

an Becauseofspace further

Item

utilized

where

ACTR ASSY CAP CER CERAMIC CKT

COMP CONN ELCTLT ELECTROLYTIC ELEC

INCAND LED NONWIR

limitations,anItem

identification,

Name

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.

ACTUATOR ASSEMBLY CAPACITOR

CIRCUIT COMPOSITION

CONNECTOR

ELECTRICAL

INCANDESCENT

LIGHT

EMITT4NG

NON

WIREWOUND

NOTES

Part

first

removed

ITEM

Item

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ABBREVIATIONS

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AND

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NAME

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SYMBOLS

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this serial

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PLSTC QTZ RECP RES

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PLASTIC QUARTZ RECEPTACLE RESISTOR RADIO

SELECTED SEMICONDUCTOR SENSITIVE VARIABLE WIREWOUND TRANSFORMER CRYSTAL

colon(:)

H6-1

can

FREQUENCY

.

be

Replaceable

Electrical

Parts--AM

503

Mfr

. e

Cod

00853

01121 03508

04272

04713

05347

05397 UNION

07263

07716

12697 12954

14193 14752 14936

15238

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24546 32997

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51642 55680 NICHICON 56289 57668 58361

59660 59821

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SANGAMOCAPACITOR ALLEN-BRAOLEY GENERAL SEMI-CONOUCTORPRODUCTSDEPT AVX

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AND

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COMPONENTS

CORP

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PHILIPS

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INC

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CORP

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NUMBER

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P080X 1201

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19TH P 0

5005

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NARNINSTER BEAVERTON

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State,

JUNCTIONCO

MONICACA

GABRIELCA91776

COLLEGE

LOUISNO63178

PLAINES

Zip

SC

29671

HI

53204

13021

BEACHSC29577

AZ

85008

ON

44101

VIENCA

IA

52601

AZ

85252

11802

NA

01841

HELLSTX76067

16701

CA

92507

GROVECA92641

32901

FL

PA 60195

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92713

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IL

60640

PA

IL

60016

CA

90224

PA

18974

97077

OR

68601

Code

81501

94042

90404

16801

85705

19108

6-?_

REVDEC

1985



Component

AR135 A1 A1 A1 A1 A1 A1

C100 C101 C103 C108 C110 C112

C124 C125 C126 C133 C137 C136

C140 C146 C148 C153 C153 C155

No

Tektronix

.

PartNo.

670-4353-00 670-4353-01 670-4353-02 670-4353-03 670-4353-04 670-4353-06

283-0204-00 283-0204-00 283-0204-00 283-0204-00 283-0204-00 283-0647-00

285-1097-00 283-0693-00 290-0525-00 283-0177-00 285-1050-00 283-0051-00

290-0536-00 283-0204-00 283-0204-00 283-0600-00 283-0676-00 290-0272-00

Serial/Assembly

Effective

8010100 8030000 8047648 CIRCUIT 8047649 8049499 CIRCUIT 8049500 8054926 CIRCUIT 8054927 8063181

8010100 8019999 8020000

Dscont

8029999

8063180

No

.

(SELECTED,NOMINAL

CIRCUIT

CIRCUIT CIRCUIT

CAP,FXD,CER CAP,FXD,CER CAP,FXD,CERD1:0 CAP,FXO,CER CAP,FXD,CER CAP,FXO,MICA

CAP,FXD,PLASTIC:0.47UF,10%,50V CAP,FXD,MICA CAP,FXD,ELCTLT:4.7UF,20%,50V CAP,FXD,CERD1:1UF,f80-20%,25V CAP,FXD,PLASTIC:0.1UF,1%,200V CAP,FXD,CER

CAP,FXD,ELCTLT CAP,FXD,CER CAP,FXO,CER CAP,FXD,MICA CAP,FXD,MICA CAP,FXO,ELCTLT

Name

8

8D ASSY 80 ASSY BO

ASSY BO ASSY BO ASSY BO ASSY

DI :0 D1 :0

01 :0 01 :0

D1 :0

D1 :0 01 :0

Description

VALUE)

:NAIN

PLUG-IN

:MAIN

PLUG

:MAIN

PLUG

:MAIN

PLUG-1N

:MAIN

PLUG

:NAIN

PLUG

.01UF,20%,50V .01UF,20%,50V

.010F,20%,50V .01UF,20%,50V .01UF,20%,50V

DI

:70PF,I%,100V

01

:1730PF,1%,500V

.0033UF,5%,100V

:10UF,20%,25V

.01UF,20%,50V .01UF,20%,50V

01

:43PF,5%,500V

D1

:82PF,1X,500V

:47UF,20%,50V

Replaceable

IN IN

TANTALUM

Electrical

Mtr

.

Code

80009 80009 80009 80009 80009 80009

04222 04222

04222 00853

14752 00853 05397 04222

14752 04222

05397 04222 04222 00853 00853 56289

Parts--AM503

Mfr.PartNo.

6I0-4353-00 670-4353-01 670-4353-02 670-4353-03 670-4353-04 6e0-4353-06

SR155EI03MAO SR155EI03MAA SR155EI03MAA SR155E103MAC SR155E103MAA

0155EI00FO

230814474K 0195F1731FO

13688475MO50AS SR302E1051AA

23081CI04F SR3014332J49

T368B106M025AS SR155EI03MAA SR155E103MA9 0105E430JO 0105EB20FO 1090476XO050F2

C156 C160

C165 C166

C172 C176

C187 C218 C218 C220 C232 C234

C242 C244 C306 C308 C313 C323

C328 C345

C345 C351 C360 C363 C363

C364 C364 C364 C365 C365 C366 C366

C367

283-0204-00 283-0204-00 290-0272-00

283-0114-00 283-0204-00

283-0204-00

283-0204-00 283-0212-00 283-0339-00 283-0204-00 283-0204-00 290-0134-00

283-0204-00 290-0134-00 283-0204-00 283-0204-00 283-0077-00 283-0077-00

283-0204-00 283-0600-00

283-0615-00 283-0204-00 283-0204-00 283-0615-00 281-0158-00

283-0210-00 283-0639-00 283-0600-00

---------283-0212-00 283-0238-00 283-0268-00

283-0204-00

8010100 8020286 9010100 8032319 8032320

8010100 8029999

8010100

8010100 8029999

8030000

8010100 8030000

8010100

8030000

8047649

8010100 8030000 8030000 8047648

8047649

8029999

8029999 8047648

8029999

CAP,FXO,CER CAP,FXD,CER CAP,FXD,ELCTLT CAP,FXD,CERD1:1500PF,5%,200V CAP,FXD,CER CAP,FXD,CERD1:0

CAP,FXD,CER CAP,FXD,CERDI:2UF,20%,50V CAP,FXO,CER CAP,FXD,CER CAP,FXO,CER CAP,FXD,ELCTLT

CAP,FXD,CER CAP,FXD,ELCTLT CAP,FXO,CER CAP,FXD,CER CAP,FXD,CER CAP,FXD,CER01:330PF,5%,500V

CAP,FXD,CER CAP,FXD,MICA

CAP,FXD,MICA CAP,FXD,CER CAP,FXD,CER

CAP,FXD,MICA CAP,VAR,CER

CAP,FXD,CER CAP,FXD,MICA

CAP,FXD,MICA

(SELECTED) CAP,FXD,CERD1:2UF,20%,50V CAP,FXD,CER CAP,FXD,CER

CAP,FXD,CER

01 :0

.01UF,20%,50V

D1 :0

.01UF,20%,50V

:47UF,20%,50V

D1 :0

.01UF,20%,50V .01UF,20%,50V

D1 :0

.01UF,20%,50V

01 :0

.22UF,10%,50V

D1 :0

.01UF,20%,50V

DI :0

.01UF,20%,50V

:22UF,20%,15V

01 :0

.01UF,20%,50V

:22UF,20%,15V

01 :0

.01UF,20%,50V

01 :0

.01UF,20%,50V

DI:330PF,5%,500V

01 :0

.01UF,20%,50V

01

:43PF,5X,500V

01

:33PF,5%,500V

.01UF,20%,50V

01 :0 D1 :0

.01UF,20%,50V

01

:33PF,5%,500V

:7-45PF,25V

01

01 :0

.0056UF,20%,100V

:56PF,1%,100V

01 DI

:43PF,5%,500V

01 :0

.01UF,10%,50V

D1 :0

.015UF,20%,50V .01UF,20%,50V

DI :0

04222 04222 56289 59660 04222 04222

04222 04222 05397 04222 04222 05397

04222 05397 04222 04222 59660 59660

04222 00853 00853 04222 04222 00853 59660

51642 00853

00853

04222 04222 04222

04222

SR155EI03MOA SR155EI03MAA 1090476XO050F2 805-534-Y500152J SR155EI03MAA SR155E1031444

SR155EI03MAA SR405E205MAA C330C224K5R5CA SR155E103MAA SR155EI03MAA 111OB226MO15AS

SR155E103MAO T1108226MO15AS SR155EI03MAA SR155E103MAA 831-5008331J 831-500B331J

SR155EI03MOO 0105£430 0155E330JO SR155EI03NAA SR155EI03MOA 0155E330JO 518-00667-45

300 0155E560FO

D105E430JO

SR405E2D5MAA SR155C203KAA 3439-05OC-153K

SR155EI03MOO

.10

100-X7R-562M

REVDEC

1985

6-

3



Replaceable

Com-p_o

nentNo

C380 C383 C385 C388 C391 C391

C393 C394 C396 C398 C402 C406

C413 C414 C423 C434 C436 C444

C446 C452 C462 CR103 CR115 CR116

Electrical

.

Parts--AM

lektronix

PartNo.

283--0625-00 283--0600-00 283-0204-00 290-0517-00 283-0615-00 283-0779-00

281-0593-00 281-0626-00 CAP,FXO,CEROI:3 283-0629-00 283-0204-00 CAP,FXO,CER 290-0334-00 290-0334-00

283-0111-00 CAP,FXO,CER01:0 283-0177-00 CAP,FXO,CER01:1UF,+80-20%,25V 283-0111-00 CAP,FXO,CER 283--0204-00 283-0204-00 CAP,FXO,CEROI:0 283-0204-00 CAP,FXD,CER01:0

283-0204-00 CAP,FXO,CER 290-0782-00 290-0782-00 150-1001-00 152-0141-02 152-0141-02

503

Serial/Assembly

Effective

8010100 8047648 8047649

8030000 8030000

Dscont

No

.

Name

CAP,FXD,MICA01:220PF,1%,500V CAP,FXO,MICAOI CAP,FXO,CER01:0 CAP,FXD,ELCTLT:6.8UF,20%,35V CAP,FXO,MICAOI CAP,FXO,MICA01

CAP,FXO,CEROI:3

CAP,FXO,MICA

CAP,FXO,ELCTLT CAP,FXO,ELCTLT

CAP,FXO,CER

CAP,FXO,ELCTLT:4.7UF,+75-10%,35VOC CAP,FXO,ELCTLT:4.?UF,+75-10%,35VOC LT

EMITTING OID SEMICONODVC,OI:SN,SI,30V,150MA,30V,00-35 SEMICONOOVC,DI:SN,SI,30V,150MA,30V,00-35

Description

&

:43PF,5%,500V

:33PF,5%,500V

01

01 :0

:1250UF,+75-10%,50V :1250UF,+75-10%,50V

01 :0 01 :0

01 :0

.01UF,20%,50V

:27

PF,2X,500V

.9PF,+/-0 .3PF,+/-0

:62PF,1%,500V

.01UF,20%,50V

.1UF,20%,50V

.1UF,20%,50V .01UF,20%,50V .01UF,20%,50V .01UF,20%,50V

.01UF,20%,50V

:REO,660NM,100MA

.25PF,500V .1PF,500V

MAX

Mfr

.

Code

00853 00853 0105E430JO 04222 05397 00853 0155E330JO 00853 0155E27000

59660 59660 00853 04222 56289 56289

05397 04222

04222

55680 55680 58361 03508 03508

Mfr.PartNo.

0105F221FO

SR155E103MAA T368B685MO35A1

301-080 301-OOOCOJO-3398 0105E620FO SR155E103MAA 530282 530282

C33000410151 SR302E1051AA

C3300041451 SR155E103MAA SR155E103YAA SR155E103MA4

SR155E103MAA ULAlV4R?TEA ULA1V4R?TEA MV5024 DA2527 CA2527

COJO399C

.11CA

(1144152) (1144152)

CR127 CR133 CR158 CR166 CR167

CR168 CR175

CR226 CR320

CR380 CR383

CR386

CR402 CR406 CR452 CR462 OS190

OS192

F402 F402 F406 F406

J100 J160

J202 J390 J480

L168 1202 L202

L380

L383 Q115 Q130 0155

152-0141-02 152-0141-02 152-0141-02 152-0141-02

152-0585-00 150-1001-00

152-0141-02 152-0321-00 152-0141-02 152-0141-02 152-0141-02 152-0141-02

152-0585-00 152-0585-00 152-0141-02 152-0141-02 150-0046-00 LAMP,INCAN0

150-0046-00

159-0064-00 159-0107-00 159-0064-00

159-0107-00 131-1315-01 131-1003-00

131-1003-00 131-1003-00

131-1003-00 108-0245-00 108-0853-00 108-0200-00

108-0345-00 108-0345-00

151-1059-00 151-1059-00

151-0390-00

8020000 8029999 8020000 8029999

8010100 8020000

8010100 8020000 FUSE,CARTRIDGE

8010100 8047648 8047649

8019999

SEMICONOOVC,01:SM,SI,30V,150MA,30V,00-35 SEMICONO SEMICONDOVC,DI:SN,SI,30V,150MA,30V,00-35 SEMICOND

SEMICONO LT

EMITTING

SEMICONO SEMICONO

SEMICONO SEMICONO SEMICONO SEMICONO

LAMP,INCAN0

FUSE,CARTRIDGE

FUSE,CARTRI06E

FUSE,CARTRIDGE

CONN,RCPT,ELEC CONN,RCPT,ELEC

CONN,RCPT,ELEC CHOKE,RF:FIXED,3

:FIXE0,48

COIL,RF

:FIXED,52UH

COIL,RF

:FIXED,1

COIL,RF

:FIXEO,1 TRANSISTOR TRANSISTOR

TRANSISTOR

DVC,DI

:SH,SI,30V,150MA,30V,00-35

OVC,01

:SN,SI,30V,150MA,30V,00-35 :RECT,SI,200V,1A

OVC,OI

:REO,660NN,100NA

OIO

:SN,SI,30V,150MA,30V,00-35

DVC,OI OVC,OI

:SM,SI,30V,0 :SN,S1,30V,150MA,30V,00-35

DVC,01

:SN,SI,30V,150MA,30V,00-35

DVC,01

:SN,SI,30V,150MA,30V,00-35

OVC,DI DVC,DI

:SN,SI,30V,150MA,30V,00-35

OVC,OI

:RECT,SI,200V,1A

OVC,DI

:RECT,SI,200V,1A

DVC,01

:SM,SI,30V,150MA,30V,00-35

OVC,01

:SM,SI,30V,1509A,30V,00-35

:10V,0

.04A,Ik2107D,MIRE

:10V,0

.04A,1121070,NIRE

:DIN,10,250V,10SEC :DIN,29,250VAC,SLON

:DIN,1A,250V,10SEC :DIN,2A,250VAC,SLON

:BNC,FEMALE :CKT

BO NT,3

:CKT

80 MT,3

.9UH .7UH

.89UH .89UH

MT,3

BD BD MT,3

:CKT :CKT

:FET,N-CHAN,TO-106 :FET,N-CHAN,TO-106

:NPN,SI,X-81

MAX

.1A,00-7S

PRONG

PRONG PRONG

PRONG

LEAD LEAD

03508 03508 03508 03508 14936 58361

03508 07263 03508 03508 03508 03508

14936 14936

03508 03508

71744 71744

75915 71400 75915 71400

80009

80009 80009

80009

76493 80009 80009

80009 80009 04713 04713

04713 SPS3414ORMPSU45

092527

(1144152)

OA2527

(1144152)

OA2527

(144152)

OA2527

(1144152) N02M-30 MV5024

OA2527

(1144152)

FS41480

042527

(1144152) OA2527

(144152) OA2527

(1144152) OA2527

(1144152)

N02M-30 N02M-30

DA2527

(1144152) DA2527

(1144152) CM2107 CN2107

212001 6OC-29 212001 GDC-2A

131-1315-01 131-1003-00

131-1003-00 131-1003-00

131-1003-00

86310-1

108-0853-00 108-0200-00

108-0345-00 108-0345-00

ORDERBYOESCR ORDERBYOESCR

6-4

REV

DEC

1985



Component 0165

0180 0180 Q185 0230 0310 Q310

Q315 Q320 Q325 0360 Q385 Q390

0395 Q440 0450 0460 Q470 R100

R102 R103 R104 R105 R106 R108

Tektronix

No

.

PartNo.

151-0391-00

151-0254-00 151-0190-00

151-0190-00 151-1032-00 153-0609-00

151-0461-00 151-0188-00 TRANSISTOR

153-0609-00 151-0188-00 151-0190-00 TRANSISTOR 151-0188-00 TRANSISTOR 151-0190-00 TRANSISTOR

151-0188-00 TRANSISTOR 151-0347-00

151-0190-00 151-0188-00 151-0350-00 308-0243-00

315-0103-00 315-0102-00 321-0162-00 321-0162-00 321-0354-00 315-0100-00

Serial/Ass

Effective

8010100 8047648 8047649

8010100 8030000

8010100 8029999

8020000

mblyNo.

Dscont

8029999

Name

8

Description

TRANSISTOR TRANSISTOR TRW61STOR

TRANSISTOR

TRANSISTOR :FE,DUAL

SEIRCOND TRANSISTOR

SENICOND TRANSISTOR

TRANSISTOR TRANSISTOR TRANSISTOR TRANSISTOR RES,FXD,NN

RES,FXD,FILN RES,FXD,FILN RES,FXD,FILli RES,FXD,FILli RES,FXD,FILN RES,FXD,FILli :10

:PNP,SI,X-81 :OARLINOTON,NPN,SI :NPN,SI,TO-92 :NPN,S1,TO-92

DVCSE:NATCHED PAIR

:NPN,S1,TO-78 :PNP,S1,TO-92

DVC

SE :NATCHED PAIR

:PNP,S1,TC-92 :NPN,S1,TO-92

:PNP,SI,TO-92 :NPN,S1,TO-92

:PNP,S1,70-92 :NPN,S1,TO-92

:NPN,SI,TO-92 :PNP,S1,TO-92 :PNP,S1,TO-92 :240

OHN,5%,3N

:IOK :IK

OHM,5%,0 :475 :475 :47 .5K

OH11,5%,0

Replaceable

N-CHAN,SI,TO-78A 04713

OHM,5%,0 OHN,1%,0

OIA1,1%,0

.25H

.125H,TC=TO .125H,TC=TO

OHN,1%,0

.25H

.125H,TC=TO

Electrical

Parts--AM 503

Mfr

.

Code 04713

03508 80009 80009

80009 04713

80009 80009 80009

80009 80009

04713 SPS7951 80009

80009 04713 14193

19701 57668 19701 19701 19701 19701

Mfr.PartNo. SPS6867K

X381_3118 151-0190-00 151-0190-00

SF01032

153-0609-00

SRF572

151-0188-00 153-0609-00 151-0188-00 151-0190-00 151-0188-00

151-0190-00 151-0188-00

151-0190-00

151-0188-00 SPS6700 SA31-2400J

5043CX10KDOJ NTR25JE01KO 5033ED475ROF 5033ED475ROF 5043ED47K50F 5043CXIORROOJ

R110 R112 R113 R114 R116 R118

R120 R121 R122 R123 R124 R126

R127 R128

R129 R130

R130 R132

R133 R134

R135 R135 R135 R136 R136

R137 R138 R140 R142 R145 R145

315-0100-00 315-0102-00 321-0354-00 321-0289-00 315-0471-00 321-0289-00

311-0580-00 321-0200-00 321-0193-00 321-0183-00 315-0225-00

315-0470-00 315-0474-00

315-0105-00 321-0164-00

315-0200-00 315-0300-00 315-0105-00

315-0104-00 315-0104-00

321-0230-00 321-0227-00 311-1267-00 311-1264-00

321-0289-00 321-0431-00 315-0821-00 315-0241-00 321-0135-00 315-0241-00

RES,FXD,FILN RES,FXD,FIL14 :1K RES,FXD,FILN RES,FXD,FILN RES,FXD,FILN RES,FXD,FILIi :10 .OK

RES,VAR,NONNN RES,FXD,FILN:1.18K RES,FXD,FILN RES,FXD,FILN RES,FXD,FILN:2.2N

0030000

8010100 8019999 RES,FXD,FILN 8020000 RES,FXD,FILN

8047649 8063100 RES,FXD,FILN:2.43K 8063101 RES,FXD,FILN:2.26K 11010100 8047649

8010100 0029999 RES,FXD,FILN 8010100 8019999 8020000 RES,FXD,FILN

8047648

RES,FXO,FILN RES,FXD,FILN

RES,FXD,FILN RES,FXD,FLLN

RES,FXD,FILN RES,FXD,FILN

RES,FXD,FILN

(SELECTED,NDNINAL

RES,VAR,NONNN RES,VAR,NONIN

RES,FXD,FILN RES,FXD,FILN RES,FXD,FILN

RES,FXD,FIL11

:10

OHM,5%,0

OHM,5%,0 :47 .5K :10 .OK :470

:PNL,50K

:IK

OHN,1%,0 :787

:47

OHM,5%,0 :470K

:IN

OHN,5X,0 :499

:20

OHH,5X,0 :30

OHM,5%,0 :IN

OL91,5X,0 :IOOK

:100K

:TRNR,5K :TRNR,I

:10 .OK :301K :820 :240 :249 :240

.25H

.25H OHN,1X,0 OHN,1%,0

OHN,5%,0

OHN,1%,0

OHN,0

OHN,1%,0

.125N,TC=TO

OHN,1%,0

OHN,5X,0

.25H

OHN,5X,0

.25H

OIY1,1%,0

.25H

OHN,5X,0 OHM,5%,0

VALUE)

OHN,1X,0 OHW,1X,0

OHN,0

.5K

OHN,0

OHN,1%,0

OHN,1X,0 OHN,5%,0 OHM,5%,0 OHN,1X,0 OHM,5%,0

.125N,TC=TO .125N,TC=TO

.25N

.125H,TC=TO .5N

.125H,TC=TO

.25H

.125H,TC=TO

.25H .25H

.125N,TC=TO .125N,TC=TO .5N

.5N

.125H,TC=TO

.125N,TC=TO .25N .25H .125N,TC=TO .25H

19701 57668 19701 19701 57668 NTR25J-E470E 19701

01121 19701 19701 07716 01121 57668

19701 19701 19701 19701 19701 19701

57668 NTR25J-EIOOK 57668 NTR25J-E100K

19701

07716

32997 32997

19701

07716

19701 19701

07716

19701

5043CXIORROOJ NTR25JE01KO 5043ED47K50F 5033ED10KOF

5033ED10KOF N-8155

5033EDIIKOOF 5033EDIKOOF CEAD787ROF C82255 NTR25J-E47EO

5043CX470KOJ92U 5043CX1N000J 5033ED499ROF 5043CX20ROOJ 5043CX30ROOJ 5043CXIN000J

5043ED2K430F CEAD2260OF 3329P-1_58-502 3329P-1_58-152

5033ED10KOF CEA030102F

5043CX820RDJ 5043CX240ROJ CE40249ROF 5043CX240ROJ

R146 R148 R150

REV

DEC

1985

315-0100-00 315-0100-00 315-0243-M

RES,FXD,FILN RES,FXD,FIL1i :10

8010100 8029999 RES,FXD,FILN

:10

OHM,5%,0 OINi,5X,0

:24K

OHN,5%,0

.25H .25N

.25N

19701 19701

57668

5043CXIORROOJ 5043CX10RROCJ NTR25J-E24KO

6-

5



Replaceable

Component

11150

11151 11152

11153 11153

11156

11158 11159 11160

11162 11166 8168

11169 11172

11174 11175

11175

11176

11181 11182 11183 11185 11187 11189

11202 11204 11206 11208 11210 11212

11214

11216 11220 11272 11272 11224

11232 11234

11236 11242

11244 11246

11300 11302 11302 11304 11306 11306

11308 11308 11311 11312 11313 11313

11314 11315 11317 11317 11321

Electrical

Tektronix

No

Part

315-0123-00 321-0260-00 311-1271-00 315-0243-00 315-0123-00

321-0181-00

308-0441-00 322-0292-00 321-0181-00 322-0292-00 308-0441-00 321-0068-00

315-0620-00 308-0243-00 315-0822-00 315-0274-00 315-0103-00 315-0274-00

302-0271-00 315-0682-00 315-0153-00 315-0512-00 315-0512-00 302-0271-00

321-0040-00 307-1040-00 307-1020-00 307-1020-00

307-1023-00 307-1024-00

307-1024-00 307-1040-00

315-0102-00 315-0203-00 315-0164-00 315-0101-00

315-0201-00 315-0621-00 321-0030-00 315-0201-00 315-0621-00 321-0030-00

315-0101-00 311-0546-00 311-0429-00 315-0101-00 321-0243-00 321-0279-00

321-0032-00 321-0068-00 322-0172-00 321-0111-00 315-0151-00 321-0068-00

321-0111-00 308-0553-00

Parts--AM

No

321-0010-00 321-0068-00

322-0172-00

503

Serial

Assembly

Effective

8030000

8010100 8030000

80101008020286 8010100 8047649

80101008020286 80101008020286

8010100 6032320

8010100 8050203

8010100 6030000

8010100 8030000

6030000

80101008029999 8030000

8010100 8030000 8030000

Dscont

8029999

6047648

9032319

8050202

8029999

Mfr

No

.

Name

8

Description

RES,FXD,FILM RES,FXO,FILM RES,VAR,NONM RES,FXO,FILM

RES,FXO,FILM:12KOHM,SX,0 RES,FXO,FILM

RES,FXD,NN RES,FXO,FILN RES,FXD,FILM RES,FXO,FILM RES,FXO,NN RES,FXD,FILM

RES,FXO,FILM RES,FXO,M1 RES,FXO,FILM RES,FXO,FILX RES,FXD,FILl1 RES,FXO,FILM

RES,FXO,CIIPSH

RES,FXD,FILM RES,FXD,FILM RES,FXD,FILN:5 RES,FXO,FILM RES,FXO,CMPSN

RES,FXO,FILM TEIdI,THK ATTENUATOR,FXO ATTENUATOR,FX0

ATTENUATOR,FXO ATTENUATOR,FX0

ATTENUATOR,FXO TERM,THK RES,FXO,FILX RES,FXO,FILM RES,FXD,FILM

RES,FXO,FIL11:100

RES,FXO,FILM RES,FXO,FILM RES,FXO,FILN RES,FXO,FILN RES,FXO,FILM RES,FXO,FILM

RES,FXO,FILN RES,VAR,NOMIN RES,VAR,NONIN RES,FXO,FILH RES,FXO,FILM RES,FXO,FILM

RES,FXO,FILN RES,FXD,FILM RES,FXO,FILM RES,FXO,FILM RES,FXO,FILM RES,FXO,FIIX

RES,FXO,FILX RES,FXO,IW RES,FXD,FILM RES,FXO,FILM RES,FXD,FILX

:12K :4

.99K

:TRMR,50K

:24K

:750

:3

OHM,5X,3N

:10JK

:750 :10

:3

OHM,5%,3N

:49.9OHM,0

:62

:240

:8

.2K :270K :10K :270K

:270

:6

.8K

:15K

.1K

:5

.1K

:270

:25.5

FILM

:50

:2X,50 :2X,50 :5X,50 :10X,50

:10X,50

FIL14

:50

:IK :20K

:160K

:200 :620 :20.0OHM,1%,0

:200 :620 :20

:100

:TRMR,IOK

:PNL,100K :100 :3

.32K

:7

.87K

:21.0OHM,1X,0 :49 :604 :140 :150 :49.9OIW,0

:140

:680

:12 :49

:604

OHM,5%,0

OIW,1X,0

OHN,5%,0

OHN,1%,0

OHM,1X,0

.7K

OHN,1X,0

OIW,5X,0

OHM,5X,3N

OHM,5X,0 OHM,5%,0

OHM,SX,0

OIW,5X,0

OHN,10%,0 OHN,5X,0

OHM,SX,0

OHM,5X,0 OHM,5%,0.25N OHM,10%,0

OHN,1%,0

OHM

OHM,SX,0

OHN,5%,0

OHM,5%,0

OHM,SX,0

OHM,SX,0 OHM,5X,0

OHM,SX,0 OHM,SX,0

OHM,1X,0

.0

OHN,5%,0

ON1,5X,0

OHM,0

.9

OHM,1X,0 OIW,1X,0

OHM,SX,0

OHM,1X,0

OHN,1%,3N,TC=20PPN

OIW,1%,0

.4

OHK,O

.9

OHM,1X,0

OHM OHM

OHM

OHM,1X,0 OIW,1X,0

.25H

.125N,TC=TO

OIW,0

.5H .25H .25H .125N,TC=TO

.25N,TC=TO

.125N,TC=TO

.25N,TC=TO

.5%,0J25H,TC=TO

.25H

.25N .25N

.25H

.5N

.25H

.5N

.125H,TC=TO

.25H

.25N

.25H

.25H .25H

.125H,TC=TO

.25H

.125N,TC=TO

.25H

OHN,0

.5H

X

10K

0141,0

.25H

.125H,TC=T0 .125N,TC=TO

.125N,TC=TO

.5X,0

.125N,TC=TO .25H,TC=T0 .125N,TC=TO

.25H

.5X,0

.125H,TC=T0

.125N,TC=TO

.5%,0

.125H,TC=TO .25N,TC=TO

.5111

.

Code

57668

19701 32997

57668 57668

07716

14193 19701

07716 19701 14193 91637

19701 14193

19701

57668NTR25J-E270K

19701

57668

01121

57668 19701 57668 57668 01121

91637 80009 80009 80009 80009

80009

80009 80009 57668 57668 57668 57668

57668

57668 57668 57668 57668

57668 01121 12697 57668 19701 07716

57668 91637 75042 07716 57668 91637

07716 05347 57668 91637 75042

Mfr.Part

NTR25J-E12KO 5033E04K990F 3329P-1.58-503 NTR25J-E24KO NTR25J-E12KO CE40750ROF

S431-3ROOJ 5043ROlOK70F CEA0750ROF 5043ROlOK70F SA31-3ROOJ CMF55116649R90F

5043CX63ROOJ

SA31-240DJ 5043CX8K2OOJ

5043CX10KOOJ NTR25J-E270K

®

2711 NTR25J-E06K8 5043CX15KOCJ NTR25J-E05K1 NTR25J-ED5K1

ES

2711

CMF55116625R50F

307-1040-00 307-1020-00 307-1020-00 307-1023-00 307-1024-00

307-1024-00 307-1040-00 NTR25JEOIKO HTR25J-E NTR25J-E160K NTR25J-E

NTR25J-E200E NTR25J-E62CE CR814FXE NTR25J-E2OOE NTR25J-E620E CRB14FXE

NTR25J-E N-81544

CM33098 NTR25J-E 5033ED3K32F CEA07870OF

R814FXE CMF55116649R90F

CBTO-6040F CEAD140ROF NTR25J-E150E CMF55116649R90F

CE90140ROF

M53680

R814FXE

CMF55116649R90F

CBTO-6040F

21E0

F 12E4

20K

100E

20

100E

No

.

OHM

6-6

REV

DEC

1985

Replaceable

Electrical

Parts--AM

503

Component 11323

11323 11326 8326 11327 11328

11330 8330 11332 R332 11334 11334

11335 11336 11338 11340 8344 11345

11346 8346 11347 11349 11351 11352

11353 11354 11355 8356 11357 R358

11300

11361 11362 8363 11363 11363

11364 11364 11365 11366 11367 R36B

8370 11372 11373

11374 8376 11377

11380 8382 11383 8384 8386 11387

11388 11390 8391 8391 11392

No

.

Tektronix PartNo.

315-0151-00 321-0068-00

321-0216-00 315-0821-00 321-0242-00 317-0680-00

322-0662-M 321-0140-00 321-0068-00 321-0097-00 321-0068-M 321-0097-00

322-0109-00 321-0111-00 321-0111-00 315-0121-00 311-1260-00 311-1259-00

311-1268-00 311-1267-00 315-0102-00

321-0222-00 315-0103-00

321-0173-00 322-0167-00

321-0068-W 322-0109-00

321-0068-00 321-0068-00 321-0068-00

321-0085-00 321-0085-W 301-0131-00 311-1263-00 311-1260-00 311-1265-00

311-1265-00 311-1260-00 315-0222-00 315-0911-M 315-0103-M 315-0682-00

315-0152-00 321-0176-00 315-0152-00 321-0176-00 321-0130-00 323-0185-00

321-0097-00 301-0001-00 321-0097-00 301-0001-00

321-0068-00 321-0306-00

315-0822-00 322-0212-00

321--0068-00 321-0066-00 315-0122-00

.

No

Serial/Assembly

Eff

ective

.

8010100 8030000

8010100 8029999 8030000

11010100 8030000 11010100 8030000 B010100 8029999 8030000

8010100 8047648 8047649

8010100 8030000

8047649 8010100

8047649 8030000 RES,FXD,FILN 8030000 RES,FXD,FILM

8010100 8020286

8020287 RES,FXD,FILM

Dscont

8029999

8029999 8029999

0029999 8047648

8047648

.

Name

RES,FXD,FIU1 RES,FXD,FILM RES,FXD,FILM:1.74K RES,FXD,FILM RES,FXD,FILM:3.24K RES,FXO,CMPSN

RES,FXD,FILM RES,FXD,FILM

RES,VAR,NONHH RES,VAR,NONIM

RES,VAR,NOIMN:TRMR,IOK OHM,0 RES,VAR,NOIMMI RES,FXD,FILM RES,FXD,FILM:2.OOK RES,FXD,FILM RES,FXO,FILM

RES,FXD,FILN RES,FXD,FILM RES,FXD,FILM RES,FXD,FILM RES,FXD,FILM RES,FXD,FILM

RES,FXD,FILM RES,FXD,FILM RES,FXD,FILM RE5,VAR,NONH:IK RES,VAR,N0LiI1 RES,VAR,NDIMIN

RES,VAR,NONVML RES,VAR,NOIMM

RES,FXD,FILM RES,FXD,FILM:6.8K

RES,FXD,FILM:1.5K

RES,FXD,FILM :665 OHM,I%,0 RES,FXD,FILM:1.5K

RES,FXD,FILM RES,FXD,FILM RES,FXD,FILN

RES,FXD,FILM RES,FXD,FlLH:MOHM,5X,0

RES,FXD,FILN RES,FXD,FILM :580

RES,FXD,FILM RES,FXD,FILA

RES,FXD,FILM:8.2K RES,FXD,FILM:1.5,K RES,FXD,FILM

RES,FXD,FILN

&

Description

:150

OHM,5%,0

:49.9OFMi,0 :820

:68

:334

:280

:49.9OH11,0

:100

:49.9OHW,0

:100 OHM,I%,0

:133 :140 :140 :120

:TRMR,250 :TRNR,100

:TRMR,5K

:1K :10K

:619 :536

:49.9OHW,0 :133 :49.9OHM,0 :49.9OHN,0 :49.9O1M,0

:75 :75 :130

:TRNR,250 OHM,0 :TRMR,2K

:TRNR,2K :TRMR,250 OHM,0

:2

.2K :910 OHM,5%,0 :IOK OHM,5X,0 .25N

:665 :221 :825 OHM,1%,0

:100 OHM,I%,0 :100 OHM,I%,0 :49.901M,0 .5X,0

.OK

:IS

:49.9OHW,O :47.5OHM,0 :1

.2K

.5%,0

OHM,1%,0

O1M,5%,0

OHM,1%,0

OFM1,5%,0 OHM,1X,0

OHW,1%,0

.5%,0

01M1,1%,0

.5%,O

OHW,1%,0 OHN,1X,0 OIM1,1X,0 OHM,5%,0

OHM,0 OHM,0

OIM,0

OLMi,5X,0

OHM,I%,0 OHM,5%,0 OHM,I%,0

OHM,1%,0

.5%,0

OHM,1X,0

.5X,0 .5%,0 .5%,0

OHM,I%,0 OHM,1%,0

OM,5%,0

OHK,10X,0

OHN,0 OHM,0

OHM,5%,0

OHM,5%,0 OIIM,SX,0

OHM,SX,0 OM,1X,0 OHM,1%,0

OIM1,5X,0

OiM1,1X,0A25H,TC=TO 19701

OHN,5X,0

OHM,1%,0

.SX,0 .5X,0

OHM,5X,0

.25H

.125H,TC=TO

.125N,TC=TO

.25H

.125N,TC=TO

.125H .25H

.125N,TC=TO

.125H,TC=TO

.125N,7C=TO

.125N,TC=TO .25N,TC=TO

.125H,TC=TO .125H,TC=TO .25H

.5N .5N

.5H

.5N

.25H

.125N,TC=TO .25H .125N,TC=TO

.25N,TC=TO

.125N,TC=TO

.25N,TC=TO

.125H,TC=TO .125H,TC=TO .125N,TC=TO

.125N,TC=TO .125H,TC=TO

.5N

.50N

.5H

.511

.25N

.25H

.25N .25H

.125N,TC=TO

.2511 .125N,TC=TO .125N,TC=TO .5N,TC=TO

.125N,TC=TO .5N .125N,TC=TO .5N

.125N,TC=TO

.25N

.25N,TC=TO

.125N,TC=TO .125N,TC=TO

.25H

Mfr, Code

57668 91637 07716

19701 19701

01121 75042

07716 91637

91637 91637 91637

91637 MFF14216133ROF 07716 07716

19701 32997 32997

32997

32997 57668

19701

19701 07716

07716 91637 91637

91637 91637

91637

57668 57668

19701

32997 3329P-1.58-102

32997

57668 NTR25J-E02K2

57668 NTR25J-E910E

19701

57668 NTR25J-E06KB

57668

07716

57668

07716

91637 MFF1816G221ROF

19701

91637

01121

91637

01121

91637

19701

75042

91637

91537

57668

Mfr.Part NTR25J-E150E

CMF55116G49R90F CEA01740OF 5043CX820RDJ 5043ED3K240F BB6805

CEBTO-334OF CEAD280ROF CMF55116649R90F CMF55116G100ROF

CMF55116649R90F CMF551166100ROF

CE40140ROF CEAD140ROF 5043CX120ROJ

3329P-Lab-251 3329P-L58-101

3329P-L58-103 3329P-L58-002 NTR25JEOIKO 5033ED2KOOF 5043CX10KOOJ CEAD619ROF

CCO0536ROF CNF55116G49R90F MFF1421G133ROF CMF55116G49R90F CMF55116G49R90F CMF55116G49R90F

CRB14FXE CRB14FXE75OHM 5053CX130RDJ

3329P-L58-251 3329P-L58-202

3329P-L58-202 3329P-L58-251

5043CXIOKOGJ

NTR25J-E01K5

CEAD665ROF

NTR25J-E01K5

CEAD665ROF

5033RDS25ROF

CMF551166100ROF EB6815 CMF551166100RDF EB6815 CMF55116649R90F 5033ED15JODF

5043CXSK200J CEBTO-1581F CMF55116G49R90F CMF55116G47R50F NTR25J-E01K2

75

No

00



Replaceable

C

omponent

R393 R394

R395 R396 R397 R398 R398

R399 R403 R403 R404 R404 R405

R406 R406 R407 R412 R412 R414

R415

R416

R422

R422 8432 R436

R442 R446 R452 R454

R454 R458

R462 R464 R464 R480 RT135 RT156

RT160 RT342

S125 S200

S200

S370

U110 U135 U135 0145 0145 0350 U350

1

.1370 U370 0410 U410 VR100

YH1113

VR166

Electrical

No

Parts--AM

Tektronix Part

No

503

Serial/Assembly

Effective

No

Dscont

315-0470-00 321-0135-00 323-0183-00 315-0391-00

315-0151-00 315-0511-00

301-0361-00

8010100 6054926 8054927

321-0078-01 317-0101-00 315-0101-00

321-0380-00 321-0387-00

8010100 8063100 8063101 RES,FXD,FILM

8010100 8047648 RES,FXD,FILN 8047649 RES,FXD,FILM

311-1271-00

321-0377-00 321-0369-00

8010100 8047648 RES,FXD,FILN 8047649 RES,FXO,FILN

317-0101-00 308-0755-00 308-0679-00

8010100 8019999 8020000

321-0356-00

311-1268-00 321-0356-00

308-0755-00 308-0679-00

8010100 8020000

8019999

307-0103-00 315-0100-00

307-0103-00 315-0100-00 315-0102-00 315-0471-00 315-0430-02 308-0240-00

8010100 8019999 8020000 8047649

315-0102-00 315-0471-00 315-0430-02

8010100 8019999

8020000 323-0068-00 307-0122-00 307-0126-00

307-0126-00 307-0126-00 RES,THERMAL 260-1421-00 263-1111-00

105-0243-00

260-0816-00

156-0317-00 156-006?-00 156-006?-01 156-0317-00 156-0317-03 155-0078-11 155-0078-10

155-0078-11 155-0078-10

156-0208-00 156-0208-01

8010100 6056559

8056560

8010100 8049499

8049500

8010100 8033930

8033931

8010100 8033930

8033931

8010100 8049499

8049500

152-0278-DO W-U278-00

152-0306-00

.

Name

8

RES,FXO,FILM RES,FXO,FILil RES,FXO,FILM RES,FXD,FILN RES,FXO,FILM

RES,FXD,FILM RES,FXD,FILM

RES,FXD,FILM

:47 :249

:78T :390

:150 :510 :360

:63 .4

RES,FXO,CMPSN

:100 :86

:105K

RES,VAR,NONIN

:82.5K

:68.1K RES,FXD,CMPSN RES,FXD,NN:0.75 RES,FXO,H1 RES,FXO,FILH

:0.51

:49

RES,VAR,NONNN RES,FXD,FILM

:49.9K RES,FXD,NN:0.75 RES,FXD,NN:0.51 RES,FXO,CMPSN:2.7

RES,FXO,FILM

:10

RES,FXD,04PSN:2.7 RES,FXO,FILM RES,FXD,FILM

:10

:IK

RES,FXD,FILM:470OHI,SX,0 RES,FXD,CMPSN

RES,FXO,NN:2

RES,FXO,FILM RES,FXO,FIL11

:IK

:470 RES,FXO,CMpSN RES,FXD,FILM RES,THERNAL

RES,THERNAL

:49.9OH1,1%,0

:50 :100

:100 :100

SHITCH,PUSH

SH

CAN

:1

ACTRAS:CURRENT/DIY

(S200A)

ACTUATOR,SN1TCH

(52008)

SHITCH,SLIOE

:DPOT,0

MICROCKT,LINEAR NICROCKT,LINEAR:OPNL

NICROCKT,LINEAR:OPNL MICROCKT,LINEAR MICROCKT,LINEAR:OPNL

NICROCKT,LINEWSELECTE4 MICROCKT,LINEAR

MICROCKT,LINEAR MICROCKT,LIMEAR MICROCKT,LINEAR NICROCKT,LINEAR SENICOND SENICOND

SENICOND

OVC,OI OVC,DI

OVC,OI

Description

OH1,5X,0

:100

.7K

OHN,1X,0 OHN,I%,0 OHN,5x,0 OHM,SX,0 OHi,5X,0 OHN,5X,O

OH1,0 OH1,5X,0

OHM,5X,0

OH1,1X,0

.25N

.125N,TC=TO .5N,TC=TO .25N .25N .25H .SN

.5X,0

.125H

.25H

OHI,1%,0

:TRNR,50K

OHN,0

OH1,1%,0 OHM,1%,0

OH1,5X,0

:100

OH1,5X,2N 0101,5X,211

.9K

OHN,1%,0

:TRMR,IOK

OH1,0

OHM,IX,0 0111,5X,211 OH1,5X,2N

OH1,5X,0

OHN,SX,0

.25H

OHN,5Z,0.25N OH1,5X,0 OH1,5X,0

.25H .25H

.25N

:43

OH1,5X,0

.25H

OH1,SX,3N

OHN,5X,0.25H

:43

OHI,SX,0 OH1,5X,0

.25H .25N

H1,10X,NTC

OHI,IOX,NTC

OH1,10X,NTC OHN,IOX,NTC

6TN,2

POLE,INSTRUMENT

:AC,OC

.5A,125V

:OPNL

WL WL,SEL WL,CHECKED

:OPNL

AML AMPL,SCREE?IEDSTESTED

:VERTICALAMPLIFIER

:SELECTED :VETITICAL :OUAL :INIAL

ANPU TRK6VR6LTR,SEL TRK6VR6LTR,SCRN 80009

:ZEN,SI,3V,5X,0 :ZEN,SI,3V,5X,0

:ZEN,SI,9AV,SX,0

Mfr Code

57666 07716 CE40249ROF

19701

57668 57668

19701 19701

.125N,TC=TO

91637 01121 57668 NTR25J-E

.125N,TC=TO

.5H

.125N,TC=TO .125N,TC=TO

07716 CEAOB8701F 07716

32997

07716 19701

.125H 01121

75042 75042

.125N,TC=TO

.5N

.125N,TC=TO

19701

32997

19701 75042 75042

.25H

01121

19701

01121

19701 57668

57668 01121

05347

57668 57668

01121

.5N,TC=TO

75042

14193

14193 2021-101-D

14193 2021-101-0

IO

59821 ORDERBYOESCR 80009

80009

?9727

80009

04713

04713 80009

34371

80009

WL

80009

FIER

ML

80009

34333 566195/3501AJ

.4N,DO-7 .4N,00-7

.4N,00-7

04713

12954

.

Mfr NTR25J-E47E0

5053R0787ROF NTR25J-E390E HTR25J-E150E 5043CXSIOROJ 5053CX360RCJ

CNF5511666311401) 881015

CEADIO502F 3329P-L58-503

CEA082501F 5043EO68KlOF 881015 BNH-R7500J 811H0.51

5033049K90F

3329p-L58-103

5033ED49KBOF

BNH-R7500J

8!H0.51

C62765

5043CXIORRDCJ

C82765

5043CX10RROOJ

NTR25JEDIKO

NTR25J-E470E

CB4305

MS3-2ROOJ

NTR25JE01KO

NTR25J-E470E

CB4305

CECTO-49R90F

1815-5001(

2021-101-D

263-1111-00

105-0243-00

GF-126-001211

156-031?-00 NC1741Cp1 NC1741CP10S

156-0317-00 H42-2625-7

155-00?8-11

156-0078-10

155-0078-11

155-0078-10

156-0208-01 SZ635009020 SZ6350091C20

1N9608

Part

1OOE

OHM

OM

No

.

5%

8-8

REV

DEC

1985

Replaceable

Electrical

Parts-AM

503

Component VR167

VR172 VR187 VR38D VR452 VR452

VR462 VR462 N452 N462

Tektronix

No

.

Part

No,-

152-0306-00 152-0278-00 152-0226-00 152-0278-00 152-0304-00 152-0680-00

152-0304-00 152-0680-00 131-0566-00 131-0566-00 8030000 6047648 BUS,COND:DUIWY RES,0

Serial/Assembly

-Effective_

9010100 9047648 SENICOND 8010100 B0202B6 SOIICOND DVC,DI:ZEN,SI,5 11010100

9030000 SDIICOND DVC,DI:ZEN,SI,19 8010100 9029999 SENICOND DVC,DI:ZEN,SI,20V,5X,0.4N,DO-7

8030000 SBIICOND DVC,0I:ZEN,SI,19 90300

No

.

Qtont

9029999 SOIICOND DVC,DI:ZEN,SI,20V,5%,0

8047648 BUS,COND:DIWNY RES,0

.

-

Name

SOIICOND DVC,DI:ZEN,SI,3V,5X,0 SBIICWID DVC,DI:ZEN,SI,3V,5%,0.4N,DO-7

a

Description

DVC,DI:ZEN,SI,9

.094 .094

.1V,5X,0 .4H,DO-7

.4H,DO-7

.1V,5%,0 .4N,D0-7

.4N,D0-7 15238

.3V,1X,0

OD X 0 OD X 0.225 L

.225

.4N

L

Mfr

.

Code 12954

04713

04713 04713 SZ6266

15238 04713 24546

24546 ONA

Mfr.PartNo.

1N9608 SZ63500SK20 SZ12262RL SZ635009VO

Z5411

Z5411 SZG266 ONA

07 07



Section

7-AM503

DIAGRAMS

Symbols

Electrical

Graphic symbols

Logic

function

The Abbreviations

Other

The

A

AT B BT C

CB CR DL DS E F FL

The

and

componentsshown

symbology

performed

overlineona

ANSI

standards

Y14

.15,1966

Y14

.2,

1973

.5,1968

Y10

following

Assembly,

(circuit

board, Attenuator, Motor Battery Capacitor,

Circuit

breaker L

Diode,

signalorrectifier

Delay

line

Indicating

Spark

Gap, Fuse Filter

following

Cam

Switch

Closure (Dot

indicates

switch

Reference

and is

basedonANSI

and

signal

are

based

Drafting

Line Letter

Electrical

prefix

letters

separable or

etc)

fixedorvariable

device

(lamp)

Ferrite

bead

special

symbols

Chart

closure)

Designators

class

may

name

on

that

are

Conventions

Symbols

repairable

AND

on

the

Capacitors

Resistors

designation

Y32

differ

from

indicates

ANSI

Y1

usedinthe

Practices

Engineering

are

used

may

appearonthe

diagrams

letters

CIRCUIT

areinthe

=

Values Values

Ohms

=

are

based

following

(SZ)

BOARD

oneorgreater less

than

.

on ANSI

.14-1973intermsofpositive

the

that

.1-1972

manufacturer's

the

signal

.

data

performs

.

its

preparationofdiagramsbyTektronix,

.

and

for

Quantities

Lettering

.

UsedinElectrical

.

reference

as

designators to

H

Heat

dissipating

heat HR HY J K

M P O

R FIT

radiator, Heater Hybrid

circuit Connector, Relay

Inductor, Meter Connector, Transistororsilicon-controlled rectifier Resistor,

Thermistor

diagrams

stationary

fixedorvariable

movable

fixedorvariable

:

identify

device

etc)

portion

units unless

noted

areinpicofarads (pF)

one

areinmicrofarads

Standard

Y32

logic.Logic

intended

Science

function

and

components

(heat

sink,

portion

IS

Ill

-

ILLUSTRATIONS

otherwise

.2-1975

symbols

Inc

.

are

or

o~

50

gAL

:

.

(pF)

.

depict the

whenitgoes

logic

to the

:

on

assemblies

S Switch or contactor T TC

TP

u

V VR W Y Z

the

Transformer Thermocouple

Test

point Assembly, (integrated Electron Voltage Wirestrap or cable Crystal Phase

inseparable or non-repairable

circuit,

tube

regulator

shifter

PlugtoE.C.Board

B

xIdentifies

Controls,

Indit

caors

Modified

~

k

(Depicted With Grey See

Parts

Plug Index

low

state

diagrams

etc

.)

(zener

Connectors

Component

Grey,

in

Outline)-

List

.

diode,

Panel

or

.

etc

and

.)

VERTICAL

REV

FEB

1982

AMPLIFIER

RefertoWaveform

RefertoDiagram

Coaxial

Connector

Number

Shielding Heat

Sink

DecoupledorFiltered Voltage

Etched

Circuit

Board

OutlinedinBlack

Schematic and

Name

Number

CURlaENT

PROBE

INPUT

CONNECTOR

PROBE

UNLOCKED

DS190

(XIO)

DS

(XI)

192

I

S200A

CURRENT/DIV

INPUT

ATTEN

8206

R210 R214

R208 R212

I

INPUT

IcoUPLING

SWITCH

52008

ATTENUATOR

~

ATTEN

SOURCE

FOLLOWER

Q230A Q23DB

AM503

BALANCE

HALL DEVICE PREAMP

UI10

I

H

ALL

DISCONNECT

Q115

I

SIP-5

DEGAUSS

I 1

l

710-

I

1

-16

V

DEGAUSS

OSCIL-

LATOR

Q

1,30

U135

POWER AMPL

UI45 0155 0165

DC

2052-32

REV.B

OVERLOAD

CR16B

AMPLIFIER

OCT.1979

,

INPUT

5370

BANDWIDTH

-16V

FULL 5

MHZ

S200A

CURRENT/DIV

J390

OUTPUT

INTOSO.n

.

INPUT

,,

FROM

POWER

MODULE

OUTPUT

AMPLIFIER

919

BLOCK

DIAGRAM

POWER

SUPPLY

t

Located

*See

serial

Parts

number

on

backofboard

List

for

ranges

Fig.7-1.A1-Amplifier

.

circuit

board

with

component

loca

j

board

with

component

locations

components

of

(SN

B030830&above)

.

REVCOCT

1979

C100 C108 C710 C712 C124 C125 C133 C137 C138

C140 C146 C148 C153 C155 C156 C160 C165 C168

C172 C176 C218

C220 C232 C234 C242 C244

C306 C308 C328 C345

C351 C360

C363 C364 C365

C366 C367

C380 C383

C385 C388

C391

C393 C394

C396 C398

C402 C406

C413

C414 C423 C434 C436 C444 C446 C452 C462

CR115 CR116

CR127

5D 5E 4E 5E 5E 4G 4A 5A 5B 4B

4F 5F 4G 5H 5H 4H 41 4H 4D 5C

t

3A 3B 2A

2A 2A 2B 28

2C 2C 2C 2D 3E 3D

2D 2D

2D 1D

2D 2E 2E 3E 2F 1D 2F

1F 2E 31 21 2G 2G 2G

3G 3G

1G 1G

4H 3H

5F 5F 5A

CR133 CR167 CR175 CR226 CR320 CR380 CR383 CR386 CR402 CR406

P110

P120 P160 P168 P190 4C

P195 P202 3G P302 P346

P370 P380t3F P470 P475 P480

t5J

0115 Q130

Q155 Q165 Q180 0185 0230 Q310 Q315 Q325

Q360 3E Q385 0390 Q395 Q440 0450 Q460

Q470 R100

R102 R103

R

104 R105 R

106 R108 R110

4D 5D 5G 5D 5D 5D 5E 4E

2E 2H 3G 3G 1H

41 5C 5C 3B 2B 2C 2C

2E 1E

4J 5J

5F 4A 51

4H 5G

5C 18

1C 1E

5D 5F

5G 5D 2A 2B 2E 2E 2F 3J 1J

5B

R112 R113

"

R136

R181 R183

R189 R202 R220

R222 R224 R232 R234 R236 R242 R244

R246 R300

R304 R306

R308 R311 2B R312 R313

3B

2B 2B

2B 2C

5E 5E

5E

E

4E 4G

5E 4G

5F 5A 4A 4A

5G 4B 4A 4A

4B R345 5A

5B 5B

5B

4B 5F 4F R354 5F 5F 5G

5G 4F 5H 5H 5H 5H 4H 4H

4H

5G

5E 5C 5C 4C 5C 5C

4C 3G 3A 3A 3A

1A 2A 2B 1A 2A

1B R394 2F 1B

R314 R315

R317 R321

R323 R326

R327

R328 R330

R332 R334

R335 R336 R338 R340 R344

R346 R347

R349 R351 R352 R353

R355 R356 R357 R358

R360 R361 R362

R363 R364 R365 R366 R367 R368 R370 R372 R373

R374 R376 R377 R380 R382 R383

R384 2E R386 R387 R388 R390 R391 2F R392 R393

R395 R396 R397 R398

R399 R403

2D 2F

1F 2F 2F

3F 2H

2B

A

1R114

B

2R116

C

2R118

C

2R121

C

1R122

C

1R123

C

1R124

C

1R126

C

2R127

C C

2R128

C

3R129 3R130

C C

3R132 3R133

C

2R134

C

2R135

C

1

C

1R137

C

1R138

C D

1R140

D

2R145

D

1R146

2R148

D D

1R150

2R151

D

2R152

C

2R153

E E

3R156

F

3R158 2R159

D D

3R160

D

2R162

D

2R166

D

2R168

E

1R169

E

1R172 1R175

D

1R176

1E

D

1R182

2E 2E

1E 1E

2E

2F 2F

3E 1F

1F

R404 R405 R406 R407 R412 R414 R415 R416 R422

R432 R436 R442 R446 R452 R454 R458

R462 R464

R480 RT135

RT156 RT160

RT342

VR100 VR103 VR166

VR167* VR172 VR380 VR452 VR462

5D 5G 5G

5G 4D 2F 3H 3H

CONDITIONS

DC

VOLTAGES

USED

ON

TOMEASURE

SCHEMATICS

Probe not connectedtoinput

Bandwidth

AC-CAL

Set

settofull

DC

Level-DC

voltageatoutput

.

settoCAL

to zero

.

volts

DC

(into

LEVEL

50

.

ohms)

withDCLevel control

.



IM



BALANCE

P020

SOK

P110

CW

HALL

DISCONNECT

CRI15

FEEDBACK

FROM

P202 DIAL

~ti

R I,

-AC

SIGNAL

FROM

P160

THIS

DIAG

SIGNAL

P202

DIAG

GAIN

SELECT

TO

R346V03

DIAG

_8

AE

\

IVb^b' -

.01

R100

240

GI00

.01

CRI16

+I6V

R124

2

.2M

C124

.47','

0

-I6V

WREMOVEDITH

CIRCUIT

P

.122

IK

LACKED

5125

DEGAUSS

i

I

1

j 1

1

j

PRO86

FRO

AND

0-

-I6V

CR127

-

-v6-

1

DEFLECTION

SENSITIVITY

LAMP

M

I6V

R12-7 470K

-I6V

DRIVERS

+~G1

4

26

.7fa

R1M8

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5C

OCT

@

1979

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R187

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R234

R236

R242 1A

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R308

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R313*

R314

R315

R317*

R321

R323*

R326*

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18 1B

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R346 R347 R349 R351

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1C 1C 1C 1C

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R352 R353

R354 R355 R356

R357 R358 R360

R361 3E R362 R3630 R364 R365 R366 R367

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2C 3E

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10

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R383 R384

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1E

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"

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R422

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PARK

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02107

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NI

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97077

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94107

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Fig.8 Index

No

1-1

Tektronix

Part No

.

337-1399-04

-2 366-1286-04

-2

.1

366-1690-00

-3 214-1840-008010100 8036697

-4 179-2415-00

-5 211-0012-00

-6 210-0586-00

-7 210-0261-00

-8 131-1855-00

-9 352-0171-00

-10 352-0161-00

-11 352-0164-00

-12 131-0707-00

-13

210-0774-00

-14

210-0775-00 2 .EYELET,METALLIC

-15 366-1669-00 213-0153-00

-16

----

-17

-18

-19

-20

-21

-22 ----------

-23

-24

-25 210-0046-00

-26 358-0029-05

-27 220-0495-00

-28 210-0978-00

-29 210-0012-00

-30 333-2131-00

-31

-32 211-0030-00 2

-33 220-0627-00 2

-34 210-0001-00 2

-35

-36

-37

-38

-39

-40

-41

-42

-43

.1

-43

.2

-44

-45

-46

-----

366-0215-05 366-0494-05

213-0153-00 366-1559-00 358-0301-02 426-1072-00

210-0583-00 210-0940-00

----------

----

-----

358-0409-00 210-0223-00 210-0471-00 210-0046-00

----

337-1430-00 378-0703-00

214-1513-01 105-0719-00

105-0718-01

213-0254-00

386-3501-00

213-0229-00

Serial/Assembly

.

Effective

8010100 8036698

8010100 8036697 8036698 8036698

8010100 8036697

No

Dscont

8036697

.

Qty212345

SHIELD,ELEC

1

KNO8:LATCH

1

KNOB,LATCH

(ATTACHING

1

PIN,KNOBSECRG:0.12L

(END

1

MIRINGHARNESS

(ATTACHING

4

SCREN,MACHINE

4

NUT,PL,ASSEM

1

TERMINAL,LUG

(END

HARNESSASSEMBLY

.CONN,RCPT,ELEC

1 1

HLOR,TERMCONN:1MIRE,BLACK

1

HLOR,TERNCONN:3NIRE,BLACK

1

HLOR,TERMCONN:6MIRE,BLACK

.CONTACT,ELEC

10

2 .EYELET,METALLIC

1

KNOB

2

.SETSCREK

1

CONNECTOR,RCPT

1

KNOB:GY,FORLEVER,0

1

KNOB

1

.SETSCREN

1

PUSH

1

BUSHING,SLEEVE

1

FRAME,PUSHBTN

1

RESISTOR,VAR

(ATTACHING

2

NUT,PLAIN,HEX

1

HASHER,FLAT

1

NASHER,LOCK

(ENO

1

9SHG,MACH

(ATTACHING

1

NUT,PLAIN,HEX

1

MASHER,FLAT

1

HASHER,LOCK

(END

1

PANEL,FRONT

1

SMITCH,SLIDE

(ATTACHING

SCREN,MACHINE NUT,PLAIN,HEX

NASHER,LOCK

(END

1

RESISTOR,VAR:(SEER120

(ATTACHING

1

8SHG,MACH

1

TERNINAL,LUG

1

NUT,SLEEVE

1

MASHER,LOCK

(END 2 LAMP,LED:(SEECR168,CR103 2 SHIELD,ELEC 2 LENS,LIGHT

1

LCH,PL-IN

1

LATCH,RETAINING

1

BAR,LATCHRLSE

(ATTACHING

1

SCR,TPG,TF

(END

1

SUBPANEL,FRONT

(ATTACHING 4

SCREM,TPG,TF

Name

ATTACHING

:GY,CUR/OIV,0

:5-40

:6Y,0

.12710X 0.500X0 :5-40

BUTTOW

ATTACHING

&

Description

:SIOE

:SIL

GY,0

PARTS)

:0 :0

TH0:0.375-32

PARTS)

:0 :0

:

PARTS)

:Ik2

PARTS)

THD:0.25-32

:0

:0.261

:

:HOLAER,CLEAR

RTNG

PARTS)

:2-32

PARTS)

.53

X 0

PARTS)

:PR08E

SIGNAL

:4-40

X 0.375,PNH,STL,COPL

MA

:4-40

:0

.22-26

SILGY,0

:(SEE

:0 .25IDX 0 .261

:0 .375I0 .384

:(SEES370

:2-56X0.25,FLH,82 :2-56X0

:0 .25-32

:6-20X0

X 0

.14

10,PLAIN,BRASS

PARTS)

INCLUDES

:165

SERIES,12

ANG,BRS,CU :OJ52 :0

.126

.189

.125,STL8K OXO,HEX

X 0

J100

:(SEE

.375

X 0.125,STL8K

.18SOX 0

:0

.1610X 0

:SILVER

R302

.25-32

10,INTL,0

PARTS)

.375-32

X 0.024THK,STL,0

10,INTL,0

PARTS)

INTL,0

PARTS)

.26

I0,LOCKING,BRZTINPL

X 0

ID,INTL,0

PARTS)

:PLASTIC

:PLUG-IN

:

X 0

.25,SPCL

PARTS)

:

Replaceable

Mechanical

Mfr Code

80009 80009 366-1286-04

X 0

.23X1

.059

.94-0

.100,ACETAL

& BIAS

.25,STL

00 00

10 X0.7200X 0

H,M/RTNRSPR 80009

GRAYPLSTC 80009

REPL)

X 0

.375

X 0.5HEX,BRS,0

X 0.438,BRS,COPL

REPL)

.156

.013

REPL)

X 0

.594

.375,TYPE

CO PL

:

FEMALE

CONT

BEGLOPL

X 0

.218

X 0

REPL)

.205

.312,BRS

THK,STL

.159 10

REPL)

L,8RS

.205

L,BRS

.79

SKT

.531

H

OXO,HEX

.43

00

.018

.022THK,STL

HEX,BRSNP 73743

L X0

.018

TYPE,FLH,STL

SKT 27238ORDER

00X0

.125

PL 73743

CO

X 0

.02,STL

THK,STL

.438L

.500

OEG,STL

.247

L 80009 358-0409-00

0

HEX,AL

.312

THK,STL

B,FLH 93907

80009 366-1690-00

80009 214-1840-00

80009 179-2415-00

83385 ORDERBY

78189

80009 210-0261-00

02660

80009 352-0171-00 80009

80009 352-0164-00

22526 80009

80009

H 80009

27238ORDER

80009

L

80009

79807ORDER 77900 1214-05-00-0541C

80009 358-0029-05

73743ORDER 12327ORDER

80009

83385

86928 5441-37 80009 210-0471-00

80009 337-1430-00 80009 378-0703-00 80009 214-1513-01 80009 105-0719-00 80009 105-0718-01

Parts--AM

.

Mfr

337-1399-04

211-041800-00

165-12

352-0161-00

47439-000 210-0774-00 210-0775-00 366-1669-00

366-0215-05 366-0494-05

366-1559-00 358-0301-02 426-1072-00

2X-20319-402

77900

1220-02-00-0541C

333-2131-00

ORDER

10002-56-101 1202-00-00-0541C

77900

1214-05-00-0541C

77900

45722ORDERBY

386-3501-00

80009

ORDERBYDESCR

PartNo.

OESCR

BY

OESCR

BY

OESCR

BY

OESCR

BY

OESCR

BY

OESCR

BY

OESCR

503

REV

DEC

1985

8-

3



Replaceable

Fig.8 Index

N

o

1-

-47 337-2292-00

-48 337-2369-00

-49

-50

-51 105--0243-00

-52

-53

-54

-55 213-0146-00 4

-56 -----

-57

-58

-59

-60

-61

-62 210-0406-00 3

-63 214-1139-03 2

-64 214-1752-00 2

-65 401-0180-00

-66 354-0390-00

-67

-68

-69

-70

-71

-72

-73

-74

-75

-76

-77

-78

-79

-80

-80.1200-2433-00 8047649

Mechanical

Tektronix

Part

No

337-2369-01 211-0101-00

210-0586-00

213-0214-00 343-0081-00

211-0207-00 2 672-0574-00 8010100 8047648

672-0574-01 8047649 672-0574-02

210-0801-01 8010100 8047648 3 210-0801-01 8047649 2

131-0963-00

-----

344-0248-00 263-1111-00

211-0116-00

200-1950-00 211-0244-00

131-0963-00

105-0716-00 384-0878-01

210-0406-00 401-0178-01 210-0406-00 407-1199-00 407-1199-03 105-0651-00 384-1424-01 384-1478-03

210-0406-00 214-1139-03 2 214-1752-00 2 401-0180-00

354-0390-00

----- -----

Parts--AM

Serial/Assembly

Effective

8010100 8061549 8061550

8049500

8010100 8050999 8051000

8010100 8053639 8053640

503

No

Dscont Qty

8049499

.

1 1 1

1 1

1 1 2

1 1 1

1 7

7 1

8 SCR,ASSEM

1

8

1

1 1 1

1 3

1 3 1 1 1 1 1

4

1 1 1

1

Mfr

.

Code

12345

(END SHIELD,ELEC SHIELO,ELEC SHIELO,ELEC

(ATTACHING SCREN,MACHINE NUT,PL,ASSEM

(END ACTUATOR,SHITCH

(ATTACHING SCREN,CAP

(ENO STRAP,RETAINING:0.125 OIA,NYLON

(ATTACHING SCR,ASSEM

(ENO CIRCUIT 80 ASSY:ATTENUATOR 80009 CIRCUIT 8O ASSY CIRCUIT8OASSY:ATTENUATOR 80009

(ATTACHING SCREII,TPG,TF

NASHER,FLAT NASHER,FLAT:0.14IOX

(ENO

CKT

.CONTACT,ELEC .ATTEN/TERM,FXO

.R212,R214 .CLIP,ATTENUATOR

SM CAN ACTRAS:CURRENT/CIV

.(ATTACHING .(END

.ACTR .

.COVER,CAM

.

.(ATTACHING

.

.SCR,ASSEM

.

.(ENO

.

.CONTACT,ELEC

.

.NUT,PLAIN,HEX

.

.SPRING,FLAT:0.885

.

.ROLLER,DETENT:0.125

.

.BEARING,CAM SM

.

.(ATTACHING

.

.RING,RETAINING

.

.(ENO

.

.ACTUATOR,CAM SN

.

.SHAFT,CAM SM

.

.CENTRIC

.

.NUT,PLAIN,HEX

.

.BEARING,CAN

.

.NUT,PLAIN,HE)I

.

.BRACKET,COVER

.

.BRACKET,COVER:PLASTIC,FINISHID

.

.ACTIkITOR,CAN

.

.SHAFT,CAM SM

.

.SHAFT,CAM SN

.

.ENTRIC

.

.NUT,PLAIN,HEX

.

.SPRING,FLAT:0.885

.

.ROLLER,OETENT:0.125 00 X 0

.

.BEARING,CAN

.

.(ATTACHING

.

.RING,RETAINING:BASIC EXT,U/O O.3750IA

.

.(ENO

CKT

.

.COVER,PROT:CONTACTS,PLASTIC 80009 200-2433-00

Name

ATTACHING

ATTACHING PARTS)

ATTACHING

BOARD

ATTACHING ASSEMBLY

ATTACHING

ATTACHING PARTS)

BOARD

PARTS)

:FRONT :CONNECTOR :CONNECTOR

PARTS)

:4-40X0

NA:4-40X0

PARTS)

:AC,OC

PARTS)

:2-56

X 0 PARTS)

PARTS)

NSHR

:4-40

:ATTETAIATOR

PARTS)

:6-20

.141OX 0

:0

PARTS)

ASSY INCLUDES

:6ROLNOING,PH

:(SEE

AM

216

PARTS)

NSHR

:4-40

PARTS)

INCLUDES

SW

PARTS)

NSHR

:GROUNDING,PH

:4-40

PARTS)

:1

N/DRIVER

:4-40X0

SNXENTER

:4-40X0 :ABS

SM:ATTENUATOR :7 .4LX0.188 :14.0L

N/DRIVER

:4-40X0

SWR

PARTS)

ASSY

:MAIN

&

Description

PANEL

.25,FLH,100

.25,STL CO PL 78189

.375,SKT

X 0.312,TYPE

REPL)

:0

.866 L,CU

831ELEMENTS

:4-40

PARTS)

:FR8REAR,0 :BASIC

PARTS)

:AC-OC

.166LX 0

HO,STL

X 0.312,PNH,STL

.025

THK,STL NP 86928 ORDERBYDESCR

0

.025

THK,STL NP 86928 ORDER BY OESCR

:

BRZ,N/BRACKET

R204,R206,R208,R210,

BE

X 0

.312,PNH,BRS,POZ

:

X 0

.312,PNH

BRZ,M/BRACKET

X 0

.188,BRSCOPL

X 0

X 0 6 REAR,0.810

CU BE RED CLR 80009 214-1139-03

.156

00

X 0

.16,SST .880

EXT,U/O 0

.248

.188,BRS

REAR,0

.188,BRS

019 80009

X 0

.188

.188,BRS

.156CUBE

.16,SST

PLUG-IN(SEEAlREPL)

OG,STL

CO PL

B,PNH,STL

STL

.83

CIA 80009 401-0180-00

.3750IA

00 OUTER CON 80009 384-0878-01

CO PL

I0,PLSTC 90009 401-0178-01

.378

PL

CC

OO,1NTMO CONC 80009 384-1478-03

CO PL

RED CLR 80009

.83

CIA 80009 401-0180-00

Mfr.PartNo.

80009

337-2292-00

80009

337-2369-00

80009

337-2369-01

83385

ORDER BY OESCR 211-041800-00

80009

105-0243-00

70278 ORDERBYOESC

CPHY-1728K

85480 83385

ORDER BY 672-0574-00

80009 672-0574-01

672-0574-02

83385 ORDERBYDESCR

TKO507 ORDER BY OESCR

80009

344-0248

80009

263-1111-00

77900

ORDER

80009

200-1950-00

01536

ORDER

TKO507

ORDER

73743 12161-50 80009

214-1752-00

79136

5100-37-ZO

80009 105-0716-00

73743

12161-50

73743

12161-50 80009 407-1199-00 80009 407-1199-03 80009 105-0651-00

384-1424-01

12161-50

73743

214-1139-03 80009 214-1752-00

79136

5100-37-10

OESCR

BY OESCR

BY OESCR BY OESCR

8-

4

REV

DEC

1905

Replaceable

Mechanical

Parts--AM 503

Fig.& Index No

1-81

Tektronix

.

PartNo.

----

-82

-83 136-0252-07 108

-84 131-0608-00 39

-85 131-1003-00 4

-86 344-0255-00 4

-87 343-0149-00 2

-88

-89

-90

-91

-92 210-0001-00 2

-93 210-1156-00 2

-94 342-0166-00 2

-95 214-2407-00

-96 211-0097-00

-97 210-0586-00

-98 136-0728-DO8056560

-99

-100 210-3082-00

-101 131-1031-00 13

-102 214-0973-00

-103

-104 214-1061-00

-105

-105.1386-3657-01

-105.2210-1270-008036698

-106

-107

-108

-109

-----

361-0385--00

214-1797-00

-----

----- 2

211-0001-00

220-0627-00 2 210-0801-01

136-0514-00 136-0269-02

131-1030-008010100 8033999 13 131-1030-00

131-1030-01 131-1030-00

131-1030-01 131-1030-06

136-0269-02 131-0566-00

426-0725-05

426-0724-14 198-0001-00 131-0707-00 175-0825-00 AR .CABLE,SP,ELEC 175-0826-00 AR .CABLE,SP,ELEC 352-0169-02 352-0161-00 352-0161-03 352-0161-04 210-0774-00 210-0775-00

Serial/AssemblyNo.

Effe

ctive

8010100 8010100

8034000 8034000

8047649 8049986

8059853

8010100

8030000

8036698

Dscont

8056559 8056559

8047648 10 8049985 13 8059852 13

8029999

Qty112345

.

.SNITCH,PUSH

2

.

.SPACER,PBSH

.

.SOCKET,PIN

.

.TERNINAL,PIN

.

.CONN,RCPT,ELEC

.

.CLIP,ELECTRICAL

.

.STRAP,TIEDONN,E

14

.

.PIN,ATTENCLIP

.

.TRANSISTOR:(SEE

.

.(ATTACHINGPARTS)

2

.

.SCREN,MACHINE

.

.NUT,PLAIN,HEX

1

.

.NASHER,FLAT

.

.NASHER,LACK

.

.NASHER,SHL1)R

.

.(ENO

.

.INSULATOR,PLATE

1

.

.HEAT

.

.(ATTACHINGPARTS)

1

.

.SCREM,MACHINE

1

.

.NUT,PL,ASSEN

.

.(ENO

1

.

.SKT,PL-IN

1

.

.SKT,PL-IN

1 .

.SKT,PL-IN

.

.CONT

3

.

.CONT

.

.CONT

.

.CONT

.

.CONTASSY,ELEC

13

. . .

.(ATTACHINGPARTS)

13

.

.EYELET,METALLIC

.

.(ENDATTACHING

.

.CONT

1

.

.HEATSINK,XSTR

1

.

.SKT,PL-IN

2

.

.BUS,CONO

1

CONTACT,ELEC

1

FR

SUPPORT,PLUG-IN

2 2

HASHER,FLAT

1

FR

1

HIRE

11

.CONTACT,ELEC:22-26ANG,BRS,CU

1

HLOR,TERNCONN

1

HLOR,TERNCONN

1

HLDR,TERN

1

HLDR,TERW

11.EYELET,METALLIC .EYELET,METALLIC

Name

CONNWO

ATTACHING

SINK,XSTR

ATTACHING

ELEK ELEK

ELEK ASSY,ELEC ASSY,ELEC ASSY,ELEC ASSY,ELEC

ASSY,ELEC

ELEK

:OLMMY

:GROUNDING,CUBE 80009

SECT,PLUG-IN

:0

SECT,PLUG-IN

SET,ELEC

CONN:3NIRE,ORIa1GE CONN:3HIRE,YELLON 80009 352-0161-04

Description

&

:(SEES125

.164

:0

.365LX 0 :CKT

:

:2-56XO :2-56

:0

.14IOX 0

:#2

:0

.0910

:2

:4-40

HA

:MICROCIRCUIT,8DIP 09922 :MICROCIRCUIT,14DIP 09922 :MICROCKT,14 :CAN :CAM :CAN :CAM :CAN

:CAM :TO-92,CU :MICROCIRCUIT,14DIP 09922

:TOP :

.14110X 0.04THK,AL,0

:BOTTON

:

:2,26 :3,26

:2 :3

:O :0

REPL)

L,GREEN

80

:FUSE,CKT

.75

:6

Q155

X 0

INTL,0

PARTS)

:TRANSISTOR,MICA

EA0.125,0

X O.312,PNH,STL

:4-40

PARTS)

SNITCH,BOTTON SHITCH,80TTOM SHITCH,BOTTON SHITCH,BOTTOM SHITCH,BOTTOM

:0

.047

PARTS)

SNITCH,TOP

RES,0

ANG,STRO,PVC

AHG,STRO,PVC NIRE,RED HIRE,BLACK 80009 352-0161-00

15200X 0.218L,BRS

:126

POLYCARBONATE

DIMPLE

.025

BRIGLOPL 22526 48283-036

NT,3PRONG 80009131-1003-00

NT,CUBE 80009344-0255-00

80

L,PLASTIC 06383 ORDERBYDESCR

AND

0165

REPL)

.25,PNH,STL .156

HEX,9RS

.025

.013

THK,STL

X 0

.200

.141

X 0

.25,STL

CONTACT

00

X 0

BECOPL 80009

.094

00X 0

00X 0.205L,8RS

NP

THK,STL

XO

.133

NP

.0850,NYL 80009 210-1156-00

OIAHOLES 80009 214-2407-00

PL

CO

L,BRS

NP

.225

L 24546DNA

.21900

BEGLOPL 22526

JKT,RBN 80009 175-0825-00 JKT,RBN

Code

80009 361-0385-00 22526 75060-012

80009 214-1797-00

83385

73743

86928 ORDERBYOESCR

77900

80009 342-0166-00

TK0435ORDERBYOESCR

78189

09922 80009 131-1030-00 80009 80009 80009 80009 80009

61957S6494

80009 131-1031-00

80009 83486 80009 80009 80009 198-0001-00

80009 80009

80009 352-0161-03

80009 80009 210-0775-00

Mfr

.

Mfr.PartNo.

ORDERBYOESCR 10002-56-101

1202-DO-00-0541C

211-041800-00

OIL88P-108 OILB14P-108T

OIL814P-108

131-1030-00 131-1030-01

131-1030-00 131-1030-01 131-1030-06

(MODIFIED)

214-0973-00 DILB14P-108T

07 214-1061-00 426-0725-05 ORDER

BYDESCR 210-1270-00 426-0724-14

47439-000

175-0826-00 352-0169-02

210-0774-00

REVOCT

1985

m

X

o

r O

v

m

O

AM503



Digitally signed by  http://www.aa4df.com

Fig

. Index N

o

2-

-1

-2

8

Tektronix Part

011-0049-01 012-0057-01 070-2052-01

No

Serial/AssemblyNo.

Effective

Dscont Qty

12345

STANDARD

TERIMI,COAXIAL:50

1

CABLE

1

NANUAL,TECH

OPTIONAL

1

PROBE

1

PROSE,CURRENT

Name

ACCESSORIES

ASSY,RF

ACCESSORIES

CURRENT

:50

:INSTR

:A6302 :A6303

Description

8

OHN,2N,BNC OHN

COAX,43.0L

Replaceable

Mechanical

Mfr

.

Code

18203 80009 80009

Parts--AM

503

Mfr.PartNo.

T132 06 012-0057-01 070-2052-01

REVDEC

1985

8-7

REV

APR

1985

AM

503

MANUALCHANGE

At

Tektronix,wecontinually

by are

adding

developed

circuit

and

component

tested

.

strivetokeep

improvements

INFORMATION

with

latest

up

to

electronic

our instruments as

developments

soonasthey

Sometimes, changes change

are duplication

manualiscorrectasprinted

informationonfollowing

A

single

carriedinthe

due

immediately

change

may

occur.Ifnosuch

to

may

manual

printing

into

printed

affect

and

manuals.Hence,

pages

several

until

all

change

.

shipping

.

sections.Since

changes

requirements,

are

pages

appear

your

manual

the

change

permanently

following

we

can't

may

contain

information

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this

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AM503

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Description

This

manual

52315,

and

portionofTable

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TO

Current

insert

other

Probe

describes

manual

(

Amplifier

changes

2-1

MANUALCHANGE

Date

Tektronix

.

2-21-86

:

DESCRIPTION

mods

51712, 58635,

Specification

thatisshownon

ELECTRICAL

page

Table

2-1

CHARACTERISTICS

INFORMATION

Change Manual

portionsof35696, 46477, 47304, 52308,

Reference

PartNo. :

:

-

Change

2-1

with

the

following

:

C9/0286

070-2052-01

PG

60

Bandwidth

Full

AM

503 with with

5

MHz

ac

coupled,

Risetime

Random

Attenuator

(full

AM

503

with

P6302

with

P6303

Noise,AM503

(1st

twocwpositions

CURRENT/DIV (except

CURRENT/DIV

Noise,

P6302

only

P6303

only

Characteristics

(-3

db)

only P6302 P6303

lower

limit

bandwidth)

only

of

switch)

list

two

positions of

switch)

typical

probes

Accuracy

Performance

DCtoat DCtoat DC

5

<7

<3 <7

<23

<4mV

<0.8mV

<0.3mA <3mA

Within3%of CURRENT/DIV

least least50MHz

to at

least

MHz,±1

Hz

.5ns

ns

(tangentially

Requirements

100

MHz

15

MHz

.

indicated

.

. .

measured)

Supplemental

OUTPUT

BANDWIDTH LEVEL;do

BANDWIDTH CURRENT/DIV ed

for

terminated

zero do

Information

into

Full,

couplinginCALDC

level

adjusted

Full,

couplinginDC

fullcw;DCLEVEL

out

.

500,DC

for

zero

coupled

out

.

;

adjust-

.

Page1of

6

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AM503

Product

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Replace throughi,beginning

Fig.3-3,

Current

Fig.3-4,

Probe

Amplifier

Adjustment

and

stepsdthrough

on

page

3-4,asfollows

Date

:

DESCRIPTION

Procedure

hofpart3,"Adjust

:

2-21-86

Change

Changes

Compensation",

Reference

with

the

C9/0286

new

steps

d

:

.

. . . . .. .. ....

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compensation

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.

I

.

Page2of

adjustment

d.Examine-the e.Adjust-R366 f.Set g

.

correct

h.Adjust-R364,

compensation

If sarytore-check Refertothe Section2,Performance

i .

6

locations

monitor

the

Examine-the

compensation

.

RefertoFig.3-4

compensation

RISE

Remove

all

test

.

long

term

waveform

for

optimum

oscilloscope

front

cornerofthe

.

R345,

C363,

NOTE

adjustments

bandwidths

the

TIMEIBANDWIDTH

Check

connections

.

compensation

TIME/DIVto20ns.

and

R363

for

example

made,itis

are

of the

.

waveform

for

optimum

.

instrument

procedure

for

neces-

.

in



AM503

Product

:

Replaceable

REMOVE

Compon C234

C244

R232 R234

R242 R244

VR166

:

entNo.

Current

Tektronix

PartNo.

290-0134-00 290-0134-00

315-0201-00 315-0621-00 315-0201-00 315-0621-00

152-0306-00

Probe

Amplifier

Electrical

Serial/ModelNo.

Eff

Date

:

DESCRIPTION

Parts

Dscont B069999

B069999 B069999 B069999 B069999 B069999 B047648

2-21-86

List

CAP, CAP,

RES,FXD,CMPSN

RES,FXD,CMPSN RES,FXD,CMPSN

SEMICOND

and

Name

FXD,ELCTLT FXD,ELCTLT

Change

Schematic

Description

&

:22UF,20%,15V :22UF,20%,15V :200

OHM,5%,0

:620

OHM,5%,0

:200

OHM,5%,0

:620

OHM,5%,0

DEV

:ZEN,9

Reference

.1V,5%0

.25W .25W .25W .25W

.4W,

:

C9/0286

Changes

Reference

M58635 M58635 M58635 M58635 M58635 M58635

M58635

ADD

:

C311 C395

VR168 VR232 VR242

CHANGE

A1 C232 C242 0230

R135 R136

R220 R328 R366 R407 S370

TO

283-0194-00 283-0194-00

152-0306-00 152-0217-00 152-0217-00

:

670-4353-08 283-0191-00

283-0191-00 151-1090-00 321-0210-00 311-1266-00

315-0474-00 315-0680-00 311-0635-00 315-0101-00 260-1833-00

B063201 B063201 B047649 B070000 B070000

B070000 CIRCUIT B070000 B070000 B063201 B070000 B070000

B070000 B063181 B070000 B063181

B055859

CAP,FXD,CER

CAP,FXD,CER SEMICOND SEMICOND SEMICOND

CAP,FXD,CER CAP,FXD,CER

TRANSISTOR RES,FXD,FILM:1.5K

RES,VAR,NONWW RES,FXD,CMPSN

RES,FXD,CMPSN RES,VAR,NONWW RES,FXD,CMPSN SWITCH,SLIDE

DI:4.7UF,20%,50V DI:4.7UF,20%,50V

DEV

:ZEN,9

DEV,DI

:ZEN,SI,8

DEV,DI

:ZEN,SI,8

BDASSY

:MAIN DI:0.022UF,20%,50V DI:0.022UF,20%,50V

:

FET,DUAL,N

OHM,1%,0

:TRMR,2

:470K :68

:IK

:100

:DPDT,0

.1V,5%0

PLUG-IN

CHANNEL,SI

.5K

OHM,5%,0

OHM,0 OHM,5%,0

.5A,125V

.4W,

.2V,5%,0 .2V,5%,0

.125W OHM,0

.25W

.5W

.25W

.4W .4W

.5W

M51712 M51712 M58635 M58635

M58635

M58635 M58635 M58635

M51712 M58635 M58635

M58635 M52308 M58635 M52308 M46477

Page3of

6



Product

:

AM503

Current

Probe

Amplifier

Date

:

DESCRIPTION

Diagram

2-21-86

Changes

Change

Reference

:

C9/0286

8ZLZ9Z

BZLZ91

Fig.7-1

NC80

SZ OZ EZ ZZ IZ OZ

SZ OZ CZ ZZIZ0Z

A1-Amplifier

.

6I 81 It 9t 91 01 CI ZlIt01

61 91 LI 91SlVI CI it1101

circuit

board

component

Page4of

6

6 8L9 59C

6 8L9 5 0 C.Z t

Z

locations

I

.



Product

:

AM503

Current

Partial,

Probe

Amplifier

Diagram

`>

:

OVERLOAD

-

Date

:

DESCRIPTION

Changes

INPUT

2-21-86

Change

(cont

.)

Reference

:

C9/0286

Q310A

Partial,

i~

A

H,

;

8397

0395,

Diagram

+Ih

0311 4

.7-~

I

31

C

395

+I~o

4

.Zc~F

R395

\V

+3.C

OS

F

Q315

C391

H

~-

iF<-

--9

i

Page

5 of 6



product

ADD

Fig Index

No

CHANGE

AM503

:

Current

Probe

Replaceable

:

.

&

TektronixSerial/ModelNo.

.

PartNo. 214-2593-00

TO

Eff B063181

:

Amplifier

Dscont

Date

:

DESCRIPTION

Mechanical

1

Oty

2345

HEAT

1

SINK,XSTR

2-21-86

Parts

Name&Description

:TO-5,AL

Change

List

Reference

:

Changes

C9/0286

Reference

M51712

1-54

-58

-83

-86

-98

-99

-103

211-0244-00

672-0574-00 672-0574-01 672-0574-02 672-0574-04

672-0574-06

211-0292-00

136-0252-07 136-0252-07

136-0252-07 344-0255-00

344-0326-00 136-0728-00 131-1030-00

131-1030-00 131-1030-01

131-1030-00 136-0269-02

131-0566-00

B010100 B047649

B049500B063180 B063181

B070000

B010100B063180 B063181 B070000

B010100 B070000

B056560 8010100

B034000B047648

B034000 B047649 B049985 B049986 B059853

B010100B056559 B030000B047648

B047648 B049499

B069999

B063180 B039999 B047648

B059852

2

SCR,ASSEM

1

CIRCUIT

1

CIRCUIT CIRCUIT

1

CIRCUIT

1 1

CIRCUIT

SCR,ASSEM

8

112

SOCKET,PIN

71

SOCKET,PIN

29

SOCKET,PIN

4

CLIP,ELECTRICAL

4

CLIP,ELECTRICAL

1

SKT,PL-IN

13

CONT CONT

3

10

CONT

13

CONT CONT

13

CONT

13

1

SKT,PL-IN

2

BUS

BD

ASSY

BD

ASSY

BD

ASSY

BD

ASSY

BDASSY

ELEK

ASSY,ELEC ASSY,ELEC ASSY,ELEC ASSY,ELEC ASSY,ELEC ASSY,ELEC

ELEK

CONDUCTOR

WSHR

:4-40X0

:ATTENUATOR :ATTENUATOR :ATTENUATOR :ATTENUATOR :ATTENUATOR

WSHR

:4-40X0

CONN

:W/O

CONN

:W/O

CONN

:FUSE,KT :FUSE,BRASS

:14

CONTACT

:CAM :CAM :CAM :CAM :CAM :CAM

:MICROCIRCUIT,

:DUMMY

.312,PNH

.29,BRS

DIMPLE DIMPLE DIMPLE

BD

MT,CU

SWITCH,BOTTOM SWITCH,BOTTOM SWITCH,BOTTOM

14

RESISTOR

STL

NI

PL,POZ

BE

DIP,LOW

CD

(COR

M51712 M58635

(COR

M52308 M58635

M58635 M52308

M52315 M47304

M35696

.)

Page6of6`

Tektronix AM503 Instruction Manual

Specifications and Main Features

Frequently Asked Questions

User Manual