Tektronix 7A18, 7A18N Instruction Manual



Tektronix,

Inc

P

.

.

0

O.Box

070-1126-01

500

"

Beaverton,

Oregon

97005

"

Phone

644-0161

"

Cables:Tektronix

1271













i

1

tv

'Give

~!uestiori

`S

.ai,

Fil)NI'.

t=?

.

°~"Y::IO"=Y:'~'~rYd11W

91i

tiie

warran`"

'or

;ncimo

7

lta

:f

of!

nIns}

All

ferule`.:`

riirectetl

Num

<

.~rVI::'

117 --.,

In

L~~:acid

"eaverion,
America.All
n)ay

riotbereproduced

'9

ektronix,

L1..^

:

:nr

:mo

mreruia

;i)Nlr

ii!n

Y

I''=~:!~

cili0

LalrS

:<`l\!XF;~lc~

SerialNumhciwith

1-,-

wls

priceer

new

Oregon.Printedinthe

rights

reserved.Contents

in

Iric

.

forerurl
;)mL

:ms

. :

;ridiur

:

gis

;ereddemari<

rrpilCernerYt

;

prwile

material

any

form

oareYtts

pifi

:

-..

.

allrequests

1974,

United

of

without

oroducts

irendinrl

.

of

por

:

S

iolll

£n`

it'.:'..

'0

S5

for

parts

by

Tektronix,

States

this

publication

permission

covere."ibyI1 .,

iekironix,

or

of

of

; .

l -

IC,

7A18/7A18N

SECTION

SECTION

SECTION

SECTION4

1

SPECIFICATION

Introduction

Electrical

7A18

And

Response

Environmental

Physical

2

OPERATING

Installation
Front

Panel

General

Basic

Applications

3

CIRCUIT

Introduction

Block

Diagram

Detailed

MAINTENANCE

Preventive

Troubleshooting

Replacement

Component

Characteristics

Mainframe Frequency

Characteristics

Characteristics

INSTRUCTIONS

Controls

Operating

and Connectors

Information

DESCRIPTION

Description

Circuit

Description

Maintenance

Parts

Replacement

Page

1-1

1-1

1-3
1-3
1-3

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

3-1
3-1

3-1

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

OPTION

SECTION

SECTION

SECTION8

CHANGE

INFORMATION

6

ELECTRICAL
Abbreviations

Parts

DIAGRAMS

7

ILLUSTRATIONS

Symbols
Voltage

MECHANICAL

Mechanical

Index
Mechanical
Accessories

INFORMATION

Ordering

and

and

Parts

of

Mechanical

Parts

PARTS

and

Symbols

Information

AND

CIRCUIT

Reference

Waveform

PAR'I'S

List

List

LIST

BOARD

Designators

Conditions

LIST

Information

Parts

Illustrations

SECTION

5

CALIBRATION
Recalibration

Test
Part

PartII--

Equipment

I-.-

Performance

Adjustment

Interval

Required

Check

5-1
5-1

5-3
5-7

REV.JUNE

Abbreviations
or

taken

directly

Symbols
the

for

electronics

locatedatthe

1974

and

symbols

from

Units",

MIL-STD-12B

industry.Change

rearofthis

used

IEEE

manual

in this

manual

Standard

and

260

other

are

standardsof.

information,ifany,

.

based on

"Standard

is

7A18/7A18N

Fig.1-1

.

7A18

and

7A18N

Amplifier

.

7A18/7A18N

Introduction

The

7A18

units

are

designed
Oscilloscopes
tical
"IDENTIFY"
references
unless
medium-bandwidth
tion

circuits

Deflection

.

except

made

otherwise noted.The

are

Characteristic

Factor

Change

and

7A18N

for use

The

7A18

that

readout

function

are

to the

7A18

amplifier.Internal

automatically

information,

Dual

with

and

7A18N

encoding

provided onlyinthe

apply

if

Trace

Tektronix

are

equally to the

7A18

switched

any,

Amplifier

capabilities

isadual-channel,

gain

affecting

7000-Series

electrically

7A18.All

and

compensa-

to

correspond

Performance

this

plug-in

iden-

and

7A18N

TABLE

ELECTRICAL

section

an

to

willbefound

the

setting

inverted
operated

Oscilloscopes

The
stated
ambient
minute

1-1

Requirement

at the

of the

for differential

in

any
.

following

environmental

temperature

warmup

unless

rearofthe

VOLTS/DIV

plug-in

electrical

range

of

+20°C

otherwise

manual

switch

measurements

compartment

characteristics

for

instruments

+30

to

noted,

.

.

Channel2can

.

The

7A18

of the

7000-Series

are

valid

calibratedatan

°C,and

afterafive

can

over the

be
be

Calibrated

Deflection

Uncalibrated
(VARIABLE)

GAIN

Frequency
System
(8

div

reference
Upper
DC

Lower
AC

With

Range

Factor

Response

Dependent

signal)

Bandwidth

(Direct)

(Capacitive)

Coupled

Bandwidth

10X

Probe

Accuracy

Coupled

5

mV/Div

2,5sequence

Within

2%

0.mV/Div

Continuously
steps

;

extends

least12.5

See

Table

10

Hertzorless

1

Hertz

or

to5V/Div;ten

.

with

GAIN

. .

._

._

. .

.__.._ .

variable

deflection

V/Div

.

A

less

steps

adjusted

between

factortoat

in a

1,

at

calibrated

Permits
for

calibrated

series

adjustment

operation

oscilloscopes

of deflection

with

.

all

factor

7000-

Specification-7A18/7A18N

TABLE

1-1

(cont)

Maximum

Channel

Input

Displayed Noise

Overdrive

InputVoltage

DC

Coupled

AC

Coupled

Isolation

R

and

Resistance

Capacitance

RC

Product

(Tangentially

Recovery

Characteristic

C

m..

Measured)

Time

Performance

50:1display

megahertz

1

MQ±2%~

-

Approximately

ratioupto

.

20.0pf

Requirement

50

Supplemental,

volts,

250
ponent500

mum,

500
nent
mum,

Within
factors

300
7000-Series

0.1msorlesstorecover
division
drive

---75

signal

(DC+Peak

volts

one

kilohertzorless

volts,

(DC+Peak

500

volts

one

kilohertz

:,_

1%

.

microvoltsorlessat5

Oscilloscope

after

signalofup

divisions

duration

Information

peak-to-peak

peak-to-peak

or

between

removal

the

to

regardlessofoverdrive

.

AC);AC

AC);AC

less

+75

com-

maxi-

.

compo-

maxi-

.

all

deflection

mV/Div

.

to

within

of an over-

divisions

-"

in

one

or

Common

Drift

DC

Drift
temperature
constant)

Drift

(line

Time

Display

Mode

Rejection

with

Time

and

with

Temperature

voltage constant)

Delay

between

Modes

(ambient

line

voltage

Channels

At

least10:1

Channel
Dual-trace, alternate

Added

Dual-trace

Channel

1

algebraically

2

up

only

chopped

only

.

.

to50megahertz

between

.

between

.

channels

channels

or

less in

.01

anyone

.

division

.

0.02

division

hour

than

warmup

0

after

one

No

more

picosecondsorless

700

.

.

minute,

per

degreeC.

Specification-7A18/7Al8N

Trigger

Cha,~~o,puo

source

With

Selection

7700

75

MHz

SeHes

TABLE

Performance

Channellonly
Follows

ENVIRONMENTAL

DISPLAY

7A18
FREOUENCY

:7-

.

TABLEA

AND

TABLE

1-1

(cont)

Requirement

MODE

MAINFRAME

RESPONSE

60

MHz

1-2

CHARACTERISTIC

selection

.

With

7400S=,ip

50

MHz

Refer

toWeSpecification

Size

Weight

for

the

associated oscilloscope

Fits

all

2

Pounds

.

TABLE

PHYD!CAL

7000-series

10

Ounces

1-3

plug-in

compartments

(1.4kilograms)

.







7A18/7A18N

General

To

effectively

ties

of the

cribes

front-panel

signal

input

various

measurement

Installation

The

7A18iscalibrated

can

be

installedinany

Series

oscilloscopes,
vertical
and
fully
oscilloscope
at
against

plug-in

lower

rails

insertit.

the

bottom-left corner

the

front

OPERATING

Change

use

instrument

control functions,

connections,

compartments.To

of the

The

when

panel

information,ifany,

the

7A18,

must

and

applications

and

compartment

butisintended

7A18

with

front

willbeflush

the

7A18isfully

of the

.

the

operation

be

known.This section

general

other

subjects

.

ready

for

install,

the oscilloscope tracks

inserted,

7A18

SECTION

affecting

and

information

that

useasreceived.It

of

Tektronix

for

principal

align

with

the front of the

and

willbein

capabili-

pertain

7000-

use

the

upper

the

place

this

des-

and

latch

2

INSTRUCTIONS

section

on

to

in

willbefound

at the rear of the

manual

.

To

remove
inscribed
and

the

slide

the

The
connectors
cable.See

Input

Connector

AC-GND-DC

with

will

7A18

7A18

FRONT

following

of

Fig.2-1

the

7A18,

the unit

out

identification

unlatch.Continue
of the oscilloscope

PANEL

AND

CONNECTORS

descriptions

both

Input Amplifier

.

Provides

channel

Selects

AC-The

naliscoupled
input
is

GND-Grounds

while
for the input
charge
capacitortoprecharge
circuit

input toAC.

pull

CONTROLS

apply

signal

.

signal

AC

while

blocked

maintaining

on

the
"7A18"
pullingonthe

.

to

channels

connection

input

component

the

.

the

signal.Provides

path

for

before

latch

(which

or

"7A18N")

latch

the

controls

when

appli-

to

coupling

to the

DC

amplifier

the

theACcoupling

switching

mode

of the

amplifier

component

input

same

the input

and

the

sig-

load

the

is

to

Fig

.

2-1.Front-panel

.

POSITION

a

IDENTIFY
(7A18

only)

controls

DC-Both

Controls

tioningofthe
Display
POSITION

Deflects
trace
with
with

and

connectors.(7A18shown

AC

and

of

the

signal

are

amplifier input

position of the

Modeiscontrolled

trace

identification.In

readout,

the

word

.

trace

control

about0.2

also

"IDENTIFY"

DC

components

coupled

trace.Posi-

in

the

.

only

division

instruments

replaces

.)

to the

"ADD"

by

CH

readout

.

1

for















Operating

VOLTS/DIV

VARIABLE
(VOL1-S/DIV)

GAIN

DISPLAY

TRIGGER

Instructions-7A18/7A181\1

Adjustment

MODE

SOURCE

Selects
from

stepsina
Provides

calibrated
brated
factor
or

When
pushed
screw-driver
bration

Selects
of

CH

ALT---A

ADD-Algebraically

CHOP---A

CH

Selects
The
triggering
base

CH1-Internaltriggeringsignal

MODE--Internal

calibrated

5

mV/Div

1-2-5

continuously

steps.Extends

rangeto12.5volts/division

more

.

the

in,itbecomesafront-panel
of deflection factor

one

operation

1-A

single-trace

signal

appliedtoChannel1.

dual-trace

signal

appliedtoboth

- T -hechannels
played,
the

end

sweep

.

appliedtothe
input
algebraic
the

CRT.The
switch allows
CH1+
Positionofthe

play

modeiscontrolledbyCH

POSITION

signals
Thetwo
sweepasdeterminedbythe
dicator

2--A

single-trace

signal

appliedtoCH2.

sourceofthe

trigger signals

for the

units

.

obtained
CH1.

matically
MODE

deflection

to5V/Div;ten

sequence

settings

VARIABLE

adjustment

of

:

and

connectors,

sum

CH2or

dual-trace
appliedtoboth

channels

oscilloscope

from

selection.In

between

the

the

following

displayofthe

displayofthe

are

alternately

switching

of each

adds

CH1and

is

displayed
CH2POLARITY
the

displaytobe

CH1-

traceinthis

control

only

displayofthe

time-share

.

displayofthe

trigger

provide

oscilloscope

signal

trigger

follows

factors

.

variable

deflection

control

for

.

channels

occurs

time-base

the

and

.

channels

internal

applied

signal

DISPLAY

ADD

un

cali-

cali-

modes

dis-

at

signals

CH

the

on

CH2.

dis-

the

in-

signal

time-

to

auto-

or

is

.

2

1

.

.

CH

CH2POLARITY

GENERAL

Provides

+

INVERT--A

OPERATINGINFORMATION

Introduction

For

single-trace

amplifier

DISPLAY

1orCH2and
appropriate
operations

Signal

connectingasignaltothe
uator
circuit
conditions

ring,

series
coding
fier

on the

probe

units

Vertical

switchto10
oscilloscope
nel
four
exactly

is

ing

channels

MODE

input.In

usingCH1

Connections

In

general,

probe

under

.

The

Tektronix

was

designed

amplifier

ringonthe

unit

which

CRT

being

without

Gain

check

To

calibrator

being

checked.The

divisions.If

four

engagedbypressing

the

knob

operation,

canbeused

and

TRIGGER

connecting

the

only

probes

offersahigh

testtoperform

to

used.For

readout,

offer

P6053A

specifically

units

equipped with readout.The

probe

automatically

the

actual

see

Check

the

gain of

mV

and

connect40mV,1kHz

to

vertical

not,

divisions

with a

of deflection

in

narrow-blade

CHOP

display

signalisthe

1

andCH2

2---Internal
obtained
CH2.

meansofinverting

2

display

-UP--A

and

either

positive-going

CH

2

the

CRT

the

CH

flects

the

ward

.

eitherofthe

independentlybysetting

the

signaltobe

discussionstofollow,

apply

the

most

inputofthe

input

impedance

very

probe,

for

connectstoa

corrects

deflection

probes

the

Tektronix,

to be

Adjustment

channel,

the

input

deflection

adjust

the

the

GAIN

modes,

algebraic

trigger

from

signal

.

input

connector

display

positive-going

2

input

CRT

SOURCE

equallytoCH2only

convenient

7A18.A

closetonormal

with

its

use

with

circuitinthe

the

readout

factoratthe

used

Inc.catalog

set

connectorofthe

shouldbeexactly

front-panel

.

The

GAIN

control

screwdriver

the

trigger

sumofCH

.

trigger

upward

connector

display

switchestoCH

observedtothe

and

readout

Tektronix

with

the

signal

knob

signal

applied

the

signal

at

deflects

.

signal at

down-

two

identical

single-trace

.

means

10X

atten-

allows

operating

cod~ng

readout

ampli­displayed
tipofthe

amplifier

.

VOLTS/DIV

from

chan-

GAIN

adjustment

and

turn-

(see

Front

to

CH

the

de-

the

of

the

7A-

the

for

2-2

Panel

Controls

and

then counterclockwise,

When

the

GAIN

control

will

changeasthe

knob

with

the

screwdriver

exactly

Input

switches

four

divisions,

Coupling

The

Channel1and Channel

allow

a

choiceofinput

typeofdisplay desired
the

couplingtouse

The

DC

DC

component

AC

signals

probe)

and

these

signals

In

theACcoupling

square

.

coupling

of

the

below

about

waves

are

attenuatedintheACposition

signalisblocked by

coupling

DC

precharge
use
probetothe
coupling

inputofthe
input

inputs

to

VOLTS/DIV

determined by

of

the
tion
switch
calibrated

settings
switch.With
wise
brated

volts/division.By

the
set

position

component

much

feature

this

feature,

first

circuit

capacitortocharge

The

GND

position

amplifier

connectors.However,

are

not grounded,

the

signal

source

and

The

amountofvertical

the

the

probe, the

settingofthe

factors

The

and

input

within the

indicated

apply

(CAL

VARIABLE

between

the

vertical

connector,

only

IN)

the

the

VARIABLE

VOLTS/DIV

deflection factor

rangeofthe

provides
should

.

signal

settingofthe

VARIABLE

when

applyingacalibrated

Connectors).Turn

until

the

GAIN

is

engaged,

knobisturned

until

then

remove

the

.

"Turn

the

the

2

coupling

screwdriver

coupling

and

the

applied

position

signal.It

must

must

30

hertz

with

low-frequency

position,

a

capacitorinthe

the

best

larger

than

be

used with

set

the

couplingtoGND.Connect

and

wait

about

.

Then

provides

without

the

and

the

VARIABLE

deflection

amplitude,

signal will

be

also

(ten

theDCcomponent

input

displayofsignals

theACcomponents.The

largeDCinputs.To

two

set

the

a

ground

externally

signals

same

DC

Controls

produced

the

VOLTS/DIV

control.Calibration

by the

position

control

settingsofthe

the

VARIABLE

.

provides

variable,

calibrated stepsofthe

any

control

set

specific

VARIABLE

fully

to5volts/div

is

extended

deflection factor

control

the

knob

clockwise,

controlisengaged

vertical
the

deflection

GAIN

control

deflectionisset

.

(AC-GND-DC)

methods

.

determine

used

to

display

be

usedtodisplay

hertz

with

a

components

.

of

circuit.The

with

seconds

for

couplingtoAC

referenceatthe

grounding

connectedtothe

loadispresented

by a

signal

attenuation

factor

switch,

deflec-

VOLTS/DIV

controlisin

uncalibrated

VOLTS/DIV

counterclock-

the

uncali-

to at

least12.5

voltage

source

can be

.

The

the

10X

the

AC

the
the

the

and

the

to

as

CH

.

displayed

to

Thisisparticularly
when
POLARITY
the

same
will
positive-going
on
move

DISPLAY

CH1inputortheCH2
switchtothe

signalisalso
desired

the

a

MODE

channel1and
Although

.

CHOP
rates

rates
ceptible

switch
signals,

signal,orfor

channeltooffset

other

is

mode

positionisthe
VOLTS/DIV
VOLTS/DIV
the
CRT
resultant
amplitudeofthe
the
channel1POSITION

Chop Mode.The
MODE
switched
hertz
mode

2

POLARITY

CH2POLARITY

The

waveform

differential

measurements

switch

+UP

position,

polarityasthe

move

the

CRT

waveform

the

CRT

in

inverted

the

trace

down

MODE

For

single-trace

operation,

corresponding

To

displayasignalinone

appliedtothe

channelbysetting

Operating

Switch

of

the

useful

has

two

the displayed

applied

trace

at

form

.

Switch

input

Instructions---7A18/7A18N

switch

may

signal

appliedtotheCH2

in

added

aretobe

positions,

signal

andapositiveDCvoltage

up.In

the

theCH2

and a

apply
and

position:CH1orCH2

channel independently

other

channel,

the

DISPLAY

appropriateCH1orCH2position

Alternate

Mode.The

switch

producesadisplay

ALT

position of

which

channel2with each

the

ALT

mode

can be

usedatall

mode

providesamore

below

about 0.2millisecond/division

alternate

mode

satisfactory

switching

.

Add

Mode.The

can

be

for

common-mode

channel).The

with

resultant

display.In

display

ADD

mode,

switch

between

rate

(controlled

provides

ADD

used to

DC

display

offset

the

DC

overall

both

VOLTS/DIV

deflection

switch

.

However,

switches

are settodifferent

amplitude

this

case,
can be
signal

appliedtoone

positioningofthe

control

CHOP

produces a

channels

by mainframe)

the

best

display

position

the

of the

sum

rejectiontoremoveanundesired

(applyingaDC

component

deflection

switches

factor

if

is

difficulttodetermine

the

voltage

determined

traceiscontrolledbythe

only

.

position of

display

at

approximately a

at

sweep

be

usedtoinvert

the

input

operationofthe

made.The

+UP

and

waveform

will

INVERT

input

willbedisplayed

positiveDCvoltage

the

signal

set

the

DISPLAY

7A18

CH

INVERT.In

have

the

position,

will

eithertothe

MODE

.

when

simply

select

the

MODE

switch to

.

the

DISPLAY

alternates

sweep

sweep

on the

rates,

between

CRT

the

displayatsweep

.

At

slow

sweep

becomes

visually per-

DISPLAY

MODE

or difference of

two

voltagetoone

of a

signalonthe

factorinthe

settothe

indicated

the

CH

deflection

1

by

and

from

ADD

same
either
CH

factors,

the

amplitudeofthe

accurately

onlyifthe

channelisknown.In

the

DISPLAY

whichiselectronically

500

kilo-

.

In

general

rates

the

slower

CHOP

than

.

2

a

a

.

2

REV.APR

1974

2-3













Operating

about0.2
repetitive

Instructions--7A18/7A18N

millisecond/divisionorwhenever

phenomena

TRIGGER

CH1.

switch

The

providesatrigger
applied to the
displayofthe

CH

2.The

switch

providesatrigger
applied to the
display

switch,
on
source
as

MODE

the

for

follows

of the

.Inthis

the

setting

each

:

MODE

CH

1

CH

2
ADD
CHOP
ALT

is

to be

SOURCE

Switch

CH1positionofthe

signal
CH1input
signal

CH

connector.This

appliedtothe

2 positionofthe

signal
CH2input

signal

connector.This providesastable

applied to

position of the

trigger

signal

for the

of the

DISPLAY

position

of the

TRIGGER

Channel
Channel
Algebraic
Algebraic
Alternates

l

2

sumofchannel1and
sumofchannel1and

between

displayed

obtained

CH1input

obtained

the

CH2input

time-base

MODE

DISPLAY

SIGNAL

channel1and

dual-trace,

.

TRIGGER

from

providesastable

TRIGGER

from

TRIGGER

unitisdependent

switch.The

MODE

SOURCE

channel
channel

non-

SOURCE

the

signal

connector

SOURCE

signal

the

connector

SOURCE

trigger

switch

2
2

channel

2.Set the

switches

3.Set the

DISPLAY

to display

coupling

the

channel

switchtoAC

MODE

used

and

.

.

TRIGGER

SOURCE

NOTE

For

low-frequency

.

.

is

2

theDCpositiontoprevent

4.Set

divisions

5.Set the
play.Set
several

6.Turn
tionofthe
lines
waveform
Position
peaks

7.Measure

peak

in

the

the

of the

the

cycles of the

the

below

is

control,

lies

near the

.

Check

CAL

IN position

time-base

time-base

waveform

the center horizontal

within

the

that the

signals

VOLTS/DIV
waveform

switch to display

vertically

Triggering

unit toasweep

waveform

7A18

POSITION

coincides

the

viewing

move

the display so

center

vertical

divisionsofvertical

VARIABLE

.

belowabout

30

attenuationofthe

.

controls

forastable

rate

which

.

control so the

with

one

of the

line,

and

the top

area.With

the

one

line (see

Fig.2-2)

deflection

(VOLTS/DIV)

hertz

about

of

use

signal

displays

lower

graticule

of the

time-base

the

upper

.

peak-to-

control

.

five

dis-

por-

is

Trace

Identification

When

the

IDENTIFY

flected

about0.2

divisiontoidentify
featureisparticularly
played.In
tion

factor

instruments

readout

with

BASIC

General

The

following
techniques
the

associated
applications
tion

must

for

be

making
Tektronix

are

not

adapted

information

measurements.This
applications

local

Tektronix

in

making

Peak-to-Peak

To

following

1.Apply

specific

make

procedure

not

described

Field

measurements

Voltage

peak-to-peak

:

the

signal to

(7A18

only)

buttonispressed,

useful

when

multiple

with

readout,

the

word

"IDENTIFY"

APPLICATIONS

describes

basic

measurements

oscilloscope

describedindetail

to

the

requirements

instrument

Office or

can

in

this

manual.Contact

representative

alsobeused

with

Measurements

voltage

either

measurements,

input

the

the

7A18

also

replaces

the

procedures

witha7A18

and

time-base.-

since

of the

this

instrument

(AC)

connector

traceisde-

trace.This

traces

.

each

applica-

individual

for

for

assistance

use the

.

are

dis-

deflec-

and
and

These

many

your

.

This

technique

ments

between

than

peaktopeak

Fig.2-2.Measuring

can
two

.

the

peak-to-peak

NOTE

also

be usedtomake

points

on

voltageofa

the

waveform,

waveform

measure-

rather

.

2-4















8.Multiply

VOLTS/DIV

of the

probeifused

EXAMPLE
flectionis4.5divisions
uator

probe,

Volts

PeaktoPeak

Substituting

The

peak-to-peak

Instantaneous

To

measure

proceed

as

1.Connect

the deflection

switch

:

Assume

and

the

-

deflection
(divisions)

the

given

Volts

Voltage

the

follows

the

setting.Include

.

VOLTS/DIV

vertical

values

Peak-to-Peak

voltageis45

DC

:

signal to

measured

that the

(see

Fig.2-2)

VOLTS/D

X

:

= 4.5X1X

volts

Measurements

levelata

given

either

the

peak

switch

setting

.

(DC)

input

in

attenuation

to

peak

using a

is

setto1

IV

point

connector

step7by

factor

vertical

10X

atten-

V

.

probe

X

attenuation

factor

10

onawaveform,

.

the

de-

7.Measure
reference
DC

measurement

8.Establish
POLARITY
the reference

9
VOLTS/DIV
probe,ifused

EXAMPLE

divisions

reference

of

0.5V

Using

Instan-

taneous

Voltage

line

and

levelistobemeasured

is

switchinthe

lineispositive

.

Multiply

setting.Include the
.

:

(see

line

usinga10X

.

the

formula

vertical

=

distanceXpolarity

(divisions)

Operating

the

distance

the

pointonthe

between

the

the distance

Assume
Fig.2-3)

the reference

polarity

the

:

Instructions---7A18/7A18N

in

divisions

waveform

.

For

example,

line

of

the

waveform.With

+UP

position,

.

measured

vertical

and

probe

the

with

in

attenuation

distance

waveform

a

VOLTS/DIV

VOLTS/

XDIVX

setting

between

at

which

in

Fig.2-3

and

pointA.

the

any

point

step

7 by the

factor of the

measuredis3

is

above

probe

attenuation

factor

the
the
the

CH

above

the

setting

2

.6

2.Set the

switches

divisions

trace

the
trace to the
control

line
position

to display the

3

.

Set

4.Set the
to the

voltage

after

To

measure

other

step4.
reference

position the

5.Set

the

canbechecked

.

the

of the

is

top

than

Set

DISPLAY

VOLTS/DIV

waveform

coupling

bottom

negative

graticule

this

reference

a voltage

ground,

the

coupling

voltage

tracetothe

coupling

MODE

channel

switch

.

switch to

graticule

to

switch toDC.

at

with

level

make

any

line

respect to

line.Do

line

has

NO

TE

with

the

switch

the

reference

time

and

TRIGGER

used

.

to

display

GND

and

or other reference

ground,

not

move

been

established

respect toavoltage

following

to

DC

and

input

connector.Then

line

.

The

ground

by

switching

position

position

the

POSITION

changes

apply

to the

SOURCE

about

line.If

.

to

the

reference

GND

five

the

the

Substituting

Instantaneous

The

instantaneous

the given

Voltage

values

:

3

.6

voltageis18

X

f

volts

1X0.5V

.

X

10

6.Setthetime-base
display.Set the
displayofthe

waveform

time-base

.

T

riggering

sweep

controls for a

rate

for

an

stable

optimum

Fig.2-3
ence

.

.

Measuring

instantaneous

voltage

with

respect

to

some

refer-

2-5













Operating

Comparison

In
arbitrary
by

comparing
use

facilitate
amplitude

of
accurateifarbitrary
so
number
describes
comparison

To
uponaspecific

Set the time-base
of the

2.Set the

control to
vertical

VARIABLE

3.To
the
accuratelyatany
amplitude
not
VOLTS/DIV

Instructions-7A18/7A18N

Measurements

some

applications

units

of

VOL-fS/DIV

the

unknown

for

the

comparison-measurement

calibration

does

not

deflection.The

that

the correct

of

divisions

how

to

measurements

establishanarbitrary

reference

1.Connect

signal

amplitude

known,

the reference

.

VOLTS/DIV

produce

divisions

control

establishanarbitrary

of an

of

the reference

it

can

controlissetinstep2.

it

may

be

desirabletoestablish

measurement

switch.Thisisparticularly

signalstoa

of
produce
adjustment

unitsofmeasurement

adjustment

of deflection.The

establish

unit

sweep

display

a

in

amplitude.Do

after

unknown

settingofthe

be

measured

other

equipment

an

arbitrary

.

vertical

amplitude,

signal

rate

switch

whichisan

obtaining

vertical

signal

than

reference

where

exact

number

will

be

is

indicated

following

unitsofmeasure

deflection

proceedasfollows

to the input

to display

and

the

deflection factor so
signal
VOLTS/DIV

must
before

those

useful

amplitude.One

technique

the

of

easier

and

are

established

by

procedure

factor

connector

several

VARIABLE

the
exact

number

not

change

desired

be

can

be

known.If

the

deflection

measured

switch,

VARIABLE

indicated

when

is

desired

divisions

more

an

exact

for

based

:

cycles

the

the

it is

Signal

Amplitude

to

.

of

.

EXAMPLE
volts,aVOLTS/DIV
control adjusted to
divisions.Substituting these values
conversion

Then

peak-to-peak
produces
determined

Dual-Trace

Phase

comparison
cluency
7A18.This
be
system
cedure

position,

used

1.Set

can

To make

.

:

VOLTS/DIV

settingX

=

:

Assume

factor

formula

Vertical_3_0V

Conversion-4X5

Factor

a

amplitude

vertical

using

VOLTS/DIV

with

a

by

Signal

Amplitude

Phase

between

be

made

method

to

up

the

depending

the

the

CH1and

on

a

reference

setting

provideavertical

(step4):

of an

deflection of

the

signal

-

2

VX1.5X

Difference

using

phase

of

frequency

comparison,

CH2coupling switches

the

type

vertical

conversion

factor

signal

of 5Vand

V=1

setting

unknown

five

amplitude

Measurements

two

signalsofthe

the

dual-trace

difference

limit

use the

coupling

of

deflection of four

in

.5

divisions

formula

5 =15

measurement

of the

X

deflection
(divisions)

amplitude
the

VARIABLE

the

of 2

signal

volts

feature of

oscilloscope

following

to the

desired

vertical

of

vertical

V,

which

can

(step6):

same

pro-

same

.

30

the

be

fre-

the

can

4.Divide

the

product

in

step2and

the

vertical

Vertical

Conversion

5.To

disconnect
signal to

toasetting
make

an

VARIABLE

6.Measure
calculate
following

2-

6

the

amplitude

vertical

of the

the

setting

conversion

Factor

measure

the reference

the

input

that

provides

accurate

control

the

the

amplitude

formula

.

of the reference

deflection

of the

VOLTS/DIV

factor

.

reference

=

the

connector.Set the

.

vertical

amplitude

verticalv~

deflection

(divisions)

amplitude

signal

measurement.Do

of

X

and

sufficient

deflection

the

unknown

(divisions)

signal

(_volts)

VOLTS/DIV

switch

setting

of an

connect

VOLTS/DIV

vertical

not

in

signal

established

switch

__

unknown

the

deflection to

readjust

divisions

signal

(volts)

by

.

This

signal,

unknown

switch

the

and

using the

is

2.Set the
general,
ALT
TRIGGER

the
or
connect

POLARITY
(Signals

difference;if
culation

controls of the
about

CHOP

is

more

SOURCE

3.Connect

comparison

probes

4.If

5.Set the

which

the

the

may

.)

five

divisionsinamplitude

signals

DISPLAY

is

suitable

the

signal to

signals

switch

be of

so,

VOLTS/DIV

two

MODE

more

suitable

for

1

to

CH

reference

theCH2

similar

have

the

input

to

areofopposite

to

invert

opposite

take

this into

channels

for

high

.

signal to

time

connectors

the

polarity

account

switches

so the

.

to

ALT

or

CHOP.In

low

frequencies

frequencies.Set the

the

CH1input

input.Use

delay

polarity,

displays

coaxial

characteristics

.

set

channel

due

to

in

the

and

the

are

the

2 display

180°phase

final

VARIABLE

equal

and

and

cables

to

CH

cal-

and

2

.





6.Set the

about

controls

7.Center

POSITION

8.Adjust

one

cycle of the reference

horizontal
lines

of

graticule
45°/division)
degrees

time-base

one

cycle

forastable

the

controls

the

divisions

the

graticule

represents45° of

.

The

as45°

/division

9.Measure

sponding

pointsonthe

10.Multiply
45°/division
ference

to

.

unit toasweep

of the

waveforms

display

waveforms.Set

.

on

.

time-base

Variable

signal

between

(see

the

Fig.2-4)

the

sweep

rate

can

.

the

horizontal difference

waveform

the

measured

obtain

the

exact

the

graticule

Time/Div

occupies

second and

.

cycle

(360°-8

now

.

distance

amount

rate

which

the Triggering

with

control
exactly
tenth

Each

division

be

statedinterms

between

(in

divisions)

of

displays

the

7A18

until

eight

vertical

of the

divisions

corre-

phase

of

by

dif-

Substituting the given values

The

phase

HighResolution

More
made
Variable
crease

=

Set

the

sweep
by

the

EXAMPLE

the

Magnifier,

=4.5

°

Fig.2-4

zontal difference of 3

Operating

Phase

Difference-0.3X 45

differenceis13

Phase

accurate

by

increasing

Time/Div

the

sweep

Magnifier

dual-trace

the

control).One

rateiswith

to

X10
ratebydividing the
amount

of

sweep

:Ifthe

the

magnified

sweep

/division.Fig.2-5

but

with

the

Magnifier

divisions,

Instructions--7A18/7A181\1

:

.5 °

.

Measurements

phase

measurements

sweep

rate

(without

of the

easiest

the

time-base Magnifier

and

determine

sweep

rate

obtained

magnification

.

rateisincreased10times

sweep

rateis45°/division

shows

the

same

signalsasused

settoX10.Withahori-

the

phase

differenceis:

°

the

can

changing

ways

switch

magnified

previously

be

the

to

in-

.

by

-

10

in

EXAMPLE

sion

withasweep

Using

Phase

the

formula

Difference

:

Assume

a horizontal

rateof45°/division

:

horizontal

= difference

(divisions)

difference of 0.3divi-

as

shown

in

Fig.2-4

sweep

X

(degrees/division)

rate

.

Phase

Substituting

The

phase

Difference

the

given

Phase

- difference

values

Difference

differenceis13

horizontal

(divisions)

:

= 3X4

.5 °

.

magnified

X

sweep

rate

(degrees/division)

.5"

Fig.2-4.Measuring

phase

difference

betweentwo

signals

.

Fig.2-5.High

fier

.

resolution

phase

measurement

using

time-base

magni-

2-

7

Operating

Instructions--7A18/7A18N

Common

T-he
signals
desirable

mode

1.Set

and

2.Connect

undesired

3

the
in

Fig.2-6aline-frequency

cancel

to

signal

1

4.Set

AC,

5.Set the

Mode

ADD

feature of the

which

contain

components

rejection.The

the

DISPLAY

the

TRIGGER

the

informationtothe

Connectasignal

.

CH1signal

out

to theCH2

the

.

both

coupling switches

depending

on

VOLTS/DIV

line-frequency

equalinamplitude

Rejection

7A18

undesirable

canbeeliminated

procedureisas

MODE

SOURCE

signal

switch

containing

CH

similartothe

input

signalisconnected

the applied

switches

.

be

can

components.These

follows

switch to

MODE

to

both

1

input

connector

unwanted

connector.For

component

to the

same

signal

.

the

so

usedtodisplay

through

common-

:

ALT

or

.

the

desired

.

portion

example,

to

Channel

of the

Channel

setting,DCor

signals

are

un-

CHOP

and

of

2

about

6.Set the

2

POLARI

signals

7

.

Adjust the
VARIABLE
common-mode
only

the

EXAMPLE
shown
unwanted
sponding

Y

I -

opposite

are of

desired

in

Fig.2-6.The

line

line

DISPLAY

switch to

Channel

control for

signal.The

portion

:

An

frequency

frequency
(Fig.2-6B).Fig.2-6C
signal as

signal
used.A

displayed

The

above

superimposed

DC

when

procedure

voltage
Channel2canbeused
signal

appliedtoChannel

MODE

INVERT-so the

polarity

.

2

maximum

signal

of the

example

signal

of

applied to

components

signalisconnected

shows

common-mode

can

alsobeused

on

some

DC

of

the

proper

to cancel

1

.

switchtoADD.Set the

common-mode

VOLTS/DIV

switch

cancellation

which

Channel

this

mode

remains

1

signal

of

operation

should

.

Channel1contains

(Fig.2-6A).A

to

Channel

the

desired

level

out

portion

rejection

when

polarity

for

DC

is

examining

coupling

applied

theDCportion

of the

corre-

of the

used

of the

CH

and

.

Channel2Signal

(B)

be

is

2

(C)

Resultant

Display

a

is

to

Fig.2-6.Using
Channel1signal
frequency

(C)

Resultant

the

ADD

contains

component.(B)

CRT

display

mode

for

desired

Channel2contains

using

common-mode

information

common-mode

along

line

frequency

rejection

rejection.(A)

with

line-

only

.

.

7A18/7A18N

Change

Introduction

This sectionofthe

circuitry
tion
block

circuitisdescribed

the

and
vidual stages

Diagrams
following

relationship

usedinthe

begins

with

diagram

interconnections
the

relationship

.

Complete

schematics

section.Refer

circuit

.

7A18

a discussion of the

shown

in

between

of the front-panel

description

BLOCK

The

following

standing
dual
connections
the
represents a
numberon
complete

input

coupling
to the

correct
the

setting,
Channel2Input Amplifier
in
positioning.The

pull

as

the

circuits

block

circuit

The

signal

connector.The

switch,

attenuators.The

amount

input

amplifier

The

Channel

variable gain

additiontogain

to the

Signal

The

Channel

determined

discussionisprovided

overall

conceptofthe

are discussedindetail.Only

between

diagram

each

to be

major

block

is

found

where

of

.

1

outputs

and

Switches

by

(see

circuit

displayed

attenuation

Input

control,

setting,

Trigger

the

information,ifany,

manual

in
detail

contains

dual-trace amplifier.The

the

Diagrams

using

stagesineach

of

each

to these

for

a

instrument

section.Then,

block

controls to the

circuit

schematics

electrical

DIAGRAM

7A18

the

individual

Diagrams

refers to

.

signal

the

appropriate

VOLTS/DIV

Amplifier

provides

variable gain

of these

Channel

select

DISPLAY

within

on

blocks

section).Each

the

the

schematiconwhich

the

CRT

passes

and

the

through

couplingisselected,

and

the

circuit

trace

signal

circuits

Switches

proper

MODE

affecting

descriptionofthe

descrip-

using the

diagrams

are

to

before

instrument.The

is

switch

signalispassed

positioning.The

polarity

control,

are

signal

and

to

major

circuit

giveninthe

throughout

values

aidinunder-

the

indivi-

the

basic

are

shown

block

applied to the

the input

selects

provides

inversion

and

applied push-

.

and

trigger

TRIGGER

show

inter-

trace

this

each

indi-

the

and

on

the

the

to

gain

section

willbefoundatthe

SOURCE
provided

The
readout
suppliedtothe
polarity,
the
plug-in
traceisdeflected
factor

General

The
and

The
To

detail

AC-GND-DC

Input

AC-coupled,
S100A
showing
this
position
switchisin
directly
the

acitor

passingtothe
path
ground.This
to

disconnect

Resistor
allows
trace

if

the

rearofthis

switches.The

to the oscilloscope

Readout

logic

deflection

VARIABLE

mode.When

readoutisreplacedbythe

DETAILED

Encoding

for the oscilloscope

mainframe

factor,

controlisin

the

about0.3

CIRCUIT

ATTENUATOR

the

CH1and

minimize

Attenuator
7A18

throughout

circuit

deflection factor

CH2Attenuator

duplication,

this

Switch

signals

connected

DC-coupled,

isacam-type

the

operationisgivenonDiagram

chart

input

prevents

and

C10
remains
applied

indicate

shown

to the

signal

connects

R102,

when

(open

the

DC

Input

passes

the

amplifier.The

the input

provides

the

applied

connected

to be

precharged

on

screen

signal

has a high

or

position,

Attenuator

DC

a

signal

via

circuit

readout

the

the

IDENTIFY

division

determines

.

TE

NO

only

discussion

to the input

or

switch;a

the

associated

closed).When

the input

through

component

GND

circuit

ground

signal

across the

in

when

switchingtothe

DC

manual

.

and

trigger

the

Interface

(7A18

readout

system

uncalibrated

outward

word

position),

buttonispressed,

and

"IDENTIFY"

DESCRIPTION

the

circuits

CH

1 is

.

connector

internally

contact-closure

contacts

the

signaliscoupled

stage.In

capacitor

of the

position

of

the

reference

from

the

level

without

the input

AC-GND-DC

GND

.

outputs

Connector

only) provides

system.Data

identifying

symbol

the deflection

input

are

described

disconnected

1.The

the

C10

opens

position so the

and

.

coupling

identical

can

dots

areinthe

AC-GND-DC

AC

position,

.

This

signal

the

amplifier

the

connector

switch,

AC

position

(when

in

chart

from

signal

need

are

.

is

the

the
the

.

be

.

on

cap-

to

.

Circuit

factor to
attenuators
are
and

vide correct input

signal
ferential
diagram
this

stage.R210

the
or

Description--7A18/7A18N

Input

Attenuator

The

effective

determined
S100B.The

sionofCRT

the

hybrid

capacitors.Each

S100B
closure chart
contacts
5
signalisconnected

uators
produce
These
dividers.For
are
is
reactance
frequencies
higher frequencies, the
and

frequencies
input
RC
of
adjustable
high

General

Input

impedance

Dual-diode

isacam-type

areinthe position

mV/Div

For

switch

are

the deflection factor

attenuators

primarily

determined

the

attenuator

In

addition

attenuators

characteristics

the

VOLTS/DIV

frequencies

The

Channel1Input Amplifier

applied to the

(push-pull)

of the

circuitisshown

Source

The

Input

voltage

negative)15volts.Q210B

overall

by

the

basic

deflection

deflection.To

values indicatedonthe front

are

switched

devices

(see

Diagram

position,

directly

positions

switched

and

DC

resistance

by

the

of the capacitorsinthe

that

their

to

within

are

(one

series

capacitortoprovide

andanadjustable

capacitance

INPUT

Channel1Input Amplifier.A

Follower

Source

withalow

limits

the

CR210

swing

at

deflection

setting

factorisfive

into

which

contain

attenuatorisreplaceableasa

switch

1)
shown

input

attenuationisnot

to the input amplifier

above

into

the

are

frequency-compensated

low-frequency

dividers

resistance

effectisnegligible.However,

reactance

becomes

providing

the

output.Fig.3-1

provides

the

primarilyacapacitance

bandwidth

designedtomaintain

megohm

switch.Each

CHANNEL

AMPLIFIER

Channel1input

on

Diagram2in

Follower

impedance

current

circuit

gateof0210A

factor of

of the

increase

the

and

constant

.

VOLTS/DIV

millivolts

the

basic

panel,

circuit.These

the necessary

the

dots

on

indicate

circuit

indicatedonthe front panel

0210A

drivetothe gate of

providesaconstant

when

(openorclosed).In

five

millivolts,

singlyorin

signals,

and

the voltage

ratiointhe

circuitisso

of the capacitors

attenuation

of the

X

20

attenuator

shunt

1

converts

drive

instrument,

pF)

for

correct

capacitor to

the

connector

showsadetailed

the

Diagrams

providesahigh

for the

protection

to

about±(positive

the

7A18

per

deflection

precision

attenuators

resistances

the

contact-

the

associated

used;the

.

the

pairs

the

attenuators

attenuation

circuit.The

highatlow

decreases

divider

the

same

each

contains

attenuation

single-ended

toadif-

schematic

section

following

Q210A

by

limiting

switch,

divi-

unit

the

input

atten-

voltage

at

the

input

setting

pro-

block

input

current

to

at

all

an

at

of

source
the

same

is

circuit

Paraphase

Paraphase
0225-0325,
the single-ended

Diodes

.

0220
±0.6volt.Common-base

isolation
VARIABLE
Amplifierissetinthis
R237A
IN

switchisin
turned
gain

.

Adjustment1R321
the

same

This

position

Second

.

.

.

The
gainofapproximately
TION
circuitry.The
0250-0350
the
Position of
POSITION
drivetoQ250-0350
impedance
change
from
voltage
of the

inserting

junction

the

emitter

This
traces

The
vides
work
stage

Emitter

Emitter
put

Switches,

between

for

0210A.0210A

case so that

.

Cascode

amplifier

formsacascode

CR220-CR221

closetoground

between

controls.The

with

the

fully

counterclockwise

of the

amplifierisreduced

voltage

preventsazero-volt

when

Cascode

Second

control and,inthe

provide

POSITION

the

control,

pointinthe

at

these

the

POSITION

differenceatthe

.

trace

resistor
of

R11-R256.This
current of

in

aids

.

impedance

identifying

are

displayed

network

high

frequency

provide

high-frequency

Follower

Follower

U270-U470.This

the

Second

Amplifier

input

the

CAL
the

outward

varies

levels at

varying

Amplifier

Cascode

emitters of

a

control

traceisdetermined

R11.This

.

points.However,

Trace

R357

.

C246-C345-C245-R246-R345-R245

compensation.R245-C245

stage

to

drive

Cascode

and

Q210B

0210B

low-impedance

Since

temperature-compensates

Q220-0320,

amplifier.022..0-0320

signaltoa
hold

the

voltage

to

limit

connected

paraphase

gain

stagebyfront-panel

IN

switch

(uncalibrated)
to

the base

the

collectorsofQ225

reference

the

GAIN

Amplifier

two.This

7A18

and

IDEN-TIFY

control

the

circuit,

control

collectorstochange
identificationisaccomplished
from

ground

results

Q250

to

the

channel1trace

response

Q260-0360

the

Signal

stage

Amplifier

are

encapsulated

in

conjunction

differential

the

voltage

amplifier

of the

pressedin.

minimum

byafactorofat

levelof0320

trace

or

VARIABLE

stage

stage

only,

common-base

point

by

emitters

thereisnegligible

the

produces

through

in a

cause

and

also

output

levelatthe base of

swingtoabout

0225-0325

and

the

Channel

GAIN

When

position

resistance,

from

providesasignal

includes

trace

IDENTIFY

for

injection

switch

the

setting

changes

the

adjustment

providesalow

and

the current

areavery

change

resultant

a

the position

CR357

slight

tracetomove

when

Trigger

provides

U270-U470

increase

to

and

the

connected

in

in

the

with

convert

signal

provide

GAIN-

1

Input

control

the

CAL

and

the

least2.5

provide

0325
changing
controls

POSI-

of

currents

of the

low­voltage
current

DC

by

to the

multiple

pro-

this

net-

for

this

out-

Channel

isolation

.

in

.

.

.

.

.

in

.

Circuit

Description-7A18/7A181\1

2

PARAPHASE

AMPLIFIER

INPUT

INPUT

SOURCE

FOLLOWER

CHANNEL

General

The

Channel

same

as

the

differences
Portionsofthis
cription

Input

operateinthe

Amplifier

assignedinthe

2 Input

Channel1Input Amplifier

between

circuit

circuit

400--599
block diagram of the Channel 2
schematicofthis
Diagrams

section

.

Amplifier

the

two

not

describedinthe

same

(corresponding

range).Fig.3-2

circuitisshown

CASCODE

Fig

.

3-1.Channel1Input

AMPLIFIER

circuitisbasically

circuit.Only

circuits

mannerasfor the

Input

are

described

following

circuit

showsadetailed

Amplifier

on

Diagram3in

here

Channel

numbers

circuit.A

the
the

des-

1

the

Amplifier

.

detailed

Paraphase

The

Paraphase

of

Q420,

to

the

functions described

fier,

the

block

Cascode

0520,

Channel 2

providesameansofinverting

CH2POLARITY

biasedonand
Amplifier
the

0525
provide

CH

are

stageasfor

2

POLARITY

biased

signal

inversion

EMITTER

FOLLOWER

L,

.~ .

.

CHANNEL

diagram

.

Amplifier

Cascode

Q425,

switch

the

signalispassedtothe

off

Amplifier

0525,

under

Paraphase

for

Q426,

and

Channel1Input

Cascode

Channel2consists

Q526

the displayed

setto+UP,

Q425

the Channel1InputAmplifier.With

switch

and

settoINVERT,

Q426-0526

are turned

.

TO

TRIGGER

SWITCH

U470

1126-08

.Inaddition

Amplifier

signal.With

and

0525

Second

Q425

Ampli-

stage

the

are

Cascode

and

on

to

PARAPHASE

INPUT

SOURCE

FOLLOWER

FROM

INPUT

ATTEN

REV.D,

Q41
0410B

DC

BAL

DEC.1976

OA

CASCODE

AMPLIFIER

0420
0520

Q426

0425

0526

0525

CH2POLARITY

GAIN

AND
VARIABLE
CONTROLS

AL

IN

Fig.3-2.Channel2Input

-I

IDENTIFY

FROM

(7A18

Amplifier

SECOND

CASCODE

AMPLIFIER

0440
0540 0460

0450

0550

w

S23

only)

detailed

block

EMITTER

FOLLOWER

0560

diagram

TO

SIGNAL

CHANNEL

SWITCH

U270

TO
TRIGGER
CHANNEL

SWITCH

U470

.

3-3

Circuit

Description-

7A18OA18N

Second

0440,
by

as
PLAY

applied to the

1932.The
emitters of
impedance
change
from
voltage
of the
ADD
tors

to

volts

Since
the

control

Cascode

The

Second

0540,Q450,

the

POSITION

determinedby

MODE

switch position

center

POSITION

Q450-0550.Since

pointinthe

at these

the

POSITION

differenceatthe

trace.When

position,

19455-19555

the

emitters of

(approximately)

+50

voltsisnot applied to the

ADD

position of the

setting

Cascode

points.However,

+50

through

hasnoeffectonthe

CHANNEL

General

The

Channel

outputs

to the
determined by
SOURCE

Diagram4in

Signal

circuit

The

Channel

Signal

U270

one,ormixes
from

the

Switch

stage

vides the

DISPLAY
19376-19377

Switches

oscilloscope

the

switches.A

the

Diagrams

Switch

Channel

and

its

two

DISPLAY

determines

signal

to the oscilloscope

MODE

set

the
C274-19274-C275-19275
vide

high-frequency

and

C375

in

these

sation

adjustments

Fig.3-3
position of
pin 14isLO
at

pin 4.With

LO,
passed
only
this

operating

of

channel1and

determines

the

when

the

signals

to the

the

the

shows

DISPLAY

the

outputofU270isdetermined

the

from

Signal

DISPLAY

mode

channel2signals

mainframe

Amplifier

and

control,

the

DISPLAY

Amplifier

0550.Position of

for

R21orby

MODE

other

arm

of the

POSITION

control

varies

the

the emitters areavery low-

circuit,

control

thereisnegligible

produces

collectorstochange

the

DISPLAY

MODE

voltsisappliedtothe

R32

to

balance

0450-0550.This

difference

between

DISPLAY

circuit

SWITCHES

circuit

provides

via

the

DISPLAY

schematic

Switch

external

input

analog

MODE

which

switch

setting

current

and

compensation

networks

section

MODE

of
.

stage

components.This

signalsinresponse

switch.The

input

.

Resistors

gain

for

each

C374-19374-C375-19375

for

are

high-frequency

.

the

U270

input

combinations

MODE

switch.When

levelatpin14HI

both

channel1and

Output

the

MODE

signal

stage.This

switchissettoADD.In

outputisthe

and

deflection

.

Channel2consists

the

traceisset

network

switch.In

than

current

ADD,

control

19455-8555

any

DIS-

I-50

volts

through

drive

to the

voltage

the

change

a

resultant

the

in

current

position

switchisin

junctionofresis-

the

results

in a

POSITION

MODE

operation

Signal

Interface

and

this

circuitisgiven

current

the

Connector

drive
fixed
collectors

control

switch,

.

and

Trigger

TRIGGER

zero

consistsofintegrated

stage

selects

to inputs

Signal

Channel
(CH1or
as

CH

controlled

2)

pro-

by

19276-19277

channel.Networks

pro-

each

channel.C275

compen-

for

each

the

level

by

the

level

and

the

levelatpin 4

channel2are

condition

the

resultant

algebraic

occurs

sum

signal

DC

the

the

the

and

of

is

SELECTED

CH

1

ALT

---~

CHOP

*Levelisswitched
mate0.5

**Levelisswitched
determinedbythe

Fig.3-3.U270

megahertz

input

between

settingofthe

rate

.

between

combinations

the

HI-level

the

HI-level

time-base

for

and

unit

DISPLAY

LO-levelatan

and

LO-levelata

sweep

rate

MODE

approxi-

.

selection

rate

.

.

in

-

Trigger

Signal

(CH1or
triggering
signaliscontrolledbyinputs
switch.Resistors

rentgain

as

C474-19474-C475-19475
vide

Channel

The

Trigger

Channel

CH

of the

high-frequency

Switching

Channel

Switch

Switch.This

2)

provides

time-base

19476-19477

for

each

and

compensation

U470

is

stage

determines

the

trigger

unit.The

from

and

signal

selection

the

TRIGGERSOURCE

19576-19577

channel

C574-19574-C575-19575

for

each

channel

identical

which

for

of the

set

.

Networks

to the

input

internal

trigger

the

cur-

pro-

.

on

An

input/output

When

the

levelatpin
determinedby
and

the

levelatpin4LO,

triggers

Signal

Output

-

The

are

and

Signal

stage,

added

Trigger

ofapairofcommon-base
vide the

circuits

at

General

mines
the
by

This

mainframe
mation

The

Signal

the

circuit

DC

.

Display

which

DISPLAY

for

level

input

andT-

also
chop
proper

table

the

levelatpin4.

algebraically

Output

Output

0480-0580,

shifting

DISPLAY

TRIGGER

Mode

signal

rigger

MODE

provides

blanking

CRT

for

this

stageisshown

14isLO,

With

the

channel1and

.

stage,

Q280-0380,

are

similar.Each

connected

necessarytodrive

MODE
SWITCHING

and

Trigger

(Channel1or

outputs

and

plug-in

circuit,

display

to the

TRIGGER

mode

and

.

the

output

the

level

at pin14HI

and

the Trigger

stage

transistors

the

AND

Switching

circuit

Channel2)provides

mainframe

SOURCE
information

readout

control

in

Fig.3-4

of

U470

channel

consists

which

mainframe

deter-

as

selected

switches

to

infor-

.

is

2

pro-

.

the

Circuit

Description-7A18/7A18N

DISPLAY

The
to the
Switches
position of the

3-3

.

"

TRIGGER

The
puts
Switches
positionisshown

Fig.3-4.Input/Outpu
TRIGGER

MODE

DISPLAY

Signal

diagram

SOURCE

TRIGGER

to

the Trigger

diagram4).Atable

SOURCE

CONNECTORS

General

The

Connectors

power
Connector

of this
section

supply

.

and

and

the

circuitisshown

Connectors

All

the

connections

are

shown

on

the

shown

are

the

power

Switch

MODE

Channel

4).A

DISPLAY

SOURCE

in

Fig.3-4

t

switch

and

signal

Readout

Connectors

supply

switch provides

Switch
table

MODE

Switch

switch

Channel

of the

.

combinations

selections

AND

Readout

distribution

Encoding

on

Diagram

made

to

decoupling

stage

of

the

switchisshown

provides

Switch (U470,

outputs

for

DISPLAY

.

READOUT

circuit

from

circuit.A

6inthe

the

mainframe

portion

of

components

logic

level

(U270,

outputs

logic

for

each

MODE

consists

the

schematic

by

Diagram6.

outputs

Channel

for

each

in

level

out-

Channel

switch

of the

Interface

Diagrams

the

7A18

Also

.

Fig

and

Readout

1 -heReadout
resistors
the

.

Channel
readout
(VARIABLE)
only).Dataisencoded
resistors

adding

current

R647-CR647

(TS-3)

and

in

the

uncal

than)

being
out.R648
the

Column

is in

the

(inverted)

readout

VOLTS/DIV
VOLTS/DIV
contact-closure chart
associated
select

combination

prefix

through
switch.R638
positions.R630,
stage
again
the

factor
sensing
sink
this

clude

input

stage
only

used
voltage
supply.The
determines,
current.When

Interface
collector
through

.

Switching

the

and

(Q620)

depending

VOLTS/DIV

Probe

of the

through

circuit

the

connector

from

;

see

for

divider

Encoding

Encoding

and

probe

sensing

1

and2,Row

of deflection

information,

between

INVERT

.5

sensing

the

probe

Operating

the

Connector

currentisadded

Interface

them

through

are

Column

position.This

displayed

(Channel

output

position.-

being

displayed

resistors
switch

switchisa

contacts
number

that

is

R639

selects

V

(500

selects

R631,

select

on

switch

stage

probe

amount

the

probe

corrects the

attenuation

provides

the

probe

IDENTIFY

with

resultant

along

with

the

Connector

output

line

1,2,or 5

switchedin.

the

Instructions).The

-15

(7A18

factor,

switched

preceding

2 only)isswitched

are

to the

(see

are

mV)

the

the

connected

of

R621

voltage

B33,

only)

circuit

stage

Q620.This

and

Column

uncalibrated

and

signal

on

these

output

and

the

time-slot

0620

.

between

line

when

resultsinthe

the deflection factor

when

theCH2

This

resultsinthe

preceding

usedtoindicate

mainframe

cam-type

closed.R633,

the

symbol

and

decimal

resistor

.

Q620

current flowing

coding

mainframe

the

coding

input.The coding

through

emitter

volt

switch.The

Diagram

depending

R637

symbol

positions of the

V

the

output

point

combination

identifies

to the

resistance.The

factor

.

The

input

resistance

CR621

sets

the

resistor

time-slot

Q620

is

to

the

column

A37

.

consists

the

the

6)

V

in

readout

to the

third

interrogated

of

circuit

output

deflection factor

inversion

linesbyswitching

between

POLARITY

readout

indicate

selects

(volts)inthe5mV

the1,2,

of the

(number

input

third

biasonQ620

R622,

pulseisapplied

(channel

input

lines,orby

time-slot

CAL

IN switch

symbol>(greater

symbol

deflection

the

setting

system.I-he
dotsonthe

when

R634,

and

on

the

them(milli-)

VOLTS/DIV

probe

of

switchedinby

the

attenuation

connector

from

the

output

system

contact

probe

(coded

contact

resistor

to the

the

current

switching

encodes

lines

for

three

read-

TS-2

and

switch

factor

of the

the

R635

resistor

and5V

sensing
zeroes)

by

current

of

to

in-

of the

sensing

probes

is

also

forms

--15
and

collector

to

and

its

output

2

is

I

a

V

REV.D,

JAN.1975

3-

5

Circuit

Description-7A18/7A18N

Witha1X
connector,
outisdeterminedby
a

10X

probe
microamperes
the deflection factor

The

two

things

1.It
channel
discussiononthe

0620

IDENTIFY

when

causes

of the

probe

connected,

of

pressed

7A18

(or

no

is

turned

the

VOLTS/DIV

the

collector

readoutbya

button

the

Channel1or

:

trace
to

move

(S13orS23

probe)

connected

off

.

The

deflection factor

switch

position.With

biasonQ620

currenttoflow.This

factor

representing

about

Channel2Input

will

of 10

.

on

Diagram1)does

the

0.3division

to

the input

read-

allow

increases

appropriate

(see

Amplifier)

100

the

2
sufficient
to

the

readout

These
when
buttonisreleased,
position

For

.

system,

.

Forward

column

with

multiple

are

further

see the

biases

amount

current output,

the

word

two

actions

traces

restored

information

oscilloscope

CR621

of

collector

"IDENTIFY"

aidinidentifying

are displayed.When

the

deflection factor

.

and

current

replaces

on

the

instruction

Q620

which,

the

.

readout

operation

manual

to

result

when

deflection

the

7A18

the

IDENTIFY

and

of the

.

in a
added
factor

trace

trace

readout

7A18/7A18N

Change

information,ifany,

Introduction

This

sectionofthe
mation
tenance,

for useinpreventive

and

Further

color

codes

instruction

troubleshootingofthe

maintenance

and

manuals

manual

information

soldering

for

the

techniques

7000-series oscilloscopes

PREVENTIVE

General

Preventive

inspection,

will

improve

maintenance,

lubrication,

the

reliabilityofthis

etc.,performed

checks on the semiconductor

not

recommended

See

semiconductor-checking

Troubleshooting

asapreventive

.

contains

maintenance,

7A18

relatingtocomponent

can be

MAINTENANCE

consisting of

instrument.Periodic

devices

used

maintenance

information

affecting

maintenance

corrective

.

foundinthe

cleaning,

onaregular

in

the

measure

given

.

unit

under

this

infor-

main-

visual

basis,

are

section

will

Lubrication

Useacleaning-type

connecting

switch
containing
tionsisavailable
Tektronix

Recalibration

To

checked

months
check

The

isolating
troubles
revealed

.

befound

at the

rearofthis

lubricant

plug

contacts,

detents

withaheavier

the necessary

lubricating

through any

Part

Number

ensure

accurate

after

each

if

used infrequently.A

003-0342-01

measurements,

1000

hours

procedureisgiveninPart

performance

major

not apparent

and

corrected

check procedure can

troublesinthe

during

.

TROUBLESHOOTING

manual

and

switch

grease.A

Tektronix

of

I

for

regular

.

on

shaft

bushings,

contacts.Lubricate

lubrication

materials

Field

and

Office

.

the

7A18

operationorevery

complete

performance

Section5.

be

helpful

unit.Moreover,

operation

instruc-

.

Order

should

minor

may

inter-

kit

be

six

in

be

Cleaning

Avoid

cloth
used;however,

the

use

might

damage
chemicals containing
tone,orsimilar

Front

Panel.Loose

oradry

abrasive cleaners

Interior.Cleaning

cede

calibration,
settingsofthe
compressed
dirt

can be

swab,
solution

or

.

airtoblow

removed

cloth

of

chemical

the

plastics

benzene,

solvents

dust

brush.Water

the

since

the

calibration

off

with a

dampened

cleaning

in this

instrument.Avoid

toluene,

.

may

be

removed

and

mild

should

interiorofthe

cleaning

process

adjustments.Use

the

accumulated

soft,

dry

brush,

with a

mild

agents

xylene,

detergent

not be

used

unit

could

dust.Hardened

cotton-tipped

detergent

which

ace-

withasoft

may

be

.

should

alter

pre-

the

low-velocity

and

water

General

The

followingisprovided
containedinother
shooting
Description,

advantage

information

.

the

and

'The

on

7A18.The

Circuit

circuit

Troubleshooting

Diagrams.Circuit

Section7.
component

Important

Circuit

The

circuit

in

this

voltages

Board
outlinedonthe
the

board

is

shown

board-mounted

electrical

photographbyits

sections of

Calibration

Description

behavior

Aids

diagrams

number

instrument

are

also

.

The

circuit

schematic

on

the

component

circuit

number

to

this

schematic

sections

and

are

given

and

are

shown

.

board

diagrams,

back

.

augment

manual

information

when

diagrams,

trouble-

Circuit

shouldbeusedtofull

section

output

electrical

shown

gives
requirements

on

foldout

valueofeach

on

the

usedinthe

detailed

pages

diagrams

7A18

andaphotograph

of

Diagram1.

is

identifiedonthe

.

in

.

is

of

Each

Maintenance---7A18/7A18N

not

and

color

coded

Wiring

and

wires

capacitors

coded

to

Component

dots

on
tolerances,
Components
on

the

body

The

insulated

7A18

are

resistors

etc.,according

.

color

pointtoanotherinthe unit

Lead

Semiconductor

lead

configuration

instrument

.

Troubleshooting

The

following

the

7A18

.

1.Semiconductor

transistors,

diodes,

helpful.A

Type

576

will

transistor-curve tracer

give

Configuration.Fig.4-1

of the

Equipment

equipment

Tester---Some

and

the

most

Color

Code.Colored

signify

to the

EIA

usually

used

for

interconnection

facilitate

tracingawire

.

semiconductor

is

useful for

FET's

used

complete

electrical

standard

have

the value printed

devices

troubleshooting

means

in

this

such

as

information

stripes

color

from

shows

used

of

testing

instrument

the

Tektronix

.

or

values,

code

in

the

one

the

in this

the

and

an

.

circuit

equipped

unit

and

3

.

.

that

does

function

connector,

voltmeter

ohmmeter

required

is

.

unit,

witha10X

before

settingofthe

not

2.DC

checking

.

checking

3.Test

view

A
readout
Time-Base
probe

Troubleshooting

This
which
ceeding

1.Check

7A18
there

is

tion
Operating

Voltmeter

voltages

resistors

Oscilloscope--A

waveforms

Tektronix

system,

unit,

will

meet

troubleshooting

checks

with

extensive

Control

controls

question

is

any

a

control

of

Instructions

and

within

the

and

diodes

at

different

7000-series

7D13

Digital

anda7A-series

the

needs

for items

Procedure

procedureisarrangedinan

simple

the

troubleshooting

Setting.An

indicateatrouble

can

about

or

front-panel

section

Ohmmeter--A

circuit

are required

test

oscilloscope

pointsinthe

Oscilloscope

Multimeter
Amplifier

2

trouble

possibilities

incorrect

the correct

.

for
for

with

7B-series

order

pro-

exist.If

or opera-

see

the

to

a

Fig

.

.

Electrode

4-1

4-2

configuration

for

semiconductors

used

in this

instrument

.

Maintenance-7A18/7A181\1

2.Check

Associated

Equipment
with troubleshootingofthe
ment

used with

possible,

substituteanamplifier

correctly
persists.Check
that

the interconnecting

3.Visual

instrumentinwhich

can

be

locatedbyvisual
connections,
damaged

components,

4.Check
brationofthe
PartI-­trouble
corrected
are

5

given

.

Check

Performance

may

by

in

component
correct voltage
and waveforms
are

not

absolute
ments.To
to

take

these

section

.

6.Check

methods

are

nentsinthe
are

best

checked

measurement

A.TRANSISTORS

The

best
operationisactual
Ifatransistororintegrated

defective,itcan

ponent

known
conditions
damaged.If

dynamic
testers
under

tester

maybeused,

simulated operating conditions
unnoticed.Fig.4-1
of

semiconductor

this

instrument

into

the

indicator

that

the inputs

cables

Check.Visually

the

troubleissuspected

broken

etc

wires,
.

Instrument

unit,orthe

CheckofSection5.

only

be a

resultofmisadjustment

calibration.Complete

Part

I IofSection5.

Voltages

or

obtain

readings,

and

stage

can be

or

waveforminthe

are

givenonthe

and

may

operating

see

Individual

provided

7A18

from

for

.

Components

by

disconnecting

the

effectsofsurrounding

AND

check

of

transistor

performance

best be

tobegood;however,

are

not

such

thatareplacement

substitute

transistors

(suchasTektronix

but

since

shows

base

devices.Be

indications,

Performance.Check

affected

Waveforms

vary

conditions

the

Components.The

checking

circuit

checked

attemptingtoremoveorreplace
circuit

.

.

Before

7A18,

check

that

is

operating

unit

known

to

unit

and

seeifthe

are

are

not

check

damaged

properly

connected

defective

the

portionofthe

.

Many

such

as

circuit

circuitbyperforming

The

calibration

.

Often the

located

by

checking

circuit.Typical

diagrams;however,

slightly

between

similartothose

instructionsinthe

the

individual

which

are

solderedinplace

one endtoisolate

circuitry

INTEGRATED

and

integrated

under

operating

is

suspectedofbeing

by

substitutingacom­be sure

might

are

not

available,

Type

576).Static-type

they

do not

check

some

defects

pin

and

socket

arrangements

sure

the

power

is

any

transistororintegrated

proceeding

the

equip-

correctly.If

be

operating

problem

and

.

troubles

unsoldered

boards,

the

cali-

apparent

and

may

be

instructions

defective

for the

voltages

these

instru-

used

Diagrams

following

compo-

the

.

CIRCUITS

circuit

conditions

that

circuit

also

be

use

.

a

operation

may

go

off before

Integrated

circuits
oscilloscope,orby
standingofthe
shooting
checking
circuits

so that
integrated-circuit
clippingatest

cuits.This

extraction tool

B.DIODES.A

a

short

circuitbymeasuring

nals

withanohmmeter
resistance
when

the

diodes

or

Do

not

current.High

circuit

circuits

using

voltages

adjacent

test clip

probetothe 14-

device

.

should

be very highinone

meter

leads

back

diodes

use

an

ohmmeter

currents

and waveforms

diode

C.RESISTORS.Check

Resistor
Resistors

measured

toleranceisgiven

normallydonot

value

varies

D.CAPACITORS

detectedbychecking

.

highest
voltage
should
capacitor

by

required
Component
manceofany

any
affected

scale.Use

rating

be high

can

checking

7.Repair
to

electrical

circuit

an

of

the capacitor.The

after

initial

bestbedetected

whether

and

Readjust

replace

components

Replacement.Be

circuit

components

may

be

REPLACEMENT

Standard

All

7A18
Officeorrepresentative.However,
electronic
thanisrequired to
purchasingorordering
lists

Parts

electrical

canbeobtained

components

for

value,

tolerance,

and

order

can be

checked

direct

substitution.A

description

integrated

withavoltmeter,

is

essentialtotrouble-

circuits.Use

around

leads

are

not

shorted

provides

also

doublesasan

a

and

convenient
16-pin

canbechecked

the

resistance

the

set

to

RX1kscale.The

direction

are

reversed.Do

withanohmmeter

scale

that

hasahigh

may

widely

damage

resistors

in

need

from

the

to be

the

the

with

Electrical

replaced

specified

.Aleakyorshorted

resistance

ohmmeter

withanohmmeter

which

will

chargeofthe capacitor.An

withacapacitance

the capacitor

passesACsignals

the

Circuit

in this

.

unit

sure to

that

has been

repaired

replaced.Recalibration

necessary

.

PARTS

mechanical

through your

canbeobtained

them from

replacement

rating,

part

many
Tektronix,

parts,

and

description

replacements

local

locallyinless

good

under-

care

when

the

integrated

together.An

means

integrated

integrated-circuit

foranopenorfor

between

termi-

diode

very

and

not

check

tunnel

.

internal

diodes

.

an

ohmmeter
Parts

List

unless

value

.

capacitor

can
on

not

exceed

resistance

reading

open

meter,

.

Special

check

techniques

are

given

the

or

that

Tektronix

of

the

standard

under

perfor-

has had

of

the

for

the

Field

time

Inc.Before

check

the

parts

.

test

of

cir-

low

.
.

the

be
the
the

or

REV.D,

MAY,

1975

4-

3

Maintenance-7A1

8/7A18N

When

selecting
remember
component
ment.All
ments

unless

will

not

adversely

Special

to
Tektronix

indicatedinthe
number.Most
ment
special
Officeorrepresentative

Ordering

refertothe
and
trical

circuit

Soldering

boards
excellent
care

rules

Parts

Some

parts

satisfy

particular

to

have

parts

Parts

When

ordering

Symbols

Parts

1.Instrument

2.Instrument

A

description of the

3

.

number)

4.Tektronix

Attenuator

are

electrical

when

cleaning or

shouldbeobserved

1.Useavery

replacement

that the

may

affect

replacement

it is

are

manufactured

our

specifications.These

parts

of the

been

manufactured

directly

replacement

Parts

Ordering

on

the

List

section.Include

type

Serial

Part

Techniques

Circuit

made

from

characteristics.Use

small

requirements,orare

NOTE

physical

its

parts

known

that a

affect the

listbyan

mechanical

from

.

Information

page

immediately

(7A18)

Number

part

Number

Boards.The

polyphenylene

soldering

when

soldering

parts,

it is

important

size

and

shape

performance

shouldbe

different

instrument

or

asterisk

parts

by

your

parts

the

(if

this

removingorreplacing

iron

in

the

direct

component

performance

selectedbyTektronix

manufactured

special

preceding

usedinthis

Tektronix.Order

local

Tektronix

from

Tektronix,

and

Special

preceding

following

electrical,

oxide

material.The

(not

information

Attenuator

becauseofits

more

than

over15watts)

to

of

the

instru-

replace-

.

for

parts are

the

part

instru-

Field

Inc

Notes

the

Elec-

include the

circuit

normal

following

parts

.

all

General

The

ical

assembling

Circuit

In

never
connections

nections.If it is
assembly,

A.READOUT

1.Disconnect

board

.,

:

:

2

mounting

3.Disconnect

board

4.Remove

5.To

ATTENUATOR

B

.

1 .

procedure

2.Disconnect

rear

3.Loosen

control

4.Remove

from

COMPONENT

exploded-view

Parts

List

individual

Board

general,

removed

be

use the

.

.

Remove

surface

.

replace

Remove

.

of the

board

shaft

the control

may

Removal

the

to the

following

CIRCUIT

the

the

.

the wires

the

board

the

the

readout

the

.

the

front

coupling

the red

shaft

REPLACEMENT

drawing

be

helpful

components

circuit

unless

seven

CIRCUIT

boards

they

boards

necessary

wires

board,

.

are

procedures

BOARDREMOVAL

connected

screws

connected

from

the unit

reverse

BOARD

boardasoutlinedinthe previous

resistor/capacitor

set

screwonthe

(usea0

VARIABLE

associated

when

or

must

made

to

holding

.050-inch

with

disassembling

sub-assemblies

usedinthe

replaced.Electrical

be

by

replaceacircuit

.

to

the

the

to the

.

the

orderofremoval

REMOVAL

connected

VARIABLE/GAIN

hex-key

control

the

Mechan-

or

.

7A18

need

soldered con-

board

(7A18

only)

outsideofthe

board

to the

inside

of the

.

to the

wrench)

knob

and

rod

re-

.

2.Do

not

apply

more

heat,orapply

time,

thanisabsolutely

3.Useavacuum-type

excess

solder

from

4.Do

not

apply

or

halogenated

5.To

methyl,

hydrocarbons

clean,

or isopropyl alcohol

use

the

any

necessary

circuit

solvent

only

.

desoldering

board

.

containing

.

water-soluble

.

heat

for

a longer

tooltoremove

ketones,

detergents,

the

esters,

ethyl,

5.Remove

1/16-inch

6.Remove

7.Remove

8.Disconnect

connector

9.Remove

the remaining

hex-key

the front panel

the

the

.

the

wrench

.

attenuator

wires

input

BNC

from

shields

and

resistor

connector

front-panel

the

instrument

.

from

.

knobs

the input

using

.

a

BNC

Maintenance--7A18/7A18N

10.Remove

nut

driver

11.Remove

the

instrument

12.To

.

.

replace

the

POSITION

the

attenuator

the board,

C.AMPLIFIERCIRCUIT

1.Remove

viously

.

2.Remove

instrument

3.Disconnect

the

front-panel

4.Loosen

coupling

0

.050-inch

shaft

from

5.Loosen

between

switch

long

sections.Pull

shaft

the

.

controls

the

of

hex-key

the

frontofthe
the

the

DISPLAY

from

the

Readout

plastic

the

front hex-socket

the

wrench

front

the

frontofthe

reverse

BOARD

circuit

plug-in

wires

connectedtothe

.

VARIABLE

.

Pull

instrument

hex-socket

MODE

the-TRIGGER

control usinga5/16-inch

board

with

cam

switch

from

the

order

of removal

REMOVAL

boardsasgiven

guide

from

the

rearofthe

board

screw

in

the

control

the

VARIABLE

shaft

using

knob

.

screwinthe

and

TRIGGER

SOURCE

instrument

.

coupling

SOUCE

knob

.

pre-

from

front

and

and

B.ROTARY

Single
SOURCE
these

SWITCHES

wafers on

switches

switchesisdefective,
shouldbereplaced.A
your

a

Tektronix

When
type

rotary

beyond

solder

Transistor

Transistors

they

are

during

routine

Field

disconnectingorconnecting

switch,donot

the

rivetonthe

can

destroy

and

and

actually

maintenance,
sockets.Special
leads,

because they can

from

sockets.Unnecessary

components

may
Whenatransistorisreplaced,
part of

the

instrument

the

DISPLAY

are

not

new

Office

the spring

Integrated

IC's

should

defective.If

care

must

affect

the

that

MODE

normally

switch

the

replaced.If

entire

switch

can be

ordered

.

leadstoa

let

solder

flow

switch

terminal.Excessive

tensionofthe

Circuit

return

be

Replacement

not

be replaced

removed

them

from

to

giventointegrated

easilybedamaged

replacement

or

calibrationofthe

check

the

operation

may

be affected

.

and

TRIGGER

any

around

contact

their

their

in

switching

instrument

part

assembly

through

wafer-

and

.

unless

sockets

original

circuit

removal

of that

of

of

.

6.Loosen

the

DISPLAY

key

wrench.Pull

from

the

7

.

connected

8.Remove

the

chassisorother

9.Remove

10.To

Switch

Several
following
the cam-type

the

front

MODE

the

frontofthe

Disconnect

to

the

ceramic

the

screws
mounting

the board

replace, reverse

Replacement

typesofswitches

special

maintenance

switches

A.CAM-TYPESWITCHES

Repairofcam-type
onlybyexperienced
alignment
carefully

switch.For

switches,

representative

and

spring

maintained

assistance

contact

.

your

her-socket

switch
DISPLAY
instrument

the

shaft

MODE

.

resistor-capacitor

stripsatthe

and

nuts securing

surface

from

the

the

orderofremoval

are

informationisprovided

and

rotary

switches

switches

should
maintenance
tensionofthe

for

proper

in

maintenanceofthe

local

Tektronix

screwinthe

coupling

usinga5/16-inch

knob

and

combinations

frontofthe board

the board

.

instrument

.

.

usedinthe

.

be undertaken

personnel.Switch

contacts

operationofthe

cam-type

Field

Office

hex-

long

shaft

.

7A18.The

for

must

be

or

to

of

Recalibration

After

any

After

electrical
calibrationofthat
wellasthe
Performance

provide

calibrationofother

Check

a quick

and
instrument operation
of

Section5can

meet

the

Performance

Repackaging
If

the

Tektronix

Service

owner
firm

number
Save

Center

(with address)

that

andadescriptionofthe

and

re-use
shipped.If
available,

repackage

Surround
protect

corrugated

having

than

the

by

tightly

foam

between

carton

The

carton

the

inside

with

thenbeused

for

instrumentisto be

for

can be

the

the

original

the

instrument

finishofthe

cardboardofthe

dimensionsofno

instrument

packing

carton

shipping

test

strength

Repair

component

particular

circuit

closely

instructions

convenient

. -

The

giveninPartIof

means

Calibration

to adjust

Requirements

Shipment

serviceorrepair,

and

the

nameofan

contacted,

complete

service

packageinwhich

packagingisunfit

the

instrumentasfollows

with

polyethylene

instrument.Obtain a

correct

less

dimensions.Cushion

three

inches of

and

instrument,onall

tape or

for

industrial

your

instrumentis200

has

been

replaced,

shouldbechecked,

related

circuits.The

Section

of

checking

Procedure

in

Part

the operation

listedinSection1.

shippedtoa

attachatag

Tektronix

showing

individualatyour

instrument

required

your

.

instrument

for

useornot

:

sheeting to

carton

carton

strength

than

six

inches

the

instrument

dunnageorurethane

sides.Seal

stapler

pounds

the

as

5

the

I

I

to

:

serial

was

of

and

more

.

REV.E

DEC

1976

4-5

7A18/7A18N

Change

Recalibration

To

assure

the

7A18
months
thoroughly
the

if

Maintenance

Tektronix

Tektronix,
recalibrationatlocal
Service
or

Center.Contact

representative

Using-This

General.This
tate

checkingoradjusting

Index.To

Check
ceding
ment

or
PartI---

procedure

Interval

instrument

every

used

infrequently.Before

clean

and

section

Field

Inc.provides

for further

Procedure

section

aid

Adjustment

Performance

.

information,ifany,

1000

accuracy,
hours

inspect

.

check

of operation, or every

this

instrumentasoutlined

Service

complete

Field

Service

your

local

information

provides

the

in

locatingastepinthe

procedure,

several

7A18.These

Check

the

complete

instrument

Centers

Yektronix

.

features to

are

an

indexisgiven

and

PartII--

affecting

calibration

calibration,

repair

and

the

Field

:

Performance

this

and

Factory

Office

facili-

pre-

Adjust-

of

six

in

section

willbefound

instrument

within

General

The

equivalent,

7A18.Specifications

minimum
some

of

precise
equipment.All
calibrated

The

based

on

is

substituted,

need

tobealteredtomeet

ment

used.Detailed
equipment
instruction
mationisneeded

at

is

all

Performance

TEST

following

is

necessary

the

specifications

than

the

and

operating

Performance

this

recommended

are

manual

the

rearofthe

both

EQUIPMENT

test

required

given for the
for

actual

test

equipment

Check

control

not

giveninthis

for

.

manual

.

correctly

Requirements

adjusted

as

REQUIRED

equipment

for

accurate

listed

performance

within

and

equipment.If

settingsorcalibration

the

operating

the

and

complete

test

calibration.Therefore,

here

may

capabilities

is

assumed

the

listed

Adjustment

requirements

instructions

procedure.Refer

test

equipment

calibration

equipment

and

performing

given

in

Section1.

accessories,orits

of

the

are

the

be

somewhat

to

be

specifications

procedures

other

setup

of

for the

if

more

of the

test

correctly

.

equipment

may

the equip-

test

to the

infor-

less

are

Performance

ment

canbecheckedwithout

making
Performance

against
column

vided

the
adjustment
settingsorequipment

correct

perform
cedure
circuitsinthis

pletely
form

performing
the

internal

Check

the tolerances

of

Section1.Inaddition,across-referenceispro-

to the stepinPart

instrument

step

Adjustment

calibration

only

Part

gives

the

instrument

Complete

both

Performance

check

PartsIand

the

Performance

and

Adjustment

canbeperformed

Procedure.To

Check.The

adjustments

.

This

listedinthe

I I

to correct

connections

with

II --

Adjustment.The

recommended

.

adjust

II.Start the

Check.Fhis

performance

removing

by

performing

procedure

Performance

--

Adjustment

calibration.In

return

the

minimum

calibration

Check/Adjustment.To

all

parts of

procedure

method

checks the

without

.

this

complete

and

will

the

which

changing

this

number

Adjustment
procedure

of

this

instru-

side

shields

only

PartI--

instrument

Requirement

will

return

most

cases,

control

instrument

of

steps,

pro-

for

com-

instrument,

procedure

follow

this

with

assure that the

the

to

all

per-

by

or

Calibration

All
check
items

used
without
capabilities.For
amplitude
Check

check
operation.Equipment
Check

only

for
note2.

Test

Equipment

1.7000-series
Oscilloscope
mended

2.Time-Base

of the

and

adjust

only

compromising

signal

and

may

the

lower

procedure

the

.

Equipment

test

this

for

example,
generatorisused
be deletedifthe

frequency

is

Adjustment

oscilloscope, referredtoas

in

this

plug-in

Alternatives

equipment

instrument.However,

the

Performance

used

indicated

procedure.Tektronix

unit,

the

the

response

only

procedure

Tektronix

is

instrument's

low-frequency

by

required

Check

onlyinthe

user

does

or

for

the

note1;

are

71350

to

completely

some

of

canbedeleted

measurement

constant-

Performance

not

desire

trigger

items

source

Performance

required

indicated

the

Indicator

7403

recom-

.

the

to

by







Calibration-7A1

3.Amplitude

square

wave;output

amplitude

Pulse

Generator

4.Medium-frequency
erator.'Frequency,
reference
able

from

amplitude

kilohertz

at

50

Tektronix

5.Low-frequency
Frequency
tude, variable
peak.For
General

put)

Radio

.

6.Square-wave

put

capabilities
tors):12
witharisetimeof12
into50ohmsat100

8/7A18N

Calibrator.Output

accuracy,

recommended

frequency,

50

millivoltsto200

accuracy,

and

SG

503

Signal

range,

two

from

example,

Type

generator

(may

volts

amplitude

amplitude,20millivoltsto20

within0.25%.Tektronix

.3

constant-amplitude sine-wave

variable

50

from

kilohertz

output amplitude

from50to

75 megahertz.For

Generator

constant-amplitude

hertzto10

10

millivoltsto400

General

274

QBJ

be

Radio

Adaptertoprovide

. 2

Must

obtained

into50ohms

nanosecondsorless;500

kilohertz

witharisetimeofone
secondorless.'TektronixPG506
mended

0589-00

(meets

both

output

requirements

7

.Plug-inextender.2TektronixPart

.

signal,

one

50

to

75

;

output

millivolts

amplitude,

into50ohms

constant

.3

signal

generator

kilohertz;output

millivolts

1310-B

have the

from

Pulse

Oscillator

following

separate

at

one

Generator recom­) .

3

Number067-

kilohertz

volts

506

PG

gen-

megahertz

vari-

within

3%

example,

ampli-

peak

(use

BNC

out-

out-

genera-

kilohertz

millivolts

nano-

to

.'

14.In-line

;

wattage
BNC.Tektronix

15.10X

racy,

;

011-0059-02

;

16.InputRCnormalizer.2

X

20

picofarads;attenuation,2X;

tronix

17.Adapter.Adapts

connector.Tektronix

Adjustment

18.Screwdriver.Three-inch

example,

19.Low-capacitance

Tektronix

20.Tuning
tance
003-0307-00,

BNC

termination.'Impedance,

rating,

two

watts;accuracy,

PartNo.

BNC

attenuator

±2%;connectors,

.

calibration

fixture

PartNo.

Tools

Xcelite

and

R-3323

PartNo.

003-0000-00

tool.Handle with

attenuator

003-0334-00,

±2%

;

011-0049-01

. l

.

Impedance,50ohms;accu-

BNC.Tektronix

Time

constant,

one

connectors,

067-0538-00

GR874

.

connectortoBNC

017-0064-00

shaft,

3/32-inch

.

.

screwdriver.1

1/2-inch

.

inserts

for

input

adjustments.'Tektronix

and

003-0497-00

.

50

ohms

connectors,

Part

No

megohm

BNC.Tek-

male

bit.For

shaft

capaci-

PartNo.

;

.

.

Accessories

.18-inch cable.'Impedance,50ohms;type,

8

connectors,

9.42-inch

connectors,

10

RG-213/U
017-0502-00

11.In-lineGRtermination.Impedance,50ohms

tage

input
017-0064-00

12.Dual-input

input.Tektronix

13.1

accuracy,
017-0078-00

'

Required

z

Required

'Requires

BNC.Tektronix

cable.Impedance,

BNC.Tektronix

.

Five-nanosecond

connectors,

;

.

rating,

two

watts;accuracy,

with

BNC

.

OX

G

±2%;connectors,

.

only

for

Performance

only

for

Adjustment

TM

500-Series

PartNo.

50

PartNo.

cable.Impedance,50ohms;type,

GR874.Tektronix

±2%;connectors,

male output.Tektronix

coupler.'Matched

calibration fixture

R

attenuator.2 Impedance,

067-0525-00

GR874.Tektronix

Check

.

procedure

PowerModule

.

.

012-0076-00

ohms;type
012-0057-01

signal

R

G-58/U

.

RG-58/U

.

Part

No

;

wat- Rate

GR874

Part

No

transfertoeach

.

50

ohms

Part

No

;

;

.

.

;
.

Preliminary

Set the

follows
procedure)

(for

I

ntensity

Focus
Graticule Illum

Calibrator
Vert

Mode

Trig

Source

DISPLAY
TRIGGER
CH2POLARITY

POSITION
VOLTS/DIV
AC-GND-DC

Control

Indicator

both

Settings

Oscilloscope

Performance

Indicator Oscilloscope

7A18

MODE

SOURCE

CH1and

Check

Midrange

Adjust
As

40

1
Left
Left

CH

MODE

+UP

CH

Midrange
10
DC

and

display

desired

mV

kHz

Vert

1

2

mV

7A18

controls

and

Adjustment

for

well-defined

as

5-2

REV.E,

MAY,

1976



1

















Introduction

-

The

following

7A18

without

adjustments.All

basedonSection1of

Index

Factor

(VOLTS/DIV)

IDENTIFY

to PartI---

1 .

Check

2.Check
Accuracy

3.Check

4.CheckChannel

procedure

removing

tolerances

Channel1and2GAIN

Channel

Channel

Range

(7A18

this

manual

Performance

1

and

1

and2VARIABLE

only)

checks

the

the covers or

given

in this

.

Check

2

Deflection

and2Trace

performance

making

procedure

of

internal

Page

Page

Page

Page

5-3

5-3

5-4

5-4

00

the

are

rol

2

.

Connect

which

meets

oscilloscope

3.Turn

least

twenty

given

accuracy

4

.

Set the

Settings

The
both
selectedbythe

the Indicator

the

power

the Indicator

minutes

.

controlsasgiven

.

checks

titled

channels

frequency

supply

warmup

Channel

.

Perform

DISPLA

Performance

Oscilloscopetoa

and

voltage

.

Oscilloscope

for

checking

under

TE

NO

1

and2

the

check

Y

MODE

switch

Check--7A18/7A18N

power

source

requirements

poweron.

Preliminary

apply

on

.

the

the

Allow

7A18

Control

equally

channel

of

the

to the

to

at

5.Check

width

6.Check

quency

Response

7.Check

8.Check

9.Check

10.Check

11.Check

Preliminary

The

performance

at

any

unless stated

1.Install

mentofthe

Channel1and2Upper

Channel

Channel

Common-Mode

Alternate

Chopped

Trigger

Procedure

temperature

otherwise

the

Indicator

1

and2Lower

Isolation

Operation

Operation

Source Operation

for

NO

of

this

within the0°Cto

.

7A18

in

the

Oscilloscope

instrument

Rejection

Performance

TE

left

vertical

.

Band-

Fre-

Ratio

Check

canbechecked

+50

°Crange

plug-in

compart-

Page

Page

Page

Page

Page

Page

Page

5-4

5-4

5-5

5-5

5-5

5-6

5-6

1

.

Check

a.Connect

the

CH

cable

b.Set the

millivolt

c

.

d.If

exactly

in

the

GAIN

e.Set

partscanddof

Channel1and2GAIN

1

and

and

dual-input

square-wave

CHECK--CRT

necessary,

five

GAIN

controlisengaged

the

2.Check
Accuracy

a.Set the

b.CHECK-Using

tude

calibrator

deflection

switch

within

.

the

standard

CH

2 input

coupler

standard

display

adjust the

divisions

knob

with

DISPLAY

this

step

Channel

Channel1AC-GND-DC

settings

2%

amplitude

connectors

.

amplitude

output

.

forafive-division

of

vertical

a

screwdriver

.

MODE

for

Channel2.

1

and

the

VOLTS/DIV

givenin-

in

each

calibrator

with

the

calibrator

front-panel

deflection.To

switchtoCH2and

2

Table

position

GAIN

and

Deflection

switchtoGND

and

standard

5-1,

of the

output

42-inch

fora50-

display

control

adjust,

turn

check

VOLTS/DIV

BNC

.

press

until

repeat

Factor

.

ampli-

vertical

to

for

the

5-3

















Performance

c.Change

DISPLAY
CH

1

CH

2

d.Repeat

VOLTS/DIV

Switch

Setting

Check--7A18/7A18N

the

following

MODE
AC-GND-DC
AC-GND-DC

part b of

this

Standard

Amplitude

Calibrator

Output

step for

TABLE

control

settings

CH

DC
GND

Channel1.

5-1

:

1

Maximum

Error for

Accuracy

(divisions)

±2%

4.Check
(7A18

POSITION

the

partsaand

5.Check

sine-wave
the

termination

division
frequency

only)

a.Center

b.CHECK----Press

trace

moves

c.Set the

d.Disconnect

Connect

a

.

generatortothe

five-nanosecond

b.Set the

display

.

Channel

the

CRT

control

.

upward

DISPLAY

b of

this

step

all

test

Channel

the

medium-frequency

.

medium-frequency

(80

millivolts)atthe 50-kilohertz

1

and

display

the

IDENTIFY

.

MODE

for

equipment

1

and2Upper

7A18

GR

cable

2 Trace

vertically

button

switchtoCH1and

Channel1.

.

Bandwidth

constant-amplitude

CH1input

and

in-line

generator

IDENTIFY

with

the

and

check

connector

50-ohm

for

7A18

that

repeat

with

GR

an

eight-

reference

3.Check
DIV).Range

a.Set the

mV

and

the

ou tput.

b.Press

ward

position

c.CHECK-With

clockwise,

d.Return

tion

.

e.Change

DISPLAY
CH1AC-GND-DC
CH2AC-GND-DC

.

Repeat

f

Channel

Channel1and2VOLTS/DIV

standard

and

.

check

the

the

MODE

partsb,c,

1

amplitude

release

the

for

two

VARIABLE

following

and

and

2

calibrator

the

VARIABLE

VARIABLE

divisionsorless

control

control

d of

this

VARIABLE

control

to

settings

CH

GND
DC

step

(VOLTS/

switchesto10

fora50-millivolt

controltoits

fully

counter-

deflection

of

the

CAL

:

2

for

Channel2.

c.Increase the

amplitude

d.CHECK----Generator
least50megahertz
hertzina

e.Disconnect

connector

out-

.

IN

posi-

f

g

h.CALIBRATION---See

cedure

i .

6.Check
Response

VOL-T -

AC-GND-DC

.

Set

the

.

Repeat

.

Disconnect

a.Change

decreasesto5.6divisions

7500-series,

and

S/DIV

generator

in

or

the

generator

connectitto theCH2 input

DISPLAY

parts

b, c,

and

all

test

Channel

following

the

CH1and

output

7400-series

a

75

megahertz

MODE

d of

step

equipment

1

and

control

frequency

.

frequency;must

outputfrom

switch toCH2

this step

5 of the

.

2

settings

CH

2

5
AC

until

mainframe,

in a

7700-series

the

connector

for

Channel2.

Adjustment

Lower

:

mV

the

60

CH1input

.

Frequency

display

be

mega-

.

.

pro-

at

4

5-

















b.Set the

rateoftwo

c.Connect

wave

generator
42-inch
termination

d

.

Set the

display

(30

e.Decrease

amplitude

f

.

CHECK-Generator

less

.

g.Disconnect

2

input

nector

.

h.Set the

i .

Repeat

time-base

milliseconds/division

the

low-frequency

to

the

BNC

cable,

10X

.

low-frequency

millivolts)at10

the

generator

decreasesto4

the

low-frequency

connector

and

DISPLAY

partsdthroughfof

unit

for

a

free-running

.

constant-amplitude

CH

2

input

BNC

attenuator,

generator

kilohertz

.

frequency

.2

divisions

.

frequency;must

generator

connectitto the

MODE

switch to

this

step

connector

and

for

a

until

be 10

CH1input

CH1.

for

Channel1.

sweepata

with

50-ohm

six-division

the

display

hertz

from

the

sine-

the

BNC

or

CH

con-

f

.

Disconnect

connectitto

g.Set

h.Set the

the

theCH2

generator

CH

volts) at50megahertz

i.Change

the

following

CH1VOLT/DIV

DISPLAY

MODE

CH2VOLTS/DIV

j .

CHECK--CRT

flection

8.Check

.

k.Disconnect

Common-Mode

a.Change

CH

1

and

all

the

following

CH2VOLTS/DIV

Performance

the

termination

2

input

VOLTS/DIV

for

.

display

test

equipment

from

connector

switch

a two-division

control

settings

10

mV

CH

1

10

mV

for0.4

.

Rejection

control

settings

20

Check--7A18/7A18N

Channel

.

V

.

to

.1

display

(200

:

division

or

less

Ratio

:

mV

1

and

milli-

de-

j.Disconnect

7.Check
a.Change

CH1and

Channel

the

CH

all

following

2

AC-GND-DC

CH1VOLTS/DIV
CH

2

VOLTS/DIV

b.Connect

input
in-line

c.Set

connector

50-ohm

the

the

with

GR

generator

volts) at50megahertz

d

.

Change

DISPLAY

CH

1

VOLTS/DIV

the

MODE

following

test

equipment

Isolation

control

medium-frequency

the

five-nanosecond

termination

for

.

a

two-division display

.

control

.

settings

DC

.1

V

mV

10

generator

settings

CH

2

10

mV

b

.

and
cable,
coupler

Connect

CH2input

in-line

the

medium-frequency

connectors

50-ohm

GR

with the

termination,

generator

to

five-nanosecond

and

the

theCH1

GR

dual-input

.

:

GR

to the

cable

(200

CH

and

milli-

c.Set the

division

d.Change

1

DISPLAY

CH2POLARITY

e.CHECK-CRT

flection

f

.

Disconnect

constant-amplitude

display

(160

the

following

MODE

(common-mode

all

millivolts)at50

control

display

for0.8

rejection

test

equipment

generator

megahertz

settings

for

an

.

:

ADD

INVERT

division

or

less

ratio10:1orbetter)

.

eight-

de-

.

:

9.Check
a.Set

Alternate

the

DISPLAY

Operation

MODE

switchtoALT

.

e.Check---CRT

(channel

,c)

I

isolation

display

display

for

0.4divisionorless

ratio50:1orbetter)

deflection

.

REV

b.Position

.

APR

1974

the

traces

about

two

divisions

apart

.

5-5





Performance

c.Turn

out

its

range

d.CHECK-Trace

at

all

sweep

be

apparent

screen

.

10.Check

a.Set

b.CHECK-CRT

11.Check

Change

a

.

DISPLAY
J

'RIGGER

Check-7A18/7A18N

the

time-base

.

.Atfaster

rates

instead

;

Chopped

the

DISPLAY

Trigger

the

following

MODE

SOURCE

unit

alternation

display

Operation

MODE

display

Source

control

time/division

between

sweep

rates,

appearsastwo

switch to

for

two

traces

Operation

settings

ALT
CH

switch

channel1and

alternation

traces

CHOP

.

.

:

1

through-

will

not
the

on

2

d.Connect

connector

input

e.Set

one-kilohertz

f.CHECK-CRT

square

both

the

wave

g.Set the

h.CHECK-CRT

stable

i .

the

Set

j .

CHECK-CRT

the

low-frequency

with

the

42-inch

generator

signal

onlyisstable

TRIGGER

.

TRIGGERSOURCE

foratwo-division

.

display

SOURCE

display;square

display;sine

generator

BNC

for

square

.

switchtoMODE

wave

switch toCH2

wave

onlyisstable

cable

wave

.

and

to the

(40

and

sine

.

CH

2

millivolts)

sine

wave

.

wave

are

.

;

b.Connect

the

to

c.Set the

sweep

the Indicator

CH1input

rate

of 0.5millisecond/division

connector

time-base

unit for a

Oscilloscope

with

the

triggered
.

Cal

Out

18-inch

connector

BNC

cable

displayata

.

NOTES

k.Disconnect

This

the

7A18.If

this

procedure,

specified

completes

the

limits

.

all

test

equipment

the

Performance

instrument

itiscorrectly calibrated

has

met

.

Check
all

procedure

tolerances given

and

within

for

in

the









Introduction

The

following
calibration.All
are

calibration
instrument
mance
operation
tolerances
Requirements

this

section

Index

1.Adjust

2.Adjust

specifications

Requirement

of the

.

to

Part

procedure

limits

and

guides,

instrument

if

the

instrument

as

checkedinPartI--

returns

tolerances giveninthis

and

should

except

column

may

I I-Adjustment

Channel1and2DC

Channel1and2GAIN

the

not

be

as listedinthe

of

Section1.

exceed

the

meets

Balance

the

Performance

7A18

interpreted

The

given

Performance

Page

Page

to correct

procedure

Perfor-

actual

limits

Check

5-7

5-8

Adjustment---7A

5.Set

the

controlsasgiven

Settings

as

obtainawell-defined

or

of

Locationof

5-1

.

6.Adjust

Titles

for

capitalized

Internal
DC

Balance)

The

locationsofthe

.

the

Focus

display

external controls

in this

adjustments

.

Adjustments

7A18

procedure

are

and

.

NO

TE

initial

adjustments

under

Astigmatism

of

this

(e .g

.,

capitalized

Preliminary

instrument

are

18/7A18N

as

necessary

VOLTSIDIV)

only(e.g

showninFig

Control

to

are

.

.,

.

3.Adjust

citance

4.Adjust

Compensation

5

.AdjustChannel1and2High-Page

Frequency

Preliminary

This

temperature

1.Remove

left

side

2.Install

ment

of the Indicator

Channel1and2Input

Channel

Compensation

ProcedureFor

instrument

panel

should

of25°C+5°C

the

left

from

the Indicator

the

7A18

Oscilloscope

side

in

1

and2Attenuator

Adjustment

NO

TE

be

adjusted

for best

shield

from

Oscilloscope

the

left vertical

.

Capa-

overall

the

at

an

7A18,

plug-in

Page

Page

ambient

accuracy

.

compart-

and

5-8

5-9

5-10

.

the

1.Adjust

a.Position the

the

CH1POSITION

b.Push

controltoits

c.CHECK--Turn

counterclockwise

more

d

.

1,

for

is

rotated

e.Set the

position

f.Set

g.Position the

theCH2

Channel1and2DC

and

than0.5

ADJUST-Channel

minimum

from

.

the

DISPLAY

POSITION

release

outward

to

division

trace
fully

CH

trace

to the

control

.

the

CH

position,

the

VARIABLE

fully

clockwise.Trace

vertically

1DCBalance,

shift

as the

counterclockwise

1

VARIABLE

MODE

tracetothe

control

.

Balance

center

horizontal

VARIABLE

1

control

should not

.

adjustment

CH1VARIABLE

to

fully

control

switchtoCH2.

center

to

horizontal

line

(VOLTS/DIV)

from

number

control

clockwise

the

CAL

line

with

fully

move

.

IN

with

3.Connect

whichmeets

oscilloscope

4.Turn

least

twenty

the Indicator

the

frequency

power

supply

the Indicator

minutes

warmup

Oscilloscope

and

voltage

.

Oscilloscope

before

toapower

requirementsofthe

poweron.

proceeding

Allow

.

source

REV.APR

h.Push
outward
Perform

at

ADJUST---DC

trace shift

from-fUPto

1974

and

release

position.(For

the

following

BAL

while

INVERT

the

CH2VARIABLE

instruments

for

instruments

(see

switching

.

number

CH

B070000

B070000

5,

2

POLARITY

controltoits

and

Fig

.

5-1)

below

andup:

for

no

switch

5-7

.)







Adjustment-7

A18/7A18N

Fig.5-1.Locationsofadjustments

CH2DCBAL

R521

usedinthis

Channel

Attenuator

Compensations

Channel

Attenuator

Compenstions

procedure.(7A18

2

l

shown

Channel

C100

Channel 2

C100

.)

l

Perform

7A18below

SN

i

.

partsi,j,

8070000

CHECK-Turn

andIfor7A18N

SN

8090000.Perform

andupand7A18SNB090000

the

counterclockwisetofully
more

than0.5

division

vertically

j.ADJUST-Channel

5,

for

minimum

is

rotated

k

.

ADJUST-CH

number

9,
VARIABLE
to

fully

clockwise

I .

Set the

position

.

2.Adjust

a.Connect

2

input

connector

b.Set

square-wave

c.Position

theCH2

d.CHECK-CRT

amplitude

e.ADJUST-CH

exactly

five

trace

shiftastheCH2

from

fully

counterclockwise

2

Fig.5-1)

for

controlisrotated

.

CH2VARIABLE

Channel1and 2

the

standard

with

the

the

standard

output

the

POSITION

.

divisionsofdeflection.To

amplitude

.

displaytothe

control

display

2

GAIN

NOTE

belowSNB070000,

VARIABLE

clockwise.Trace

.

2

DC

Balance,

VARIABLEDC

minimum

from

trace

fully

controltothe

GAIN

amplitude

42-inch

calibrator

centerofthe

.

for

exactly

adjustment

BNC

part k

for7A18N

andup.

control

adjustment

VARIABLE

to

should

fully

BAL

from

not

number

control

clockwise

(R544,

shiftastheCH2

counterclockwise

CAL

calibratortothe

cable

.

for

50-millivolt

graticule

divisions

five

(front

panel)

adjust,

pressinthe

-

fully

move

see

IN

CH

with

for

in

GAIN
controlisengaged

CH2input
connector

theCH1

.

amplitude

exactly

3.Adjust

a.Remove
Place
extender

b.Set
mV

c.Connect
output

knob

withascrewdriver

f.Disconnect

connector

.

the

g.Set
h.Position

DISPLAY

the

POSITION

i .

CHECK-CRT

.

j .

ADJUST-CH

five

divisions

k.Disconnect

Channel1and2Input

the

7A18

into

the

the

CH1and

.

to

the

.

the

standard

displaytothe

control

display

1

GAIN

of deflection

all

test

the

7A18

on

the

left

vertical

the

square-wave

CH

1

and

amplitude

and

connectitto

MODE

switchtoCH1.

centerofthe

.

for

exactly

adjustment

.

equipment

from

plug-in

.

the

extender

Indicator

compartment

CH2VOLTS/DIV

generator

input

connector

turn

until

the

calibrator

the

CH1input

graticule

five

divisions

(front

panel)

Capacitance

Oscilloscope

and

plug

.

switchesto5

high-amplitude

with

the

from

GAIN

the

with

in

for

.

the

five-

5-8

REV.D,

JAN

.

1976

















nanosecond
GR

termination,

d.Set

play

(30

e.Set

sweep

f.CHECK-CRT

corner

g.ADJUST---Channel

on

the

h.Disconnect

nector

i .

Set

j.CHECK--CRT

corner

GR

the

millivolts)ofa

the

rateof.2

.

displayed

and

connectitto theCH2

the

DISPLAY

.

cable,

10X

GR

and

20 pF

normalizer

square-wave

time-base

millisecond/division

waveform

the

generator

one-kilohertz

unit

display

1C100

(use

normalizer

MODE

display

for

for

attenuator,

.

forasix-division
signal

.

foratriggered

.

square-wave

for

optimum

tuning

tool)

.

from

the

CH1input con-

input

connector

switchtoCH2.

square-wave

in-line

50-ohm

displayata

with

square

.

with

dis-

square

corner

square

top

within0.15

each

switch position to

e.ADJUST-CH

Table

5-2 for
displayed
erator
divisionsofdeflection

signaltothe

switch position
top
each

Table
displayed
switch positiontoprovide

output

f.Disconnect

g.Set the

h.CHECK--CRT

within0.15

switch

i .

ADJUST---CH

5-2

division.Re-adjust

2

attenuator

optimum

waveform

CH1input

DISPLAY

positiontoprovide

for

waveform.Re-adjust the

(use

at

each switch

.

the

normalizer

display

listedinTable

division.Re-adjust the

1

attenuator

optimum

Adjustment

the

provide

square

connector

MODE

square corner

six

divisionsofdeflection

compensations

corner and

tuning

tool).Re-adjust
position

from

.

switchtoCH1.

at

each

5-2 for

six

divisionsofdeflection

compensations

generator

divisionsofdeflection

six

--7A18/7A18N

generator

flat

toponthe

to

provide

CH2and

CH

square corner

and

1

VOLTS/DIV

generator

flat

outputateach

connect

output

as

given

the

gen-

six

the

and

flat

output

as

given

toponthe

.

at

.

in

at

.

in

k.ADJUST--Channel

on

the

displayed

I.Disconnect

m.Remove

Indicator

vertical

compartment

4.Adjust

a.Connect

output

nanosecond
GR

mV

(60

switch position

to the

termination,

b.Set the

.

c

.

the

Set

millivolts)ofone-kilohertz

d.CHECK-CRT

waveform

all

test

the

Oscilloscope.Install

Attenuator

the

CH

GR

cable,

and

CH1and

square-wave

listedinTable

2

C100

.

equipment

7A18

and

.

Compensation

square-wave

2 input

10X

GR

20pF

normalizer

CH2VOLTS/DIV

generator

display

for

optimum

.

plug-in

the

7A18

generator

connector

attenuator,

.

forasix-division

signal

.

at

each

CH

5-2

for

square corner

square corner

extender

onlyinthe

high-amplitude

with

in-line

switches

2

VOLTS/DIV

from

the

50-ohm

display

and

five-

to

the
left

10

flat

j .

Disconnect

VOL-I'S/DIV

Switch

Setting

10

50

0.2V

0.5V

2V

mV

mV

-----------

V

_ .~

Replace

all

test

Attenuator

-

.__

Remove

in-line

with

GR

equipment

TABLE

Compensation

Square

_C106

C110
_C11_4_
Check

10XGR

Check

C118
Check

50-ohm

to

BNC

.

5-2

Adjust

Corner

attenuator

GR

male

for

Optimum

I

_

.

.

termination

adapter

.

Flat

Top

C115

Check

Check

C119

_

Check-

5-

9

Adjustment-7A1

8/7A18N

5.Adjust
Compensation

the

a.Set

10mV.

b.Connect

the

CH

1

cable,

10X

tion

.

c.Set the

(60

millivolts)ofa

d.Set the

sweep

rateof2

In

the
magnifier
at

both

sweep

e.CHECK--CRT

response
to-peak

with

.

Channel

CH

1

and

CH

the

square-wave

input

connector

GR

attenuator,

square-wave

time-base

microseconds/division

following

fromX1toX10and

rates

aberrations

100

generator

kilohertz

unit

NOTE

steps,

.

display

nottoexceed

1

and

2

VOLTS/DIV

generator

with

the

and

in-line

forasix-division

signal

foratriggered

change

compare

for

optimum

2

High-Frequency

switches to

fast-rise

five-nanosecond

50-ohm

.

.

the

time-base

the

0.24

division

GR

displayata

response

square-wave

output

termina-

display

unit

peak-

f.ADJUST-Adjustments
optimum
Use
capacitors.Repeat
responseisobtained

to

GR

connector

response

to-peak

optimum

Use the

capacitors.Repeat

responseisobtained

all
and

square-wave

the

low-capacitance

g.Disconnect

and

connectitto

h.Set the

i .

j.ADJUST

This

test

the

DISPLAY

CHECK-CRT

with

aberrations

.

square-wave

low-capacitance

completes

equipment.Replace

left

side

response

these

.

the

termination

display

Adjustments

response with

these

.

Calibration

the

panelonthe Indicator

numbers

with

screwdrivertoadjust

adjustments

the

CH

MODE

switch toCH2

for

nottoexceed

numbers

screwdriver

adjustments

the

left

2, 3,

minimum

from

2 input

optimum

0.24

6, 7,

minimum

to adjust the

of the

side

shieldonthe

Oscilloscope

and

4
aberrations
the

variable

until

optimum

the

CH

1

input

connector

.

division

until

7A18.Disconnect

.

square-wave

peak-

and

8

aberrations

variable

optimum

7A18

.

for

.

for

.

5-10

REV.APR

1974

cw





Replacement

or representative

ChangestoTektronix

components

improvements
ordering
typeornumber,

Ifapart
Tektronix, Inc.Field
number

.

.

as

they

developedinour

parts,

to

serial

you

PARTS

parts

become

include

have

Office or

are

the

number,

ordered

available

instruments

ORDERING

fromorthrough

are

available,

engineering

following

representative

informationinyour

and

modification

has

been

sometimes

and

to give
department

replaced

will

INFORMATION

your

local

made

you

the

.

It is

with a

order:Part

if

new

concerning

number

contactyou

Tektronix, Inc.Field

to

accommodate

benefit

of

the

therefore important,

number,

applicable

or

improved

.

part,

any

Section

Office

improved

latest

circuit

when

instrument

your

local

changeinpart

6--7A18/7A18N

Change

In
Becauseofspace
further
utilized

ACTR
ASSY
CAP

CER
CKT
COMP
CONN
ELCTLT
ELEC
INCAND

LED
NONWIR

information,ifany,

the

Parts

Item

Name

where

ACTUATOR
ASSEMBLY
CAPACITOR
CERAMIC
CIRCUIT
COMPOSITION
CONNECTOR

ELECTROLYTIC
ELECTRICAL
INCANDESCENT
LIGHT
NON

SPECIAL

X000

00X

List,

an Item

limitations,anItem

identification,

possible

.

EMI]TJNG

WIREWOUND

is

locatedatthe

NOTES

Part

first

Part

removed

Nameisseparated

theU.S.Federal

ITEM

Name

AND

added

after

NAME

may

ABBREVIATIONS

DIODE

rearofthis

at this

this

from

sometimes

PLSTC
QTZ

RECP
RES
RF
SEL

SEMICOND
SENS
VAR

WW
XFMR

XTAL

SYMBOLS

serial

serial

the

Cataloging

manual

.

number

number

descriptionbya

appearasincomplete.For

Handbook

PLASTIC

QUARTZ
RECEPTACLE
RESISTOR

RADIO
SELECTED
SEMICONDUCTOR
SENSITIVE
VARIABLE

WIREWOUND
TRANSFORMER

CRYSTAL

colon().

H6-1

FREQUENCY

can

be

REV.G

TUN.1975

Electrical

Parts

List-7A18/7A18N

MFR

.CODE

01121
03508 GENERAL

04222

07263

07910
12697
17856
24931
36619
56289

71590

72982
74970
75042

76854
78488
79727
80009
80740

IN

MANUFACTURER

ALLEN-BRADLEY

PRODUCTS

CERAMIC

AVX
FAIRCHILD

FAIRCHILD
TELEDYNE
CLAROSTAT
SILICONIX,
SPECIALTYCONNECTOR

MICROWAVE
SPRAGUE

CENTRALAB
GLOBE-UNION,

ERIETECHNOLOGICAL
JOHNSON,E.F.,
TRW

ELECTRONIC
RESISTORS,
OAK

INDUSTRIES,
STACKPOLE
C-W

INDUSTRIES
TEKTRONIX,
BECKMAN

CO

ELECTRIC

DEPT

.

CORP
SEMICONDUCTOR,
CAMERA

SEMICONDUCTOR

MFG.CO.,INC

INC

.

INSTRUMENTS

ELECTRIC

ELECTRONICS,

INC

COMPONENTS,

PHILADELPHIA

CARBONCO

INC

.

INSTRUMENTS,

X

MFR.CODE

.

CO.,SEMI-CONDUCTOR

.

AND

CO

.

CC

INC.,SWITCH

INSTRUMENT

.

CO.,INC

&

COMPONENTS,

.

DIV.OF

PRODUCTS,

DIVISION

.

INC

.

A

DIV.OF

IRC

.

INC

DIV

CORP

.

FIXED

.

NUMBER

1201
ELECTRONICS

P.O.

464

.

12515

LOWER

2201
3560

INC.6600

5757N.
644W.
299

401N.
S.MAINST.

550

P.0.BOX

2500

ADDRESS

2NDST.

867

BOX

ELLISST.

CHADRON

WASHINGTON
LAURELWOOD
MADISON
BOMBARDIERST

GREEN

12THST.

10TH

AVE.S.W

BROADST.

DAVISVILLE

HARBORBlVD

500

SOUTH

PARK

AVE

AVE

BAY

TO

RD

.

ST

.

RD

.

.

.

AVE

.

.

.

MANUFACTU

.

CITY,STATOZIP

MILWAUKEE,

SYRACUSE,

MURTLE
MOUNTAIN

HAWTHORNS,
DOVER,

SANTA

INDIANAPOLIS,
MONTREAL
NORTH

MILWAUKEE,
ERIE,
WASECA,

PHJIADELPHIA,
CRYSTAL

ST.MARYS,
WARMINSTER,
BEAVERTON,
FULLERTON,

BEACH,

VIEW,

NH

CLARA,

ADAMS,

PA

MN

LAKE,

WI

NY

13201

CA

03820

CA

458 QUE

MA

WI

16512

56093

PA

PA

OR

CA

53204

SC

CA

90250

95054

IN

53201

PA
IL

15857

18974
97077
92634

29577

94042

46227
CAN

01,247

19108
60014

6-2

REV.I

JUN.1975

Electrical

Parts

List---7A18/7A18N

Tektronix

CktNo.

C91
CIO
C13

1

C19

1

C20

C231 283-0000-00
C1061
C1061

C1062
C106

C1071
C107

C1072
C1072
Cl10

C111
C1141
C1141
C1142
c1142

C1151
C1151

C1152
C1152

C1181

C118
C1.1,82

C1.182
C119

C119

C119
C119
C238
C238
C438

C438

J10

1

J10

2

J20

1

J20

2

L237
L237

L437
L437

RIO
R11

3

R11

3

R11

2

813

1

R20

1

7A18

2

7A18N

3

Fux

-

nished

2

1

1

1
1

2
2

1
2

1
2

1
2

1
2

only

PartNo.

283-0000-00
285-0816-01
283-0000-00
283-0000-00
285-0816-01

307-1010-00
307-1010-01
307-1010-00
307-1010-01

307-1010-00
307-1010-01

307-1010-00
307-1010-01

307-1011-00

307-1011-00
307-1013-00
307-1013-01
307-1013-00
307-1013-01

307-101
307-1013-01

307-1013-00
307-1013-01
307-1014-00

307-1014-01
307-1014-00

307-1014-01
307-1014-00

307-1014-01

307-1014-00
307-1014-01
281-0504-00
281-0504-00
281-0504-00

281-0504-00
131-0679-00

131-0126-00
131-0679-00
131-0126-00

276-0507-00
276-0507-00
276-0507-00

276-0507-00

315-0620-00
311-0880-01
31

.1-1320-00
311-0310-00
317-091

315-0620-00

.

only

.

as a

.3-00

.0-00

unit

Serial/ModelNo.

Eff

CHASSIS

B010100B039999

B040000
B020100
B030000

B0101008039999
B040000
B0201008029999

B030000

B0101008039999
B040000
B020100B029999
B030000

B010100B039999
8040000

B020100
B030000

B010100

8040000
B020100B029999

8030000
B010100
B040000

B0201008029999
B030000
B010100
B020100
B010100

B020100

B010100
B020100
B010100
8020100

B010100
8030000

S13,

with

Dscont

8029999

B029999
B039999

B039999

B079999X
B059999X
B079999X

13059999X

B079999X
B059999X
B079999X
B059999X

B029999

7A18

only

.

Name

CAP

.,FXD,CER

CAP

.,FXD,PLSTC:0.19UF,10%,600V

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,PLSTC

CAP

.,F'XD,CERDI:O
AT°rENUATOR,FXD
ATrENUATOR,FXD
ATTENUATOR,FXD
ATTENUATOR,FXD

ATTENUATOR,FXD
ATTENUATOR,FXD
ATTENUATOR,FXD

AT",NUATOR,FXD
ATTENUATOR,FXD

ATTENUATOR,FXD
ATTENUATOR,FXD

AT

°

PENUATOR,FXD

ATTENUATOR,FXD
ATTENUATOR,FXD

ATTENUATOR,FXD
ATTENUATOR,FXD
ATTENUATOR,FXD

ATTENUATOR,FXD
ATTENUATOR,FXD

ATTENUATOR,FXD
ATTENUATOR,FXD
ATTENUATOR,FXD
ATTENUATOR,FXD
ATTENUATOR,FXD

ATTENUATOR,FXD
ATTENUATOR,FXD
CAP

.,FXD,CER

CAP

.,F'XD,CERDI:IOPF,+/-1PF,SOOV

CAP

.,FXD,CER

CAP

.,FXD,CER

CONNECTOR,RCPT,
CONNECTOR,RCPT,
CONNECTOR,RCPT,
CONNECTOR,RCPT,

SHIELDING
SHIELDING
SHIELDING
SHIELDING

RES
RES
RES

RES

.,VAR,NONWIR

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

BEAD,
BEAD,:0.6UH
BEAD,:0.6UH
BEAD,:0.6UH

.,FXD,CMPSN
.,VAR,NONWIR
.,VAR,NONWIR

&

DI:O.OOIUF,+100-0%,500V

DI:O.OOlUF,+100-0%,500V
DI:O.OOlUF,+100-0%,500V

:0

.19UF,10%,600V

.OOIUF,+100-0%,500V
:2X
:2X
:2X
:2X

:2X
:2X
:2X
:2X
:4X

:4X
:1OX
:1OX

:1OX
:1OX

:IOX

:IOX

:IOX
:1OX

:100X

:l00X
:l00X
:100X
:100X
:100X

:l00X
:100X

DI

:1OPF,+/-1PF,500V

DI

:IOPF,+/-1PF,500V

DI

:1OPF,+/-1PF,500V

:BNC

W/HARDWARE
:BNC,FEMALE
:BNC

W/HARDWARE

:BNC,FEMALE
:0

.6UH

:62

OHM,5%,0

:5K

OHM,20%,0

:SK

OHM,10%,1W

:5K

OHM,20%,0

:91

OHM,5%,0

:62

OHM,58,0

Description

.25W

.50W

.50W

.125W

.25W

Mfr

Code

72982
80009
72982
72982
80009

72982

80009
80009
80009

80009

80009
80009

80009
80009
80009

80009
80009
80009
80009
80009

80009
80009

80009

80009
80009

80009
80009
80009
80009
80009

80009
80009
72982
72982
72962

72982

24931
36619

24931
36619

78488
78488
78488
78488

01121
71590
12697

01.121
01121

01121

Part

Mfr

831-5

.16ElO2T'

285-0816-01
831-516E102P

831-516E102P
285-0816-01

831-516EI02P
307-1010-00
307-1010-01
307-1010-00
307-1010-01

307-1010-00
307-1010-01
307-1010-00

307-1010-01
307-101.1.-00

307-1011-00
307-1013-00
307-1013-01
307-1013-00
307-1013-01

307-1013-00
307-1013-01
307-1013-00

307-1013-01
307-1014-00

307-1014-01
307-1014-00
307-1014-01
307-1014-00
307-1014-01

307-1014-00
307-1014-01
301-055000010OF
301-055000010OF
301-055000010OF

301-055000010OF

28JR168-1
9663-1

NT-34

28JR168-1
9663-1

NT-34

57-0180-7D

57-0180-7D
57-0180-7D
57-0180-7D

CB6205
BA202-001

381-CM39700

W-7350A
BB9105

CB6205

Number

REV.I

JUN.1975

6-

3

Electrical

Parts

List-7A18/7A18N

Tektronix

CktNo.

821

1

821

1

R21

2

823

3

R35

R36
R38
8236
R237A,B4311-1131-01
8238

8238
8238

8238

8239
8239

8436
R437A,B5311-1131-01
8438
8438
R438

8438
8439

8439

513

6
S22
S237
S30A,B
S30A,B

5237
5237
52372
S237
54373,9262-0928-00

5437
54372,9

54372,9

T11

3
T113
T11

2
T112

T213

PartNo.

311-0880-01
311-1320-00
311-0310-00
317-0910-00
315-0241-00

315-0621-00
315-0392-00
315-0621-00

3

315-0131-00
315-0390-00

3

315-0131-00

2

2

315-0390-00

3

315-0222-00

2

315-0222-00

315-0621-00

3

315-0131-00

3

315-0390-00

2

315-0131-00

2

315-0390-00
315-0222-00

3
2

315-0222-00

260-0816-00

262-0926-00 SWITCH,ROTARY
260-1221-00

3,8

262-0928-00

3,8

262-0928-01

.8

262-0928-00

2,8

262-0928-01

262-0928-01

3,9

262-0928-00
262-0928-01

276-0549-00
276-0525-00

276-0549-00
276-0525-00

276-0549-00

Serial/ModelNo.

Eff

B010100
B030000

B010100
B080000

B020100

B060000
XBO80000
XBO60000

B010100

B080000

B020100

B060000
XBOS0000
XB060000

B010100

B080000

B020100

B060000

B010100

B080000

B020100B059999

B060000

B010100B039999

B040000

B020100

B030000

B010100B039999

Dscont

B029999

B079999

B059999

B079999

B059999

B079999

B059999
B079999

B029999

RES

.,VAR,NONWIR
.,VAR,NONWIR

RES
RES

.,VAR,NONWIR
.,FXD,CMPSN

RES
RES

.,FXD,CMPSN

RE'S

.,FXD,CMPSN

RES

.,FXD,CMPSN:3.9K

RES

.,FXD,CMPSN

RES

.,VAR,NONWIR

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN
.,FXD,CMPSN

RES
RES

.,FXD,CMPSN

RES

.,VAR,NONWIR

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

SWITCH,SLIDE

SWITCH,ROTARY

SWITCH,ROTARY
SWITCH,ROTARY
SWITCH,ROTARY
SWITCH,ROTARY
SWITCH,ROTARY

SWITCH,ROTARY
SWITCH,ROTARY
SWITCH,ROTARY

CORE,FERRITE
CORE,FERRITE

CORE,FERRITE
CORE,FERRITE
CORE,FERRITE

Name

:5K
:5K

:5K
:91
:240

:620

:620

:5K
:130

:39
:130
:39

.2K

:2
:2

.2K

:620

:5K
:130
:39
:130

:39
:2

.2K

:2

.2K

:DPDT,0

:DISPLAY

:DISPLAY

:CAL IN
:CAL IN

:CAL

:CAL IN

:CAL

:CAL IN
:CAL IN
:CAL IN

:0

.210 IDX0

:0

.196 ID

:0

.210 ID

:0

.196 IDX0

:0

.210 ID

Description

&

OHM,20%,0
OHM,10%,1W
OHM,20%,0

OHM,5%,0

OHM,5%,0

OHM,5%,0

OHM,5%,0
OHM,5%,0
OHM,10%,0
OHM,5%,0

OHM,5%,0

OHM,5%,0

OHM,5%,0

OHM,5%,0

OHM,5%,0

OHM,5%,0
OHM,10%,0
OHM,5%,0

OHM,5%,0

OHM,5%,0

OHM,5%,0

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

.5A,125VAC

MODE/TRIG
MODE/TRIG

CHl(WIRED)
CH1(WIRED)

IN

CH1(WIRED)
CH1(WIRED)

IN

CH2(WIRED)

CH2(WIRED)
CH2(WIRED)
CH2(WIRED)

X 0
X 0

X 0

Mfr

Code

.50W

.50W

.125W 01121 BB9105

.25W

.25W

.25W

.25W

.25W

.25W

.25W

.25W

.25W

.25W
.25W

.25W

.25W

.25W

.25W

.25W

.25W

.25W

.25W

SCE(WIRED)
SCE

OD

.437"
.437"

OD

.437"

OD

.437"

OD

.437"

OD

71590
12697
01121

01121 CB2415
01121 CB6215

01121 CB3925
01
80009
01121

01121 CB3905
01121 CB1315
01121 CB3905
01121 CB2225
01121 CB2225

01121 CB6215
80009

0.1.121
01121 CB3905
01121 CB1315

01121 CB3905
01121
01121

79727

80009
76854

80009
80009
80009
80009
80009

80009
80009

80009

01121
01121
01121

01.1.21
01121

.121

Mfr

BA202-001
381-CM39700

W-7350A

CB6215

311-1131-01

CB1315

311-1131-01
CB1315

CB2225
CB2225

GF-126-0012A

262-0926-00
5-41981-411

262-0928-00
262-0928-01
262-0928-00
262-0928-01
262-0928-00

262-0928-01
262-0928-00

262-0928-01

T0437C416A
T037C351A
T0437C416A
T037C351A
T0437C416A

Part

Number

T213
T212
T212

A1

3

A13
A1

3
AlA3
AlA3
A1

2

Furnished

1
2

3

Furnished

4

Furnished

5
6

Furnished

7

Furnished

BFurnished

6-

4

276-0525-00
276-0549-00
276-0525-00

672-0020-00
672-0020-01

672-0020-02
670-1706-01XB100000
670-1706-02
670-1386-00

asaunit

7A18N

only

only

.

.

asaunit
asaunit
asaunit

asaunit

asaunit

7A18

B040000
B020100B029999
B030000

B010100B059999
B060000B099999
B100000

B120000
B020100

with

with
with
with
with
with

B119999
B049999

S23, 7A18

5237

.

5437

.
Rll,7A18
R21,7A18
R237A,B

only
only

.

only

CORE,FERRITE
CORE,FERRITE
CORE,FERRITE

CKT

BOARD

CKT

BOARD

CKT

BOARD

CKT

BOARD
BOARD

CKT
CKT

BOARD

.

.
.

:0
:0
:0

ASSY
ASSY
ASSY
ASSY
ASSY

ASSY

9

Furnished

.196 ID
.210 ID
.196 ID

:READOUT
:RF,ADOUT
:READOTJT
:ATTENUATOR

:ATTENUATOR
:ATTENUATOR

asaunitwith

X 0
X 0
X 0

CAM
CAM

CAM

.437"
.437"

.437"

(2)

OD
OD
OD

SWATTENUATOR
SWATTENUATOR
SWATTENUATOR

R437A,B

(2)
(2)

(2)

01121
011

01.121

80009
80009

80009
80009
80009
80009

.

.21

T037C351A
T0437C416A

T037C351A

672-0020-00
672-0020-01
672-0020-02
670-1706-01
670-1706-02
670-1386-00

REV.H

JAN.1976



Ckt

No

__

All
All

C100
C101

2

R102
R130

S100A
S100A

S100A
S100A

3,1

S100A

3,1

S100A3,1

S100B13
S100C(

S100B~

3,2

S1000J
810081

S1000I
Sl00B1

3 ,1

51000

.

3,2
3,2
3,2

2

,

3,1

105-0241-00

Tektronix

Part

No

670-1386-03
672-0480-00

281-0064-00
281-0661-00

317-0105-00

322-0481-00

105-0242-00
105-0242-01
105-0242-02

105-0242-00
105-0242-01

105-0242-02
105-0241-00

105-0241-01

105-0241-01

Serial/Model
Eff___

B050000B050000
13085869

B010100B029999X

B010100
13060000
8100000
13020100 13049999
13050000 13085868

13085869
13010100

13060000

13020100 13049999

13050000

D

scont

__

13085868

13059999
13099999

13059999

No

.

CKT
CKT

CAP
CAP

RES
RES

ACTUATOR
ACTUATOR
ACTUATOR
ACTUATOR,CAMSW
ACTUATOR,CAM

ACTUATOR,CAM
ACTUATOR

ACTUATOR

ACTUATOR,CAM

ACTUATOR,CAM

-

BOARDASSY
BOARD

ASSY

.,VAR,PLSTC
.,FXD,CER

.,FXD,CMPSN
.,FXD,FILM

CAMSW:AC/GND/DC
CAMSW:AC/GND/DC

CAM

CAMSW:VOLTS/DIV

CAMSW:VOLTS/DIV

Nam

e&

Description

__

:ATTENUATOR
:CAM

SW

ATTENUA'fOR(2)

:0

.25-1

OHM,58,0

OHM,1%,0

:AC/GND/DC

:AC/GND/DC
:AC/GND/DC

:AC/GND/DC

:VOLTS/DIV

:VOLTS/DIV

.5PF,600V

.25W

DI:0.8PF,+/-O.1PF,500V

:IM

:IM

SW

SW

SW

SW

SW

(2)

.125W

AmW-^^

Electrical

Parts

List--7A18/7A18N

Mfr

Code

01121
75042

80009 105-0242-00
80009
80009
80009

80009

80009
80009

80009

80009
80009

Mfr

-

80009670-1386-03
80009

72982
72982

_~w

672-0480-00

530-002
301-000COK0808B

BB1055
CEBTO-1004F

105-0242-01
105-0242-02
105-0242-00
1

.05-0242-01

105-0242-02
105-0241-00

105-0241-01

105-0241-00
105-0241-01

Part

Number

A22
A2

A2
A2
A2
A2

A2
A24

A2
A2

C210
C212
C216
C225
C225
C225
C225

C237
C241
C241

C241
C241

C245

C246
C256
C264
C270
C274
C275
C278

C313
C318

C325
C325
C325
C325

C341

17A18N
27A18

2
2
2
1
1

1
5

5

2
2

1
1

2
2

1
1

2
2
1
1

2

only

only

670-1384-00
670-1384-02

670-1384-03

670-1384-07

670-1384-00
670-1384-03
670-1384-06

670-1384-01
670-1384-04

670-1384-08

283-0001-00
281-0557-00

290-0512-00
281-0638-00
283-0067-00
281-0638-00
283-0067-00

283-0000-00
281-0580-00
283-0067-00

281-0580-00

283-0067-00

281-0153-00

281-0512-00
283-0000-00

281-0600-00
283-0000-00
281-0592-00
281-0153-00
281-0523-00

283-0000-00
290-0512-00
281-0638-00
283-0067-00
281-0638-00
283-0067-00
281-0580-00

.

.

B010100
8070000
B080000
8120000
13020100
13060000
13085750

X8100000

8120000

B010100
13080000

13020100
8060000

B010100
13080000
B0201008059999
8060000

B010100
13080000
13020100
13060000
B0101008079999

13069999
13079999
13119999

13059999
8085749

13119999

13079999

13059999

13079999

13079999

13059999

CKT

BOARD

ASSY

CKT

BOARD

CKT

BOARD

CKT

BOARD

CKT

BOARD

CKT

BOARD

CK'P

BOARD

CKI'

BOARD

CKT

BOARD

CKT

BOARD

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,ELCTLT

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,VAR,AIR

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,VAR,AIR

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,ELCTLT

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,f'XD,CERDI:240PF,5%,500V

CAP

.,FXD,CER

CAP

.,FXD,CER

3

See

Mechanical

4

7A18

Option1only

:AMPLIFIER

ASSY

:AMPLIFIER

ASSY

:AMPLIFIER

ASSY

:AMPLIFIER

ASSY

:AMPLIFIER

ASSY

:AMPLIFIER

ASSY

:AMPLIFIER

ASSY

:AMPLIFIER

ASSY

:AMPLIFIER

ASSY

:AMPLIFIER

DI
DI

DI
DI:O.OO1UF,108,200V
DI

DI:0.001UF,10%,200V

DI:0.001UF,+100-0%,500V
DI

DI
DI
DI:O.OO1UF,10%,200V
DI:1.7-1OPF,250V

DI
DI:0.001UF,+100-0%,500V
DI
DI:O.OOIUF,+100-0%,500V
DI:4.7PF,+/-0.5PF,500V
DI:1.7-1OPF,250V 74970 187-0106-005
DI

DI:O.OO1UF,+100-0%,500V

DI
DI:O.OO1UF,108,200V

DI:O.OO1UF,10%,200V
DI

Parts

:0

.005UF,+100-0%,500V

:1

.8PF,10%,500V

:22UF,20%,15V
:240PF,5%,500V

:240PF,5%,500V

:470PF,10%,500V
:O

.OO1UF,10%,200V

:470PF,10%,500V

:27PF,+/-2

:35PF,10%,500V

:100PF,+/-20PF,500V

:22UF,20%,15V
:240PF,5%,500V

:470PF,10%,500V

.

List

.7PF,500V

for

replacement

80009
80009
80009
80009 670-1384-07
80009
80009
80009
80009
80009
80009

72982
72982
56289
72982
72982
72982

72982
72982

04222
72982
04222
72982
74970 187-0106-005

72982
72982

72982
72982 831-516E102P
72982

72982

72982
56289
72982
72982
72982
72982

04222

parts.57A18

670-1384-00
670-1384-02
670-1384-03

670-1384-00
670-1384-03
670-1384-06
670-1384-01
670-1384-04
670-1384-08

831-559E502P
301-OOOCOK0189B

196D226X0015KA1
301000Z5D241J

835-515B102K

301000Z5D241J
835-515BI02K

831-516E102P
7001-1374

835-515B102K
7001-1374
835-515B102K

308-OOOCOG0270K
831-516EI02P
308-000COG0350K

301-023COH0479D

301-OOOU2MO1O1M

831-516E102P

196D226XO015KA1
301000Z5D241J

835-515B102K

301000Z5D241J
835-515B102K
7001-1374

Option6only

.

REV.H

JAN

.

1976

6-

5



_





Farts

Electrical

List--7A18/7A18N

Tektronix

C_ktNo.PartNo.

~

T

1
2

2
1

1

2
2

1

1
2

2

1
1
2

2

1
1
2
2

1
1

2
2

283-0067-00
281-0580-00
283-0067-00
281-0578-00

283-0067-00

281-0578-00
283-0067-00
283-0000-00

281-0600-00
283-0000-00

281-0592-00
281-0153-00
281-0523-00
283-0002-00

283-0002-00

283-0002-00
283-0002-00
283-0002-00
283-0002-00
283-0002-00

283-0001-00
281-0557-00

290-0512-00
281-0638-00

283-0067-00

281-0638-00
283-0067-00
283-0000-00
283-0000-00

281-0580-00
283-0067-00
281-0580-00
283-0067-00
281-0153-00

281-0578-00
283-0067-00
281-0578-00
283-0067-00
283-0000-00

283-0000-00
281-0600-00
283-0000-00

281-0592-00
281-0503-00

281-0523-00
283-0000-00
290-0512-00
281-0638-00

283-0067-00

281-0638-00
283-0067-00
283-0000-00

C341
C341

C341
C345

C345
C345

C345

C356
C364
0370

C374
C375
C378
C391

C392

C393
C394
C395

C396
C397

C398 283-0002-00

C410
C412
C416
C425

C425
C425

C425
C427
C429

C441
C441

C441

C441
C445

C446
C446
C446
C446
C456

C457
C464
C470
C474
C475

C478
C513

C518
C525
C525

C525
C525

C527

Serial/ModelNo.
E_ff

0080000

B020100B059999
B060000
B010100B079999
B080000

B020100B059999

B060000

B010100

B080000
B020100B059999

B060000

B010100B079999
B080000
B020100

B060000

B010100
B080000

B020100
B060000

B010100
B080000

B020100B059999
B060000

Dscont

B079999

B059999

B079999

B059999

B079999

.,FXD,CER

CAP
CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER
.,F'XD,CERDI:O

CAP

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CE'R

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,VAR,AIR

CAP

.,FXD,CER
.,FXD,CER

CAP
CAP

.,FXD,CER

.,FXD,CER

CAP
CAP

.,FXD,CER
.,FXD,CER

CAP
CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,ELCTLT

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER
.,FXD,CER

CAP
CAP

.,FXD,CER
.,FXD,CER

CAP
CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,VAR,AIR

CAP

.,FXD,CER

CAP

.,FXD,CER
.,FXD,CER

CAP
CAP

.,FXD,CER
.,FXD,CER

CAP
CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,ELCTLT

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

Name

._&^

Description

.OO1UF,10%,200V

DI

:O
:470PF,10%,500V

DI

.OO1UF,10%,200V

DI

:0
:18PF,5%,SOOV

DI

.OO1UF,10%,200V

:18PF,5%,500V

D1
DI:O.OO1UF,108,200V

:O

.OO1UF,+100-0%,500V

DI

:35PF,10%,500V

DI

:O

.OO1UF,+100-0%,500V

DI
DI:4.7PF,+/-0

DI:1.7-1OPF,250V
DI

:100PF,+/-20PF,500V

DI:O.O1UF,+80-20%,500V

.O1UF,+80-20%,500V

DI

:0

DI:O.O1UF,+80-20%,500V
DI:O.O1UF,+80-20%,500V
DI:O.O1UF,+80-20%,500V
DI:0.O1UF,+80-20%,500V

.O1UF,+80-20%,500V

DI

:O

DI:O.OlUF,+80-20%,500V

.005UF,+100-O%,SOOV

DI:0

.BPF,l0%,500V

DI

:I

:22UF,20%,l5V
:24OPF,59,500V

DI

:O

.OOIUF,10%,200V

DI

:240PF,5%,500V

DI
DI:O.OO1UF,10%,200V

DI:O.OOIUF,+100-0%,500V

.OO1UF,+100-08,500V

DI

:O

DI

:470PF,10%,500V

DI:O.OO1UF,10%,200V

:470PF,10%,500V

DI

.OO1UF,10%,200V

DI

:O

DI:1.7-10PF,250V

:18PF,5%,SOOV

DI

:O

.OO1UF,10%,200V

DI
DI

:18PF,5%,SOOV

DI:O.OO1UF,10%,200V

.OOIUF,+100-0%,500V

DI:O

.OO1UF,+100-0%,500V

DI:0
DI

:35PF,10%,500V

.OO1UF,+100-0%,500V

DI

:O
DI:4.7PF,+/-0
DI

:8PF,+/-0

:100PF,+/-20PF,500V

DI

.OO1UF,+100-0%,500V

DI

:O

:22UF,20%,15V

:240PF,58,500V

DI
DI:O.OO1UF,10%,200V

DI

:240PF,5%,SOOV

.OO1UF,10%,200V

DI

:O

.001UF,+100-0%,500V

DI

:0

.5PF,SOOV

.5PF,500V

.5PF,500V

Mfr

CodeMfr

72982

04222
72982

72982
72982

72982
72982
72982
72982
72982

72982
74970
72982
72982

72982

72982
72982
72982
72982

72982

72982

72982

72982
56289
72982

72982
72982
72982
72982
72982

04222
72982

04222
72982
74970

72982
72982
72982
72982
72982

72982
72982
72982

72982
72982

72982
72982
56289
72982
72982

72982
72982

72982

835-515B102K

7001-1374
835-515B102K
301-05000G0180J
835-515BI02K

301-OSOCOGO180J
835-515BI02K
831-516BI02P
308-OOOCOG0350K
831-516E102P

301-023COH0479D
187-0106-005
301-OOOU2MO1O1M

811-546E103Z
811-546E103Z

811-546E103Z
811-546E103Z
811-546E103Z

811-546E103Z
811-546E103Z

811-546E103Z
831-559E502P
301-OOOCOKO189B
196D226XO015KA1
301000Z5D241J

835-515BI02K
301000Z5D241J

835-515B102K
831-516E102P

831-516E102P

7001-1374

835-515B102K

7001-1374
835-515BI02K
187-0106-005

301-05000G0180J

835-515B102K

301-050C000ISOJ

835-515B102K

831-516E102P

831-516E102P

308-000COG0350K

831-516E102P

301-023COH0479D

301-OOOCOHOS09D

301-OOOU2MO1O1M

831-516E102P

196D226XO015KA1

301000Z5D241J

835-515B102K

301000ZSD241J

835-515B102K

831-516E102P

Part

Number

1

7A18

only

2

7A18N

only

.

.

6-6

REV.H

JUN.1975

Electrical

Parts

List--7Al8/7Al8N

Ck_tNo.

C541~
C541

1

C541

2

C541

2

C545

C556
C564
C570
C574
C575

C578
C584
C591
C592
C593

C594
C595
C596

CR210
CR220
CR221
CR357
CR410

CR420
CR421

CR557

LR391
LR393
LR395
LR396
LR397

Tektronix

rt__No.._

_Part

281-0580-00
283-0067-00

281-0580-00
283-0067-00

281-0512-00
283-0000-00

281-0600-00
283-0000-00
281-0592-00
281-0503-00

281-0523-00
283-0000-00
283-0002-00
283-0002-00
283-0002-00

283-0002-00
283-0002-00
283-0002-00

152-0321-00
152-0185-00
152-0185-00
152-0185-00
152-0321-00

152-0185-00
152-0185-00

152-0185-00

108-0184-00
108-0184-00
108-0184-00
108-0184-00
108-0184-00

Serial/ModelNo.
Ef_f

B010100aB079999
8080000

B020100
B060000

_D_scont

B059999

Nam_e

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,F'XD,CERDI:0

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,C°ER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

CAP

.,FXD,CER

SEMICOND
SEMICOND
SEMICOND
SEMICOND
SEMICOND

SEMICOND
SEMICOND

SEMICOND

COIL,RF:3.2UF(WOUND
COIL,RF:3.2UF(WOUND
COIL,RF:3.2UF(WOUND
COIL,RF:3.2UF(WOUND
COIL,RF:3.2UF(WOUND

DI
DI:O.OO1UF,10%,200V

DI
DI:O.OOlUF,lO%,200V
DI

DI
DI:O.OO1UF,+100-0%,500V
DI:4.7PF,+/-0
DI

DI
DI:O
DI:O
DI:O
DI:O

DI:O.O1UF,+80-20%,500V
DI:O.OIUF,+80-20%,500V

DI:O.O1UF,+80-20%,500V

DEVICE
DEVICE
DEVICE
DEVICE
DEVICE

DEVICE
DEVICE

DEVICE

Description

_

&

:470PF,10%,500V~~

:470PF,10%,500V

:27PF,+/-2

.OO1UF,+100-0%,500V

:35PF,10+k,500V

:8PF,+/-O.5PF,SOOV

:l00PF,+/-20PF,500V

.OO1UF,+100-08,500V
.OIUF,+80-20%,500V
.O1UF,+80-20%,500V
.O1UF,+80-208,500V

:SILICON,35V,100MA
:SILICON,40PIV,150MA

:SILICON,40PIV,150MA
:SILICON,40PIV,150MA
:SILICON,35V,100MA

:SILICON,40PIV,150MA
:SILICON,40PIV,150MA
:SILICON,40PIV,150MA

.7PF,500V

.5PF,500V

ONA10OHM,5%,0

ONA10
ONA10
ONA10
ONA10

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

.5W
.5W

.5W
.5W
.5W

RES)
RES)

RES)
RES)
RES)

Mfr

Code

M

04222m7001-1374
72982
04222
72982
72982

72982
72982

72982
72982
72962

72982
72982
72982
72982
72982

72982
72982
72982

07263
07910 1N4152

07910
07910 1N4152
07263

07910
07910
07910

80009
80009

80009
80009

80009

Mfr

835-515B102K
7001-1374
835-515B102K
308-000COG0270K

831-516E102P
308-000COG0350K

831-516E102P

301-023COH0479D
301-OOOCOHOS09D

301-OOOU2MO1O1M

831-516E102P
811-546EI03Z
811-546E103Z
811-546E103Z

811-546E103Z
811-546EI03Z
811-546E103Z

FSA1480

1N4152
FSA1480

1N4152
1N4152
1N4152

108-0184-00

108-0184-00
108-0184-00

108-0184-00
108-0184-00

Part

Number

LR591
LR592

LR595
LR596

Q210A,B
9220
9220

9220
Q2202,3153-0631-00

9225
9240
9250
9250
9250

9250
9260

9260
9260
9260

9260
9260

1

7A18

2

7A18N

3

9220

4

9240

SQ250

1,3
1,3

2,3

4
1
1,5
2

2,5
1
1

1
2

2
2

only

and
and

108-0184-00
108-0184-00

108-0184-00
108-0184-00

151-1032-00
153-0596-00
153-0631-00

153-0596-00

151-0225-00
153-0597-00
151-0221-00
153-0597-00
151-0221-00

153-0597-00
151-0225-00

151-0367-00
151-0441-00

151-0225-00

151-0367-00
151-0441-00

only

Q320
Q340

and

Q350

.

.

furnished

furnished

furnished

B0101008079999
BO80000
B020100B059999
B060000

B010100B079999
B080000
B0201008059999

B060000
B010100
8040000
B080000
B020100

B030000B059999
B060000

asamatched
as
asamatched

B039999
8079999

B029999

amatched

COIL,RF:3.2UF(WOUND
COILRF:3.2UF(WOUND

COIL,RF:3.2UF(WOUND
COIL,RF:3.2UF(WOUND

TRANSISTOR
SEMICOND
SEMICOND
SEMICOND
SEMICOND

TRANSISTOR
SEMICOND

TRANSISTOR
SEMICOND
TRANSISTOR

SEMICOND

TRANSISTOR
TRANSISTOR
TRANSISTOR
TRANSISTOR

TRANSISTOR
TRANSISTOR

pair

.

pair

.

pair

.

ONA10
ONA10
ONA10
ONA10

:SILICON,F'ET,DUAL

DVCSE:SILICON,NPN,2N3563
DVCSE:SILICON,NPN
DVCSE:SILICON,NPN,2N3563
DVCSE:SILICON,NPN 80009

:SILICON,NPN 07910

DVCSE:SILICON,PNP 80009

:SILICON,PNP

DVCSE:SILICON,PNP

:SILICON,PNP

DVCSE:SILICON,PNP

:SILICON,NPN

:SILICON,NPN,SEL
:SILICON,NPN
:SILICON,NPN

:SILICON,NPN,SEL
:SILICON,NPN

OHM,58,0
OHM,5%,O
OHM,5%,0
OHM,5%,0

FROM

FROM

3571TP

3571TP

.5W
.SW
.5W
.5W

RES)
RES)
RES)
RES)

80009
80009
80009
80009

17856
80009
80009

80009

80009
80009
80009

80009
07910CS23365

80009
80009
07910CS23365

80009
80009

108-0184-00
108-0184-00
108-0184-00
108-0184-00

DN399
153-0596-00
153-0631-00

153-0596-00
153-0631-00

CS23365
153-0597-00
151-0221-00
153-0597-00
151-0221-00

153-0597-00

151-0367-00
151-0441-00

151-0367-00
151-0441-00

REV.J

JUN.197

5

Electrical

Parts

List--7Al8/7Al8N

Tektronix

CktNo.

Q280
Q320
Q320
Q320
Q320

Q325
Q340

Q350
Q350

Q350

0,350
0,360
0,360

0,360
0,3603

0,360
0,3603
0,380
Q410A,B
0,420

0,420
0,420
0,420
0,425

0,426

0,440
0,450

0,4501
0,450 3

0,4503'9153-0597-00

PartNo

151-0221-00

1,2

153-0596-00

1,2

153-0631-00

2,3

153-0596-00

2,3

153-0631-00

151-0225-00

4

153-0597-00
151-0221-00

1

5

1

1

153-0597-00

3

151-0221-00

3,5

153-0597-00

1

151-0225-00

1

151-0367-00

1

151-0441-00
151-0225-00

151-0367-00

3

151-0441-00
151-0221-00 TRANSISTOR
151-1032-00 TRANSISTOR

1,6

153-0596-00

1,6

153-0631-00

3,6

153-0596-00

3,6

153-0631-00

7

153-0595-00

7

153-0595-00

8

153-0597-00

1

151-0221-00

9

'

153-0597-00
151-0221-00

Serial/ModelNo.

.

Eff

B0101008079999
B080000
80201008059999
B060000

B010100B079999
B080000
B0201008059999

B060000

B010100B039999

B040000

B080000
B020100B029999

B0300008059999
B060000

B010100B079999

B080000
B020100B059999
B060000

B010100

B080000
B0201008059999

B060000

Dscont

B079999

B079999

TRANSISTOR
SEMICOND
SEMICOND
SEMICOND
SEMICOND

TRANSISTOR
SEMICOND
TRANSISTOR
SEMICOND
TRANSISTOR

SEMICOND
TRANSISTOR

TRANSISTOR
TRANSISTOR
TRANSISTOR

TRANSISTOR
TRANSISTOR

SEMICOND

SEMICOND
SEMICOND
SEMICOND
SEMICOND
SEMICOND

SEMICOND
TRANSISTOR
SEMICOND
TRANSISTOR
SEMICOND

Mfr

Name

:SILICON,PNP 80009
DVCSE:SILICON,NPN,2N3563
DVCSE:SILICON,NPN
DVCSE:SILICON,NPN,2N3563
DVCSE:SILICON,NPN

:SILICON,NPN 07910
DVCSE:SILICON,PNP

:SILICON,PNP
DVCSE:SILICON,PNP

:SILICON,PNP

DVC

:SILICON,NPN

:SILICON,NPN,SEL

:SILICON,NPN

:SILICON,NPN 07910

:SILICON,NPN,SEL

:SILICON,NPN 80009

:SILICON,PNP 80009

:SILICON,FET,DUAL
DVCSE:SILICON,NPN,2N3563

DVCSE:SILICON,NPN
DVCSE:SILICON,NPN,2N3563
DVCSE:SILICON,NPN
DVCSE:SILICON,NPN,2N3563
DVC

DVCSE:SILICON,PNP 80009

:SILICON,PNP 80009
DVCSE:SILICON,PNP

:SILICON,PNP
DVCSE:SILICON,PNP

&

Description

:SILICON,PNP

SE

:SILICON,NPN,2N3563

SE

FROM

3571TP 80009

FROM

3571TP

Code

80009
80009

80009
80009

80009
80009
80009
80009

80009
07910CS23365

80009

80009

17856
80009

80009
80009

80009
80009
80009

80009
80009
80009

Mfr

Part

151-0221-00
153-0596-00

153-0631-00
153-0596-00
153-0631-00

CS23365
153-0597-00

151-0221-00
153-0597-00
151-0221-00

153-0597-00

151-0367-00
151

.-0441-00

CS23365

151-0367-00
151-0441-00
151-0221-00
DN399
153-0596-00

153-0631-00
153-0596-00

153-0631-00
153-0595-00
153-0595-00

153-0597-00
151-0221-00
153-0597-00
151-0221-00
153-0597-00

Number

0,4601
0,460

0,460
0,4603

0,460

0,460
0,480

0,520
0,520
0,520

0,5203'6153-0631-00
0,525 7

0,526
0,540
0,550

0,550
0,550

0,550
0,560

9560

0,560
0,560
0,560

1

7A18

2

0,220

3

7A18N

4

0,240

5

0,250

6

0,420

1
1

3

3
1

1,6
3,6

7
8
1

1,9
3

3,9
1

1

1
3
3

'

only
and

and
and
and

151-0225-00
151-0367-00
151-0441-00
151-0225-00
151-0367-00

151-0441-00
151-0221-00

6

153-0596-00
153-0631-00
153-0596-00

153-0595-00
153-0595-00
153-0597-00
151-0221-00

153-0597-00
151-0221-00

153-0597-00
151-0225-00

151-0367-00

151-0441-00
151-0225-00
151-0367-00

.

0,320

only

0,340
0,350
0,520

furnished

.

furnished
furnished

furnished

B010100B039999
80400008079999
B080000

B020100

8030000B059999

B060000
B010100B079999

8080000
8020100B059999

8060000

B010100

B080000
B020100B059999

B060000
B010100B039999

B040000B079999

8080000
B0201008029999
B030000

asamatched

asamatched
asamatched

asamatched

B029999

8079999

8059999 TRANSISTOR:SILICON,NPN,SEL

TRANSISTOR
TRANSISTOR
TRANSISTOR
TRANSISTOR
TRANSISTOR

TRANSISTOR
'rRANSISTOR
SEMICOND
SEMICOND
SEMICOND

SEMICOND
SEMICOND
SEMICOND
SEMICOND
TRANSISTOR

SEMICOND
TRANSISTOR

SEMICOND
TRANSISTOR
TRANSISTOR:SILICON,NPN,SEL

T'

NSISTOR

TRANSISTOR

pair

.

pair

.

pair

.

pair

.

:SILICON,NPN 07910
:SILICON,NPN,SEL
:SILICON,NPN
:SILICON,NPN 07910

:SILICON,NPN,SEL

:SILICON,NPN 80009

:SILICON,PNP
DVCSE:SILICON,NPN,2N3563
DVCSE:SILICON,NPN
DVCSE:SILICON,NPN,2N3563

DVCSE:SILICON,NPN
DVCSE:SILICON,NPN,2N3563

DVCSE:SILICON,NPN,2N3563
DVCSE:SILICON,PNP

:SILICON,PNP

DVCSE:SILICON,PNP

:SILICON,PNP
DVCSE:SILICON,PNP

:SILICON,NPN

:SILICON,NPN

:SILICON,NPN

7
8

9

0,425, 0,426, 0,525

0,440

and

0,540

0,450

and

0,550

FROM

FROM

FROM

FROM

and

furnished
furnished

3571TP

3571TP

3571TP

3571TP

0,526

furnished

asamatched
asamatched

80009
80009

80009

80009
80009
80009
80009

80009
80009

80009
80009
80009

80009
80009
80009
07910CS23365
80009

80009
07910CS23365
80009

CS23365
151-0367-00

151-0441-00
CS23365
151-0367-00

151-0441-00
151-0221-00
153-0596-00
153-0631-00
153-0596-00

153-0631-00
153-0595-00

153-0595-00
153-0597-00
151-0221-00

153-0597-00
151-0221-00
153-0597-00

151-0367-00

151-0441-00

151-0367-00

asamatched

pair

.

pair

.

set

.

6-

8

REV.G

JUN.1975







Ck_t__No._

~~~~

Q560

1

Q580

R32
R210
8211

8212
8215
R222
8223
8224

2

R225
R225

2

R225

1

R225

1

R226

2

R227
8227

2
1

R227

1

R227

2

R241

2

R241
R241

1

R241

1
2

R242
R242

1

R243
8244
8245
8246

2

R246

2

8246

1

R246

1
R250
R251
8256

8257
R259

8260
R263
R264

R274

2

R274

2

R274

1

8274

1

8275

8276
8277
R278

8280
R282

Tektronix

_PartNo.

151-0441-00
151-0221-00

315-0123-00
316-0474-00

315-0470-00
315-0561-00
315-0391-00
321-0153-00
323-0257-00
321-0032-00

315-0471-00
315-0621-00
315-0471-00
315-0621-00

321-0122-00

315-0821-00
315-0561-00
315-0821-00
315-0561-00
315-0241-00

315-0221-00
315-0241-00
315-0221-00
321-0068-00

321-0068-00

323-0255-00
321-0126-00
311-0634-00
315-0103-00
315-0912-00

315-0103-00
315-0912-00

321-0105-00
321-0137-00
315-0471-00

315-0153-00

315-0103-00
315-0101-00

315-0272-00
315-0330-00

315-0182-00
315-0392-00
315-0182-00
315-0392-00
315-0100-00

321-0059°-00
321-0059-00

323-0189-00
315-0330-00
323-0150-00

Serial/ModelNo.

_Eff

3060000

B010100B079999
B080000

B020100B059999
B060000

B010100
B080000
B020100
B060000
B010100

B080000
B020100
3060000

XBO80000
X3060000

B010100B079999
B080000

B020100B059999
B060000

B010100
B080000

3010200
B060000

dh

Dscont

fTTM/

B079999

B059999

3079999

B059999

B079999
B059999

NNMii

_

_

TRANSISTOR
TRANSISTOR

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,FILM

RES

.,FXD,FILM

RES

.,FXD,FILM

RES

.,FXID,CMPSN:470

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,FILM

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,FILM

RES

.,FXD,FILM

RES

.,FXD,FILM

RES

.,FXD,FILM

RES

.,VAR,NONWIR

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN:9.1K

RES

.,FX°D,FILM

RES

.,FXD,FILM

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN:2.7K

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN:1.SK

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN:1.8K

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,FILM

RES

.,FXD,FILM

RES

.,FXD,FIA,M

RES

.,FXD,CMPSN

RES

.,FXD,FILM

Electrical

Parts

Mfr

Name

&

Description

.

._.._ ._

OHM,5%,0

OHM,5%,0

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

OHM,1%,0

OHM,I%,0

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

OHM,1%,0

OHM,5%,0
OHM,5%,0
OHM,S%,0
OHM,5%,0

OHM,5%,0

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

OHM,1%,0

OHM,5%,0

.1K

OHM,5%,0

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

OHM,5%,0

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

OHM,5%,0

OHM,5%,0

.9K

.9K

OHM,5%,0

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

~m_m

OHM,10%,0

OHM,0

OHM,1%,O
OHM,10%,0

OHM,5%,0

OHM,5%,0

OHM,5%,0

OHM,S%,0
OHM,5%,0
OHM,S%,0
OHM,5%,0

.25W

.25W

.25W

.25W
.25W

.125W

.5%,0

.5W

.125W

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

.125W 75042

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

.25W
.25W

.25W
.125W

.125W

.50W

.125W

.50W

.25W

.25W

.25W

.25W
.125W 75042
.125W 75042

.25W

.25W
.25W

.25W

.25W

.25W

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

.25W

.125W 75042
.125W 75042

.50W
.25W
.5W

:SILICON,NP
:SILICON,PNP 80009

:12K
:470K
:47
:560
:390

:383
:4

.64K

:21

:620
:470
:620

:182

:820
:560
:820
:560

:240

:220
:240
:220

:49.9OHM,18,0

:49.9OHM,1%,0

:4

.42K

:200

:500
:1OK
:9

:IOK

:121
:261

:470

:15K

:1OK
:100

:33

:3

:3
:10

:40.2OHM,1%,0
:40.2OHM,18,0

:909

:33

:357

Code

80009

01121
01121
01121
01121
01121
75042
75042
75042

01121 CB4715
011

01121 CB4715
01121

01121 CB8215
01121

01121
01121
01121

01

.121
01121
01121
75042

75042

75042
75042
8074062-55-3
01121
01121

01121 CB1035
01121 CB9125

01121 CB4715

01121
01121
01121
01121
01121

01121
01121

01121
01121

011

.21

75042
01121 CB3305
75042

List---7A18/7A18N

Mfr

151-0441-00
151-0221-00

CB1235
CB4741

CB4705
CB5615
CB3915
CEATO-383OF
CECTO-4641F
CEATO-21ROOF

.27.CB6215

CB6215
CEATO-182OF

CB5615
CB8215
CE5615
CB2415

CB2215
CB2415
CB2215
CEATO-49R90F
CEATO-49R90F

CECTO-4421F
CEATO-2000F

CB1035
CB9125

CEATO-121OF
CEATO-261OF

CB1535
CB1035
CB1015
CB2725
CB3305

CB1825
CB3925
CB1825
CB3925
CB1005

CEATO-40R20F
CFATO-40R20F

CECTO-909OF

CECTO-357OF

Part

Number

~

.

A4y

1

7A18N

only

2

7A18

REV.G

.

only

.

JUN.1975

6-9

Electrical

Parts

List--7A18/7A18N

Ck_t

_No.PartNo.

1-_

R284
R284

8286
8313
8317

R318
8319
8321
R322
R322

R322
R322

R323
8323
R323

R323
8324
R325

R3251
83252

R325
8326
83271
83271
R3272

R327
R3411

R3411
83412
83412

R3421
83422
8343
R345
8345

8345
R345

R350
8351
R356

R357
8358
R359
8363
8364

8370
8374
8374
R374
8374

8375

8376

8377

2

1
1

2
2

1
1

2

2

1

2

2

1
1

2
2

3

1
1
2
2

316-0121-00
316-0121-00

323-0206-00
315-0105-00
321-0032-00

315-0911-00
315-0391-00
311-0633-00
315-0123-00
315-0273-00

315-0123-00
315-0273-00
315-0131-00
315-0271-00
315-0131-00

315-0271-00
321-0032-00

315-0471-00
315-0621-00

Tektronix

315-0471-00

315-0621-00
321-0

.122-00
315-0361-00
315-0431-00
315-0361-00

315-0431-00
315-0241-00

315-0221-00
315-0241-00
315-0221-00

321-0068-00
321-0068-00
323-0255-00
315-0392-00
315-062,3-00

315-0392-00
315-0623-00

323-0153-00
321-0137-00
315-0471-00

315-0274-00
315-0222-00
315-0122-00
315-0272-00
315-0330-00

321-0217-00
315-0182-00
315-0392-00
315-0182-00
315-0392-00

315-0100-00
321-0059-00
321-0059-00

Serial/ModelNo.

_

Dsc_on_t

__

_Eff

B010100~B039999X
B020100

B010100
B080000

B020100
B060000

B010100
B080000

B020000
B060000

B010100B079999
B080000
B020100B059999

B060000

B010100B079999
B080000

B020100
B060000

B010100B079999
B080000
B020100B059999
B060000

XBO80000
XB060000

B010100
B080000

B020100
B060000

B010100B079999
B080000
B020100
B060000

B029999X

B079999

B059999

B079999

B059999

B059999

B079999

B059999

B059999

RES

.,FXD,CMPSN
.,FXD,CMPSN

RES
RES

.,FXD,FILM

RFS

.,FXD,CMPSN

RES

.,FXD,FILM

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,VAR,NONWIR

RES

.,FXD,CMPSN
.,FXD,CMPSN

RES
RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,FILM

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN
.,FXD,CMPSN

RES
RES

.,FXD,FILM

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,FILM

RES

.,FXD,FILM

RES

.,FXD,FILM:4.42K

RES

.,FXD,CMPSN:3.9K

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN:3.9K

RES

.,FXD,CMPSN

RES

.,FXD,FILM

RES

.,FXD,F'ILM

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN:1.2K

RES

.,FXD,CMPSN:2.7K

RES

.,FXD,CMPSN

RES

.,FXD,FILM:1.78K

RES

.,FXD,CMPSN:1.8K

RES

.,FXD,CMPSN:3.9K

RES

.,FXD,CMPSN:1.8K

RES

.,FXD,CMPSN:3.9K

RES

.,FXD,CMPSN

RES

.,FXD,FILM

RES

.,FXD,FILM

_&

_

Name

:120
:120

.37K

:1

:IM

OHM,1%,0

:21

:910
:390

:SK
:12K
:27K

:12K
:27K
:130
:270
:130

:270

OHM,I%,0

:21

:470
:620

:470

:620

:182

:360
:430
:360

:430
:240
:220
:240
:220

:49.9OHM,1%,0
:49

.9

:62K

:62K
:383
:261

:470

:270K

:2

.2K

:33

:10
:40.2OHM,18,0
:40.2OHM,I%,0

Description

OHM,10%,0
OHM,108,0

OHM,1%,0

OHM,5%,0

OHM,5%,0
OHM,5%,0
OHM,l0%,0
OHM,5%,0
OHM,58,0

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

OHM,S%,0
OHM,5%,0

OHM,5%,0

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

OHM,5%,0

OHM,1%,0

OHM,5%,0

OHM,5%,0

OH4,5%,0

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

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

OHM,1%,0

OHM,1%,0
OHM,S%,0

OHM,5%,0

OHM,5%,0

OHM,S%,0
OHM,1%,0
OHM,1%,0

OHM,S%,0

OHM,S%,0
OHM,5%,0
OHM,5%,0
OBM,S%,0

OHM,5%,0

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

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

OHM,5%,0

Mfr

Code

.25W
.25W
.50W

.25W

.125W 75042

.25W
.25W

.50W
.25W
.25W

.25W
.25W

.25W
.25W

.25W

.25W

.125W 75042

.25W
.25W
.25W

.25W

.125W 75042

.25W
.25W
.25W

.25W
.25W

.25W
.25W
.25W

.125W
.125W

.50W

.25W

.25W

.25W
.25W

.50W
.125W

.25W

.25W

.25W

.25W

.25W

.25W

.125W

.25W

.25W

.25W

.25W

.25W

.125W

.125W

~_~Vm

01121

01121 CB121
75042

01121 CB1055

01121 CB9115
01121 CB3915
80740
01121 CB1235
01121 CB2735

01121 CB1235
01121 CB2735
01121
01121
01121

01121 CB2715

01121
01121
01121

01121
01121

01121
01121

01121
01121
01121
011
01121

75042
75042

75042
01121

01

01121
01

75042
75042
01121

01121
01121
01121
01121
01121

75042
01121
01121
01121
01121

01121
75042

75042

.121

.1

.21

.21

Mfr

Part

~~

CB1211

.1

CECTO-1371F

CEATO-21ROOF

62-58-3

CB1315
CB2715
CB1315

CEATO-21ROOF
CB4715
CB6215

CB4715

CB6215
CEATO-182OF
CB3615
CB4315
CB3615

CB4315
CB2415
CB2215
CB2415
CB2215

CEATO-49R90F
CEATO-49R90F

CECTO-4421F
CB3925
CB6235

CB3925
CB6235
CECTO-383OF
CRATO-261OF
CB4715

CB2745
CB2225

CB1225
CB2725
CB3305

CEATO-1781F
CB1825
CB3925
CB1825
CB3925

CB1005
CEATO-40R20F

CEATO-40R20F

Number

Yw

1

7A18

only

only

option

.

.

1

only

.

6-

2

7A18N

3

7A18

1

0

REV.G

JUN.1975











Tektronix

C_k_tNo._Part

8378
R380
8382
R384
R384

R384
8384
R386
8390
R400

8401
8410
8411
8412
R415

8416
8418
R422
8423

8424

8425
8425

8425
R425
8426

8427
8427
8427

R427
8428

R428
8428
8428

8429
8429

8429
R429
8441
8441
8441

8441
8442
8442

R443
8444

R445
8446

8446
8446
8446

8450
8451
R455

1
1

2
2

1
1

2
2

1
1

2
2
1

1
2
2
1
1

2
2
1
1
2

2
1

2

1
1
2
2

323-0189-00
315-0330-00
323-0150-00
316-0121-00
315-0271-00

316-0121-00
315-0271-00

323-0206-00
315-0470-00

315-0152-00
315-0101-00

316-0474-00
315-0470-00
315-0561-00
315-0391-00

315-0911-00
321-0032-00

321-0153-00
323-0257-00

321-0032-00

315-0471-00
315-0621-00
315-0471-00
315-0621-00
321-0122-00

315-0821-00
315-0561-00

315-0821-00
315-0561-00
315-0241-00

315-0301-00
315-0241-00
315-0301-00

315-0821-00

315-0561-00

315-0821-00
315-0561-00
315-0241-00
315-0221-00
315-0241-00

315-0221-00
321-0068-00

321-0068-00
323-0255-00

321-0126-00
311-0634-00

315-0392-00
315-0623-00
315-0392-00
315-0623-00

321-0110-00
321-0137-00
315-0272-00

_No

Serial/ModelNo.

.__

Eff

B010100
8040000

B020100
B030000

B010100B079999
B080000
B020100B059999
B060000

8010100B079999
8080000
B020100B059999
8060000
B010100B079999

B080000
B020100B059999
B060000

B010100B079999
B080000

B020100B059999
B060000
B010100B079999
B080000
8020100B059999

B060000

X8080000
XB060000

B010100B079999
8080000
B020100
8060000

Dscont

B039999

B029999

8059999

__

.,FXD,FIIM

RES

RES

.,FXD,CMPSN

RES

.,FXD,F'ILM
.,FXD,CMPSN

RES
RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,FIT,,M:1.37K

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN:1.5K

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,FIt,M

RES

.,FXD,F'ILM

RES

.,FXD,FILM:4.64K

RES

.,FXD,FILM

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,F'IM:182

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,F'XD,CMPSN:240

RES

.,FXD,CMPSN

RES

.,FXD,FILM

RES

.,FXD,FILM

RES

.,FXD,FILM:4.42K

RES

.,FXD,FILM

RES

.,VAR,NONWIR

RES

.,FXD,CMPSN:3.9K

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN:3.9K

RES

.,FXD,CMPSN

RES

.,FXD,FIIM

RES

.,FXD,FILM

RES

.,FXD,CMPSN:2.7K

Name

&

:909

OHM,1%,0.^

:33

OHM,5%,0

:357

OHM,1%,0

:120

:270

:120
:270

:47

OHM,5%,0

:100
:470K

:47

OHM,5%,0

:560

:390

:910

:21

OHM,1%,0

:383

OEM,1%,0

:21

OHM,1%,0

:470
:620

:470
:620

OHM,1%,0

:820
:560
:820
:560
:240

:300
:240

:300
:820
:560

:820
:560
:240
:220

:220
:49.9OHM,1%,0
:49.9OHM,1%,0

:200

OHM,1%,0

:500

:62K

:62K

:137

OHM,I%,0

:261

OHM,1%,0

Electrical

Description

50W

.25W

OHM,108,0

OHM,5%,0

OHM,10%,0
OHM,5%,0

OHM,5%,0

OHM,5%,0

OHM,5%,0

OHM,5%,0

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

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

OHM,5%,0
OHM,5%,0
OHM,58,0
OHM,5%,0
OHM,5%,0

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

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

OHM,5%,0
OHM,5%,0
ORM,5%,0

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

OHM,5%,0

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

.5W

.25W

.25W

.25W

OHM,1%,0

OHM,5%,0

OAM,10%,0

OHM,1%,0

OHM,1%,0

OHM,10%,O
OHM,58,0

OHM,5%,0

OHM,5%,0

.25W

.50W

.25W

.25W

.25W

.25W

.25W

.25W
.25W

.25W

.125W 75042

.125W 75042

.5W

.125W 75042

.25W
.25W

.25W
.25W

.125W 75042

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

.25W
.25W

.25W
.25W
.25W

.25W
.25W
.25W

.25W
.25W

.25W
.125W 75042
.125W 75042

.50W

.125W

.50W

.25W

.25W

.25W

.25W

.125W
.125W 75042

.25W

Parts

List-7A1WA18N

Mfr

Code

~75042~

01121
75042
01121
01121

01121 CB1211
01121 CB2715

75042
01

01121 CB1525
01121 CB1015

01121 CB4741
01121 CB4705
01121 CB5615
01121 CB3915

01121 CB9115

75042

01121 CB4715
01121

01121
01121

01121
01121
01121
01121
01121

01121
01121

01121
01121
01121

01121
01121
01121

01121
01121

01121

75042
75042

8074062-55-3
01121 CB3925

01121 CB6235
01121 CB3925
01121 CB6235

75042

01121 CB2725

.121

Mfr

CECTO-909OF
CB3305
CECTO-357OF
CB1211
CB2715

CECTO-1371F
CB4705

CEATO-21ROOF
CEATO-383OF
CECTO-4641F

CEATO-21ROOF

CB6215
CB4715

CB6215
CEATO-182OF

CBS215
CB5615
CB8215
CB5615
CB2415

CB3015
CB2415
CB3015
CBS215
CB5615

CB8215
CB5615
CB2415

CB2215
CB2415

CB2215
CEATO-49R90F
CEATO-49R90F
CECTO-4421F
CEATO-2000F

CEATO-137OF
CEATO-261OF

Part

Number

1

7A18

only

JUN

only

.

.

1975

.

2

7A18N

REV.G

1 1

6-

Electrical

Parts

List--7A18/7A18N

Tektronix

CktNo.

8456W~m315-0471-00
8459
8460
R463
8464

8474
8475
R476
8477
8478

R480
R482

8484
8486
8513

8517
8518
8519
8521
8522

8522
8522
8522
R523

8523

8523
8523
R524
R525
8525

a

1

1
2
2

1
1

2
2

1
1

PartNo.

315-0103-00
315-0101-00
315-0272-00
315-0330-00

315-0182-00
315-0100-00
321-0059-00
321-0059-00
323-0189-00

315-0330-00
323-0150-00

315-0331-00
323-0206-00

315-0105-00

321-0032-00
315-0911-00
315-0391-00
311-0633-00
315-0123-00

315-0273-00
315-0123-00
315-0273-00

315-0131-00

315-0271-00

315-0131-00

315-0271-00
321-0032-00
315-0471-00
315-0621-00

Serial/ModelNo.
Eff

B010100B079999

B080000
B020100B059999
B060000
B010100B079999

B080000

B020100B059999
B060000

B010100B079999
B080000

Dscont

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN:2.7K

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN:1.8K

RES

.,FXD,CMPSN

RES

.,FXD,FILM

RES

.,FXD,FILM

RES

.,FXD,FILM

RES

.,FXD,CMPSN

RES

.,FXD,FILM

RES

.,FXD,CMPSN

RES

.,FXD,FILM:1.37K

RES

.,FXD,CMPSN

RES

.,FXD,FILM

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,VAR,NONWIR

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN
RES.,FXD,CMPSN
RES

.,FXD,CMPSN
RES

.,FXD,CMPSN

RES

.,FXD,CMPSN
RES

.,FXD,CMPSN
RES

.,FXD,FILM
RES

.,FXD,CMPSN
RES

.,FXD,CMPSN

Name

&

:470
:1OK

:100

:33

OHM,5%,0

:10

OHM,5%,0
:40.2OHM,1%,0
:40.2OHM,1%,0
:909

OHM,1%,0

:33

OHM,5%,0
:375

OHM,1%,O

:330

:IM

OHM,5%,0

:21

OHM,1%,0
:910
:390

:5K

:12K

:27K
:12K
:27K
:130

:270

:130
:270

:21

OHM,1%,0
:470
:620

Description

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

OHM,5%,0

OHM,5%,0

OHM,5%,0

OHM,1%,0

OHM,5%,0
OHM,5%,0
OHM,108,0
OHM,5%,0

OHM,5%,0
OHM,5%,0
OHMM,5%,0
OHM,5%,0

OHM,5%,0

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

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

.25W
.25W
.25W

.25W

.25W

.25W

.25W

.125W
.125W

.50W
.25W

.5W

.25W

.50W

.25W

.125W 75042

.25W
.25W

.50W

.25W

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

.25W

.25W
.25w

.125W

.25W
.25W

Mfr

Code

01121
01121
01121
01121
01121

01121
01121
75042
75042
75042

01121
75042

01121
75042
01121

01121
01121
8074062-58-3
01121 CB1235

01121 CB2735
01121
01121 CB2735
01121
01121

01121
01121 CB2715

75042
01121
01121

Mfr

CB4715
CB1035
CB1015
CB2725
CB3305

CB1825
CB1005
CEATO-40R20F
CEATO-40R20F
CECTO-909OF

CB3305
CECTO-3570F

CB3315
CECTO-1371F
CB1055

CEATO-21ROOF
CB9115
CB3915

CB1235

CB1315
CB2715

CB1315

CEATO-21ROOF
CB4715
CB6215

Part

Number

8525
R525

8526
8527
8527

8527
8527
R529
8529
R529

8529
R541
R541
8541
R541

R542
R542

8542

R542

8543

R544

8544
8545

1
2

7A18
7A18N

2
2

1
1

2
2
1
1
2

2
1

1
2
2

1
1

2
2

1
2

1

only

315-0471-00
315-0621-00
321-0122-00
3150621-00

315-0751-00

315-0621-00
315-0751-00
315-0621-00
33

.5-0751-00

315-0621-00

315-0751-00
33

.5-0241-00
315-0221-00
315-0241-00
315-0221-00

321-0068-00
321-0071-00

321-0068-00
321-0071-00
323-0255-00

311-0609-00
311-0609-00

315-0103-00

.

only

.

B020100B059999
B060000

BO10100
B080000

B020100B059999
B060000
B010100B079999

B080000

B020100B059999

B060000
B010100
B060000
B020100B059999
B060000

XBO80000

B090000

XB060000

B070000

XB090000
XB070000

B010100B079999

B079999

B079999

B089999
B069999

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,FILM

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,FILM

RES

.,FXD,FILM

RES

.,FXD,FIIX

RES

.,FXD,FILM

RES

.,FXD,FILM:4.42K

RES

.,VAR,NONWIR

RES

.,VAR,NONWIR

RES

.,FXD,CMPSN

:470

OHM,5%,0

:620

OHM,5%,0

:182

OHM,1%,0

:620

OHM,5%,0

:750

OHM,5%,0

:620

OHM,5%,0

:750

OHM,58,0

:620

OHM,5%,0

:750

OHM,58,0

:620

OHM,5%,0

:750

OHM,5%,0

:240

OHM,5%,0

:220

OHM,S%,0

:240

OHM,5%,0

:220

OHM,5%,0

:49.9OHM,1%,0
:53.6OHM,I%,0

:49.9OHM,1%,0
:53.6OHM,1%,0

OHM,18,0

:2K

OHM,1O%,0

:2K

OHM,10%,0

:1OK

OHM,S%,0

.25W
.25W

.125W 75042

.25W
.25W

.25W
.25W

.25W
.25W
.25W

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

.125w
.125w
.125W

.125w

.50w
.50W

.50W

.25W

01121 CB4715
01121 CB6215

01121 CB6215
013

011
01121 CB7515

01121
01121
01121

01121
01121
01121
01121
01121

75042
75042
75042

75042
75042

8074062-57-3
8074062-57-3
01121

.21
.21

CEATO-182OF

CB7515
CB6215

CB6215
CB7515
CB6215

CB7515
CB2415
CB2215
CB2415
CB2215

CEATO-49R90F
CEATO-53R6F
CEATO-49R90F
CHATO-53R6F
CECTO-4421F

CB1035

6-12

REV

F

.

JUN.1975

Electrical

Parts

List---7A18/7A18N

Ckt_N_o

R545
R545

8545
8550
8551

8555
8556
8557
R558
8559

R563
R564
R570
R574
8575

8576
8577
R578
R580

R582

R584
8586
R590

U270

U470

1

1
2

2

3

Tektronix

.

Part

315-0912-00
315-0103-00

315-0912-00
323-0153-00
321-0137-00

315-0272-00
315-0471-00
315-0274-00
315-0222-00
315-0122-00

315-0272-00
315-0330-00

321-0217-00
315-0182-00
315-0100-00

321-0059-00
321-0059-00
323-0189-00
315-0330-00

323-0150-00

315-0331-00
323-0206-00

315-0470-00

155-0022-00
155-0022-00

_No

Serial/ModelNo.
Eff

B080000
B020100

B060000

Dscont

B059999

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN:9.1K

RES

.,FXD,FILM

RES

.,FXD,FITA

RES

.,F'XD,CMPSN:2.7K

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN:2.7K

RES

.,FXD,CMPSN

RES

.,FXD,FILM

RES

.,FXD,CMPSN:1.BK

RES

.,FXD,CMPSN

RES

.,FXD,FILM

RES

.,FXD,FILM

RES

.,FXD,FILM

RES

.,FXD,CMPSN

RES

.,FXD,FILM

RES

.,FXD,CMPSN

RES

.,FXD,FILM

RES

.,FXD,CMPSN

MICROCIRCUIT,DI
MICROCIRCUIT,DI

Name

&

:9

.1K

:IOK

OHM,5%,0

:383

OHM,1%,0

:261

OHM,1%,0

:470

OHM,58,0
:270K
:2

.2K

:1

.2K

:33

OHM,5%,0

:1

.78K

:10

OHM,5%,0

:40.2OHM,1%,0
:40.2OHM,1%,0
:909

OHM,1%,0

:33

OHM,58,0

:357

OHM,1%,0

:330

OHM,5%,0

:1

.37K

:47

OHM,5%,0

:A

ANDBLOGIC

:A

AND

Description

OHM,S%,0

OHM,S%,0

OHM,S%,0
OHM,5%,0

OHM,58,0
OHM,S%,0

OHM,5%,0

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

OHM,1%,0

.25W

.50W
.125W 75042

.25W

.25W

.25W

.125W 75042
.125W 75042

.50W
.25W
.5w

.25W

.50W

.25W

B

LOGIC

.25W

.25W

.25W

.25W
.25W
.25W

.25W

.125W
.25W

ML
ML

CHAN
CHAN

Mfr

Code

01121
01121
01121
75042

01121
01121
01121
01121 CB2225
01121 CB1225

01121 CB2725
01121 CB3305
75042

01121
01121

75042
01121 CB3305
75042

01121 CB3315
75042

01121 CB4705

SW
SW

80009
80009

MfrPartNumber

CB9125
CB1035
CB9125
CECTO-383OF
CFATO-261OF

CB2725
CB4715
CB2745

CEATO-1781F
CB1825
CB1005

CEATO-40R20F
CEATO-40R20F

CECTO-909OF
CECTO-357OF

CECTO-1371F

155-0022-00
155-0022-00

A3

4
4

283-0000-00
283-0000-00

283-0000-00
283-0000-00

283-0003-00
283-0000-00

152-0185-00
152-0185-00

321-0223-00
321-0269-00
321-0299-00
315-0154-00
315-0753-00

only

only

option1only
only,

670-1385-00
670-1385-02

283-0000-00
283-0000-00
283-0000-00
283-0000-00
283-0000-00

.

.

included

A3

C621
C630
C631
C634
C635

C638
C639
C641
C643

C647 283-0000-00

C648
C649

CR621
CR647

Q620 151-0254-00

R621
R622

R622
R630

R631

1

7A18

2

7A18N

3

7A18

4

7A18

B010100B099999
B1000T

B010100
B040000

.

with672-0020-02

B039999

CKT
CKT

CAP
CAP

CAP
CAP

CAP

CAP
CAP
CAP
CAP
CAP

CAP
CAP

SEMICOND
SEMICOND

TRANSISTOR

RES
RES
RES
RES

RES

Attenuator

BOARD

ASSY

BOARD

.,FXD,CER
.,FXD,CER
.,FXD,CER
.,FXD,CER
.,FXD,CER

.,FXD,CER
.,FXD,CER

.,FXD,CER
.,FXD,CER
.,FXD,CER

.,FXD,CER
.,FXD,CER

.,FXD,FILM:2.O5K
.,FXD,FILM:6.19K
.,FXD,FILM
.,FXD,CMPSN

.,FXD,CMPSN

CircuitBoard

:READOUT

ASSY

:READOUT

DI:O.OO1UF,+100-0%,500V
DI

:0

DI

:O

DI:O.OO1UF,+100-0%,500V
DI:O.OOIUF,+100-0%,500V

DI:O.OOIUF,+100-08,500V
DI

:O

DI:O.OOIUF,+100-08,500V
DI

:0

DI

:0

DI:O
DI:O

DEVICE

:SILICON,40PIV,150MA

DEVICE

:SILICON,40PIV,150MA

:SILICON,NPN

:12

:150K
:75K

.001UF,+100-0%,500V
.OOIUF,+100-0%,500V

.OOIUF,+100-0%,500V

.001UF,+100-0%,500V
.001UF,+100-0%,500V

.O1UF,+80-20%,150V
.OO1UF,+100-0%,500V

OHM,18,0

.7K

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

OHM,58,0

OHM,S%,0

Assembly

.125W 75042
.125W 75042
.25W

.25W

.125W

.

80009
80009

72982
72982

72982
72982

72982

72982
72982
72982
72982
72982

72982
72982

07910 1N4152
07910 1N4152

03508

75042

01121
01121

670-1385-00
670-1385-02

831-516E102P
831-516E102P
831-516EI02P
831-516E102P
831-516E102P

831-516E102P

831-516E102P
831-516E102P
831-516E102P
831-516E102P

855-547E103Z
831-516E102P

2N5308

CEATO-2051F
CEATO-6191F
CEATO-1272F

CB1545
CB7535

REV.C

JUN.1975

6-13

Electrical

list----7Al8/7Al8N

Parts

Ckt

R633
R634
R635
R637
R638

R639
R640

R641
R642
R643

R645
R646
R647
R648

_No

Tektronix

.

V

^

Part

315-0753-00
315-0154-00
321-0344-00

315-0154-00

315-0154-00

315-0753-00
315-0753-00
315-0154-00
315-0513-00
321-0344-00

315-0154-00
315-0154-00
315-0133-00
315-0154-00

No

Serial/Model

.

Eff

~

.W

.,^

No

Dscont

.

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,FYLM

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,F'XD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,FYLM

RES

.,FXD,CMPSN

RBS

.,FXD,CMPSN

RES

.,FXD,CMPSN

RES

.,FXD,CMPSN

Name

:75K

:37

:37

&

:150K

.4K
:150K
:150K

:75K
:75K
:150K
:51K

.4K

:150K
:150K
:13K
:150K

Description

OHM,5%,0

OHM,5%fO
OHM,1%,0

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

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

OHM,5%,0

OHM,S%,0

OHM,1%,0

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

OHM,5%,0

OHM,5%,0

.25W

.25W
.125W
.25W
.25W

.25W
.25W

.25W

.25W

.125W

.25W
.25W

.25W

.25W

Mfr

Code

~

.

01121

01121
75042
01121
01121

01121 CB7535
01121 CB7535
01121 CB1545
01121 CB5135
75042

01121
01121
01121
01121

Mfr

Part

CB7535tt~
CB1545
CEATO-3742F
CB1545
CB1545

CEATO-3742F

CB1545
CB1545
CB1335
CB1545

Number

6-14

REV.C

JUN.1975

4

Your

directs

Option

instrument

the

readertowhere

6DC

OFFSET:Describedinthis

may

equipped

be

the

option

with

documented

is

oneormore

section

.

options.This

.

section

describes those

options,

Pages

or

O

-i

O

O
D

0

OPTION

6-7A18

The

7A18

with

Option

baseline
channel

directlytothe
VOLTS/DIV

panel

formerly

tobeobserved.Amplifier
measurements

to-peak

offset

within the

.

DC

OFFSET.The

inputofeach

settings

CONTROLS

.

Each

The

variable

APPLICATION.The

amplitude

input

used on

.

Separate

coupling

controls

the

of

peakorpeak-to-peak

.

internal

.

unmodified

added

6

is

equipped

input

dynamic

DC

Balance

amplifier,

CH1and

selector

areconcentric

characteristics

CH2(uncalibrated)

switch

unit

Offset

facility

Fig.A.7A18

with

added

range,

circuits

which

hasanadditional

with

the

.

shouldbeused

are not

high-frequencyorpulse

DC

with

gives

position

OPTION6.

offset

uncalibrated

have been

upto±200

Variable

controls,

suitable

circuits

only
for

that

provideupto

front

panel

modifiedtoprovide

divisionsofbaseline

Offset

controls

position

useofthis

waveforms

replacing

for

offsetting

for

±200

divisions

variable

the

DC

the

aDClevelinthe

feature
exceeding15divisions

controls

up

to

offset

are

addedtothe

offset

IDENTIFY

for

"slideback"

for

±1VDC

range

function

pushbuttons

waveform

of

each

offset
for

all

front

.

type

peak-

OPTION

6----7A18

AMPLIFIERLINEAR

provide

P200

linear

divisions

OFFSET

amplification

.

CHARACTERISTICS

RANGE.Common-mode

signals

of

within

normal

7A18

DC

range

performance

the

input

of

specificationsatoffsetsofup

amplifiersissufficient

to
to

EFFECTIVE

follows

'Maximum
`Maximum

above.2with

(VARIABLE

VOLTAGE

VOLTS/DIV

5

mV

10
20
50 10

.1

V

.2

.5

1
2 400'
5 1000' 10,000

input

rating

input

ratingofmost

10X

probe

OFFSET.Effective

controlinCal

250Vwhen

probesis500

.

position)

EFFECTIVE

direct

voltage

:

Direct

+.1V

2 20

4

20

40

100
200

coupled.Full

----600V.

offset

OFFSET

offset

Full

offset

values

RANGE

range

range

for

should

should

calibrated

With

not

be used above1V/DIV

notbeusedatVOLTS/DIV

CALIBRATION

VOLTS/DIV

X10

f10V

40
100
200
400

1000
2000

2

4000

2

Probe

2

steps

.

areas

settings

CALIBRATION
a.Reset

horizontal

b.Set

DCOFFSET

c.CHECK---Using
d.Set the standard

e.CHECK--Using

CIRCUIT
couplingtoDC
voltage

current-limiting

inputof0220

CH2)to

The

the Input couplingtoGND

graticule

the

standard

.

DESCRIPTION

from

OFFSET-control

(Q420,

allow a

schematicsofthe

.

Perform

line

amplitude

the

the

OFFSET
resistor

CH2).

larger

the

following

.

calibratof

OFFSET

amplitude

OFFSET

and

R320

voltage

Option6circuits

control,

calibrator

control,

.

DC

levelsofupto+200

using the

R12

(R22,

(R520,CH2)

LED's

are

swingatthe

steps

for

checking

and

the

VOLTS/DIV

for

one-volt

check

foraminus

check

OFFSET

CH

2),isappliedtothe

This

.

insertedinseries with

baseofQ220

shown

are

+DC

that

the

(--)

that

the

divisions

control..IntheDCOFFSET

additional

diagrams1,2

on

Channel1and2OFFSET

to5mV

output

trace

one-volt

trace

bias

(Q420,

and

position

and

set

the

input

canbereturnedtograticule

DC

output

canbereturnedtograticule

can

voltageisusedtobalance

both

offsetbyswitching the

be

mode,

baseof0320

CR220

CH2).

and3.

and

CR221

the

coupling

.

the

(Q520,

Range

tracetothe

switch

center

center

selected
CH2)through

the

differential

(CR420,

:

center

to

.

.

input

offset

CR421,

OPTION

6-7A18

OPTION

6----7A18

Replacement

Changes

the

to

instrument

parts

Tektronix

type

should

products

numberand

area

be

ordered

from

give

you

serial

number

Tektronix

the

the benefit of

with

each

Field
improved
order

Office or
circuits

for parts or

Representativeinyour

and

components

service

.

.

Please

.

include

Fig

.

&

Index

No.Part

_

-1

_

366-1319-OOw_~____

- -

213-0306-00

-2

333-1939-00
384-1313-00

-3
311-1144-00

-4

-

-5

210-0583-00

-6

376-0039-00

­213-0075-00

-7

426-0261-00

- - -

-8

210-0405-00

-9

211-0081-00

-10

-11

-12

- ---

-13

-14

-15

- - - --- -

-16

-17

-18

-19

-20

ABBREVIATIONS

head

BHB
BHS

CRT
csk

DE double
FHB

FHS
Fil

Fil

HB
HS

binding
binding
cathode-ray

countersunk

flat
flat

fillister

fillister

head

head

head

end

head
head

brass
steel

tube

brass
steel

brass
steel

h
hex.hexagonal
HHB

HHS
HSB

HSS

ID
Ig

OD

Q

Tektronix

No

_

.

- - - - -

- - -

- -

Serial/ModelNo.

Eff Dis

.T____~~___

._

- - - - - -.each

- - -

166-0251-00

105-0296-00
311-0889-00

- - -

210-0583-00
210-0046-00

407-1566-00

211-0008-00
129-0299-00
210-0004-00

150-1000-00

315-0332-00

175-0825-00
175-0827-00

t

y

I

2

-

KNOB,gray---IDEN`PIFY(CH1

eachknob includes

1.SETSCREW,2-56
1

PANEL,front

2

SHAFT,extension,stepped
RESISTOR,var--5k

2

-

mountinghardware

1

NUT,hex

2

COUPLING,shaft,0

2.SETSCREW,4-40
2

MOUNT,flexible

-

mounting

2

NUT,hex
2
2

TUBE,spacer,0

2
2

RESISTOR,var--5k

mounting

1

NUT,hex
2

WASHER,lock,interna1,0

1

2
2

2

4

2
ft
ft

heightorhigh

hex

head

brass

head

socket

socket

diameter

steel

brass
steel

long

diameter

5

hex
hex
hex

inside

length or

outside

_z_3 A

X 0

.,0

.25-32X0

.312 OD

couplerincludes

X0

hardware

X 0

X

.562

0

SCREW,2-56

.,2-56

.296

BRAKE,shaft

hardware

.,0

.25-32X0

BRACKET,angle,component
mountinghardware

SCREW,4-50
POST,hex

X0.25

.,4-40X0

WASHER,lock,interna1,0

LAMP,LED:2V,40A
RESISTOR,3

.3k

OHM,114W,5I

WIRE,electrical,2
WIRE,electrical,4

OHB
OHS
PHB pan

PHS pan
RHS

SE single
THB
THS

w

Description

&

CH2)

:

.062

inch,HSS

OHM

for

.312

.094

for

.188

inch,STL

inch,long

OHM,10

for

.312

:(not

inch,PNH,STL

.188X0

(DS220,DS221,DS420

wire
wire

R12)

(R11

&

each

:(not

inch

X 0

.438 inch

:

inch,HSS

each

:(not

inch,STL

turn

each

:(not

inch,STL

.261 IDX0

mtg

included

.335

.12

IDX0

(R320&R520)
ribbon,24
ribbon,10

oval

head

oval

head

head
head

round

head
end

truss

head

truss

head

wideorwidth

~_-

included

long

included

(R12&R22)

included

.400

w/bracket)

long

inch

.26

inch

&

DS421)

inches

.50

inches

brass

steel

brass
steel

steel

brass
steel

w/resistor)

w/mount)

w/resistor)

OD,STL

OD,STL

long

long



























7A18/7A18N

Symbols

Electrical

Symbols

symbology

Logic

may

and

following

The

Reference

and

components

usedonthe

differ

from

special

diagrams

is

based
the

shown

symbols

Designators

on

the

diagrams

Capacitors

Resistors

are

based

on

MIL-STD-806B

manufacturer's

are

usedonthe

on

data

are

=

=

USA

in

.

diagrams

following

in

the

Values

one

Values

less

Ohms

(S?)

Standard

terms

Y32

of

positive

:

External

External

Screwdriver

control or

Clockwise

Refertodiagram

Refertowaveform

units

unless

greater

or

than

.2-1967

areinpicofarads

one

areinmicrofarads

.

logic.Logic

adjustment

connector

control rotation

number

number

noted otherwise

symbols

depict

.

.

in

directionofarrow

indicated

indicated

in

in

(pF)

.

(pF)

diamond

hexagon

:

.

the

logic

function

performed

.

.

.

P'O

T-he following

Assembly,

A

Attenuator,

AT

Motor

B

Battery

BT

Capacitor,

C

Diode,

CR
DLDelay

signal or

line

DSIndicating

F

Fuse

FL

Filter
HHeat
HR

J

K
L

dissipating

Heater
Connector,

Relay

Inductor,

circuit

hoa{

letters

prefix

or

or

variable

or

separable

fixed

fixed

rectifier

device

(lamp)

device (heat

stationary

fixedorvariable

c

are

used

repairable

variable

portion

as

sink,

reference

(circuit

heat

radiator,

-

Connection

Connection

Blue

designators

board,

etc

etc

tint

encloses

to

.)

.)

soldered

made

identify

LR
M
O
P

R

RT
S
T
TIPTest

U

V

VR

Y

to

circuit

circuit

to

board

components

components

Inductor/resistor
Meter

Transistor
Connector,

Resistor,
Thermiscor
Switch
Transformer

point

Assembly,

circuit,

Electron

Voltage

regulator

Crystal

board

.

interconnecting

with

locatedoncircuit

or

assembliesonthe

combination

or

silicon-controlled

movable

portion

fixedorvariable

inseparable or

etc

.)

tube

(zener

pin

board

.

diagrams

rectifier

non-repairable

diode, etc

.)

.

.

(integrated

















7A18/7A18N

Typical
following
vidual

voltage

diagrams

Type

Input

impedance

Range

Recommended

(as

used

on

diagrams)

DISPLAY

TRIGGER

CH2POLARITY

VOLTS/DIV
COUPLING
POSITION
VARIABLE
Signal

Applied

using a

P6053

Polarity
Bandwidth
Position
Coupling
Variable

measurements

conditions

:

type

for

voltages

7A18

MODE

SOURCE

7A16

(right vertical

10X

probe

unless

(left

CH1and

probe

used

rioted

Voltmeter

vertical

with

for

waveforms

VOLTAGE

were

obtained

otherwise

Non-loading

multimeter

10

MS2
Oto1000
Tektronix

Digital

compartment)

ALT

MODE

+UP

CH

2

10

mV
DC
Centered
CAL

IN

No

signal
urements,
square
loscope
applied to
connectors

forms

compartment

readout

+UP
Full
Centered

AC
Cal

In

coding
on

AND

digital

volts

7D13

Multimeter

for

voltage

wave

Calibrator

.

ring

diagrams)

under

on

from

both

for

WAVEEORM

the

meas-

40

mV

oscil

input

wave-

.

the

indi-

TEST

CONDrrIONS

71370(AHorizontal

Level/Slope

Triggering

Mode
Coupling
Source

Magnifier

Time/Div

Variable
Ext

TrigInconnector

Vertical

Horizontal
A
B
Calibrator

A
B Trigger

All

voltages

are
photographs

System.Vertical
the
and

absolute
component
settings.Readouts

'The

connection
spring
sockets

tips,

Mode

Mode

Intensity

Intensity

Volts
Rate

Trigger

in

actual

waveforms

Source

Source

givenonthe

milliamps.Waveforms

taken

deflection

and

tolerances,

spring tension

tension

as a

alligator

7704

diagrams

withaTektronix

deflection

factor

on

the

diagrams

may

vary

between

internal

are

simulatedinlarger-than-normal

NOTE

of

the

between

connectingpoint

clips,

may

etc

the

be

.

circuit
damaged

compartment)
Centered

slope

P-P

Auto

AC
Ext
X

1

1

ms

Cal

In

No

connection

measurements

waveforms

oscilloscope

to

Ext

tor

.

Right
A
Optimum
Counterclockwise

40

mV

1

kHz
Right
Left

Vert

areinvolts.All

shown

factor

from

pin

are
Oscilloscope

shown

the

(shown

instruments

calibration

sockets

board

by

for

spring-loaded

on

positive

for

Sig

Trig

In

Vert

actual

on

waveform

probe

tip

in

blue)

because

or front

ensuresagood

and

pin.This

using

the

voltage

.

Out

from

connected

connec-

currents

waveform

Camera

.

Voltages

are

panel

type

pin

probe

For

is

not

of

.







GAL

IN

7AI&

7A18/7A18N

AC-GND-DC

ONLY

SIOOA

SIOOB

VOLTS

DIV

INPUT

SOURCE
FOLLOWER

PARAPHASE

CASCODE
AMPLIFIER

Q420
CG42E
C42ko

Q

S20
Q525
Q5--h,

CH2G'0LARITY

GAIN

VARIABLE

CONTROLS

CAL

IN

AND

SECOND

CASCODE

AMPLIFIER

Q440
Q450

QS40
QSSO

\

O

SECOND
CASCODE

AMPLIFIER

EMITTER
FOLLOWER

D
E

ID

E

LS

0

Q240
Q250

Q340
Q3SO

SECOND
CASCODE

AMPLIFIER

POSITION

EMITTER
FOLLOWER

CHANNEL

S30AEB

DISPLAY

TRIGGER

TRIGGER

CHANNEL

SIGNAL
SWITCH

U270

SWITCH

U470

MODE

SOURCE

O

SIGNAL

OUTPUT

TRIGGER
OUTPUT

t
SIGNAL

OUTPUT

TRIGGER
OUTPUT

SIOOC

VOLTS~DIv

READOUT

ENCODING

ro20

Q

BLOCK

INTERFACE

CONNECTOR

DIAGRAM

CHANNELIOUT
CHANNEL

TIME-SLOT
PULSES

GRS/h9

1171

2

OUT







CHANNEL

1

MIL

pF

20

5100A

X100

POSITION

IN

AC

"

I

I

~

119

~

AC/GND/

GND

DC

OFFSET

CIO

.019

J

1

AC
DC

1
I

DCiDCOFFSET

(SHOWN

" "

ATTEN

Colec

5100B

VOLTS/DI

x10

ATTEN

C114C115

V

"

I I

CHANNEL

1MIL

20

R13

91

C20

.019

u

R20

J20

62

2

pF

1c19

001

R23

91

PROBE

40

.

TO

7AIB

A1

PROBE

-s

TO

CODING

CR357

ONLY

ATTENUATOR

CR557

O

CODING

O

BOARD

ACGND/DG

SIOOA

/DCOFFSET

CIRCUIT

SWITCHING

4

CHANNEL

IDENTICAL

CHANNEL

SIooe

VOLTS/DI

TO

1

V

CH)

2

7A18/7AISN

-

IA18

OPTION

ONLY

6

SIOOB

VOLTS~DI

V

(SHOWN

IN

5mv

POSITION

.

I

. .

. . .
.

ATTEN

C114 CI15

CHANNEL

X10

1

.

ATTEN

CI10

X4

C111

.

. .

.

.

X2

ATTEN

C10(.CLOT

5

10

20

1

SO

.1
.z

.5

J

1

z

V

5

J

CHANNEL

INPUT

TO

R210

SIGNAL

1

10

IDENTICAL

CHANNEL

S1006

VOLTS/DIV

TO

2

CHANNEL

1

ABOVE

ARTS

US*FOR

E

,AU1ES

AND

SERIAL

NOESOF PA RRFO

WIT.PLII1

OII1INE

EARLIER

NUMBER

D
m

Z

C

D
O

O

v

INPUT

0

TO

R410

SIGNAL

3

Fig.7- 1A.Amplifier

Circuit

Board

Assembly,

Option

6

.

ssembly,

Option6.

0









I

I

I

I





CHANNEL

1

MI2

20pF

GNO

GND

AC

/

/

DC

(SkIOWN

AC

DC

INACPOSITION

VO,-TS~v

(SIlo~

0

1
I

I
I

I
I

I

I
I

RIO

J

10

roz

~

1

I

CIOO

.2-L5

Al

r,

7

ATTENUATOR

i

-

to

~c

BOARD

I
I

X100

ATTEN

CIIS

c1l9

MID

ATTEN

CI14 CII5

I
I
I
I

S13

IDENTIFY

CHANNEL

1

20

S23

IDENTIFY

M11

PROBECODING

TO

CR

J20

R20

G2

35l

O

7A

18

ONLY

SIOOA

AC-ND/DG

CIRCUIT

~

SWITCHING

CHANNEL

IDENTICAL

SIOOB

vO~DI

1

V

TO

CHANNE

2-

pF

C19
001

IN-

ATTENUATORBOARD

Al

PROBE

TOCR

557

CODING

CHANNEL

2

TAIS

oNL_`(





SIOOB

VOLTS/DI

V

SHOWN

IN

5mv

POSITION)

--

XIO

ATTEN

C114

CANNEL

01 01

,

101

S

10

20

s0
.I

.2

.s

"

-

RS

CH5

" "

I

II

" "

ATTEN

Cllo

"

"

X4

Ciil

ATTEN

CIO(

X2

.

C107

I

,

J

"

1

IDENTICAL

-CANNEL

OO6

SI

VOLTS/[)IV

TO

CHANNEL

2

1

ABOVE

D

m

O

1

CHANNEL2

INPUT

TO

SIGNAL

R4I0

SEE

RAOR

E...11OERF

WITH

RIIJE

EARNER

RED

-LINE

c

7A18/7A18N

Moved

REV.E

MAY

1976

'See

serial

Fig.7-1

Parts

number

for

List

ranges

.A2Amplifier

.

Circuit

BoardAssembly

(front

view(

Moved

.

r

C429

f

c527

Moved

TYPE 7A18

7A18
7A18N

AMPLIIW

SN

SN

13080000

13060000

R423

,

1970

Moved

.TEKTRONIx

All

Rights

7A18
7A18N

Rest

SN

1126-19

13080000

SN

INC

.

8060000

"See

Parts

serial

number

Fig.7-2.A2

List

ranges

for

.

Amplifier

Circuit

Bo,

ier

Circuit

Board

Assembly

(back

view)

.



-15'v

(DCPLI

CH

1M11

20

)

TO

R215

Q210A

4

TO

VOLTS/DI

GRlo21

5100

A

,

V

I

1

P-218

CR21o

7AI,3

O

SNHHUOOO

SN

HIL1619

-ISv
~_

7==1

C210

,005

R210

4l0K

cR

N\

111,

-

2-10

~R538~-

>
1SV

R113

11

R4

R212

560
C212

CR357

- 5.3

IM

I I

DC

BAL

pv

e

(DCPL

LIS

c

313

.001

(DCPL

R

321

SK

+15v

-1
+15V

(DCPL

(DCPL

R320

3

-WY

I~

RZI5
390

b~

fR2Ile

C2

+~

910

.y

Q?-10A

DS

220

Ej

;R21

B

CR220

21

h

F--1-

-O.OI

CR221

05221

R357

270K

FOR

7AI6-95GA

I

,OPTIONIONLY)

-SOvJvw-

Q210B

-1--3

R311

21

-F-91o

I)

I)

1)

R322
27K

R318

5v

Sv

.3K

C318

22-F

R319

390

RZ25

620

bW

WIN-AQ220

R223
4

.64K

1323
270

R325

620

+ 15v

(DCPL

iW

,r

-r

R222

383

R22G

182

c

+3.S

+

-0

R224

21

R324

21

-0
Q32~"

.

0)+-1

+10

R-626

182

I)

Q225

C22S

.001

O.96

.7c,

.77

C325

.001

+3

0325

+15v

(DCPL

1)

8227

X560

+4

.5

R

a27

430

GAIN

0

.47

.8

.3

(7A16N

ONLY)

5

100A

AC/GNV)

JIO

Rio

1

pF

7A18

1,9

R13

ONLY

DC

+ISV

CIO

OFFSET

DC/DCOFFSET

1S10013

I

I

FOR

DETAILS

SEG

v+

CHANNEL

IDENTIFY
TO

CHANNEL

READOUT

AC

GND

DC

R236

ro20

R237A

5K

R250

121

R3504

3834

(DCPL

i

7AI5/7A18N

P/0

OPTION

AZ

AMPLIFIER

6

I,*

MATCHED

3t

~t

TII,2TURNQUAD

n,a

vomncES

wereobtained

7a

.

and

diagram
gage

BOARD

wnvEFOams

under

PAIR

the

conditionsgiven

.howno

FILAR

,n~,

on

SEE
VALUES
RANGES
OR

PARTS

AND

DEPICTED

LIST

FOR

EARLIER

SERIAL

IN

OUTLINED

BLUE

NUMBER

.

REV

D,JF

OF

PARTS



R250

121

R

350

383

(DkPL

-15V

+SV

RZ60

100

R251
261

I)

C264

35

+

CHANNEL

TO

SIGNAL
U210

PIN

1

2

.IST

FOR

1

SERIAL
PARTS
DINBLUE

EARLIER

NUMBER

OUTLINED

.

R351

261

-CHANNEL
SIGNAL

TO

C3G4

35

+3

.R

U270

+

SIGNAL

TO
U470

­SIGNAL

TO
U470

PIN

TRIGGER

PIN

TRIG46R

PIN

1

15

2

15

REV

D,JAN.1976

CHANNEL

1

INPUT

AMPLIFIER-

2Q

SEMEMMEM

50

mV

500

AS

MENOMONEE

Emosomm

MOSSIMEEM

(D

20

mV:

--

"

MENIMEN
IMMIMMM
MM

®®®ME®EMI
MEMEMISM

500

i,S

-

EMMETT

"

M

OMEN

NEEMEM
MOSIM

(D

O

"

0

5

"

®®

ME

m

"""

®®®

EMMEMEME

70R2.1

(7A18N

RIO

CR21o

I

ONLY)

AC

(DCPLI)

5100

GND

-15V

+15v

(DCPL

1)

R222

383

+ISv

(DCPLI)

R27.6

A

0C

182

+10

Q225

2

Q220'

-0

.5

.-75

.3

*h

.5

1

0225
.001

+IS V

(DCPL

R227
560

R327
430

I)

-

IDENTIFY

7AIB

ONLY

CHANNELI

IDENTIFY

C

:621

To

CHANNEL

RErZOUT

P-224

21

-

SOV

R223

4,64

I

2 E

-15V

(DCPL

+IS

(DCPL

v

I)

I)

K

8324

21

8237

A

5K

15

2

18

-0

.74

+2,4

c3zs

L

.001

OGA11J

Q325

+~

s

+10

R326

182

FILAR

.

.3

SEE
VALUES

RANGES
OR

PARTS

AND

OF

DEPICTED

LIST

SERIAL

PARTS

IN

FOR

BLUE

-t,*

* x T

"

vomac

ri,~

EARLIER

NUMBER

OUTLINED

.

MATCHED

II,2TURN

:es

.~od

wnvFFnAnns,i,

PAIR

QUAD

owoo.,n~~

7a

I

8/7a18N

P/O

A2

AMPLIFIER

BOARD

REV.F~

112(0-23

MAY

19~~





+ISv

~DCPL

R227
560

R32T

430

I)

R250

121

8350
393

-15V

(DCPL

5I

I)

+5V

R260
100

R201

5

261

+3

.8

R264

33

+CHANNEL

SIGNAL
TO

PIN

U2-70

I

2

R237
5K

OGA11d

-CHANNELI
SIGNAL

TO

PIN

A

8351

261

8364

33

+3

.8

U270

+TRIGGER

SIGNAL

111N

TO

U470I~,

-

TRIGGER

SIGNAL
TO

PIN

U470

13

2

IS

4F,MAY

1974

.

2-23

CHANNEL

5N

8060000

11NPUT

-UP

AMPLIFIER

R

.E .C.474

or

MIM

E".

EMIMMMMMMM

.C.a

.mom

....

.m...

MEMEMEN

MEMEMEME

.

Mom

.Cm

m

50

mV

MEMEMOSIME

.".M....

.M

.CECECEC

i

.amaiaifi

MOMMEMOMME

.

.."....

MEMEMEMINE

IN

1

mommmmmmm

m

.C

.mom

mommommmmm

MOMMOMMOMM
.C

.COMECEC

MOMMEMEMEN

MMMENNEEN

m

.CS

.

y-mm
NONE

1

1.

MEN

.'

.

W

M-M

EMOSSIMMON

MOMEMEMENMENOMEMENO

commmums

'

.9ilifis

"..EM

.

..M...

MOMEMEMEN

..

R-MM

MOMMERIONME
MOMMEMEMEN

..

.
.

1

1

..

ON

MOMMMOMON

."O
... "...

MOMMEMOMEN

EMEMOMMEM

ENESIMMEMEN

momosamomm

MENOMEMEME
MOOMMEMENE

M

iiimmiii

MEMEMEMOM

MEMEMENNOM

MEMEMEMEN
MEMEMEMON

11

.

500

uS

.

..

E

M-m

1

1

.

.

EMOMEMEMEM
EMOMMEMENE

mmomommmom

MOMMOOMMON

.r.r.m

MOMMEEMMEN

.

.MM

.r

.r

....

50mV

MEMOMME

EMERIESION

mommoomm

MOMEMOME

".N."
..

.M

..

.m

.M

....

...

n

.







CH

1M11

20

S13

IDENTIFY

VOLTAGES

givenonpage

t

15V

(DCPL

S

100A

AC/GND/DC

jSIOOB

VOLTS/DIV

I

JIO

RIO

1

PF

CIO

C9

R13

C13

CR210

C210

R210

410K

005

-I5V

(DCPL

RZIS

?

390

I)

and

WAVEFORMS

7 .2

.

1)

t

ISV

(DCPLI)

R222

383

obtained

under

conditions

5237

CAL

T

(VARIABLE

IN

-7A18

ONLY

CHANNEL

IDCNTIFY
TD

CHANNEL

READOUT

CR(o21

J

`o

V

1

F-F,

7A1~',-9SOA

~OPT~ON

1

y

R313

IM

ON~_Y

BAL

C318

-

22f

j

VA

R321

5K

DC

/

-ISV

DCPLI)

~E

R323

130

MATCHED

TII,2TURN

R32S

470

PAIR

.

QUADFILAR

FERRITE

BEAD

L237

~/

F

-

7

AI8/7AIaN

AZ

AMPLIFIER

P/0

BOARD



5237

CAL

T

(VARIABLE)

R259

IOK

8359
1

.2

K

R2G3

2.7K

+5V

R260

100

+3

.3

C2G4

35

R264

33

+CHANNEL

SIGNAL

TO

U2T0

PIN

1

2

R250

121

R350

383

-I5V

~pCP1-

I~

IN

8251
261

`

-

Q2SO

/

IN

R241
240 410

C241

+e.a

Q240

I"

R256

470
C256

.001

Q2G0

+SOV

-

Q

R23G

G20

R037A

5K

GAIN

FERRITE

BEAU

l

1-237

R238

1

I

130

LC238

T

R237B

VARIABLE

-I5V

(UCPL

I)

R3G3

10

R243

4

.42K

R244

+50v

SK

R343

4

R341

240

200

.42K

1521

+50V

POSITION

Q340

0

+F

-

R246

IOK

C246

27

8257

C257
.001

C341

470

.3

Q350

15K

I

R345

3.9K

C345

18

R24S

500

7rC245

1-7-II

*

x

RII
5K

C356

001

R

35G

410

2.7K

RIG4

0364

35

33

-CHANNEL
SIGNAL

TO
U270

+TRIGGER

SIGNAL
TO
U470

­SIGNAL

TO
U470

PIN

PIN

TRIGGER

PIN_15

I

15

2

R351

2G1

CHANNEL

BELOW

Q360r-

SNB060000

1

INPUTAMPLIFIEP-

REV

APR

1914





5k

+15V

(PGPL

2)

G627

1

.001

CN2

POLARIIV

522

SN

L(7AISN

6110000-UP

ONLY)

?O

8

.418

ft42

182

cl,

Q425

_..

tt,P

.001

G

t

f

coos

Q42

7

F-JLT

Dh

1

.001

#

7AI8

DC

ONLY

OFFSET

GND

4420

0

.77

8424

21

8524

21

8519

390

-

15v

s

1OOA

AC
DC

DG

BAL-~

(DGPL 2)

8521

(OGP

-I5v

_

L 2)

R522

27K

Q520

1ce25

.001

750

\

p526

7-529
750

GAIN

0

I

#

7AIS/7AI8N

P/0

.cc

.'ALUES

;ANGES

DR

DEPICTED

The

VOLTAGES

diagram

<w7-2

OPTION

PARTS

AND

wareobtained

.

A2

LIST

SERIAL

OF

PARTS

IN

and

WAVEFORMS

under

AMPLIFIER

6

FOR

BLUE

the

EARLi

NUMBS

OUTLINE

shownoniP,

conditions

BOARD

;'

8525#

:-

:

.



glue,-

if

*'A

8526

182

MATCHED

4

MATCHED

T2/72

PAIR

TRAM5ISTORS

TURNQUAD

FILAR

REV.F,

111

MAY

6-

19710

26







R450

13l

R5150

3E5

(DGPL2

-15v

+5V

;

84

51

241

~

(L4&0

100

(-4b4

35

+

TRIGGER-

914NAL

PIN

70

-

TRIGGER

SIGNAL

To

PIN

+GHANNEL

SIGNAL

TO

PIN

10,U470

7,

U410

10,

U270

2

-GHANNEL
SIGNAL

TO

(-544

35

+50V

3z

R

CHI

ALT
ADD

CHOP
GH

2F

DISPLAY

8551

2&1

AY

197(-

G

CHANNEL

2

INPUT

AMPLIFIER

+3

.8

QQ

3

;4

MODE

S'SOA

PIN

2

2

7,U270

50mV

!E!P!S!

500

MENOMONEE

""""""""""
""""""""""

MEMEMMEMEM

"""""""""

MOMMEMMOM

As

""

®

"""m"

III

""""""""

EMMEMEMMM

M

"

o""

"

"

~

E"E"E!E!E!
NNOMMEMEME

EMEMEMEMEM

"

e

<D

"

~

"""""""

MonELEETEns
mMMMMMmmMM

Emommommom

MOMEMEMMEM

"""""""""

MMMMMMMMM

"

l~M~

MMmMmMMMM

SEMEMSEEME

""""""""""

mmommommom

MOMWEEMEME

MMMEEMMEM
EMEMSEEME

"

"

i

!CZ

"

.,

MMEMMEMME

',

"!

""""""""""

mommommoom
®®

"e

"

"'!"!"

M"""®

EMEMEMEME

(D

500

mommommom

""""""""""

moommommom

EMMEMEMMOM

"""""""""

MENOMONEE

uS

""

""

C)

MOMMEMMOMM

"""""""""

MEMEMEMMM

0

"

l~M~

EMEMMEMEM

MMEMMOMMMM

moommommom

MEMMEMMOMM

EMEMEMEME
MEMEMEMEM

""

0

CD

500

t

mommommomm

"o"

mom""om

MOMMEMEMEM

-

"""""""

""""!"""

CD

us



+15v

5100A

ACIGND

DC

VOLTS

51008

DIV

St~:~
,~N

6121619

;>OGCO-

-15V

(DC

*15V

PL2)

CH2

+15v

(I)CPL

POLARITY
Szz

2)

R422
383

+uP

(DCPL2)

C427

001

6527

,001

INVERT

C429

00)

R450
137

8

.550

383

-15

(D

CPL

2)

R4

22

7A18

S

23

ONLY

CHANNEL

IDENTIFY

TO

CHANNEL

READOUT

CR621

"

.S

J

Q44(

Q426

C425
.001

R427
560

P428
300

8429

""

2-

R527

750

2

R518
910

C525

001

560

R529
750

R436

620

GAIN

0

R431A

SK

+50V

Re
4,z

_

.

R

2

R,

4

.

~A18/7A18N

SEE
VALUES
RANCE~;OF

OF',

P/0

PARTS

C-Ft:,C

A2

LIST

AND

SERIAL

PARTS

TED

AMPLIFIER

IN

FOR

OUT1_INED

BLUE

BOARD

EARLIEP

NUMBED

.

aC

R526
182

MATCHED

4

ac

T21,2

nu

pageis.

.

MATCHED

.amw.a

c

REV.H,

irJ

obcat~ea

.3

TURN

PAIR

TRANSISTORS

~oas.me

MAY

QUAD

~o~ae,o~ss."~~o~

1970

Q526

FILAR

055

R5

22

c



~

?450
137

P550

383

-15

(DCPL

45V

;

R451

261

2)

P460

100

x

.04

C464

35

1-4w-K---~-+

8464

33

+TRIGGER

SIGNAL

TO

PIN(0)

-

TRIGGER

51GNAL

TO

PIN7,U470

+CHANNELZ

SIGNAL

PIN

TO

10,

U470

0270

N

(7

Z

2
N

O

Z

c

D

2551
261

CHANNEL

SNB060000

2

INPUT

UP

-

AMPLIFIER

0

C564

35

R564
3$

2

474

.E.

-CHANNEL
SIGNAL

TO,~114

2

U270

7,

*50V

R32

CH

I

A LT

of

ADD

I

CHOP
CH

MODE

2-

a~

2F

DISPLAY

S30A

C

.

MEMMEME
MEMEMSE

M"

MMO"""

MSMEMSMS

o

"""""

"

ONMEMEMEN

EMEMMINNEM

mmmmmMmmmm

MEMOMINOMM

MENEM

EMMOSEEME

NONE

Ims

I

mMmMMMMMMM

amommmossm

MMEEMEMMEN
EMMOMENEME

"

CSCimmmum

MEEMMEEMN
MEMEMEEMN

IN

MOMEMIN

MEMEMEME
MEMEMER

EMOMMEME
Emmommm
MEMEMEMN

MONEMENEM
MEMMMMMMM

Emommmomm

"

ommumems

EMEMMEn
EMEMENME

MEMMENEEM

0

EM

-M""

,

""

"

EV

Rm

"""

MOMEMEMME

so"mmo"m

m

""

ommo

""MO

"" ME

EMOMMEENEM

""""

""""

mmommoomm

No

MOMMEMM

-r"

MEMEMEMEM
MOMMEMEME

OMONM

NETEm

n

0

5

nME

mo"mmo"o

MO

"

MEM""""

EM

"

Miii~°ii

""

E

M"

."""

NO

"M

(0

"

0

MMEMEMEME

m"

mmommmo

MEMMEMEMEM

"

NOM"""

""

EM

M"M

""""

"

"

50

mV

ONMENNEN

MENNOMM

MEMEMME

t











+15V

(-H

I

20PF

VOLTAGES

givenonpage

J20

R20

2

Ma

SIOOA

AC/GND/pC

t

DETAILS

5EE

FOR

and

7-2

VOLT

WAVEFORMS
.

SIC06

~/DIV

-

obtained

C410

0o5

~h-

R410
47ok

under

CF-410

conditions

+1SV
(ocPL2)

I

8-411

1

Iz412

560

47

+15v

(D(,PL2)

8418

21

8415

390

Q4/OA

IHVER7

(429

(2422

353

R425

4'70

CR

.420

.001

R450

13l

8550

383

(DCPL2

-15V

;

6412

-w

CR557

P-

s~-,F,

2557

I

1270k

523

7A18ONLY

CHANNEL

IDENTIFY
'T

0

r- [a

CHANNCl_

READOUT

6121

-

sv

FoK

2

2

!,,7PTION

7A18-ssoA

DC

5AL

(21,

I)ONLY

-~

W5v

(oCPL2)

8521

7 k

-15V

,

OCPL2

R519

390

R522

12K

;

F-523

1

30

k'A

iE

MATCHED

4

T2I,2

MATCHED

PAIR

TRAAl5/STORS

TURNQUAD

FILA2

L437

~FER2ITE

5EAD

C435

10

7A15/

7A18N

P/0

AZ

AMPLIFIER

BOARD





R450

P550

3b3

(DLP

I31

2)

R45I

2(0l

+SV

P4(o0

100

G4(o4

35

+

TRIG4ER

SICaNAL

TO

PIN

-

TR14C~ER

S14NAL

70

PIN-7,

+CHANNEL

SICaNAL

TO

PIN

IO,U470

04-70

10,

U270

2

8351

2

-CHANNEL
SICaNAL

TOPIN7,U270

L5(o4

35

+50V

CHI

P

LT

ADD
CHOP
CH 2

i

2F

DISPLAY

Io

I

MODE

5'~,OA

2

CHANNEL

BELOW

SN6060000

2

INPUT

AMPLIFIER

.

0

REVAPR,1976

EMEMEMMEN
MMEMEMEME

mmomommmom

MMEMEMEMEN
ME

"

MMOM

MEMOMEMEME

MEMEMEMON

50

mV

MOMMEMME

EMMEMMEME

"

NFNEFEERMWN

MEMEMEMMEM

EMMEMMON

MMOMMEMEN

"E

OEM

ku

"

ME
MOMMEMMEMN

momosamomm

MENEM
ME

"

MMO

MEMOMMEN

MEMEMEMME

50

mVr500

MEMO

""""

IMEM

,uS

EMMMEMEMEN
MOMMEMEMEM

mwmwmwmwmw
powspopows

EMEMMEMEME

M

EN

my-mmom

MENEM

"

MEMMEMEME

MEMOMEMEME

mmomommmom

MMMmMMMMMM
MEMM

MOMMOMMEME

MEMEMMEME~

"

ME

""

r

MEMEMEMEM

MOMMMOMMEM

"

wiwmwimim

moompopops

""""""""

""

ME

""""

"

MOOMMEMEM

EMMMEMMOME

~MFmiwiwMwM

"

ommummmum

MEMOMEMMIMMI

""""
""""

50

500

mV

MEMMEMMEME
EMOMMEMEME

mo

"

mmomo

M"MMOMM

mrsomrmm

MOMMEMMEM
EMEMEMME

1

500

50

mV

-

"

AS

P's

cof

"

""

















+

SIG

U270

SIGNAL

CHANNEL

SWITCH

VOLTAGES
givenonpage

AVO/ALT

and

FROM

FROM

7-2

WAVEFORMS
.

CHANNEL

TRIGGER

R264,R3G4

n

CHANNEL

TRIGGER

R4(~4,R5G4

FROM

FROM

obtained

1

S=OB

S30B

under

conditions

~

t

-SIG

SIG

-15V

(DCPLj)

15

+5V

C

.001

C378

470

U470

+

51G

2

-SIG

~

10

14

C474

R474

4

.71.8K

C475

R475

9 1o

R4

?(.

0

4

.2

C4781

100

R478
909

T

IG

R477
40

.2

TRIGGER

CHANNEL

SWITCH

C570

.001

II

0-

?'

-

(DC1PL

16

R570

51.78K

3)

8

M

C578

100

C57

C57

8

.

P/0

AZ

AMPLIFIER

BOARD

7A18/7A18

-15V

(DCPL3)

N

+5V

(4-70

.001

-15V

(f)CPL 3)

2113

A13

-15V

(1)(

PL

3)

CHANNEL

APP.1974

REV,

SWITCHES

m9~%h9

®







5

30A

r

-

-----T

2Fr

CHOP-ALT

Aw

COMMON

R

I i

- - -

R

DISPLAY

MORE

-

----r­2IF

Rn2

II

12

CH

1

DRIVE

ALT

B&

CHOP

E

AD

DRIVE

t

15V

P400

I

R4

100

O

.5K

01

ALT

ADD

CHOP

CN

2

3R

CH2

MODE

K

J

I

O

-O

O

__

- TSOU2GE

3F

530D

TRIGGCR

18/7A

7A

IS

K

FOR

DETAILS

SEE

(CH

2)

POSITION

D)

SPLAY

MO

















ZRzF



TO

PIN

U270

U270

4,

TO

PIN

14,

a

ADD

_____

I

7F

I
I

I
I

OLD

'TRIGGC-R

T-

3F

+SV

S30t3

SOURCE

___

O'~

T--­I

F

I
I

I
I

T
I~F

O

R35

240

R3(­(

.20

R38

3 .9

K

T

__

O

O

O

____

--l

PI

MODE

CH

2

COLUMN

CHICOLUMN

)

~

~

ADD/ALT

PIN

B35

A38

A37

14,

TO

U470

7

O

r

I

FROM
CHANNEL

-

T

READOUT

Qfo20

7A16

N

G)

r
D

m

TO

PIN

4,

U410

~I

T

FROM

2

I

ONLY

Q(o20

CHANNEL

READOUT

I

I

®

C)
2

z

c)

O

v

m
fp

DISPLAY

MODE

TRIGGER5WITCHING

~

m19f/k9

7Al8/7Al8N

Fig.7-3.A3Readout

Circuit

BoardAssembly

.













A

38

E

37

E

<

36
35

<

34

<

33

E-STS-4

32

31

30<-­29 <

28<
27

<

(c

2

<

25<

<

23<
22

<

21<

20

19

R390

47

B

4--

CH2COLUMN

F

CHICOLUMN

FROM
G30A

}

n

FROM

READOUT

THIS

PAGE

{

CN2

CHIROW

ROW

38

37

3(o

FROM

530A

PLUG-IN

MODE

35

34

4

TS-2

NORMAL/INVERT

.

FROM

READOUT

TH15

obtained

PAGE

under

condition:given

1,2,ORS

TS-8

4

M,V

t

VOLTAGES
Per

7-2

DECIMAL

CAL/VNCAL

on

T

S-I-"

--

>

33

TS-3

0

32
31
30

V

TS-9

-p

29

-~
FROM

IDENTIFY

CHANNELI

513

B33

E

-15V

~DCPL2~

28
27

26
25

24
23

CR
RG

.

2

.0

0

"

22

R590

47

-~

LR391

3

.2-H

+SOV

-5OV

LR591

3

.

2

.4

H

21

20

19

A32
A30

329

E
E

E

13

<
12 12
11<

10

<

9

<

8E

+TRIGGER

FROM

+

SIGNAL

FROM

Q580

Q380

SIGNAL

-TRIGGER
FROM

SIGNAL

Q480

-SIGNAL

FROMQ280

I

.

0

7

f

7 < 7

6

5

4 <

CHOP-ALT

CHOP

DRIVE

COMMON

ALT-DRIVE

1

j

4
3
2 2

L R

397

3

.2-H

+5V

13

1/

10

9

8

6
5

3

B32

P/O

AMPLIFIER

BOARDS

FROMCHANNEL
IDENTIFY

E

A2

(DCPL2)

2

-ISV

~

"

7Ai8/7A18rt

REV

.

E,JUNE

112(--35

197&

SIOoc

VOLTS/DIV

(SHOWNIN5mv

POSITION

s

IO
20

So

.I
.z
.5

2

S

P/O

A2

AMPLIFIER

BOARDS

CHANNEL

YS23

/,\

(bC

-15V

2

PL

~-f-

2)

-0---

CHANNELIREADOUT

NOT

USED

(OPTION

I)

slooc

VOLTS/DIV

"

"

CIRCUIT~SWITCH

CHANNEL

IDENTICAL
1

ABOVE

CHANNEL

(7A10

WITH

TO

2

READOUT

on4LY)

TAIB--5PSOA

READOUT

BOARDS

TO

QG20

TO

A33

(7AIa

TO

OVAL,Y)

B32

R648

Rb47

,64.-T.

UNCAL

TUNE

197&

35

CONNECTORS

4

READOUT

mgr/

C-72

k9



PARTS

ORDERING

Replacement

Tektronix, Inc.Field

ChangestoTektronix
accommodate
andtogive
developed

important,

you
in
when

improved

the

our

informationinyour
number,

improved
representative
number

manual

If

a part

.

Change

.

serial

number,

you

have

part,

your

will

information,ifany,islocatedatthe

SPECIAL

X000

00X

parts

are

Office

components

benefitofthe

engineering

ordering

order:Part

and

ordered

local

contact

NOTES

Part

first

Part

removed

INFORMATION

available

or

instruments

modification

you

added

fromorthrough

representative

as

latest

are

they

circuit

.

sometimes

become

department.Itistherefore

parts, to

number,

include

instrument

numberifapplicable

has

been

replaced

Tektronix, Inc.Field

concerning

AND

at this serial

after

any

SYMBOLS

number

this serial

your

local

made

available,

improvements

the following

type

with a

new

Office

changeinpart

rearofthis

number

Section

INDENTATION

This

mechanical
relationships.Following
usedinthe

to

1

description

234

Assembly
Attaching

or

.

or
or

Detail

Part of

Attaching

Parts of
Attaching

Attaching

the

itemitmounts,

Indented

items
indentation.The
attaching

Attaching
specified

parts

parts

.

.

5

and/or
parts

for

Assembly

parts

Detail

parts

Parts

always

while

are part

separation

must

be

parts

isanexample

column

Component

Assembly

for

Detail

Part

for

the

detail

of,

symbol

purchased

SYSTEM

list

is

indentedtoindicate

.

Name&Description

and/or

and/or

Part

PartsofDetail

appearinthe

parts are

and

included

---"---

separately,

of the

8--7A18/7A18N

indentation

Component

Component

Part

same

indentedtothe

with,

the next

indicates

unless

system

indentation

higher

the

end

otherwise

item

right

as

.

of

FIGURE

Itemsinthis

numberstothe

a
ACTR

ADPTR ADAPTER
ALIGN

AL
ASSEM
ASST

ATTEN
AWG
BD
BRKT
BRS
BRZ

BSHG

CAB
CAP
CER CERAMIC
CHAS
CKT
COMP
CONN
COV
CPLG COUPLING
CRT

DEG
DWR

INCH
NUMBER
ACTUATOR

ALIGNMENT
ALUMINUM
ASSEMBLED
ASSEMBLY

ATFENUATOR
AMERICAN
BOARD
BRACKET
BRASS

BRONZE

BUSHING
CABINET
CAPACITOR HDL

CHASSIS
CIRCUIT
COMPOSITION
CONNECTOR
COVER

CATHODE
DEGREE
DRAWER

AND

section are

illustrations

SIZE

WIRE

GAGE

RAY

TUBE

INDEX

NUMBERS

referencedbyfigure

.

ELCTRN
ELEC
ELCTLT ELECTROLYTIC
ELEM ELEMENT

EPL
EQPT EQUIPMENT
EXT
FIL

FLEX FLEXIBLE
FLH
FLT

H
FR
FSTNR
FT
FXD
GSKT

HEX
HEX

HD

HEX

SOCHEXAGONAL
HLCPS
HLEXT
HV

IC
ID

(DENT
IMPLR

and

ELECTRON
ELECTRICAL

ELECTRICALPARTS
EXTERNAL

FILLIST"ER
FLAT

FILTER
FRAMEorFRONT

FASTENER
FOOT

FIXED
GASKET

HANDLE
HEXAGON
HEXAGONAL

HELICAL
HELICAL
HIGH
INTEGRATED
INSIDE
IDENTIFICATION

IMPELLER

HEAD

COMPRESSION
EXTENSION

VOLTAGE

DIAMETER

HEAD

HEAD
SOCKET

CIRCUIT

index

LIST

In

the Parts
descriptionbya
Name

may

sometimes

Name

identification,

canbeutilized

where

IONS

IN
INCAND
INSUL

INTL
LPHLDR
MACH
MECH

MTG
NIP
NON
OBD
OD
OVH
PH
PL
PLSTC
PIN
PNH PAN
PWR
RCPT RECEPTACLE

RES
RGD
RLF
RTNR
SCH

SCOPE
SCR

INCH
INCANDESCENT
INSULATOR
INTERNAL

LAMPHOLDER

MACHINE SKT
MECHANICAL
MOUNTING

NIPPLE

WIRE

NOT

WIRE
ORDERBYDESCRIPTION
OUTSIDE

HEAD

OVAL

BRZ

PHOSPHOR
PLAIN

or
PLASTIC
PART

NUMBER THD

HEAD

POWER
RESISTOR

RIGID
RELIEF
RETAINER
SOCKET
OSCILLOSCOPE

SCREW

ITEM

List,anItem

colon().

PLATE

HEAD

Because

appearasincomplete

theU.S.Federal

possible

WOUND

DIAMETER

BRONZE

NAME

Name

is

of

space

Cataloging

.

SE

SECT
SEMICOND
SHLD
SHLDR

SL

SLFLKG
SLVG
SPR
SO
SST
STL
SW
T TUBE
TERM

THK
TNSN

TPG
IRH TRUSSHEAD
V
VAR

W/
WSHR
XFMR
XSTR

separated

from

limitations,anItem

.

For

further

Handbook

SINGLE

END

SECTION
SEMICONDUCTOR
SHIELD
SHOULDERED
SOCKET
SLIDE

SELF-LOCKING
SLEEVING
SPRING
SQUARE
STAINLESS
STEEL
SWITCH

TERMINAL
THREAD
THICK

TENSION
TAPPING

VOLTAGE

'VARIABLE

WITH
WASHER
TRANSFORMER
TRANSISTOR

STEEL

the

Item

H6-1

REV

.

E

NOV.1974

Mechanical

Parts

List-7A18/7A18N

SINDEX

MFR

.CODE

0000C
00779
01295

08261

12327
13257

22526
23499

24931 SPECIALTYCONNECTOR

36619
42838
70276
70278 ALLIED

70318
73743
74445
75543
76854
78189

79136
79727
80009
83385
83501 GAVITT

87308

97464

GETTIG
AMP,
TEXASINSTRUMENTS,
SEMICONDUCTOR
SPECTRA-STRIP
FREEWAY
ESNA
BERG

GAVITTWIRE
RSC

MICROWAVE
NATIONAL
ALLEN

SPARTON
ALLMETAL
FISCHER
HOLD-KROME

LAVELLE

OAK

ILLINOIS
SHAKEPROOF
WALDES,

C-W
TEKTRONIX,

CENTRALSCREWCO.

RSC
N.L.INDUSTRIES,

DIV

INDUSTRIAL

MANUFACTURER

ENGINEERING

INC

.

CORP

LTD

.

ELECTRONICS,

INDUSTRIES,

RIVET

MFG.CO

STEEL

CORP

SCREW

SPECIAL

RUBBER

INDUSTRIES,

TOOL

KOHINOOR,

INDUSTRIES

WIRE

INDUSTRIES,

.

INSTRUMENTS

GROUP
CORP

.

AND

CABLE,

INC

ANDMFG.CO

.

AND

.

PRODUCTS

MFG.CO

CO

.

CO

INC.,SWITCH

WORKS,

DIVISION

INC

.

AND

CABLE,

INC

RETAINING

MFR

AND

MANUFACTURING

INC

.

INC

.

DIVISION

.

CO.,INC

&

COMPONENTS,

.

CONVEYORS,

CO.,INC

.

.

INC

.

INC

.

DIVISION

.

INC.,SOUTHERN

RINGCO

.

OF

.

DIV.OF

.

DIV

.

OF

.

CO

INC.6600

SCREW

NUMBER

ADDRESS

.

P.O.BOX

P.O.BOX

7100
9301
10

ESNA

YOUK

455N.
3560

1-21EAST

P.0.DRAWER

17333
821

446

31

BROOKST.
424N.
S.MAINST

ST.CHARLES

47-16

550

P.0.BOX

2530

CENTRAL

P.0.BOX

57

CORDIER

LAMPSON

ALLEN

PARKDR

EXPRESSWAY

QUINCE

MADISON

BOMBARDIER

HEALY
STEWART
MORGAN

WOOD

AUSTEL

DAVISVILLE

CRESCENT

ST

3608

5012

AVE

DR

.

.

ST

AVE

JEFFERSON

570

AVE

.

ST

.

WEST

.

ROAD

PLACE

RD

500

DR

.

1360

ST

.

TO

.

.
.

ST

.

.

ST

.

MANUFACTU

.

CITY,STATE,ZIP

SPRINGMILL,
HARRISBURG,

DALLAS,
GARDEN
CLEVELAND,
MARKHAM,

NEW

ESCONDIDO,

INDIANAPOLIS,
MONTREAL
WAUPUN,
HARTFORD,

DETROIT,
GARDENCITY,

CINCINNATI,
HARTFORD,

CHICAGO,
CRYSTAL

ELGIN,
LONG
WARMINSTER,
BEAVERTON,
BROADVIEW,

BROOKFIEII),

STATESVILLE,

IRVINGTON,

TX

GROG:,CA

ONTARIO,

CUMBERLAND,

458QUECAN

WI

MI

IL

LAKE,

IL

ISLAND

PA

PA

75222

OH

CA

53963

CT

48212

OH

CT

60622

60120

CITY,
PA

OR

IL

MA

NJ

44125

92025
IN

06101

NY

06110

IL

97077
60153

NC

07111

16875

17105

92642

PA

46227

11530

45206

60014

18974

01506

28677

CANADA

17070

NY

11101

REV.F

JUN197

5

Fig

Index

No

1-1

-2

-3

-4

-5

-6

-7

-8

-9

-10

-11

-12

-13

-14

-15

-16

-17

-18

-19

-20

-21

-22

-23

-24

-25

-26

-27

&

.

Tektronix

_

.

Part

No

_-m

366-1163-00

213-0153-00
366-1165-00
213-0153-00
366-1059-00
366-1077-00

213-0153-00
366-0494-00
213-0153-00
366-1308-00
213-0153-00
366-1299-00
213-0153-00
366-0215-02
366-1058-24
366-1058-46

214-1095-00

105-0076-00
214-1280-00

214-1054-00
105-0075-00

348-0235-00

33-1411-00

333-1596-00

337-1064-00
337-1064-04
131-0679-001B010100
131-0126-00

220-0569-00
358-0216-00

210-0583-00
210-0011-00

Serial/Model

.

Eff

1
1

2 2

1
2 1

1
2 1

B010100B029999
B030000

B010100

2

2 1

No

Dscont

B020099X

B020099X

234

1

Qt

y

1

KNOB

1.SETSCREW
1

2.SETSCREW
2
2

1.SETSCREW

1.SETSCREW
2

1.SETSCREW
2

2.SETSCREW
2
1

1

1

1

1

1

2

1

2
2
2
2

1
1

2
2

1

:LIGHT

KNOB

:GRAY

PUSH
KNOB

:GRAY

KNOB

:GRAY

KNOB

:RED

KNOB

:GRAY

KNOB

:LEVER

KNOB

:LATCH

KNOB

:LATCH

PIN,SPG,SPLIT

REL

BAR,LATCH

SPRING,HLCPS

SPRING,DEff

PAWL:0.475
SHLD
PANEL,FRONT
PANEL,FRONT
SHLD,SIDE,ELEC
SHIELD,ELEC

CONNECroR,RCPT,
CONNECTOR,RCPT,

NUT,PLAIN,KNURL

BUSHING,PLASTIC
RESISTOR,VARIABLE
RESISTOR,VARIABLE

NUT,PLAIN,HEX.:0
WASHER,LOCK

Mechanical

5

BUTTON

GSKT,E1,EC:4.734

Name

&

Description

GRAY

:5-40X0

:5-40X0

:GRAY

:5-40

:5-40X0

:5-40X0.1.

:5-40

SWITCH 80009 366-0215-02

:0

:NT

X 0

:
:

:RIGHT

:INTL,0

.125

INCH,HEX

.125

INCH,HEX

X

0

.125

INCH,HEX

.125

INCH,HEX

.25

INCH,HEX

X 0

.125

INCH,HEX

(ATTACHING

:0

.094

:PLUG-IN

.14ODX1.126"L,0

:LATCH

.21

X 0

:PLUG-IN

SIDE
:BNC
:BNC,FEMALE

(ATTACHING

.50-28

:0
:0

.257 ID

:W/HARDWARE

(ATTACHING

.25-32

.062

PARTS)

ODX0

UNIT

.184
INCHLONG

W/HARDWARE

PARTS)

X

X 0

PARTS)
X 0
IDX0.253

.187

INCH,PLSTC

0

.312

.235

.412

SOC

SOC

SOCSTL
SOCSTL

SOCSTL

SOCSTL

INCH

.16"DIA

INCH

INCH

INCH,BRS

OD,STL

STL

STL

LONG

BRS

Parts

Mfr

_

Code

80009

74445

80009

74445
80009
80009
74445
80009

74445
80009

74445
80009

74445

80009 366-1058-24
80009 366-1058-46

13257

W

OD

80009
80009
80009

80009
80009

80009
80009
80009

80009
24931

36619 9663-1NT-34

80009
80009

73743
78189

List

--7A1

Mfr

366-1163-00
OBD
366-1165-00

OBD

366-1059-00
366-1077-00

OBD

366-0494-00

OBD

366-1308-00

OBD

366-1299-00

OBD

52-022-094-0187

105-0076-00
214-1280-00
214-1054-00

105-0075-00
348-0235-00

333-1411-00
333-1596-00
337-1064-00
337-1064-00
28JR168-1

220-0569-00
358-0216-00

2X20224-402
1214-00-00-0541C

8/7A1

Part

8N

Number

-28

-29

-30

-31

-32

-33

-34

-35

-36

-37

-38

-39

-40

-41

-42

-43

-44

1

7A18only

2

7A18N

3

Refer

REV.J

260-0816-00

211-0030-00
210-0405-00

386-1+447-54

213-0192-00

---

---°"­136-0252-04
136-0252-04
136-0350-00
131-0566-00
200-0945-00
200-0945-01
211-0001-00
136-0260-02
124-0162-00
355-0046-00
262-0928-00

210-0583-00
210-0046-00

.

only

.

to

Electrical

197

JUNE

3

B010100B054199
B054200
B054200

6

Parts

List

88

10.CONTACT,ELEC

26

4.COVER,HALF

for

part

1

SWITCH,SLIDE

2

SCREW,MACHINE

2

NUT,PLAIN,HEX.:2-56

1

SUBPANEL,FRON'T

4

SCR,TPG,THD

1

CKT

BOARD

.

CONTACT,ELEC

.

SOCKET,PLUG-IN

4.LINK,TERM

4.COVER,HALF

4.SCREW,MACHINE
2

.

SOCKET,PLUG-IN

2.TERMINAL
MOUNT,TERM.BD:0.577

1

. .

2.SWITCH,PUSH

1.NUT,PLAIN,HEX.:0

1.WASHER,LOCK

number

.

:DPDT,0

(ATTACHING

:2-56

:
(ATTACHING

FOR

:6-32X0

ASSY

:AMPLIFIER

:0
:0

.CONNE:0.086

XSTR
XSTR

:2-56X0

BOARD:4NOTCH

:GAIN(CH1,CH2,WIRED)

(ATTACHING

:INTL,0.26IDX 0

.5A,125VAC

PARTS)

X 0

.25"82

X 0

.188

PARTS)

.50

.188INCHLONG

.188

:3

:FOR
:FOR

:16

(SEE

INCH

PIN,LOW

.25-32X0

LANG

DIA
DUAL
DUAL

.25

CONTACT,LOW

INCH

PARTS)

PROFILE 80009

TO-18
TO-18

DEG,FLH

INCH,BRS

INCH,PNH

A2

X 2

.375

INCH,PNH

CLEARANCE

H

.312

.40"

EPL)

INCH
CASE
CS,2-56

INCH,BRS

OD,STL

STL

STL

STL

L

THD

79727

83385
73743

80009
87308

22526
22526

OOOOC
80009

80009

83385

01295
80009
80009

80009

73743

78189

GF-126-0012A

OBD
2X12157-402

386-1447-54
OBD

75060
75060
136-0350-00
L-2007-1
200-0945-00

200-0945-01
OBD

C931602
124-0162-00
355-0046-00
262-0928-00

2X20224-402
1214-05-00-0541C

8-3

Mechanical

List---7A18/7A18N

Parts

Fig.&

index

No

1-45,~_2462-0926-00

-46

-47

-48

-49

-50

-51

-52

-53

-54

-55

-56

-57

-58

-59

-60

-61

-62

-63

-64

-65

-66

-67

-68

-69

-70

-71

-72

-73

-74

-75

-76

Tektronix

.

PartNo.

260-1221-00
175-0825-00
175-0828-00
175-0830-00

210-0590-00
210-0012-00

407-0553-00
407-0912-00
376-0039-00
376-0152-001B030000
213-0075-00
376-0125-00

213-0048-00
213-0022-00

354-0251-00

376-0124-00

213-0048-00

354-0251-00

211-0116-00
211-0105-00

220-0547-01
200-1199-00

211-0007-00
210-0994-00

210-1093-002XB053390
131-1075-00
210-0288-00

210-0586-00
211-0101-00

407-0906-00

211-0116-00
210-0586-00

337-1423-00

213-0055-00
672-0020-003B010100B049999

672-0020-013B050000B099999
672-0020-023B100000
672-0480-00
200-1277-00

211-0116-00

____

-----­136-0252-04

136-0252-01
210-0799-00
210-0779-00

131-1031-003B0101008099999

Serial/Model
Eff

B0101008029999

B010100B065219
B065220

4

3
3

:{B100000

B010100

B100000

B099999

No

Dscont

.

QtY

1

2 3 4 5

1.SWITCH,ROTARY

1..
FT
FT
FT

1.NUT,PLAIN,HEX.:0

1.WASHER,LOCK

2.BRKT,CMPNT

1.BRKT,CMPNT

2.ADPT,SHAFT,CPLG

2.COUPLING

2..

2.COUPIFR,SWITCH

2.SETSCREW

2.SETSCREW

1.RING,COUPLING

2.COUPLER,SWITCH

2.SETSCREW

1.RING,COUPLING

4
4
4
2
4
4

2
2

1

2
2

2

SWITCH,ROT'ARY

. .

WIRE,ELFCTRICAL0

. .

WIRE,ELECTRICAL2

. .

WIRE,ELECTRICAL

SETSCREW

SCR,ASSEM
SCREW,MACHINE
NUT,BLOCK:0.38

COVER,AT'I°EN
SCREW,MACHINE
WASHER,FLAT

WASHER,PLASTIC

1

CONTACT,ELEC

TERMINAL,LUG

1

NUT,PLAIN,EXT

SCREW,MACHINE

1

BRACKET

SCR,ASSEM

NUT,PLAIN,EXT

2

SHIELD,ELFC

1

SCR,TPG,THD

CKT

2
2
2

1

6.SCR,ASSEM

1.CKT

3..

8..

7..
8
7

BOARD

CKT

BOARD

CKT

BOARD

CKT

BOARD

COVER

.

BOARD
CONTACT,ELEC
CONTACT,ELEC
EYELET,METALLIC

. .

RIVET,TUBULAR
CONTACTASSY,EL

. .

(ATTACHING

:INTL,0

MTG
MTG

SHAFT

:4-40

(ATTACHING
:4-40X0
:4-40

(ATTACHING
:4-40

(ATTACHING

WSHR

:4-40

:4-40X0

:

.

:4-40X0

:0

.125 ID

:0

:GROUNDING
:0

.125 IDX1

(ATTACHING

W

:4-40X0

:CIRCUIT

:CAM

(ATTACHING

WSHR

:4-40

W

:ATTENUATOR,FRONT

(ATTACHING

FOR

ASSY

:ATTENUATOR/READOUT

ASSY

:AT"IENUATOR/READOUT

ASSY

:ATTENUATOR/READOUT

ASSY

:ATTENUATOR(2)

SWITCH

(ATTACHING

WSHR

ASSY:READOUT

&

Name

:TRIG

:

:
:

:0

:

:

X 0

:0

.251 ID

:

X 0

:0

.251

X 0

.187 ID

:4-40X0

BOARD

:4-40

:2-32

:4-40X0

:0
:0

:0

Description

SOURCE/DISPMODE(WIRED)

.833

FT2WIRE

.833

FT5WIRE

:7

WIRE

RIBBON 08261

.375

X 0

PARTS)

X 0

.375 IDX0

.128

AND0.082"DIA

.094

PARTS)

.125

INCH,HEX

.188

INCH,HEX

X 0

PARTS)

.125

INCH,HEX

ID

X 0
PARTS

X 0

.312

.188"100

.25

X 0

.188

0

.25"

X

X 0

PARTS

.25

.25"

PARTS)

.312

X 0

X 0

.25

X 0

.188

(SEE A3

INCH

.188
.178

INCH

.295

:0

.051

OD

:CAM

SWITCH,TOP

.438

INCH,HEX

.282"OA

INCH,PNH

.312

.125

100

PARTS

PARTS)

.312

OD

X 0

INCH,STL

.50"

.375

.375

FORCKT

INCH,PNH

DEG,FLH

OD,STL

INCH

INCH

FOR

INCH,STL

DEG,FLH

INCH,PNH
INCH,STL

FOR

INCH,PNH

INCH,PNH

LONG

LONG

X 0

.115

RIBBON
RIBBON 23499

OD

STL

SHAFT 80009

SOCSTL

SOCSTL
SOCSTL
INCH

OD,AL 80009

SOCSTL
INCH

OD,AL 80009

ASSY)

BD

BRS

STL

STL

OD

LONG
EACH)

STL

BRS

EACH)

STL

BRS

EPL)

.362

INCH

INCHLONG

L

Mfr

Co

80009
76854

23499

73743
78189].220-02-00-0541C

80009
80009

80009
70276
80009

74445
74445

80009
74445

83385
83385
80009
80009
83385
83385

75543
80009
80009

78189
83385

80009

83385
78189

80009

83385
80009

80009
80009
80009
80009

83385

22526 75060
00779
80009
42838
80009

MfrPart

de

262-0926-00
5-41981-411
TEK-175-0825-00
TEK-175-0828-00
TEK-175-0830-00

2X28269-402

407-0553-00
407-0912-00
376-0039-00
376-0152-00
OBD
376-0125-00

OBD
OBD

354-0251-00

376-0124-00

OBD
354-0251-00

OBD
OBD
220-0547-01
200-1199-00
OBD
OBD

OBD

131-1075-00
210-0288-00

OBD
OBD

407-0906-00

OBD
OBD

337-1423-00

OBD
672-0020-00

672-0020-01
672-0020-02
670-0480-00
200-1277-00

OBD

1-332095-2
210-0799-00
RA-29952715

131-1031-00

Number

is

for

7A18N

.Serial

7A18N.Serial

8-

1Serial

2Serial

37A18
4

7A18N

4

only

only

number
number

.

break
break

is

for

.

number
number

break
break

for
for

7A18
7A18

B440000.XB066940

is

X8066940

is

.

REV.I

JUNE

1976





Fig.&

index

No

1-

-77

-78

-79

-80

-81

-82

-83

-84

-85

-86

-87

-88

-89

Tektronix

.P

artNo.Eff

131-1031-00
211-0116-00

337-1418-01
213-0277-001B010100

211-0001-0018110475
263-1105-00
105-0243-00

213-0214-00
354-0391-00

354-0390-002B050000
354-0443-0028050000
401-0081-02

401-0180-002B050000

210-0406-00

214-1139-00
214-1139-02
214-1139-03

105-0242-00

105-0242-012B050000

105-0241-00

105-0241-0128050000
384-0878-01

384-0880-01
401-0115-00
401-0178-002B050000
441-0992-00
441-0992-042B020000

210-0405-00
211-0097-00
210-0004-00

Serial/Model

B100000

1
1

XB100000

B010100 B049999

B010100

3 ­3
3

B010100 B049999
B010100 B049999

2

XBO50000

2

XBO50000

B010100
B010100 B010100

XB020000

Dscont

~

B110474

8049999

B049999

No.Qty

._

.,v

1

2 3 4

._

._8

. .

6

.

SCR,ASSEM

2.SHIELD,ELEC

3.SCR,TPG,THD

3.SCREW,MACHINE

1.ACTUATOR

1..
1

. .

2
1

1
2
2

10

1

. .

1..

1..

1..

1..

1..
1

. .

1

. .

1.CHASSIS

1.CHASSIS

3.NUT,PLAIN,HEX.:2-56 X0.188

3.SCREW,MACHINE

2.WASHER,LOCK

5

CONTACTPASSY,EL

WSHRA-40

:CAM

ASSY

ACTUATOR,SWITCH

SCREW,CAP SCH

RING,RETAINING:0.395"FREE
RING,RETAINING:0.338

RING,RETAINING
BEARING,CAM
BEARING,CAM
NUT,PLAIN,HEX.:4-40
SPRING,FLAT

SPRING,FLAT

SPRING,FLAT
DRUM

CAM SWITCH

DRUM

CAM SWITCH
DRUM(..AM
DRUM
SHAFT,CAMSW:FRONT
SHAFT
BEARING,CAM
BEARING,CAM

SWITCH

CAM

SWITCH

:INTERMEDIATE

:
:

:INTL,0

Name

&

Description

:CAM_SWITCH,TOP

(ATTACHING

SWITCH

(ATTACHING

FOR

:2-56

:2-56 X 0.25

:ATTENUATOR

(ATTACHING

:2-56X0

SW
SW

:FRONT

:GOLD
:GREEN

:RED

SW

:CENTER

SW

:CENTER/REAR

(ATTACHING

:4-40

PARTS

X

0.312

PARTS

X

0.312

PARTS)

:

ID X 0.025"

:0

.328

FREE

:FRONT

X 0.188

COLORED

COLORED

COLORED

:AC

GND

:AC

GND
:VOLTS/DIV
:VOLTS/DIV

PARTS)

X 0.312

.12IDX0.26"OD,STL

Mechanical

FOR CKTBDASSY)

INCH,PNH

FOR

EACH)

INCH,PNH

INCH,PNH

SWITCH

.375"HEX

RED

DC
DC

HD
ID X 0 .025" STL
IDX

0.448

INCH,BRS

GREEN

COLORED

INCH,BRS

INCH,PNH

Parts

rtT

~80009

BRS

STL

STL

STL

THK,STL 79136

OD

COLORED

STL

83385
80009
83385

83385
80009

80009

70278
97464
97464

80009
80009

73743
80009

80009
80009

80009
80009

80009

80009
80009

80009
80009

80009
80009
80009

73743
83385
78189

List--7A18/7A18N

Mfr

Code

Mfr

Part

131-1031-00
OBD
337-1418-01

OBD
OBD

263-1105-00

105-0243-00

OBD

3100-43-CD
5100-37MD
200-37
401-0081-02
401-0180-00
2X12161-402
214-1139-00
214-1139-02
214-1139-03
105-0242-00
105-0242-01

105-0241-00
105-0241-01

384-0878-01
384-0880-01
401-0115-00
401-0178-00
441-0992-00
441-0992-04

2X12157-402

OBD

1204-00-00-0541C

Number

-90

129-0299-00

-91

210-0004-00

-92

214-1127-00
214-1752-002B050000

-93

210-0591-00

-94

337-1406-00

-95

136-0252-01

--96

210-0779-00

-97

131-1031-00

-98

131-1030-00

----- -----

-99

-100

213-0120-00

-101

210-0053-00

-102

210-1134-00
210-0405-00

-103

211-0008-00

-104

129-0080-01

-105

386-1402-00

-106

213-0192-00

-107

361-0326-00

17AIS

only

2

Serial

3

Replace

4

7A18N

.

number

with part

only

B010100B049999

4

1
1 1

break

is

for

bearing

.

7A18N

the

4.POST,ELEC-MECH

1.WASHER,LOCK

4.ROLLER,DETENT:0.125
4

.

ROLLER,DETENT

10.NUT,HEX

1.SHLD,ELECTRICAL

8.CONTACT,ELEC:0.178

10.RIVET,TUBULAR:0.051ODX0.115

10.CONTACT"

10.CONTACT'

1.CKT

3.SCR,TPG,THD

3.WASHER,LOCK

3.WASHER,FLAT:0.09IDX0.25

3.NUT,PLAIN,HEX.:2-56X0.188

2

SCREW,MACHINEA-40

POST

1

PANEL,REAR

4

SCR,TPG,THD

1

SPACER,SLEEVE:0.18IDX0.25

only.Serial

same

color

codeasthe

:4-40 X 0.188

BOARD

:4-40 X 0 .875

number

:HEX,0

(ATTACHING

:INTL,0 .12IDX 0

:

:CAM

ASSY,EL
ASSY,EL

:

:CAM
:CAM

ASSY

:ATTENUATOR

(ATTACHING

FOR

:2-32 X0.250

:INTL,0

(ATTACHING

INCH

(ATTACHING

FOR

:6-32 X 0.50

for

original

7A18isB060000

.333

PARTS

DIA

X 0.125

INCH

CONTACTS

INCH LONG

SWITCH,TOP
SWITCH,BOTTOM

PARTS)

.092 ID X 0

PARTS

.25

X

0

INCH,PNH

LONG

PARTS)

in

your

INCH LONG

FOR

EACH)

.26"OD,STL

INCH

INCH

(SEEAlEPL)

INCH,PNH

.175"OD,STL

INCH

OD,BRS

INCH,BRS

FOR

CKT
STL

INCH,PNH

OD X0.10"L

.

instrument

STL

L

LONG

BDS)

STL

.

80009
78189 1204-00-00-0541C
80009

80009
70318
80009

00779
42836
80009
80009

83385
83385
12327
73743

83385

80009
80009
87308

80009

129-0299-00

214-1127-00
214-1752-00
OBD
337-1406-00

1-332095-2
RA-29952715
131-1031-00
131-1030-00

OBD

OBD

OBD
2X12157-402

OBD

129-0080-01
386-1402-00

OBD

361-0326-00

H

JUNE

REV

.

1976

8-

5

Mechanical

Parts

List-

.

---

7A1

8/7A1

8N

Fig.&

Index

No

1-108

-109

-110

-111

-112

-1,13

-114

-115

-116 175-0829-00

-117

Tektronix

.

PartNo.

426-0737-00
426-0736-00

214-1061-00
384-1078-00

175-0825-00 FT
175-0826-00

175-0826-00
175-0827-00

175-0828-00

175-0832-00

Serial/Model

Eff

1

2

No

Dscont

.

1

Qt

2 3 4 5

y

1

FR

SECT,PLUG-IN

1

FRSECT,PLUG-IN

1

SPRING,GROUND

2

EXTENSIONSHAFT

WIRE,ELECTRICAL0

FT

WIRE,ELECTRICAL

FT

WIRE,ELECTRICAL
FT WIRE,ELECTRICAL
FT

WIRE,ELECTRICAL2

FT

WIRE,ELECTRICALO

FT

WIRE,ELECTRICALO

Name

:BOTTOM
:TOP

:FIAT

:0

.833
:3
:3
:4

.833

.585

.542

&

.124 OD

FT2WIRE
WIRERIBBON
WIRE

RIBBON

WIRE

RIBBON
FT5WIRE
FT6WIRE
FT

9

Description

X 6

.843

INCHLONG

RIBBON

RIBBON
RIBBON

WIRE

RIBBON

Mfr

Code

80009
80009
80009
80009
23499

08261
08261
08261
23499
83501
23499

Mfr

Part

Number

426-0737-00
426-0736-00
214-1061-00
384-1078-00
TEK-175-0825-00

TEK-175-0826-00
TEK-175-0826-00
TEK-175-0827-00
TEK-175-0828-00
TEK-175-0829-00
TEK-175-0832-00

1

7A18N

only

only

.

.

2

7A18

s

Black

are

reference

not

common

numbers

denote

to

both instruments

parts

which

.

0

08

7A18/7A18N

DUAL

TRACE

AMPLIFIERS