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hing 50Ωto

+1=1

.8

+

50

b

addi

by

thejun

d

an

dpu

lse

sine,

TIPLIERsettings

MUL

hthatthe

ο/ο, i.e.,

80

UEN

CY

Q

than1,the

frequency

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.

R'

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1

125Ω.

.77

1=4

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emod

ified

to

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ctionof

herresistor

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an

ng anot

waveformsisalways

square,ortriangle

of

waveformhas

ncyequals

fre

que

dial setting

Hz

retrace/off

results

equals

i

n duty

approximately

time

rovide

d Rz.

1

or

.

For

cycles

is

REV

197

Β

JUL

.

8

O

PER

ATIO

OperatingInstru

ctions-FG

501

N

Free-

Runn

following

T

he

waveform

1.SettheA

p

osition

andtheOFFSETcontroltot

position.Ch

2.Set

waveform

ingOu

tput

procedure

withvariable

output

MPL

controltothefullycou

eckthatthePHASE

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CTIO

.

the

(seeFig.1-5)

providesαfr

frequencyand

n

co

N

selector

trolis

ee-running
amplitude

nterclockwise

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he 0

pushed

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e d

tered)

in (off)

esired

Gated(Burst)

GAT

.

out
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intheburst
output

.

the

remains q

signal
t

b
durationbyt

Output

Α

gating

signalof2to15Vamplitude appliedtothe
EINPUTconnector
will

provideαburst

an

wit

hedurationofthe

dependonthegatingsignaldur

frequencyselected.Whenthegati

zero

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uiescent

Si

ngle

cycles

withα

heFG

501 ou

urst

can be approximated bydividing

E

INPU

GAT

generator

un

tilth

enext

canbe obtained

periodapproximately

tput

waveform.T

he p

eriodoftheFG

T

OUTPUT

dVariablePhase

hthePHASEcontrolpulled

of

cycles

burstandnu

completes

attheOUTPU

mberofcycles

atio

ng

signal

its

last

gating

signal

by applyingα
equaltotheperio

henumber of

thegating

501

outputfreque

n andt

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.

gati

d

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signal

ncy

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he

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r

.

Fig.

1-5

.Outputwaveforms

3.Selectthe

selectorand

MULTIPLIER
FREQUEN

i.e.,

output

VERNIER

d

urationof

MUL
underOp

CY

MULTIPLIER

frequency

control

rampand

TIPLIERsetting.See

eratingConsid

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FREQUEN

selectoris
Hzdial

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calibrated

is

isinthe

pulse

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quency

CY

Hzdial

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fully

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whenthe

clockwiseposition.

he FG501

htheMULTIPLIER

.

Forexample,ifthe

10

5positionandth

freque

ncyis500kHz

CY

Hz

FREQUEN

waveformsisdependentont
Duration

erations

ofRampsandPulses

for

further

setting.Th

information.

4.ConnecttheloadtotheOUTPUTconnectorand

adjusttheAMPLcon

Var

iable

DC

Pull

outwardontheOFF

atSN

13020000)topositio

t

waveform.Forexample,+5V

outpu

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the

do

+12.5Vdo+peakacwh

d

o+pdakac

trol

forthedesired outputamplitude.

Offset

SETcon

nth

e do

trol
level

ρ-ρ

ile-5V

of offset

outputto+2.5Vand-5

switcha

(pull

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of offset

willincr

outputto+5

willred

V

.

.

The

dded

ease

and

uceth

GATEINPU

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PH

AS

T

AG

e

;

e

CY

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he

0

trol

at

°

1431-04

GAT

E

OUTPUT

I

NPU

PHASEcon

T

PHASEcontr

ol at90°LEAD

e

Fig.

1-6.Single

cycleoutput

withvariablephase

.

REV.C

JUL

197

8





Op

erating

Instructions-FG

501

T

he ph

ase

(start level)ofthewaveform

varied

±90° bypulling

either

(centered)position

counterclockwise

(seeFig.1-6)

burstisreferencedtothe

p

oint.

Output

d

uration

(VCF)

V

oltage-Controlled

T

swept
signaltot

V

CFinput

frequency

by

applying

signal to

he outputfre

withinα

heVC

signal

t

h

V

e

quen

rangeof1000:1by ap

FINPUTco

determineswhich d

out

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turningthePH

or

sine

or

e

canb

variedduringt

α voltage-con

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FINPUTconn

F

requency

cyofany

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n

nector.Thepolarity ofthe

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wise fromthe

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T

h

haseoft

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e

p

triangle

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trolled

ector

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waveform

plyi

irectio

burst

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he ou

trol

tput

AS

heburst

uen

freq

cy

.

Output

can

be

ng α0to10V

ntheoutput

S

WEPTFRE

be

0

RANG

frequency

TIPLIERselector

MUL

signal

1-7(Α),α-

sh

owninFig.

Th

p

assesthesensitive

Q

UEN

hefrequen

t

sweeps

sweepsthefrequencyupwar

signal

maximum

e

H

z

CY

dial,i.e.,<.1to1.Th

cydoes

from

and

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1-7(Β)

.

swept

fre

uncalibratedrangeofthe

sweepatleastαrangeof1000
recommendedthattheFREQUEN
an d α

Oto-10VsignalbeappliedtotheVC

T

he output

α

FREQUEN

1-7(Β) .Itmay
obtai
frequency

UEN

CY

O

willthussweepdownwardatleast

CY

Hz

dial settingof10

be

necessarytovary

nthefull

1000:1swept

desired.

E

the

fre

FREQUEN

the

frequency

uency

q

d as sh

set by

Hz

d

ial

CY

; i.e.,α+

own

downwar

quencyrangeof1000:1en

erefore,toensureth

CY

Hz

dial

setat10

be

FINconnector

1000

CA

nin Fig.

L

control

range

asshow

the

thelowest

or

t

he

inFig

d as

com-

FRE-

:1,

it

:1

from

swept

.

at

is

.

to

V

C

INPU

OUTPUT

F

T 0

+10

VC

INPU

(

ΙΙΙΙΙΙΗΙΙΙΙΙΙΙΙΙΠΠΠΠΠΠλΓΙΠΜ

Fig.

~

1-7.SweptFrequen

ΙΙΠΓ

1

OUTPUT

F 0

T

_10

ange

cy

r

with10Vsignalsap

plied

V

C

F

I

NPU

T

OUTPUT

toVCFIN

+5

0

_5

conn

ector.

REV.Β

1431-05

JUL

1978

An

input

signal

level

will

also

the

center

frequency

FREQUENCY

Since

theVCF
relationship,
minedfrom

H

oldMode

the

theVCF

Three detented H

the

lowest
switchingtoany
canbestopped

there

until

three

the

that

varies

symmetrically

sweepthe
HzdialasshowninFig.

input

frequency

one

at

its

MULTIPLIER

generator

setby

the

amplitudevsfrequencyisα

output

input

amplitude

OLD

positions

MULTIPLIER

the H

of

instantaneous

OLD

symmetrically

MULTIPLIER

range

.

are p

selector

positions,

voltage

selector

α0

about

about

selector

1-7(C)

can

rovided

positions.By

the generator

level

settingischanged

.

be

between

andheld

an

linear

d

eter-

Operating Instructions-FG

V

d

.

TRIG

W

aveform

Triangle

aveform

W

SineWave

SquareWave

TRIG

W

aveform

501

OUTPUT

OUTPUT

T

rigger

the
trigger
selected
Hz
for
times the

Out

ATTL-compatible+2

TRIG

OUTPUT

output

the

by

(seeFig.1-8).When

dial
ramp

or pulse,

d

ial

put

.5Vsquare

connector.The

d

etermined

is

MULTIPLIER

the

thetrigger

indications.Output

output

isavailablefrom

wave

frequency

by the

selector

FUNCTION

output

and

FREQUENCY

selectorisset

frequencyisabout1.6

impedance

of

frequency

600Ω.

is

the

Duty
theduty

Fig.

1-8.Phase

OUTPUT

cycleofthe

cycleofthe

elationshipsbetween

r

and

TRIG

TRIG

OUTPUT

OUTPUT

OUTPUT

connectors

waveform

waveform

various

.

.

follows

waveforms

1431-18

from

REV.Β

JUL

1978

Oper

ating

Instructions-FG

501

R

esponse

T

heFG501

responsecharacteristics

application

t

he

generator
desiredwaveform
device
over
can

be

The

determining
sensitive
oftheFG

F)

(V

C

informatio

1.Connecttheequipment

2.Setthe
dial
(depen ding

Analysis

is

particularly

utilizestheVC

rangeoffrequencies.Βγ

over α

anotherFG501

from

dertest

un

selectedran

α

observedonαmonitoring

followingproceduredescribes

devicethatoperates

501

OutputdiscussionunderOp

n

forthedesire

and

sweepingthewaveform

ge,

various

responsecharacteristics

.Refer toth

.

MULTIPLIER

d

upper

thedirectionyou

on

A

dfordetermi

suite

circuitsorsystems.Th

of

Fin

putoft

he FG501toswee

(or

equ

nse ch

respo

oscilloscope.

technique

α

of

any

withinthe

eVoltage-Controlled

as s

selectorand

or

frequency

eration

h

owninFig.

FREQUEN

lower

wishto

for

fre

que

sweep)

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applying

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aracteristics

frequency-

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nt)to

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ditional

a

1-9

ncy

.

ICATIO

ning

is

p

the

α

for

range

ncy

.

CY

Hz

limit

N

S

3.Applythe
connector.(
frequency
whileαnegative-going

4

t

hedesired

5.Observetheresponse

monitoring

The

aracteristic

ch
the

FREQUEN
characteristic
that

upwardsfrom

Adjustthe

.

frequency

V

CFinput

CY

frequency

esired

d

ositive-going

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p

amplitude

output

oscilloscope

fre

occurs

waveform,

Hz

dial

observe

theFREQUEN

on

q

atwhich

can

d

waveform

waveform

theFREQUEN

waveform

uency

.

be

to

inthe

will

oftheVCFinput

range

ch

α

eterminedby

d

t

henmanuallyadj

againob

swept

CYHzdial

toth

e

VC

will

swee

CY

Hz

dial

swee

p

d

ow

waveform

.

aracteristics

layedrespo

dis

p

first

usting

tainth

eparticular

display

and

.

FINPU

t

p

setting

n

wards

t

on

nse

removing

the

reading

T

he

.

for

he

Fig.

1-9.Analyzingcircuitor

system

response.

REV.Β

JUL

1978

Operating

Instructions-FG

501

Tone-Burst

M

ultiplication

The F

fre

q

uency

devices

Generationor

G

501

canbeusedasαtone-burst

lier

multi

p

T

hisapplicationutilizesαrampgen

.

astheTEKTRONIXRG

p

ulse

generator,

gating

signal

The

following

obtaini

ng α

from

theFG

V

ariable

(VCF)

Ph aseandtheVoltage-Controlled-Frequency

Output

information

1.Connectthe

suchasth

source

proce

tone-burstorfrequency

501

.Refer totheGated(Burst)

discussions underOp

.

equipment

Steppe

for

chec

501,asαVCF

e TEKTRON

.

d ure describes

asshowninFig.

d

F

requency

generator

kington

e-controlle

erator,

signal

sourceand

IXPG

α

techniquefor

multiplied

501,

suc

as α

output

Outputand

erationforadditional

1-10

.

or

generator

d
h

α

n

umber
Adjustthe
width.

FREQUEN
(upper
ramp).Then,adj
other

h

c
input

2.Pull

outtheFG501

PHASEcontrol.Settheram

forthedesiredrampduratio

3.Adjustthepulse
of

bursts withintheselecte

pulse

4.Selectthesweepfre
CY

Hz

or

lower

swept

frequency

V

ariousotherton

aracteristics

can

generator

d

generator

uration

quen cyran

dial

for

one

limit

de

pen

dingont

ustthe

rampgeneratoramplitudeforthe

limit

.

e-burst

be obtainedbyusi

periodfor

en doftheswept

frequency

or

waveforms,i.e.,triangle,sine,square,

he d

.

esire

uration

n an d

d

ram

polarity

t

p d

forthedesiredburst

gebyadj

ustingt

he

range

he p

olarityoft

he

multiplied

ngdifferent

etc

gating

.

p

d

.

V

FINPUT*

C

GAT

E

Tone-Burst

Stepped F

O

NPUT*

I

re

utput

r

o
en

cy

qu

1141' ίάϋυυ

*Gating

pulse

synchronize

ν

ι

withVCF RAMP

d

.

REVΑ,

JUN

197

1431-07

Fig.

1-10.Tone-burstgeneratio

n orste

ppedfr

equencymultiplication.

8

S

PE

CI

F

ICATIO

N

Section2-FG

501

erformance

P

electricalch

Th

e

F

G

501 has been

b

etween

temperature

noted

temperatureab

F

F

.

requency

R

ange

Sine
andTriangle

Accuracy

R

esolution

+200Cand

b

orcedair

C

haracte

W

ave,Squ

D

andis

+50°C

PERF

operatingatan

A

N

Conditions

aracteristics

calibratedatanambient

+300C

etween0°Cand

circulationisrequ

ove

+40°C

.

r

istic

areWave,

O

PE

S

are

vali

d onlyifthe

temperature

ambient

unlessotherwise

iredforamb

ELECTR

P

erformance

0

.01Hzto1MHz

W

ithin3ο/οoffull

.1to1uncalibrated

RM

A

N

CIFICATIO

Onlyth
quirements
are

normally
procedureofthis
Informationcolum
mi nimum

ient

ICA

LCHARACT

scale1to10;

Table

R

equirement

in

9decade

.

toleranceran
q

uire

verification

2-1

ER

steps

C

E

C

HE

C

N

ose

items

listedin

columnofth

verifiedwhendoing

manual.Items

n are

erformancecharacteristics

p

ges

are sp

only

ISTICS

.

1

partin10°offull

FREQUEN

lectrical

e

E

listedintheSupplemental

eitherexp

ecified,

afterrepairs

Suppleme

CY

VERNIERcontr

K

t

he P

erformanceRe-

Characteristics table

P

the

and

orp

n

talInfor

scale

erforma

lanatory

whic

nceCheck

notes or

whic

for

h normallyre-

artsrep

matio

wit

lacement

h

ol

h

no

.

n

.

Stability

Temperature

Time

P

ulseand R

Time

Symmetry

SineWave,Squar
andTriangle

REV.Β

JUL

197

ampran

8

ge

eWave,

W

ithin1ο/ο

on

calibratedportion(1

of

FREQUEN

+50°C.

from0.001Hzto1MHz

CY

Hz

dial,

to

+20°C

10)
to

W

ithi

n 2

ο/ο

from0.1Hzto1MHz,
andwithin10
0

.1Hz,0°C

ithi

n 0.1ο/ο

W
W

ithi

n 0

-2Χdial

PLIERat10-'to=1.6Χ

ting

withMULTIPLIER

setting

W

ithi

n 10

tion (0

d

ial

.

.1

.25%

.

to

ο/οfr

+50°C.

to

for

10 minutes

for

setting

ο/οon

withMUL

uncalibratedpo

1) of

om

24hours

FREQUEN

0

.001Hz

dial
AT

.

.

TI-

set-

10

CYHz

to

5

r-

Specificatio

Amplitu

d e

Stability

Tem

Time

H

oldM

Offset

n andPerformance

C

h

aracteristic

(excluding

erature

p

ode

offset)

Stability

k-FG501

Chec

P

erformanceRequirement

S

N

B130000-up
circuit.10
Sine,

triangle,andsquarewave
amplitudes
singlesettingofA

.

trol

B

elow

n

trolprovi

co
circuitand7.5Vρ-ρin

50Ωload.

Table

2-1

(cont)

:

20

V ρ-ρopen

V

into50Ω

ρ-ρ

matched

NΒ130000,OUTPU

S

withi

MPL

ITUDEcon-

des 15Vρ-ρopen

to

load.

n 5ο/ο

for

SupplementalInfor

P

ower-s

upplylimiting

p

ressionofoutputwaveform

w

hen

imum

n

eously

maximum
offset

.

amplitudeand

are

used

mation

causes

simulta-

com-

max-

T

1MHz

Within2ο/ο
Wtihin10

from0.1Hzto

ο/ο

from

0

0.1Hz,0°Cto+500C
ο/οfor

With

in0

Within 0

Within

h

ourat

.1
.25%

ο

/οoffull

5

+25°C

10 minutes

for

24hours

out

on

0

.001Hzto

.

putvoltagein

.001Hzrange

.

.

.

1

.

Amplitude

I

O

n

to

p

en

Into50ohmLoa

R

ange

IntoOpenCirc

Into50ohmLoad

Output
Trigger

Impedance

Outpu

Amplitu

F

reque

t

de

ncy

TriangleandRam

L

inearity(b

10%

and 90ο/

etween

οpoints)

Circuit

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p

it

-7.5

k

pea

offset

least

V

5V

V

signal

.

+

α

V

Ω

.

50

SNB130000-up

S

N

below

d

SN

B130000-up

N

below-Β

S

At

least+and-15V

plus

offset

SNB130000-up:At

:+or

Β

130000:+or-

+or-5

:

130000:+or-2.5

.

least+and

-6Vpeaksignalplus
SNb

elowΒ130000:At
and-5V
offset

+2.5V

peaksignalplus

.

square

waveinto

600Ωload.
Same

as

freque

ncyatoutputcon-

nector

.

1

With

100

after
Within2

excludingfirst
switch

ο/οfrom0.001Hzto

in

kHzexcludingfirst200ns

switch

ο/ο

points

from

.

100kHz

to1MHz,

200nsafter

points

.

2-2

REV

C,MAR

197

9

Table

2-1

(con

SpecificationandPerformance

t)

heck-FG501

C

R

am

p Duration

neWave

Si

Square

Outputs

R

isetime

Aberrations

P

ulse

E

xternal

Input

B

urstLength

C

h

aracteristics

Distortio

W

ave

andPulse

Duration

GateInp

Signal

ut

.

erating

+15V.

selected

gating

Information

dportion of

alid

from

Consider-

+2

V,but

Output

h gateinput.

output

pulsewidth

bursts

.

P

erformance

n

1

ο/ο

or less

0.5ο

/

1ο/ο

or less

2

.5%οor less

at105

100nsor
5%οor

put

nal

50

from0.001Hzto

οorlessfrom

from

MUL

less

less

measured

p

litudeat10Vintoexter-

am

Ω

load

1Hzto20

kHzto

20

100kHzto1MHz

from

TIPLIERsetting

.

.

Req

ρ-ρ

ement

ui

r

1

kHz.

100kHz

.

without-

z

.

H

.

Supplemental

=

1

(seeOp

2f

ations)

Appliestocalibrate
dial

only

+10°C

10%to90%

(seeOp

=

1

2f

ations)

S

quare

n

ottoexceed

are sync

Determinedby

frequencyand

eratingConsider-

.

(1to10).V

to

+50°C

.

.

waveatleast

h

ronizedwit

Ph

asing

Input

Impedance

E

xternalVoltage-

Controlle

(VCF)

Input

Output

Range

Slew

d Freq

F

R

ate

requency

uency

least

At

input

.Negative-goi
decreases
goingin

=10Χ

f_

Χ

MUL

fm

in

1000:1wit

freque

creases

MUL

TIPLIERsetting

h 10

n

g

ncy

frequency

TIPLIERsetting,

100

V VCF

voltage

ositive-

;

p

ntinuously

Co

to

+90°

triangle

.

-=1kΩ

.

-0.5V/μs.

variable

referredto0°sine

startpoints

from

.

-90@

or

REV

C,MAR1979

2-3

SpecificationandPerformance

Check-FG

ENVIRONMENTALCHAR

501

Table

2-2

ACT

ER

ISTICS

Temperature

Operating
Storage

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MAR

1979

voltmetertot

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fully

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Rep

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E

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501

Code

Mfr

.

00853
01121
02111
02735
04713

05091
05397

07910
24931

34553
56289
71450

71744 CHICAGO
72982
73138 BECKMANINSTRUMENTS,
74868
75042

80009
81483
84411

90201

91637
91836

SANGAMO ELECTRIC
ALLEN-BRADLEY

SP

RCA

MOTOROLA,

ΤRΙ

UNION
SYSTEMS

T

ELEDYNESEMI

SPEC

ΑΜΡΕRΕΧ ELECTRONICCORP.,

ϊ

P

S
CTS

ERIE
BUNKER-

TRW ELECTRONI

R

ESI

TEKTRONIX,
INTERNATIONAL

R

T
MALLORYCAPACITORCO.,

Ρ

DALEEL
KINGSELECTRO

Manufacture

L

ECTRO

WELE

.

ELECTRONICS

CORPORATION,

INC.,SEMI

ORDINATE

CAR

BIDE

V

ISIO

DI

CONNECTORCO.,INC

IAL

TY

RAGU

R

E

CTRICCO.

E

EL

CORP.

MINIAT

TECHNOLOGICAL

CORP.,THE

R

ΑΜΟ

STORS,

PHILADELPHIA
INC.

CTRONIC

.

M

ALLORYANDCO.,INC

ECTRONI

CORPORATION

CONDUCTO

C

NICSCO.,

CROSS

INDEX-

r

CO.,S.CAROLINADIV

COMPANY

CORPORATION

URE

R

CS,INC

CORPORATIO

SO

LIDSTATE

CONDUCTO

N

R

LAMPWORKS

PR

O

DU

INC

COMPONENTS,ΙRCFIX

EC

TIFIER

COMPONENTS,

.

DIVI

RPRO

-,MA

TERIALS

.

COMPONENTDIV.-35

T

S, INC.

C

HELIPOTDIV

.,

ΑΜΡΗΕΝΟLRFDIV

D

IVISIO

CORP.

TRW

DIV.OF

.

INC.

MFR.CODENUMBER

A

d

dress

.

Ρ Ο

BOX

12012ND

N

SIO
D.DIV.5005

ED

N

CAPACITORS

17070

N

ROUTE
343 SNY

11901MADISON

12515
3560MADISON

1142
4433RAVENSWOOD
644

.

2500

.

33Ε.

401Ν.BR

ΡΟBOX 500

9220SUN
112

3029

Ρ Ο
Ρ.Ο.BOX

40

ΕMCDOWELLRD,ΡOBOX

H

OFFMANAVE

W.B

W

W.FIRSTST

BOX

MAR

TOMA

128

STREE

EAST

GALEAVENUE

202

DER

AVENUE BERKELEY

CHADROΝAVE.

EARDSLEY

.

12TH5Τ

HARBORBLVD.

FRANKLINST

DST

OA

S

ET BLVD

ΕWAS

HINGTONSTR

372

609

BLED

ALE ROA

T

AVENUE

AVE

.

.

SOUT

.

AVE

.

.

.

.

D

NUFACT

H

AVE

.

.

EET

URER

20923

State,

SC

WI

AZ

H

EIGH

OH
C

NY

IL
16512

NE

NY

Zip

29671

53204

NY
85036

TS,NJ

44101

A

90250
IN

11787

MA
46514
60640

92634

06810

PA

CA
69153

68601
10707

Y,CA

08876

01247

90069

City,

PI

CKENS,

MILWAU

KEE,

CITY

OFINDUSTR

SOMERVILLE,

PHOENIX,

C

LEVELAND,

HAWTHORNE,

I

ND

IANAPOLIS,
HAPPAUGE,
NORTH

ADAMS,
ELKHARΤ,IN
CHICAGO,

PA

ERIE,

FULLERTON,CA

D

AN

BURY,CT

PHILADELPHIA,

ΒΕΑVΕΑΤΟΝ,OR97077

L

OSANGELES,

OGA

LLALA,

I

NDI

ANAPOLIS, IN

COLUMBUS,NE

T

U

CKAHOE,

91745

07922

46227

19108

46206

α

LY

REV.

ΙJU

1978



CktNo.

Α

1

Α

1

Α

1

Α

2

Α

2

C34
C40
C72
C73

C74}

ς75Ι

C76

C72
C73
C74

C75
C76

C77
C77
C78

C79
C80

C85
C85
C89

C95

C120
C130
C150

C162

C170
C190
C191
C191
C196

C204
C211
C235

C242

C250

C250
C251
C255

C255

'

C271
C279

C281
C281
C286
C291

C294
C297

C400

l

indiv
lette

s

uffi

b

ly

EXAMPLE

1

j

ι

1

.

670-2105-00

670-2105-01

670-2105-02

670-2248-00

670-2248-01

290-0519-00
290-0517-00

295-0126-00

295-0164-00

281-0167-00
281-0513-00
281-0540-00

281-0092-00
283-0003-00
290-0527-00
290-0536-00
290-0534-00

290-0512-00
283-0003-00
283-0003-00
290-0572-00
281-0519-00

290-0572-00
281-0092-00

281-0629-00
281-0511-00
283-0001-00

283-0001-00
283-0067-00
283-0177-00
290-0517-00
281-0651-00

281-0511-00
283-0637-00
290-0529-00
290-0719-00
283-0178-00

281-0627-00
281-0151-00
281-0178-00
281-0523-00

281-0523-00

290-0517-00
290-0517-00
290-0324-00

i

dua

r s

uff

x and

:

Tektronix
P

artNo.

ti

m

in

l

and

ix
the

Serial/Model

E

Χ

ΧΒ

ΧΒ

ΧΒ

ΧΒ

ΧΒ
ΧΒ

ΧΒ

ΧΒ

g

capacitors
tolerance

tolerance

No

.

n

ff

Β

010100

8125503

Β

130000

Β

010100

Β

130000

Β

010100Β119999

Β

120000 CAP.,SET,MTC

Β

010100

8125503

060000
090000

Β

060000

130000

Β

010100

Η

020000
060000

110000
020000

Β

010100Β059999

Β

060000

Β

010100Η129999ΧCA
060000

Β

110000

010100Β129999ΧC

Β
Β

010100

Β

010204
130000

in t

prin

shouldbethe

t

Dsco

8125502

Β

129999

Β

129999

Β

059999ΧCA

8089999

8019999
8059999ΧCAP.,FXD,C

8129999ΧCAP.,FXD,C

109999

Β

Β

010203

hi

ted

CKTBOARDASSY

C

KTBOARD
CKT
CKT

CKT

0AP.,FXD,ELC
0AP.,FXD,ELC

P

CA

P

CAP.,FXD,C
CA

P

CAP.,VA
CAP.,FX
CAP.,FXD,ELC
CAP.,FXD,ELC
CA

P .,FXD,ELCTLT

CAP.,
CAP.,
C

AP

0A

P.,FXD,ELCTLT
P.,FXD,CER DI

CA

C

AP .,FXD,ELCTLT

CA

P
P.,FXD,CER DI

CA
CAP.,FX

CAP.,FX

CAP.,FXD,C

AP.,FXD,ELCTLT :6.8UF

0

P.,FXD,CER DI

CA
CAP.,FXD,C

P

CAP.,FXD,ELC
CAP.,FXD,ELC

CAP.,FXD,C

AP

CA

P.,

CA

P
P.,FXD ,C

CA
CA

P.,FXD,CER DI:l00PF

0A

P.,FXD,ELCTLT

CA

P.,FXD,ELCTLT

CA

P.,FXD,ELCTLT

s

assemblymust

on

t

h

same

e t

imin

f

285-

BOARD
HOAR

BOARDASSY

.SET,MTCHD:10,1,0

.,VAR,CER
.,FXD,CER

FXD,ELCTLT
FXD

.,FXD,CER DI

.,VAR,CER DI

.,FXD,MICA D

.,FXD ,C

VAR,CER DI

.,VAR,PL

g

o

r

all

ΧΧΧΧ-ΧΧ

N

ame&Description

AIN

:M

A

SSY

:M

AIN

A

SSY

:M

D A

R,CERDI
D,CERDI

,C

D,CERDI
D,CERDI

capacitorto bereplaced

AIN

SSY

:FUNCTIO
:FUNCTIO

TLT:l00UF
TLT

:6.8UF

HD

:

1

0,0

DI

:9-45PF,200

ER

DI

:27PF,+/-5.4PF,

DI

:51PF,

:9-35ΡΣ,200
:0.

01UF,

TLT

:15UF,208,20

1

0UF,20$,25

TLT

:

:lUF

:22UF,20+k,15

DI :O.OlUF

ER

:0.

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:O

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:47PF,+/-4

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:33PF,5$,600

ER DI

:22PF,+/-2.2PF,500
:0.

005UF,
005UF,

:0.

ER

DI

:0.

ER

ER DI

ER DI
ER DI

STC:1-3.5PF,

ER DI

be

o

001UF,10$,200

DI:lUF

:47PF,58,200

:22PF,
:20

PF ,2

TLT

:47

UF

TLT

:47UF,20
:O

.

lUF

PF

:1
:1-3

:

1

00

.8UF,20θ,35

:6
:6.8

:750UF,

ordered by

f t

h

e t

imin

N
N

,208,20
,208,35

.1,0.

01UF,995

.

5% ,500

+80

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,

+80-20%,150
+80

,20$,SOV

,

+80

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+/-2

.5%,l00

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B

,

+80

,

+/-0

PF

,100

500

PF,

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,+/-20

,208,35

UF

+75

g

01UF,990

V

V

-208,150V

V

-208,150V

.7PF,

V

+100
+100

.2PF,

,25

-208,100

.25PF,500

V

V

-20

-10$,40V

the

capacito

F-

V
V

PF

MTCHD

PF

500

V

V

V
V

V

V

V

500

V

V

V

500
500

V
V

-0$,

-08,

V

V

V

V

500

V

V
V

V
V

PF,

500

V

,SOO

V

PF

V

V

9-digitpart

.The

rs in the

R

eplaceable

number,

lette

lectricalParts-FG

E

fr

M
Code

80009
80009
80009
80009
80009

90201TDC107M020W
56289

84411

80009

72982
72982

72982

72982

72982

90201TDC156M020
902

01 T

56289
56289

72982
72982
56289
72982

56289
72982

72982
72982
72982

72982
72982
72982

56289
72982

72982
00853D151E200D0
05397T368C476
56289
72982

72982
72982

34553
72982
72982

56289
56289
56289D46454

r

asse

m-

MfrP

art

Number

670-2105-00
670-2105-01
670-2105-02

670-2248-00
670-2248-01

LD

196D685X0035KA1

55-0005Α5

ΤΕΚ

295-0164-00

538-011­301
301

538-011D9-35

855

D

-000P2G0270

-000U2JO5

-558Ζ5U-103

9-45

10

FL

M

025

DC106

196D105X0035HA1
196D226XO015

855

-558Ζ5U-103

855

-558Ζ5U-103
196D104X0050
308

-000COG0470

D

196
538-011

308

-000COG0330
301

-000COG0220
831

-559Ε502

-559Ε502

831

835

-515Β102
8131

196D685X0035KA1
374-00

301

-000COG0220

196D476X0025
8131Ν145

-OOOCOK0109C

301
518-600Α1-3

2222-809-05001
301

-000
301

-000

196D685X0035KA1
196D685XO035KA1

104X0050

D

9-35

Ν

039Ε105

1T2H047o

M

020A

Ε

U2

M

U2

M

FL

KA1

HA

H

Ρ
Ρ

Κ

TE

104

O101

O101

531

M
J

Ζ

Ζ
Ζ

I
K

AI

J
K

Ζ

J

K

Z

3

Ζ

M
M

REV.

7-

J

JUL

Y

1978

3

R

eplaceableElect

r

icalParts-FG

501

CktNo.

C406
C415
C415

C455
C482

C485
C485

C490
C495

CR15
CR16
CR17

C

R

45

CR100

CR101
CR102

R

103

C

CR150
CR155

CR156
CR158
CR160
CR162
CR170

CR175

C

R

176

C

R

178
CR180
CR182

C

R

215

C

R

218

C

R

230

R

235

C

R

240

C

R

242

C

CR245

C

R

246
CR247
CR248

C

R

285
CR290

C

R

400

C

R

410

C

R

450

C

R

490

D

5495

J10
J80
J81
J215

J290

Tektronix

P

artNo.

290-0524-00
283-0000-00

290-0517-00
290-0531-00 CAP.,
283-0111-00 ΧΒ

283-0000-00
290-0517-00
290-0324-00
290-0531-00

152-0141-02
152-0141-02
152-0141-02
152-0141-02
152-0249-00

152-0249-00
152-0249-00
152-0249-00
152-0141-02
152-0141-02

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

152-0141-02
152-0141-02

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

152-0141-02
152-0141-02

152-0141-02
152-0141-02 ΧΒ

152-0141-02

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

152-0141-02

152-0141-02
152-0488-00

152-0141-02 ΧΒ

152-0141-02

152-0488-00

150-0109-00
131-0955-00

131-0282-00
131-1003-00
131-0955-00
131-0679-00

Serial/ModelNo.

E

ff

Β

010100Β019999

Β

020000

125503

Β

010100Β019999

Β

020000

ΧΒ

130000

ΧΒ

130000

ΧΒ

130000
130000

ΧΒ

ΧΒ

020000

ΧΒ

020000

130000

130000

Β

010100

Dscont

Β

103149

0AP.,
CAP.,
CAP.,

P.,FXD,CERDI:O.lUF

CA
CAP.,

CAP.,
CAP.,FXD,ELCTLT
0AP.,FXD,E

S

EMICONDDEVICE:S
SEMICONDDEVICE:SILICON
SEMICONDDEVICE:SILICON
SEMI
SEMI

SEMI

S

EMICON
EMICONDDEVICE:SILICON,DIODE

S

SEMICONDDEVICE:SILICON
SEMICONDDEVICE:SILICON

SEMICOND DEVICE:S
SEMI

S

EMICON
SEMICO
SEMICON

SEMI
SEMICOND

S

EMICONDDEVICE:S
SEMICONDDEVICE:SILICON
SEMICOND

SEMI

S

EMI

S

EMI

SEMICONDDEVICE:S
SE

MICOND

SEMICONDDEVI

S

EMI

SEMICON

MI

SE
SEMI

SEMI

S

EMI

MI

SE
SEMICO

SEMI

S

EMICON

LAMP,IN

CONNEC
CON

CONNECTO
CONNECTOR,RCPT,:BNC,FEMALE,W/HARDWARE
CONNECTOR,RCPT

N

ame&Description

FXD,ELCTLT
FXD,CER
FXD,E
FXD,EL

FXD,CERDI:0.
FXD,E

CONDDEVICE:SILICON
CONDDEVICE:S

CONDDEVICE

D DEVICE:S

CONDDEVICE:S

D DEVICE:S

ND

D DEVICE:S

CON

D DEVICE:S

CON

D DEVICE:S

CON

D DEVICE:S

CON

D DEVICE

CON

DDE

D DEVICE:SILICON
CONDDEVICE:S
CON

D DEVICE:S

CON

D DEVICE
CON

D DEVICE
CONDDEVICE:SILICON

ND DEVICE:SILICON

CON

D DEVICE:S

D DEVICE:S

CAND:18

TOR

CTO

R,RCPT,

NE

R BODY,

:4 .7UF,20$,
:

DI

0.001

LCTLT:6

LCTLT:6.8UF,20iι,35

LCTLT:l00UF,208,1o

DEVICE:S

DEVICE:S

DEVICE:SILICON

DE

,RCPT,:BNC,F

.SUF,208,35

TLT:lOOUF

C

001UF,+100-0%,SOO

:750UF,

ILICON

ILICON,DIODE
ILICON,DIODE

:S

ILI

ILICON
ILI
ILI

ILICON
ILICON,30V,150M

ILICON
ILICON
ILICON

ILICON
ILICON

ILICON

:S

ILI

VICE:S

ILICON

CE:SILICON

VICE:S

ILICON

ILICON
ILICON

:SILICO

ILICON

:S

ILICON

ILICON

V

,26M

A

:FEEDT
:CKTCDΜΤ,3 PRON

, :BNC

V

lO

UF,+100

CON,DIODE

CO
CON,30V,150M

CO

W/HARDWAR

-0$,500
V

,20i

ι ,

lOV

,208,50

V

V

+75-10%,40V

V

,3oV,150M
,30V,150M
,3oV,150M
,30V,150M

,30V,150M
,30V,150MA

,30V,150M

N

,30V,150MA

,3oV,150M

,3oV,150M
,30V,150M
,30V,150M
,30V,150M
,30V,150M

,30V,150M

,150MA

,30

V

,30V,150M

N

,30V,150M
,30V,150M

,30V,150M
,30V,150MA 07910

,30V,150M
,30V,150M
,30V,150MA

N

,30V,150M
,30V,150M
,200V,1500M
,30V,150M
,3oV,150M

,200V,1500M

EMALE,W/HARDWAR
HRU

ν

V

A
A
A

A

ASSY
ASSY

ASSY
ASSY

A

A

A
A
A

A
A
A
A

A

A

A
A

A

A

A

A

A
A

A
A
A

A

E

G

E

Mfr
Code

90201 TDC475MO10E
72982
56289
90201 TDC107MOlOWLC

72982

72982
56289
56289D46454

90201TDC107

079101Ν
07910

07910
07910
80009

80009
80009
80009
07910
07910

07910
079101Ν
079101Ν
07910
079101Ν

07910
07910

079101Ν
079101Ν
079101Ν

079101Ν

079101Ν

079101Ν
079101Ν
079101Ν

07910
07910

07910
07910

07910
07910

80009

079101Ν
079101Ν

80009

71744CM

05091 31-279
74868
80009
05091 31-279
24931

MfrP

art

Number

831

-516Ε102

196D685XOO35KA1
8121-N

088Z5U104

831

-516Ε102

196D685X0035KA1

MOl

OWLC

4152

1Ν

4152

1Ν

4152

1Ν

4152

152-0249-00

152-0249-00
152-0249-00

152-0249-00
1Ν

4152

1Ν4152

1Ν

4152
4152
4152

1Ν

4152
4152

Ν

4152

1

Ν

4152

1

4152
4152

4152

4152
4152
4152
4152
4152

1Ν

4152

1Ν

4152

1Ν

4152

1Ν

4152

1Ν

4152

1Ν

4152

1Ν

4152

152-0488-00

4152
4152

152-0488-00

7220

ΜΒ

74300
131-1003-00

168-1

28

JR

L

Ρ

M

Ρ

R

V.G

E

JULY

1978

R

eplaceable

Elect

r

icalParts-FG

501

Tektronix

C

k

tNo.

J

290

J

290

298

LR
Q45A,B151-0261-00

Q48A,B151-0232-00
Q80
Q85
Q90

Q120A,B151-1042-01
Q125
Q130

Q138
Q150

Q170
Q170
Q225
Q230
Q240

Q242
Q250

Q255
Q270
Q276

Q280
Q285
Q290

Q295
Q295

Q298
Q298
Q400
Q410
Q415

Q420
Q424
Q430
Q445

Q447

Q450
Q468
Q472
Q474
Q485

Q488
R10

R

11
R11
R13

R

15

R

18
R18

P

artNo.

131-0679-02

131-0274-00

108-0105-00 ΧΒ

151-0190-00
151-0192-00
151-0192-00

151-0192-00
151-0192-00
151-0302-00
151-0190-00

151-0188-00
151-0164-00
151-0192-00
151-0192-00
151-0190-00

151-0188-00
151-0190-00

151-0188-00
151-0190-00
151-0190-00

151-0188-00
151-0302-00
151-0133-00

151-0136-00
151-0439-00

151-0322-00
151-0440-00
151-1066-00
151-0311-01
151-0190-00

151-0190-00
151-0190-00

151-0190-00
151-0311-01
151-0190-00

151-0188-00
151-0188-00
151-0188-00
151-0188-00
151-0188-00

151-0335-00
321-0289-00

315-0102-00
321-0151-00
315-0332-00

321-0289-00

321-0272-00
315-0822-00

Serial/Model

E

ff

Β

103150

Β

125503

030000Β129999ΧCO

Β

010100

Β

060000

Β

010100Β129999

Β

130000

Β

010100Β129999

Β

130000

Β

010100Η129999

Η

130000

Β

010100Β069999

Β

070000Β129999

No

Dscont

Β

125502

059999

Β

.

CONNECTO
CONNECTO

RANSI

T
T

RANSI
RANSI

T
T

RANSI
RANSISTOR:S

T
TRANSI

T

RANSISTOR:S

T

RANS I

T

RANS I

TRAN
TRAN

TR

TRAN
TRAN

TRAN
TRAN

TRANS ISTOR:S
TRAN
TRAN
TRAN

RANS ISTOR:S

T
TRANSISTOR:SILICON,NPN

T

RANS
TRANSISTOR:SILICON,NPN
TRANSISTOR:SILICON,NPN

TRANSISTOR:SILICON,PNP

RANS

T
T

RANS

RANS

T
TRANSISTOR:SILICON,NPN

TRANSISTOR:SILICON,NPN

TRANSI
TRANSISTOR:SILICON,NPN
TRANSISTOR:SILICON,NPN
TRANSI

TRANSISTOR:S
TRANSISTOR:SILICON,PNP
TRAN

T

RANSISTOR:S

TRAN
TRANSI

R

ES

R

ES

R

ES.,FXD,FILM:365OHM

RES.,FXD

R

ES

R

ES.,FXD,FI

R

ES

R,R
R,RCPT,:BN

IL,RF:1.8UH

S

TOR:S

STOR:S
STOR:S

STOR:S

STOR:S

STOR:S
STOR:S

S IS

TOR:SILICON,NPN 80009

S ISTOR:S

AN

S I

STOR:S

S ISTOR:S
S ISTOR:S

SISTO
S ISTOR:S

S ISTOR:S
S tSTOR:S
S ISTOR:S

ISTOR:SILICON,PNP

ISTOR
ISTOR:SILICON,FE,P-CHANN
ISTOR:SILICON,NPN

STOR:S

STOR:SILICON,

SI

STOR:S

SISTOR:SILICON,PNP 80009

STOR:S

.,FXD,FILM:10KOHM,1%
.,FXD,CM

,CMPSN:3.3K

.,FXD,FILM:lOKOHM

FXD

,CMPS

.,

N

ame&Descriptio

C

PT,

ILICON,PNP,DUAL
ILICON,NPN,DUAL

ILICON,NPN
ILICON,NPN,SEL FROMMP
ILICON,NPN,SEL FROMMPS6521

ILICON,FET,MAT
ILICON,NPN,SEL FROMΜΡ56521
ILICON,NPN,SELFROMMP
ILICON,NPN

ILICON,PNP 80009
ILICON,PNP

ILI
ILICON,NPN,SELFRO

R:SILICON,NPN

ILICON,P
ILICON,NPN
ILICON,PNP 80009
ILICON,NPN
ILICON,NPN

ILICON,PNP

:S

ILI

ILICON,NPN

ILI

ILICON,PNP
ILICON,PNP

ILICON,PNP

PSN

LM:6

N

W/HAR

:BN

C
C

N,NPN

CO

NP

CO

N,PNP

NPN

CO

N,PNP

:IK

ΟΗΜ

,5β,0.25
,18,0.125W 91637MFF

ΟΗΜ

,18,0.125W 91637

.65KΟΗΜ

.2KΟΗΜ,5β,0.25W

:8

n

A

R

D

W

E

S6521

CHED

PAIR

S6521 80009

,S

EL

,5Θ ,0

,1$,0

FROMMP

,0.125

S6521 80009

MMP

S6521

EL

W

W

.25

ω

.125W 91637MFF

M

fr

CodeMf

24931
91836KC79-67

80009

80009

80009
80009

80009
80009

80009
80009

047132Ν

80009

80009
80009

80009
80009

80009
80009

80009
047132Ν
80009
02735 35495
80009

80009
80009

80009
80009
80009

80009
80009
80009
80009
80009

80009
80009
80009
80009

80009

91637MFF

01121CB

01121

01121

r

28JR270

108-0105-00

151-0261-00
151-0232-00

151-0190-00
151-0192-00
151-0192-00

151-1042-01

151-0192-00

151-0192-00

2222

151-0190-00
151-0188-00

151-0164-00
151-0192-00
151-0192-00
151-0190-00

151-0188-00
151-0190-00
151-0188-00
151-0190-00
151-0190-00

151-0188-00

2222

151-0133-00

151-0439-00
151-0322-00

151-0440-00
151-1066-00
151-0311-01
151-0190-00

151-0190-00
151-0190-00
151-0190-00
151-0311-01
151-0190-00

151-0188-00
151-0188-00
151-0188-00
151-0188-00
151-0188-00

151-0335-00

1816G10001

1025

1816G365

CS3325

M

FF

1816G10001

1816G66500

CB8225

Par

Α

Α

-1

t

N

umbe

r

F

ROF

F

F

REV.

ΣJULY1978

7-

5















R

ep

laceableElectricalParts-FG

TektronixSerial/ModelNo.

CktNo.

R

18
R20
R25

R

27

R

30

R

32

R

34
R37
R38

R

39

Α

41

R

41

R

42 321-0926-07

R

42

R

44

R

44

Α

45

R

46

R

46

R

51

R

52

R

53

R

53

R

54

R

54

R

55

R

56 321-0775-00

R

57

Α

58

R

59

R

60

R

61

R

62

R

63

R

63

R

64

R

64

Α

65

R

66

R

67

R

68

R

69

Α

70

R

72

R

73

Α

80

R

81

Α

82

R

85

R87

R

88

R

89

R

94'

P

artNo.

315-0912-00
311-1314-00
311-1392-00
311-0169-00
321-0001-00

321-0289-00
321-0289-00

321-0240-00
311-1328-00

321-0153-00

321-0926-07
321-0289-07

321-0289-07

321-0289-03

321-0289-07
311-1175-00
321-0289-03
321-0289-07
315-0152-00

315-0152-00
321-0261-00
321-0260-00
321-0261-00
321-0260-00

321-0775-00

321-0982-00
321-0982-00
321-0983-00

321-0983-00
315-0152-00
315-0152-00
321-0261-00
321-0260-00

321-0261-00
321-0260-00

321-0775-00
321-0775-00
321-0982-00

321-0982-00
321-0983-00
321-0983-00
315-0100-00

307-0113-00

315-0103-00
315-0363-00

315-0102-00
315-0682-00
323-0176-00

323-0135-00
315-0272-00
315-0362-00

E

ff

Β

130000

Β

010100

Β

020000

Β

010100Β019999

Β

020000

Β

010100Β019999

Β

020000

Β

010100

Β

020000

010100Β099999

Β
Β

100000

Β

010100Β099999

Β

100000

010100Β099999

Η

100000

Β
Β

010100

Β

100000

ΧΒ

010204

Η

010100

501

Dscont

Β

019999

019999

Β

Β

099999

Β

019999

N

ame&Description

XD,CMPSN:9.].Κ,(

R

ES

.,F

AR NONWIR:5K

R

ES

.,V
.,VARωω

R

ES

R

ES.,

R

ES

.,F

.,FXD,FILM:10K

R

ES

R

ES

.,FXD,FILM:10K

R

ES

.,FXD,FILM:3.09KOHM,1%,0

R

ES.,

R

ES

.,FXD,FILM

R

ES

.,FXD,FILM

R

ES

.,FXD,FI

R

ES

.,FXD,FI

RES

.,F

R

.,FXD,FILM:10KOHM,0.25%,0

ES

R

ES

.,FXD,FILM:10KOH

R

ES

.,VAR,N

R

ES

.,FXD,FILM:10

R

ES

.,FXD,FILM:10

R

ES.,FXD,CMPSN

R

ES.,FXD,CMPSN:1

R

ES

.,F

R

.,FXD,FILM:4.99KOHM,1+k,0

ES

R

ES

.,FXD,FILM

RES.,FXD,FILM:4.99KOHM,1%,0

R

ES

.,F

R

.,FXD,FILM

ES

R

.,FXD,FILM

ES

RES.,FXD,FILM

R

ES

.,FXD,FILM:4.5

R

ES

.,FXD,FILM:4.S

R

ES.,FXD

R

ES.,FX

R

ES

.,

R

ES

.,F

R

ES

.,FXD,FILM:5

R

ES

.,FXD,FILM:4.99KOH

R

ES

.,FXD,FILM:45

R

ES

.,FXD,FILM

R

ES

.,FXD,FI

R

ES

.,FXD,FI

R

ES

.,F
.,FXD,FILM:4.5M

R

ES
E

R

S .,

RE

S .,

R

ES

.,FXD,CMPSN:lOK

R

ES.,FXD

RES.,FXD

R

ES.,FXD,CMPSN

R

ES

.,FXD,FI

R

ES

.,FXD,FI

R

ES.,FXD

R

ES

.,FX

:10ΚΟΗΜ

AR,NONWIR :1000HM

V

X

D,FILM

:10

VAR,NONWIR:100

X

X

X

FXD,FILM:5

X

FXD,CMPSN:10OHM
FXD

:383

:4KΟΗΜ

M:10KΟΗΜ,0.1$,0

L
LM:4KOHM,0

D,FILM:10KOHM,0

ONW

IR :100

D,FILM:5.11KOHM,1%,0

:5.11

D,FILM

:45KOHM,1% ,0
:45KOHM,1%,0

:450KOHM,1%,0
:450

PSN:1.5KΟΗΜ

,CM

D

,CM

PSN

D,FILM:4.99KOHM,1%,0

:45

M

:450KOHM,1%,0

L
LM:450KΟΗΜ

X

D,FILM:4.5MOHM,1%

,CM

PSN:5.1

,CMPSN:36
,CMPSN:1

:665

LM

M

:249 OHM,1%,O

L
PSN:2 .7

,CM

D

,CMPSN:3.6KOHM,58,0

ΝΟΜVA

ΟΗΜ

,30$,0

,5$,2W

,20+k,0

OHM,1%,0

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

ΟΗΜ

,30+ά,0.25

OHM,1%,0

,0

.1$,0

.18,0

M

,

0

ΟΗΜ

ΟΗΜ,0.25

K
K

ΟΗΜ,0.1$,0.125W

K

ΟΗΜ

:1 .S

.5KOHM,5%,0

OHM,1%,0

K

ΟΗΜ

,1+

K

OHM,1%,0

M
MOHM

,1% ,0

:1 .5KΟΗΜ

.11KOHM,1%,0

.11KOHM,1%,0

M

ΟΗΜ

,1+ά,0

K
K

OHM,1%,0

,1$,0

OHM,1%,0

,58,0

,58,0

ΟΗΜ

M

,58,0

OH

KOHM

,58,0

K

ΟΗΜ

,5$,0

:6 .8KOH

M

ΟΗΜ

,1+ά,0

KOHM,5B,0.25W

.125W

.18,0

.1Rι,0
,10+ά,0

,S$,0

ά ,0

,5$,0
,5$,0

,18,0

,58,0

LUE),SEL

.25W

.5ow

.125W
.125W

.125W

ω

.125W

.125W

.125

W

.125

W

W

.125

.125W 91637

.125

W

.50

W

% ,0

.125

ω

.25W

.25W
.125W

.125W
.125W 91637
.125W

.125W
.125W

.125W
.125W
.125W

.125W

.25W
.25W

.125W
.125W

.125W
.125W

.125

ω

.125W

.125W
.125W

.125W

,0

.125W

.25W

.25

ω

.25

W

.25W

.25W

.25W

.50

ω

.SOW

.25W

M

fr

Code

01121CB
71450

02111
01121ω-7564
75042CEAT

91637
91637MFF

91637MFF
71450
91637MFF

91637MFF
91637MFF
91637MFF
91637

91637MFF

73138

91637MFF
91637MFF
01121CB

01121CB
91637

91637

91637MFF

91637MFF
91637

91637
91637
91637

91637
01121CB
01121
91637

91637

91637

91637MFF
91637MFF
91637ΜFΣ
91637

91637
91637

91637
01121

01121 CB51G5

01121CB
01121CB
01121
01121CB
75042CE

91637
01121CB
01121

M

fr

9125
201
140-9504

FF

M

201-ΥΑ

λ4'F1816C10001

M

FF

66WR1o1KS

1525
1525

ΜΣΣ

MFF
MFF

M

FF

MFF

ΜΣΣ

HMF188G45003

HM

F

1525

C

B

1525

MFF1816G5110o

M

FF

MFF1816G5110o

M

FF

ΜΣΣ

HMF188G45003
HMF188G45003

C

B

1005

1035

B

C

6825
CTO-6650

MFF

B

C

PartNumber

ΥΑ

5551

-

Β

R00F

O-1O

1816G10001
1816G10001
1816G30900

5553

1816G383RO

1816C40000
1816C10001B

1816C40000

1816D10001C

1816C10001

M

1816D10001C
1816C10001

1816G5110
1816G49900
1816G51100
1816G49900

1816G45001
1816G45001
1816G45002
1816G45002

188G45003

1816G49900

1816G49900
1816G45001

1816G45001
1816G45002

1816G45002

3635
1025

Σ

1226G249ROF
2725
3625

F
F
F

F

B
B

B

B

B

Οε

F
F

F

F
F
F

Σ

F

F

F
F

F
F
F

Σ

F

Σ

F
F

7-

R

EV.F

β

JULY1978

Rep

lacea

b

le E

lect

rical

P

arts-FG

501

CktNo.

R
R
R
R

R
R

R
R
R
R

R

R1
R120
R121

R

R

R

R

R130

R
R

R

R

R139

R

R141

R

Α

R145

R

R150

R

R151
R151

R

R153
R155

R

R

Α

R

R158

R

'

R

R
R

R
R

R161

R

Α

R

R

94
95
96
96
99

99

100
100
102
102

105

125

127
129
129

132

135
137
139

141

143
143

145

150

152

155
156
156

157

158
159
159

160
160

161

162
162

163
163

Tektronix

P

artNo.

321-0235-00
311-1308-00
315-0202-00
321-0209-00
311-1308-00

307-0113-00
315-0301-00
322-0154-00
315-0102-00
321-0192-00

315-0182-00

05

321-0217-00
315-0101-00
315-0912-00
315-0910-00

315-0361-00
315-0103-00
315-0822-00
315-0511-00
315-0101-00

311-1408-00
315-0910-00
315-0242-00

315-0152-00
315-0621-00

321-0168-00
315-0112-00
321-0197-00
315-0511-00
321-0166-00

311-1199-00
311-1120-00

315-0152-00
321-0243-00
321-0158-00

315-0101-00
315-0204-00

321-0037-00
315-0430-00

321-0063-00

315-0300-00
315-0750-00
321-0085-00
315-0681-00
321-0154-00

315-0101-00
321-0097-00
315-0152-00
321-0205-00
315-0750-00

321-0085-00
315-0332-00
315-0242-00

Serial/Model
Eff

Β

020000

Η

010100Β019999

Β

010100

Β

020000

Β

010100Η019999

Η

020000

Β

010100Β019999

Β

020000

Β

010100Β019999
020000

Β
Β

010100Β019999

Β

020000

Β

010100Η099999

Β

100000

Β

010100Η019999

Β

020000

8010100

Β

020000

Β

010100

Β

020000

Β

010100Β019999

Β

020000

Β

010100Β019999

Β

020000

Η

010100Β019999

Η

020000
020000

ΧΒ

Β

010100Β019999

Β

020000

Β

010100Β019999

Β

020000

Β

010100Β019999ΧRES.,FXD,CM

Β

010100

Β

020000

Β

010100Β019999

Β

020000

Β

010100Β019999

Β

020000

Β

010100Β019999

Β

020000

8010100

Β

020000

Β

010100

8020000 RES

No

Dscont

Β

019999

Β

019999

Β

019999

Β

019999

Β

019999

Η

019999

.

R

ES

Χ RES.,VAR,N

R

ES.,

R

ES

R

ES.,VAR,NONWIR:250 OHM,308,0

R

ES

R

E

RES

R

ES.,FXD

R

ES.,FX

R

ES

R

ES

R

E

R

E

R

E

R

E

R

ES

R

E

R

E

R

E
ES

R
R

E

R

E

R

ES

R

E
ES

R
R

E

R

ES

R

E

R

ES

R

ES

R

E

R

ES
ES

R

RES.,FXD,FILM

R

ES.,

R

ES.,FXD,CMPSN:200KOHM,5%,0

R

ES.,FXD,FILM

R

ES.,FXD,CMPSN

R

ES.,FXD,FILM:44.2OH

E

R

R

ES

R

E

R

ES

R

ES.,FXD,CM

R

ES

R

ES

R

ES

R

ES.,FXD,CMPSN:75OHM

R

ES

R

ES.,

S .,

S .,
S .,
S .,

S .,

S .,
S .,

S .,

S .,
S .,FXD,CMPSN:2 .4KOHM,5%,0

S .,FX

S .,FXD,CMPSN

S .,

S.,VAR,NONW

S
S.,FXD,CM

Name&Description

.,FXD,FI

FXD

.,FXD,FILM:1.47KΟΗΜ

.,FXD

FXD

.,FXD,FILM

.,FXD,CMPSN:I.BKOHM
.,FXD,FILM:1

FXD,CMPSN
FXD
F

FXD,CM

.,F

FXD,CMPSN
FXD

FXD

.,VAR,NONWIR1KOHM,0

FXD

.,FXD

.,FXD,FILM:549 OHM,1%,0

.,F

FXD

.,FXD,FILM

.,VAR,NONW

.,F
.,FXD,FILM:3.32KOHM,1+k,0

FXD

F

.,
.,FXD,FILM

.,FXD,FILM

.,FXD,FILM:1000HM
.,FXD
.,F

.,FXD,FILM

FXD,CMPSN:3.3K

.,FXD

M:2.74KOHM,18,0

L

ONWIR:250

,CM

PSN:2K

,CMPSN:5.1
,CMPSN

,CMPSN:1K

D,FILM

,CMPSN

X

D

,CM

PSN:91

PSN:360

D

,CMPSN

X

,CMPSN

,CMPSN

,CMPSN

,CMPSN:1

D

,CMPSN

D,FILM

X

,CMPSN

XD

,CMPSN:1.5K

,CMPSN

PSN

X

PSN:75OHM

D

,CM

PSN

PSN

,CMPSN:1.5KOHM,5%,0

X

D,FILM:1.33KΟΗΜ

,CMPSN:2.4K

OHM,5%,0

OHM,5%,0

:3000HM

:392 OHM,1+k,0

OHM,5%,0

:976

ΟΗΜ

.78KΟΗΜ

:100

OHM,5% ,0

:9 .1KOHM,5%,0

OHM,5%,0

OH

:10K

OHM,5%,0

:8 .2

K

:510

OHM,5%,0

:1000HM

:91

OHM,5%,0

5KΟΗΜ

.

:620

ΟΗΜ

:1 .1KOHM,5%,0

:1.1KOHM

:510OHM

:523

ΟΗΜ

IR:10

K

IR :100

:432

ΟΗΜ

:100

OHM,5%,0

:23.7ΟΗΜ

:43

OHM,

:30

OHM,5%,0

:75

ΟΗΜ

:680OHM,5%,0.25

:392

ΟΗΜ

:100 0HM,58,0

:75

ΟΗΜ

ΟΗΜ

,308,0

,19ι,0

,5%,0.25W

,1+ά,0

,58,0
,1$,0

M

,58,0

OHM,5%,0

,58,0

.25W

,5$,0

,5$,0

,18,0
,5% ,0

,1+ά,0.125

ΟΗΜ

,30$,0

ΟΗΜ

,30

ΟΗΜ

,S$,0

,19ι,0

,1$,0

+

k

5

,0

M

,18,0

,5%,0.25W

,1$,0

.125

,1$,0.125W

,18,0

,1+ά,0

,5%

,0.25W

,1+ά,0

.125

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

M

fr

Code

.125W 91637MFF

.25

ω

.25W

.125

W

.25W

.25W

.25W
.25W
.125

ω

W

.25

ω

.125

.25

W

.25W

.25W

.25W
.25W

.25W

.25W
.25

W

.25W

.25

W

.25

W

.25W

.125

W

.25W
.125W 91637MFF
.25W

W

.25W

θ ,0

.25

W

.25

W

.125W 91637MFF

.125W

.25W

.25W

.125W 91637MFF

.25W

.125

W

.25W

W

W

.25W

W

.125

.25W

.125W 91637MFF

W

.25W

.25W

71450
01121CB
91637MFF

71450

01121CB5
01121CB
91637MFF
01121CB
91637

01121CB
91637MFF

01121
01121CB

01121CB

01121CB
01121CB
01121CB
01121CB
01121CB

71450
01121CB

01121CB
01121CB
01121CB

91637MFF
01121

01121
91637MFF

71450
71450
01121CB

91637MFF

01121CB
01121CB

01121CB
91637MFF

01121CB
01121CB
91637
01121CB

91637MFF

01121 CS1015
91637MFF
01121CB

01121CB

91637MFF
01121CB
01121CB

MfrP

artNum

1816G27400

201-ΥΑ

2025

1816G14700

201-ΥΑ

1G5

3015

1421G392RO

1025

M

FF

1816G976RO

1825

1816G17800

C

B

1015
9125
9105

3615
1035
8225
5115
1015

X201R102

9105
2425
1525
6215

1816G549RO

B

1125

C

1816G11000

C

B

5115

1816G523

201-ΥΑ
201-ΥΑ

1525

1816G33200
1816G432ROF

1015
2045

1816G23R70

4305

1816G44R20

3005
7505

FF

M

1816G75ROO

6815

1816G392ROF

1816G100ROF

1525

1816G13300

7505

1816G75ROO
3325
2425

ber

F

5550

F

5550

F

F

F

B

F

F

ROF

5543
5531

F

F

F

F

F

F

REV.ΕJULY1978

7-

Τ

R

eplaceableElect

Tektro

C

k

R170
R170

R171
R171

R172

R173
R175
R175
R176
R176

R178

R178

R180

R

180

Α

182

Α

182

R

190

R190

R

191

R

191

R194

R

194

R195

R

196

R196

Α

198
R199
R204

Α

204
R204

R

205

R

205

R206

R

206

R

208

R

210

Α

210

R

211

R211
R212

R215

R

216

R218

R

220

R

222

R225

R

230

R231

R

233

R234

R234
R235

R

237

tNo.

P

artNo.

311-1199-00
311-1120-00

315-0152-00
321-0243-00

321-0158-00 ΧΒ

315-0101-00
315-0240-00
321-0037-00
315-0430-00
321-0063-00

315-0750-00
321-0085-00

315-0101-00
321-0097-00
315-0750-00

321-0085-00
315-0153-00
321-0239-00
315-0103-00
321-0222-00

315-0132-00
321-0293-00

311-1308-00
315-0101-00
321-0194-00

301-0511-00
315-0512-00
315-0101-00
315-0100-00
321-0194-00

311-1308-00
315-0300-00

315-0152-00
321-0293-00

315-0751-00

315-0751-00
315-0471-00
315-0102-00
315-0151-00
315-0101-00

315-0102-00
315-0102-00

315-0242-00
315-0102-00

315-0102-00

315-0102-00
315-0103-00
315-0152-00
321-0341-00
321-0330-00

321-0326-00
311-1310-00
315-0242-00

r

icalParts-FG

n

ix

Serial/ModelNo.

E

ff

Β

010100Β019999

Β

020000

Β

010100Β019999

Β

020000
020000

Β

010100
020000

Β

010100Β019999

Β
Β

020000

Β

010100Β019999

Η

020000

Β

010100Β019999

Β

020000

Β

010100Η019999

Η

020000

Β

010100Β019999

Β

020000

Β

010100Β019999

Β

020000

Β

010100Β019999

Β

020000

Β

010100Β019999ΧRES.,VAR,N

Η

010100Β019999

Β

020000

Β

010100Β010203

Β

010204Β019999

Β

020000

Β

010100

Η

020000

Β

010100Β019999

Η

020000

Β

010100Η019999

Β

020000

Β

010100

Β

130000
020000

ΧΒ

Β

010100Β099999

Β

100000

501

Dscont

Η

019999

Η

019999

129999

Β

N

ame&Descriptio

R

ES

.,VAR,N

R

ES

.,VAR,N

R

ES

.,FXD,CMPSN:1.5KΟΗΜ

R

ES

.,FXD,FILM:3.32KΟΗΜ

RES.,FXD,FILM

R

ES.,FXD

R

ES.,FXD

R

ES.,FXD,FILM

R

ES.,FXD

R

ES

.,FXD,FILM

R

ES.,FXD,CMPSN

R

ES

.,FXD,FILM

R

ES.,FXD

R

ES

.,FXD,FILM

R

ES.,FXD

R

ES

.,FXD,FI

E

R

S

.,FXD

R

ES

.,FXD,FILM:3.01KOHM

R

ES

.,FXD

R

ES

.,FXD,FILM:2K

R

ES.,FXD,CMPSN:1.3KΟΗΜ

R

ES

.,FXD,FILM

R

ES.,FXD,CMPSN

R

ES

.,FXD,FI

R

ES.,FXD

R

ES.,FXD,CMPSN:S.1K

R

ES.,FXD

R

ES.,FXD,CMPSN

R

.,FXD,FILM:1.02KΟΗΜ

ES

R

ES

.,VAR,N

R

ES.,

R

ES.,

R

ES

.,FXD,FILM

RES.,FXD,CMPSN

R

ES.,FXD

R

ES.,FXD

R

ES.,FXD

RES.,
RES.,

R

ES.,FXD

R

ES.,FXD

RE

S.,FXD,CMPSN:2.4KΟΗΜ

R

ES

.,FXD,CMPSN:1KOHM,5%,0

R

ES

.,FXD,CMPSN:1KOHM,58,0

R

ES.,FXD

R

ES

.,FXD,CMPSN:l

R

E

S

.,FXD,CMPSN:1

R

ES

.,FXD,FILM

R

ES

.,F

R

ES

.,F

R

ES

.,VAR,N

R

ES.,F

ONWIR:10KOHM,308,0

ONWIR:100

:432OHM

,CMPSN

:100

,CM

PSN

:24

OHM,5%,0

:23

,CM

,CMPSN:1000HM,5%,0.25

,CMPSN:75

,CMPS

,CMPSN:10

,CM

,CM

FXD

,CMPSN:30

FXD

,CMPSN:1.5K

,CMPSN:750
,CMPSN:470

,CMPSN:1KOHM,5%,0

FXD

,CMPSN:150 OH

FXD

,CMPSN:1000HM,5+h ,0

,CMPSN:1KOHM,58,0
,CMPSN:1KΟΗΜ

,CMPSN:1KOHM,5%,0

X

D,FILM

X

D,FILM

XD,CMPSN:2.4KOHM

.7 OHM,18,0.125W 91637MFF

PSN

:43

OHM,5%,0

:44.2OHM,18,0

:75OHM,5%,0.25W

:75

ΟΗΜ

:100

ΟΗΜ

OHM,5%,0

M

:75

O

L

ONWIR:250OHM

LM:1

PSN

PSN

ONWIR

ONWIR:20KΟΗΜ

HM,1% ,0

N

:15KΟΗΜ

K

ΟΗΜ

:11KΟΗΜ,1%

:1000HM

KOHM

.02

:510

:100 0H
:10OHM

:250OHM

OHM,5%,0

:11KΟΗΜ

:750

OKOHM,5%,0

KOHM

.S

:34.8KΟΗΜ
:26.7K

:24.3KOHM

M

fr

n

.25W

0HM,308,0

,5+ά,0
,1$,0.125W

,18,0.125W

0HM,58,0

,1$,0

,1$,0.125W 91637

,5β ,0

,1%,0.125W 91637MFF

ΟΗΜ

,5$,0

,1$,0.125W 91637MFF

,5$,0

,0.125

,30%,0

,58,0

,1%

ΟΗΜ

,5+

ά ,0

OHM,5%,0

M

,5+

k,0.25W

,5+t,0

,1%,0.125W 91637MFF

,30

OHM,5%,0

,1$,0.125W 91637MFF

OHM,5%,0

ΟΗΜ

,5$,0

M

,5+k,0.25

OH

M

,5%,0

,5+ά,0

,5+ά,0

,5%,0
,1+ά,0

ΟΗΜ

,1$,0.125W 91637λ4'F1816G26701

,18,0.125W 91637MFF
,20$,1
,5%,0.25

W

.25

.25W

.25

W

.25W

.25W

.125

W

.125W 91637

W

.25W

.125

W

.25

W

.25W

.25

W

ω

.25

W

.25

W

.125W 91637MFF

,0

.50

W

.25W

.25W

% ,0

.25W

.25W

.25W

.25W
.25

ω

W

.25W

.25

W

.25W

.25

W

.25

W

.25

W
.25W
.25

W

.25W

.25W

.25W
.125W 91637MFF

ω

W

Cod

eMfrPartNumber

71450
71450

01121
91637MFF

91637MFF

01121CB
01121CB

01121CB
91637MFF

01121CB

201-ΥΑ
201-ΥΑ

C

M

01121

C
M

01121
91637MFF

01121CB

01121CB

01121CB
91637

71450
01121

01121
01121CB
01121CB
01121CB

71450
01121
01121CB

01121
01121CB

01121CB
01121CB
01121
01121CB

01121
01121CB
01121
01121
01121

01121CB
01121CB
01121CB

01121
01121CB

C

M

201-ΥΑ

C

ΕΒ 5115

201-ΥΑ
CB3005

C

CB1515

C31025

C
C

C

10Μ654

5543
5531

B

1525

1816G33200
1816G432ROF

1015
2405

1816G23R70

4305

1816G44R20

7505

FF

1816G75ROO

B

1015

FF

1816G100

B

7505

1816G75ROO

1535

1816G30100

1035

1816G20000

1325

FF

1816G11001

5550

B

1015

1816G10200

5125
1015
1005

1816G10200

5550

1525

1816G11001

B

7515

7515
4715

1025

1015

1025

B

2425

B

1025

B

1025

1025
1035
1525

1816G34801

1816G24301

2425

F

F

F

F

R

OF

F

F
F

F

F

F

F

F
F

F

7-8

ι

REV

.

F

JULY1978

'

C

k

tNo.

R240

R

242

R

251

Α

252

R

254

R

256

R

258

R

260A,8

R

260A,

R

263

R

265

R

266

R

267

R

267

R

268

R

269

R

271

R271

R

272

R

273

R

274

R

275

R

277

R

277

R

279

R279

R

281

R

281

R

282

R

282

R

284

R

284

R

285

Α

285

R

286

R286

R

290

R

291

Α

293

R

294

R

294

R

295

Α

295

R

296

R

296

R

297

R

297

R

298

R

298

Α

298

R

299

R

400

R

403

315-0240-00
317-0472-00

315-0821-00
315-0103-00
315-0511-00

315-0242-00
315-0511-00

311-1432-00
311-1950-00

B

315-0300-00

315-0362-00
321-0186-00
321-0216-00
321-0213-00
315-0682-00

321-0213-00
315-0102-00
315-0821-00
315-0100-00

315-0100-00

311-1568-00
315-0242-00
315-0102-00
315-0821-00
315-0203-00

321-0213-00
315-0683-00
321-0276-00
315-0101-00
315-0821-00

315-0512-00
315-0100-00
315-0301-00

315-0821-00
315-0111-00

315-0241-00
315-0241-00
307-0104-00
305-0101-00
301-0100-00

308-0776-00
301-0100-00
308-0776-00
301-0100-00

308-0776-00

301-0100-00
308-0776-00

303-0510-00
303-0470-00

305-0101-00

315-0303-00
311-1123-00
315-0472-00

Tektronix

P

artNo.

Serial/ModelNo.

E

ff

Β

010100Β129999

Β

130000

ΧΒ

130000

Β

010100Β129999

Β

130000

Β

010100Β129999

Β

130000

Β

010100Β129999ΧRES.,FΧD,CMPSN:10OHM,5+k,0.25

8010100

ΧΒ

130000

8010100

Β

130000

Β

010100Β129999

Β

130000

8010100

Β

130000
8010100 8129999
8130000

Β

010100

Η

130000

Β

010100Β129999
8130000

Β

010100Β129999

Β

130000

ΧΗ

130000

Β

010100
8125503 RES.,FXD,WW

8010100
8125503 RES.,FXD,WW

Β

010100

Β

125503

Β

010100

Β

125503

Β

010100
8040000

Β

130000

Dscont

R

E

S .,

R

E

S .,FXD

RΕ

S .,FXD,CMPSN

R

.,F

ES

R

E

S .,FXD,CMPSN

R

ES.,

R

ES.,

R

ES

.,VΑR,NONWIR:2

R

ES

.,VAR,NONWIR:2Χ1ΚOHM,20iι,0

R

ES.,

R

ES.,FX

.,FXD,FILM

R

ES

R

.,FXD,FILM:1.74KOHM,1%

ES

R

ES

.,

R

ES.,FΧD,CMPSN:6.8KOHM,5%,0

R

ES

.,FXD,FILM:1.62KΟΗΜ

R

ES.,FXD

R

ES.,FXD,CMPSN

Β

129999ΧRES.,FXD

RES.,

R

129999

Β

Β

129999

Β

129999

125502

Β

Β

125502

8125502

125502

Β
Β

039999

Β

129999

ES.,FXD,C

R

ES.,FXD
ES.,FXD,CMPSN:820

R
R

ES.,FXD

R

ES

.,FΧD,FILM:1.62KOHM,18,0

R

ES.,FXD

R

ES

.,FXD,FILM

R

ES.,FXD,CMPSN

R

ES

.,FX

R

ES.,FXD,CMPSN:5.1K

R

ES.,FXD,CM

RES.,FXD,CMPSN

R

ES.,FXD,CMPSN

R

ES.,FXD,CM

R

ES.,FXD,CM

R

ES.,FXD,CMPS

R

ES.,

RES.,FXD,CMPSN

R

ES.,FXD

R

ES.,FXD,CMPSN

R

ES.,FXD,CMPSN:10

R

ES.,FXD,WW

R

ES.,FXD,CM

R

ES.,FXD,ωW

R

ES.,FΧD

R

ES.,FXD,CMPSN:47

R

ES

.,FXD,CMPSN:100

R

ES

.,

R

ES

.,VAR,NONWIR:1KOHM,30

R

ES.,FXD,CMPSN:4.7K

FXD

FXD
FXD

FXD

F

VAR,NONWIR

F

FXD

N

ame&Descriptio

,CMPSN

:24

OHM,5%,0

,CMPSN

XD,CMPSN:lOKOHM,5%,0

,CMPSN:2 .4KΟΗΜ,5β,0.25
,CMPSN:510

,CMPSN:30

D

,CMPSN:3 .6KOHM,5%,0.25W

XD,

FILM:1.62KΟΗΜ

,CMPSN:1KOHM,5%,0

,CM

,CMPSN:1K

,CMPSN

,CMPSN

D

,CMPSN

X

D

,CMPSN:3
,CM

,CM

,CMPSN:30KOHM,5%,0

.7KOHM,58,0.125W 01121

:4

:820

ΟΗΜ

:510

OHM,5%,0

OHM,5%,0

Χ 1ΚOHM

OHM,5%,0

:845OHM

:820OHM

PSN

:10

OHM,5%,0

:50

MPSN:2.4K

PSN

PSN

PSN

PSN

:10OHM

:10
:10OHM

PSN

:10OHM

PSN

ΟΗΜ

OHM,5%,0

OHM,5%,0

OHM,5%,0

:20KORM,58,0

:68KOHM,5%,0

.32KΟΗΜ

:7

:100

OHM,5%,0

:820

OHM,5%,0

OHM,5%,0

:10

OHM,5%,0

:300

OHM,5%,0

:820 OHM,S+k ,0
:110

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

:240

N

:240

OHM,5%,0

OHM,5%,0

.3

:100 0HM,58,2W 01121
:10

ΟΗΜ

,58,1

M

:10

OH

ΟΗΜ

,5+ά,1W

ΟΗΜ

,Siι,1

:10OHM

,58,1W

:51OHM,5B ,1

M

OH

HM

0

ΟΗΜ

E

R

eplaceab

n

.25W

,58,0

,18,0.125W 91637MFF

,58,0

,20+ά,0

,5θ,0.50W

W

,5%,0

,5$,0.50

W

,58,0

,58,1W

,58,2

,5+ά,0

ω

.25
.25W

.25W

W

.25W

,208,0.50W

.50

.25W

,0.125

,1β,0.125W 91637MFF

,1β,0.125W 91637

.25W

.25

.25W

.25W

.25W
.25W

.25W

,1$,0

.25W
.25W

.25W

.25W
.25

.25W
.25W

.25W
.25W

.50W

.50

W

W

.25W

% ,0

W

W

.25W

W

W

.50W
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.125W 91637MFF

.125

W

.25W

W

W

W

.25

W

.25

W

lectricalParts-FG

le

M

fr

CodeMfrPartNumber

01121

01121
01121CB

01121 C85115

01121CB
01121CB
01121
01121OBD

01121CB

01121CB

91637MFF

01121CB

01121
01121
01121

01121

73138
01121CB
01121CB
01121CB
01121

01121CB
91637MFF
01121CB
01121CB

01121CB
01121CB
01121CB

01121CB
01121CB

01121CB
01121 CB2415
01121CB

01121
75042BW

01121
75042BW
01121
75042

01121
75042
01121GB
01121

01121Η81015

01121CB

71450

01121CB

C

ΒΒ

C

11Μ688

M

C

C88215

C

C81005

91

C

ΗΒ
ΕΒ

ΕΒ

ΕΒ

BW

ΕΒ

SW-20100

G

201-ΥΑ

B

2405
4725

B

8215
1035

2425
5115

3005

3625

1816G845ROF
1816G17400
1816G16200

6825

FF

1816G16200

B

1025

B

1005

ΑR50

2425
1025
8215

B

2035

1816G16200

6835

1816G73200
1015
8215

5125
1005

3015

8215

1115

2415

33G5
1015
1005

-20100ΗΜ5
1005

-20100ΗΜ5
1005

-20100ΗΜ5

1005

5105

B

4705

3035

5532

4725

501

F
F

F

F

F

β

β

θ

5θ

ΗΜ

REV.ΙJULY1978

7-

9

R

eplaceableElectricalParts-FG

CktNo.

R

405

R

406

R410

Α

410

Α

411

R

412

R

412

R

415

Α

417

R

420

R

422

Α

424

R

430

Α

431

R

434

R

441

R

442

R

445

R

446

R

450

R

452

Α

455

R

461

R

461

R

464

R

465

R

468

R

471

R

473

R475

R

481

R

482

R485

R

485

R486

R

487

R

493

R

495

S50
5245
5250
5260

U

15

U

15

U

30

U

30

U

40

U

40

U

45

υ

45

U

48

U

48

Tektronix

P

artNo.

315-0102-00
315-0332-00
321-0285-00
321-0261-00
315-0101-00

321-0826-08
321-0231-00
311-1408-00
307-0110-00

315-0101-00

315-0750-00
308-0685-00
321-0240-00
321-0312-00
315-0101-00

321-0306-00
321-0260-00

315-0101-00
308-0685-00

315-0562-00

315-0182-00

315-0103-00

315-0512-00

315-0202-00
321-0926-07

321-0926-07
315-0101-00
315-0101-00
315-0750-00
308-0685-00

321-0926-07
321-0926-07
315-0103-00
315-0202-00
315-0101-00

307-0110-00
307-0106-00
315-0201-00

105-0376-00

311-1310-00

105-0378-00

311-1950-00

156-0067-00
156-0067-06
156-0067-00
156-0067-06
156-0067-00

156-0067-06
156-0067-00
156-0067-06
156-0067-00

156-0067-06

Serial/ModelNo.

E

tt

Β

010100

Β

080000

Β

010100Β079999

Β

080000

Β

010100
020000

Β

Β

010100
020000

Β

ΧΒ

130000

Β

010100Β010203

Β

010204
010100Β010203

Β
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010204

Β

010100Β010203

Β

010204

Β

010100

Β

010204

Β

010100

Β

010204

501

Dscont

Β

079999

Β

019999

Β

019999

Β

010203
010203

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Name&Description

N

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R

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A

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MI
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MICROCIRC
MICROCIRCUIT,LI:OPERATION

MICROCIRC
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MICROCIRC

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S .,

FXD

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.,FXD,FI

S .,

.,F
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S .,

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S .,
S .,FXD,WW
S .,

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CROCIRC

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LM:9

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X

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FXD

FXD

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SSY,CAMS

R,NONWIR:20KOHM,208,1W

A

IRCUIT,LI:OPERATIONALAM

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N

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P

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L
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L

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UIT,LI:OPERATIONALAM
UIT,LI:OPERATIONA

UIT,LI:OPERATION

UIT,LI
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OHM,5%,0
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ΟΗΜ

PERATIONALAM

RATIONALAMPLIFIER

PERATIONALAMPLIFIER

ATIONALAM

PE

RATIONALA

.25

ω

.25W
.125

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.125

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.25

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.25W

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W

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W

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.25

W

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.25W

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.125

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.25

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PLIFIER

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L

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M

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Code

01121CB
01121

91637
91637

01121

91637MFF
91637
71450
01121
01121CB

01121
75042

91637MFF
01121CB

91637MFF

MfrP

C

M

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CB1015

MFF
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C

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M

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75042
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01121
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01121CB
01121CB
91637MFF

91637MFF
01121CB
01121CB
01121
75042

01121

B
C

C

C

B

91637MFF
91637MFF
01121CB
01121CB
01121CB

01121CB
01121CB
01121CB

80009

80009
01121OBD

80009
80009
80009

80009
80009

80009
80009
80009
80009

105-0376-00

10Μ654

105-0378-00

156-0067-00
156-0067-06

156-0067-00

156-0067-06
156-0067-00

156-0067-06

156-0067-00
156-0067-06

156-0067-00
156-0067-06

art

1025

B

3325

FF

1816G90900

1816D4480o
1816G24900

B

30G5
1015

B

7505

W

20-1RSOO

1816G30900

1816G17401

1015

1816G15001

FF

1816G49900

1015

W

20-1RSOO

B

5625

B

1825
1035

5125
2025

1816C40000

1816C40000
1015
1015

B

7505

W20-1R500

1816C40000

1816C40000B
1035
2025
1015

30G5
47G5
2015

Number

F
F

F
F

B

J

F
F

F
F

J

B

B

J

B

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REV.GJULY1978

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R

CktNo.

U

80
U195
U

235

235

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U

410

U

410

U

410

U

420

U

420

U

420

U

430

U

430

U

440

U

440

U

460

U

460
U470

U

470

υ

470

U

480

U

480

U

480
VR80

VR80

V

R85
VR150
VR

170

VR

195

V

R

205

VR

218

V

R

225

V

R

237

V

R

405

TektronixSerial/ModelNo.

P

artNo.Eff

156-0043-00
156-0116-00

156-0067-00
156-0067-06
156-0067-00

156-0067-06
156-0400-00
156-0067-00
156-0067-06
156-0400-00

156-0067-00
156-0067-06
156-0067-00
156-0067-06
156-0067-00

156-0067-06
156-0067-00

156-0067-06

156-0400-00
156-0067-00

156-0067-06

156-0400-00

152-0243-00
153-0050-00
152-0437-00
152-0306-00
152-0306-00

152-0461-00
152-0168-00

152-0243-00
152-0437-00

152-0149-00 SEMICO

152-0461-00

8010100 8010203
8010204

Η

010100

8020000

Β

130000

8010100

Η

010204

8130000

Β

010100
8010204
8010100
8010204
8010100

8010204
8010100
8010204

Β

130000

8010100 8019999

8020000

Β

130000 MICROCIRC

Β

010100Η019999

Β

020000
8010100

Β

010100

Dscont

MI

CROC

MICR

MI

CROCIRC

MI

CROCIRC

8019999

Η

129999

8010203
8129999

8010203

Β

010203

8010203

8010203

129999

Β

Β

129999

Β

019999ΧSEMICONDDEVICE:ZENER,0.4W,9.1V

Η

019999ΧSEMICONDDEVICE:ZENER,0.4W,9.1V

MI

CROC

MI

CROCIRC

MI

CROCIRC
MICROCIRCUIT,LI:OPERATIONALAMPLIFIER
MI

CROCIRC
MI

CROCIRC

MI

CROCIRC
MICROCIRC
MICROCIRC
MICROCIRC

MICROCIRC

MICROCIRC
MICROCIRC
MICROCIRC
MICROCIRCU
MICROCIRC

MICROCIRC

SEMICONDDEVICE
SEMICONDDEVICE:ZENER,0

MI

SE

SEMICOND DEVICE:ZENER,0.4W,6.2V
SEMICONDDEVICE:ZENER
SEMICONDDEVICE:ZENER,0.4
SEMICO

S

EMICON

eplaceable

Name&Description

IRCUIT,DI:QUAD2-INPUTPOSNORGATE

OCIRCUIT,LI

C

IR

CONDDEVICE:ZENER

NDDEVICE:ZENER,SI ,8
NDDEVICE:

D DEVICE:ZENER,0.4W,6.2V

:DUAL
UIT,LI:OPERATIONALAM
UIT,LI:OPERATIONALAMPLIFIER

UIT,LI:OPERATIONALAMPLIFIER

UIT,LI:OPERATIONALAM
UIT,LI:OPERATI

UIT,LI:OPERATIONALAM

UIT,LI:OPERATIONALAMPLIFIER

UIT,LI:OPE

UIT,LI:OPERATION
UIT,LI:OPE

UIT,LI:OPERATIONALAM
UIT,LI:OPERATIONALAMPLIFIER 80009

UIT,LI:OPERATIONALAM
UIT,LI:OPERATIONALAM
UIT,LI:OPERATIONALAM

IT,LI:OPERATIONALAM

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UIT,LI:OPE
UIT,LI:OPERATI

COMPARATO

ONALAM

R

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ONA

R

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R

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ZENER,0.4W,15V,5

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,SI ,8 .2V,2 Θ ,0 .4

,0 .4W,12V,58

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AM

L

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AL

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W

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R
PLIFIER

PLIFIER
PLIFIER

PLIFIER

PLIFIER
PLIFIER 80009
PLIFIER 80009
PLIFIER 80009

PLIFIER
PLIFIER
PLIFIER 80009
PLIFIER
PLIFIER

PLIFIER
PLIFIER

%

,5% ,S

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W
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,58

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,5$

E

lectricalParts-FG

M

fr

Code

80009
04713MC1711C
80009
80009

80009

80009
04713MC1436CG
80009
80009
04713

80009

80009
80009

04713MC1436CG
80009

80009
04713MC1436CG

80009
80009
80009

814831Ν

814831Ν
047131Ν

047131Ν
80009
80009

047131Ν

047131Ν

MfrP

156-0043-00
156-0067-00

156-0067-06
156-0067-00

156-0067-06

156-0067-00
156-0067-06

M

C1436CG

156-0067-00
156-0067-06
156-0067-00
156-0067-06
156-0067-00

156-0067-06
156-0067-00
156-0067-06

156-0067-00

156-0067-06

152-0243-00
153-0050-00
152-0437-00

960
960

821

9638
152-0243-00
152-0437-00

9618

821

Β
Β

art

501

Number

L

REV.

J JULY

1978

7-11

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BROS.,LONDON,

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D

CHICAGO,

ELGIN,

Υ

L
MILWAUKEE,

B
B

Τ

ROCKFORD,
BURBANK,

MILLS,

ANBURY,

ONKERS,

ANGISLANDCITY,

EAVERTON,

ROADVIEW,
UC

ΚΑΗΟΕ

Zip

PA

17105

G,

75222

TX

HEIGHTS,

CA

OH

06810

60650

60120

10704

WI
OR

IL

NY
IL

91502

CT

IN

PA

45206

06110

53207

97077

60153

10707

61101

92642

46227

KY

16875

SURREY, ENGLAND

SVILLE,

CT

CT

IL

IL

NY

,

CA

NJ

06586

42718

NY

07922

11101

9-2

4

R

E

V

.

κ

JULYι97

α











Co

F

ig.&

IndexTektronixSerial/Mo delNo

P

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

.

artNo.

337-1399-00

366-1422-00
366-1422-01
214-1840-00
366-1031-03
366-1031-08
213-0153-00
366-1170-01
366-1170-03
213-0153-00

366-1023-01
366-1023-01
366-1023-07
366-1023-03
366-1023-08
213-0153-00
366-1319-00
213-0725-00

366-1077-00
366-1077-01
213-0153-00
366-1004-00
366-1007-01
366-1007-05
200-0844-01
213-0153-00
354-0437-01
354-0557-02
211-0030-00

211-0088-00
131-0679-00
131-0679-02
131-0274-00

220-0497-00
210-1039-00

131-0955-00
131-0282-00

----- -----

210-0583-00
210-0940-00

-----

210-0583-00
210-0940-00

358-0378-00
333-1644-00

333-1644-01
333-1644-02
214-1513-00
214-1513-01

213-0254-00
200-0935-00

378-0602-00
352-0157-00

-----

E

ff

Β

010100Β019999

Β

020000

ΧΒ

020000

Β

010100Β139209

Β

139210

Β

010100

Β

139210

Β

010100Β059999

Β

060000Β139209

Β

139210

Β

060000Β139209

Β

139210

Β

010100Β139209

Β

139210

Β

010100

Β

090000

Β

139210
139210

Β
Β

010100Β139209
139210

Β

Β

010100Β099999

Β

010000

Β

010100Β103149

Β

103150Β125502

Β

125503

Β

103150

Β

103150

9010100Β109999

Β

110000

Β

139210

Β

010100
020000

Β

Dsco

Β

139209

089999

Β
Β

139209

139209

Β

019999

Β

.

1

nt

234

Qty

2

S

HLD,ELECT

1

KNOB

1KNOB

1.ΡΙΝ,ΚΝΟΒSECRG:0
1KNOB:RED--CA

1KNOB
1

.SET

1 KNOB:GRAY,4SIDED
1 KNOB:GR
2

.SET

OB:GR

2 K

N
NOB

1 K
1 KNOB:GRAY,0

OB:GRAY--

1 K

N

1KNOB

1

.SET

1 KNOB:GR
1

.SET

K

NOB

1
1 KNOB:GRAY,0

1

.SET
1KNOB
1KNOB

1 KNOB:GR

1

CAP,INSERT

2

.SET

1

RING,KNO

1

RING,KNOB

SCREW,ΜACHI

2

SCREW

1

CONNECTOR,RCPT,:BNCW/HARDWAR

1
1

CONNECTOR,RCPT,:BNCW/HAR

CONNECTOR,RCPT,

1

1NUT,
1 WAS

2

CONNECTOR,RCPT,:BN

1

CONNECTOR,RC

1RES

ΝUΤ,ΡLΑΙΝ,ΗΕΧ.:0

1

W

AS

1
1RESISTO

1ΝUΤ,ΡLΑΙΝ,ΗΕΧ.:0
1

WASHER,FLAT:0.25

BUSHIN

1

P

ANEL,F

1
1 P

ANEL,F

1 PANEL,FRONT
1LC

H,PL-INRTNG:P

1LC

H,PLUG-INRET

1SCR,TPG,THDCTG

1BASE,LAM
1

LEN

1

LAMPHO

5

RI

CAL:S

IDE

:
:LAT

CH

:GY,CAL/W/A

:5

SCREW

A

Y,0

.25

SCREW

:5

AY

:GR

AY

.127ID,0
PULL

:GRAY--PULL

SCREW:5-40

AY

SCREW

:3

:GR

AY

.127ID,0.5OD,0.531

SCREW:5-40

:GR

AY

:GR

AY
AY

,K

SCREW:5-40

BSKIRT

KIRT

S

N

,MACHINE:2

PL

AIN,HEX.:0.5

HER,LOCK:INT,0.521

STOR,VAR:(S

I

HER,FLAT:0

R,VAR

G,SLEEVE:

RONT:
RONT:

:

PHOLDER:0.29ODΧ0

S,LIGHT:GR

LDER:WHITEPLASTIC

.094OD Χ0.120INCH

L

RROW,0.127ID,0

-40

Χ 0

ID

Χ 0

-40

Χ 0

Χ 0

-48

Χ 0

Χ 0

NOB

:

0

Χ

:
:CLEAR,1ΤΟ

-56

E

:2

-56

:BN

C

(ATTAC

-28Χ0

C,

PT,

:FEEDTHRU

ΕΕR206AAND

(ATTACHIN

.25-32

.25IDΧ 0

:(SEER235AND

(ATTACHIN

.25-32

ID

PRE

SSMOUN

LASTIC

:

(ATTACHIN

:2

-32Χ0

EEN

R

eplaceable

N

ame&Descriptio n

.125 INCH,HEXSOCSTL

.706OD

.125 INCH,HEXSOCSTL

.392

.125 ΙΝCΗ,ΗΕΧ
.095 INCH,HEXSOCSTL

.125 INCH,HEXSOCSTL

.125 INCH,HEXSOCSTL

Χ 0

.25"82DEG,

Χ 0

.281"82DEG,

GPARTS)

HIN

ID

F

EMALE,W/HARDWARE

GPARTS)
Χ 0

.375 IN

G

Χ 0

Χ 0

.375 INCHOD,STL

GPARTS)

.392OD

,0.6

H

.466

OD,0

SOCSTL

H

10

FLHSTL

FLH

E

WAR

D

E

.562INCHHE

0

.625 IN

Χ

R206ΒEPL)

.19

245

H,B

C

D,STL

CH

O

EPL)

CAS

E

.312 IN

R

P

ARTS)

.312 INCH,B

T

.250,100DEG,

X,BRS

CHOD

RS

RS

FLH

LONG

ST

Mechan

L

icalParts-FG

fr

M

de

M

frPartNumber

80009

80009
80009
80009
80009
80009
74445OBD
80009
80009

74445OBD
80009
80009
80009
80009
80009
74445OBD
80009
74445OBD

80009
80009
74445OBD
80009
80009
80009
80009
74445OBD
80009
80009

83385OBD
77250OBD
24931
24931
91836KC79-67

73743OBD
24931OBD

05091
74868 74300

73743
79807OBD

73743
79807OBD

80009
80009
80009
80009
80009
80009

45722OBD

80009
80009

80009

337-1399-00

366-1422-00
366-1422-01
214-1840-00
366-1031-03
366-1031-08

366-1170-01
366-1170-03

366-1023-01
366-1023-01
366-1023-07
366-1023-03
366-1023-08

366-1319-00
366-1077-00

366-1077-01

366-1004-00
366-1007-01

366-1007-05
200-0844-01

354-0347-01

354-0557-02

28JR168
28JR270

31-279

2Χ

20224-402

20224-402

2Χ

358-0378-00
333-1644-00

333-1644-01

333-1644-02

214-1513-00

214-1513-01

200-0935-00

378-0602-00
352-0157-00

501

-1

-1

ΜΒ

R

EV.ΕJULY1978

9-

3











Code

R

eplaceableMechanicalParts-FG

F

ig.&

IndexTektronixSerial/ModelNo.
No

.

P

1-27

-28

-29

-30

-31

-32

-33

-34

-35

-36

-37

-38

-39

-40

-41

-42

-43

-44

-45

-46

-47

-48

-49

-50

-ς1

-52

-53

-54

-55

-56

-57

-58

-59

-60

-61

-62

artNo.

401-0206-00

213-0088-00
213-0044-00
213-0138-00
210-0201-00

358-0481-00
386-2372-00
386-2372-01

213-0229-00

337-1713-00
337-1713-01
376-0051-00
376-0051-01
376-0049-00
354-0251-00

213-0022-00
213-0178-00

384-0209-00
384-0406-00

----­131-0604-00

105-0378-00
200-1435-00

354-0219-00
401-0155-00
214-1704-00
214-1704-01
214-1704-02
214-1127-00
105-0377-00
401-0156­210-0406-00

131-1248-00

211-0116-00

211-0008-00
211-0168-00
129-0080-00

----- ----­131-0566-00
131-0604-00

131-1003-00
337-1418-01

211-0001-00
210-1008-00
342-0167-00

210-0583-00
210-0046-00
407-0579-00

211-0008-00
210-0921-00

E

ff

Β
Β
Η

010000

Β
Β

Β
Η
Β

8090000

Β
Β

-----

1
1 1
1 1

00

ΧΒ

Dscont

010100

8010203

010204Β099999

010100Β109999
110000

010100Β109999
110000
010100Η089999

010100Β089999
090000

020229

501

Qty

1 2

3 4 5

1GR

ASSY,SPRDCN:

2

SCR,TPG,THDCTG:4-24

2SCR,TPG,THD
2SCR,TPG,THD
1TER

MINAL,LUG:SE#4

1BUS

HIN

1

SUBPANEL,FRONT

1

SUBPANEL,F

4

SCR,TPG,THD

HIELD,ELEC:S

1

S

1SHIELD,ELE
1CP

LG,SHAFT,FLEX:FO

C

P

LG,SHAFT,

1

C

PL

1

2.RIN
4
4
1EXTENSIO
1

1

11.CONTACT,
1
1
1
1
1

1
1

1
4
1

4.SC

2
2
2POST,

1CKT

1.LINK,TERM.CONNE:0

19.CONTAC

1.CONNECTORBODY,:CKTBD ΜΤ
1

3.SCREW,MAC

3.WAS

1.INSU

1

1.NUT,PL
1
1

3.SCREW,MACHINE:4

3

G,SHAFT,

.

G,CO

.SET

SCREW:4-40

.SET

SCREW:4

EXTENSION
CK

T

BOARD

.ACTRA
. .

COVER,C

. .

RIN
. .BEARIN
. .SPRING,FLAT:CA

S

PRING,FLAT

. .

PRING,

. .'S
. .ROL

. .ACT
. .BEARING,CA
. .NUT,PLAIN,HEX.:4-40
. .CONTACT,ELEC:GROU

R,A

SCREW,MACHINE:4-40
SCREW,MACHINE

ELEC-MECH

BOARDASSY:MAIN(SEEΑ1

.SHIELD,ELEC:CAMSWITCH

HER,FLAT:0

SISTOR,VAR:(SEE

.RE

WASHER

.

B

RKT,RES.MTG:

.

.WAS

HER,MICA:0.50Χ0

FOR:5-32
FOR:4-40

G,S

LEEVE:S

RONT:

FOR:6-20

:SUBPANEL,F

C

FLEX:

UPLING:0

-40

NSHAFT:0.125OD Χ 6

SHAFT:0
ASSY:SE
ELEC:CKTBD

SSY,CA

AMSW

G,R

ETAINING:FOR0.25INCHSHAFT
G,CAMSW:FRONT

FLAT

LER,DETENT:0.125DIA

UATOR,CAMSW

M WSHR:4-40

SSE

T,ELEC:C

HINE

LATOR,PLATE:2.45INC

AIN

,HEX.:0

,LOCK:IN

N

ame&Descriptio

(ATTACHINGPART

Χ 0
Χ 0

Χ 0

PLIT,0.128

:
(ATTACHIN

Χ0

UBP

ANEL,F

RON

RON

R 0

.125 INCHDIA SHAFTS

FOR 0

FLEX:P

M S

MSW

(ATTA

(ATTACHIN

:4-40

:0.875INCHLONG

.125 INCHDIA

LASTIC

.251ID Χ 0

Χ 0

.188INCH,HEXSOCSTL

Χ 0

.125 INCH,HEX,SOCSTL

.125OD Χ 5

CON

DAR

SW,S

:(S250)

:

MSWDETENT
:CAMSWDETENT,0.008 INCH
:CAMSW

:

:REA

R

ND

HIN

C

Χ 0

Χ 0
Χ 0

.25INC

.086DIAΧ2

KT BD

SW,S

(ATTAC

HINGPART

:2-56

Χ 0

.09IDΧ 0

ι

R27

(ATTACHINGPART

.25

-32

TL ,0

.26IDΧ 0

-40Χ0
.141

S)

.25ΙΝCΗ,ΡΝΗSTL
.188INC

.188INC

GPARTS)

.375"100

T
T

Y(SEEΑ2EPL)

DETENT,0

Χ 0

GPARTSFORACTRASSY)

GPARTS F

.25INC

.25INC

EPL)

Χ 0

.25

H,PNHSTL
H,PNHSTL

ID

Χ

0

DE

.375INC

.064INCHLONG
.937INCH LONG

PR

,0.006 INCH

.010INCHTHICK

Χ 0

.125 INCHL

.188 INCH,B

.312 INCH,P

ORCKT BD
H,PNHSTL
H,P

NHSTL

EPL)

.375 INCH L

PR

PR

O

,3

S)

H,PNHSTL

.188"OD,BRS

H LON

G

S)

.312INC

.40"OD,STL

INCH,P

Χ0

.005 INCH

n

.25INC

G,

FLHSTL

SHAFTS

HOD,AL

NH B

NG

H,B

NHSTL

M

fr

M

frPartNumber

10539

83385OBD
83385OBD
83385OBD
78189

HOD

ΤΗΚ
ΤΗΚ

RS

RS

RS

ΤΗΚ

80009
80009

80009

93907OBD

80009
80009
80009
80009
80009
80009
74445OBD
74445OBD
80009
80009

80009
80009
80009
79136

80009
80009
80009
80009
80009
80009
80009
737432Χ

80009

83385OBD

ASSY)

83385OBD
12360OBD
80009

55210L-2007-1
80009
80009

80009

83385
12360

80009

737432Χ
78189
80009

83385OBD
80009

4511/DA

2104-04-00-2520

358-0481-00
386-2372-00

386-2372-01

337-1713-00
337-1713-01
376-0051-00
376-0051-01
376-0049-00
354-0251-00

384-0209-00
384-0406-00

131-0604-00
105-0378-00
200-1435-00
5103

401-0155-00
214-1704-00
214-1704-01
214-1704-02
214-1127-00
105-0377-00
401-0156-00

131-1248-00

129-0080-00

131-0604-00
131-1003-00

337-1418-01

OBD
OBD
342-0167-00

1214-05-00-0541C
407-0579-00

210-0921-00

F

25-MD-R

-

12161-402

20224-402

Ν

lReplace

9-

4

only

withpart

bea

rin

g thesameco

or

code

asth

l

e originalpartinyour

instrument

.

REV.

C

JULY1978











Rep

F

ig.&
IndexTektronixSerial/ModelNo
No

.

P

1-63

-64

-65

-66

-67

-68

-69

-70

-71

-72

-73

-74

-75

-76

-77

-78

-79

-80

-81

-82

-83

-84

-85

-86

artNo.

210-0406-00
105-0376-00
200-1434-00

354-0219-00
401-0155-00
214-1704-00

214-1704-01

214-1704-02

214-1127-00

105-0375-00
401-0156-00

210-0406-00

131-1248-00

211-0116-00

210-0269-00

214-0269-00

214-0693-00

214-0579-00

214-2733-00

211-0004-00

342-0202-00

136-0252-00

213-0146-00

210-1270-00

386-3657-00
426-0724-00
426-0725-00

175-0825-00

175-0828-00

175-0829-00

210-0774-00

210-0775-00

----- -----

214-1061-00

E

ff

ΧΒ139210

Β

010100Β129999

ΧΒΟ

10204

ΧΒ

139210

ΧΒ

139210

ΧΒ

139219

ΧΒ

128340

ΧΒ

128340

ΧΒ

050297

Dscon

.
tQty12 345

3

.NUT,PLAIN,H

1

.ACTRA

1

. .

1

. .

1

. .

1

. .

1

. .SPRING,

1

. .SPR

1

. .ROLLER,DETENT

1

. .ACTUATOR,CAMSW

1

. .

4

. .NUT,PLAIN,HΕX.:4-40

1

. .

4.SCR,ASSEMWSHR:4-40

1.TERMINAL,LU

Χ

2.HEAT

3.HEATSINK,ELEC:0

9.TERM.,TESTΡΤ:0
1

HEATSINK

2

SCREW,MACHINE

2INSULATOR,PLATE:TRANS I

209

.

4SCR,TPG,THD
2WASHER,FLAT:0.141

2SUPPORT,PLUG-IN

1'

FRSECT,

1

FRSECT,
FTWIRE,ELECTRICAL:2WI
FT

WI

W

FT

1EY
1EYE
1RESISTOR,V
1 SPRING,GROUND:FL

SSY,CA

COVER,CA

R

IN

G,R

B

EARING,CA

S

PR

ING,FLAT:CAMSW

ING,FLAT

BEARIN

CONTACT,ELEC:G

S

INK

SOCΚET,PIN ΤΕ

PLUG-ΙΝ:ΒΟΤΤΟΜ
PLUG-ΙΝ:ΤΟΡ

R

E,ELECTRICAL

IRE,ELECTRICAL:6WIRERIBB0N,0.334

ELET

,METALLIC:0

LET,METALLIC:0

N

ame&Description

x.:4

-40

Ε

MS:(S50)

MSW

ETAINING:FOR 0

MSW:FRON

FLAT

G,CA

MSW

(ATTAC

G

:NONLOC

,XSTR:0

,XSTR:(2)

(ATTAC

:3-48

(ATTACHIN

FOR:6-20Χ0

AR:(SEER25 EPL)

Χ 0

:

:CAMSW
:CA

MSW

:0.125

:

R

:REA

R

OUN

D

HIN

Χ0.312INC

KIN

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.25IDΧ0.75INCHLO

.40INCHLON

TO

HIN

Χ 0

RΜ:0.145INC

IDΧ.04THK,AL,

:

RERIBBON,0.531

:5WIRERIBBON

.152ODΧ0
.126OD

AT

laceable

.188IΝCH,Β

.25INCH
T
DETENT,0.006INCH
DETENT,0.008

T,0.010INCH

DET

EN

DIA

Χ 0

Χ 0

.188

GPARTSFORACTR

G,0

.257"MT

-202,A

ST

G

L

G

PART

S)

.125,PNH,STL,CDPLΡΟΖ

OR

H LONG

GPARTSFO

.313INC

.245 INCHL,

Χ0.23INC

SHA

.125INCH L

INCH,B

H,PNHBRS

.75

L

R CΚΤBD

H,P

NHSTL

.21

,0.334

HL,BRS

RS

FT

INCHΤΗΚ

RS

GHO

9 OD

FT LO
FTLON
FT LO

ΤΗΚ

THICK

ASSY)

LE

N

G

ASSY)

G

N

G

N

G

RS

B

Mechanical

M

fr

Cod

eM

737432Χ
80009
80009
79136

80009
80009

80009
80009

80009

80009

80009

737432Χ

80009

83385OBD

78584OBD

98978

98978

80009

80009

01295

00779

83385

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TM 9-6625-474-14&P-2

TECHNICAL MANUAL

OPERATOR, ORGANIZATIONAL,

DIRECT SUPPORT, AND GENERAL SUPPORT

MAINTENANCE MANUAL

(INCLUDING REPAIR PARTS)

FOR

FUNCTION GENERATOR

TEKTRONIX, MODEL FG 501A

(6625-01-106-9873)

DEPARTMENT OF THE ARMY

27

DECEMBER 1984

TM 9-6625-474-14&P-2

WARNING

RA PD 404264

DANGEROUS VOLTAGE

is used in the operation of this equipment

DEATH ON CONTACT

may result if personnel fail to observe safety precautions

Never work on electronic equipment unless there is another person nearby who is familiar with the
operation and hazards of the equipment and who is competent in administering first aid. When the
technician is aided by operators, he must warn them about dangerous areas.

Whenever possible, the power supply to the equipment must be shut off before beginning work on the
equipment. Take particular care to ground every capacitor likely to hold a dangerous potential. When

working inside the equipment, after the power has been turned off, always ground every part before

touching it.
Be careful not to contact high-voltage connections when installing or operating this equipment.
Whenever the nature of the operation permits, keep one hand away from the equipment to reduce the

hazard of current flowing through vital organs of the body.

WARNING

Do not be misled by the term “low voltage.”
conditions.

COMMON and probe ground straps are electrically connected. Herefore, an elevated reference applied to
any is present on each - as indicated by the yellow warning bands under the probe retractable hook tips.

For Artificial Respiration, refer to FM 21-11,

Potentials as low as 50 volts may cause death under adverse

Power Source

This product is intended to operate in a power module connected to a power source that will not apply more
than 250 volts rms between the supply conductors or between either supply conductor and ground. A
protective ground connection by way of the grounding conductor in the power cord is essential for safe
operation.

a/(b blank)

TECHNICAL MANUAL

No. 9-6625-474-14&P-2

You can help improve this manual. If you find any mistakes or if you know of a way
to improve the procedures, please let us know. Mail your letter or DA Form 2028

(Recommended Changes to Publications and Blank Forms), direct to: Command­er, US Army Missile Command, ATTN: DRSMI-SNPM, Redstone Arsenal, AL

35898-5238. A reply will be furnished to you.

TM 9-6625-474-14&P-2

Copyright 1980 Tektronix, Inc. All rights reserved

Reproduced by permission of copyright owner.

HEADQUARTERS

DEPARTMENT OF THE ARMY

Washington, D.C., 27 December 1984

OPERATOR, ORGANIZATIONAL, DIRECT SUPPORT,

AND GENERAL SUPPORT MAINTENANCE MANUAL

(INCLUDING REPAIR PARTS)

FOR

FUNCTION GENERATOR

TEKTRONIX, MODEL FG 501A

(6625-01-106-9873)

REPORTING OF ERRORS

LIST OF ILLUSTRATIONS

LIST OF TABLES

SECTION 0.

SECTION 1.
SECTION 2.

SECTION 3.
SECTION 4.

SECTION 5.

TABLE OF CONTENTS

Page

iii

iv

0-1
0-1
0-1
0-1
0-1
0-1

0-1
1-1

2-1
2-1
2-2
2-4
2-5
2-6
2-9

3-1
4-1

4-1
4-8

5-1
5-1
5-4

This manual is, in part, authenticated manufacturer’s commercial literature. Recommended Spare Parts List has been added to supplement the commercial

literature, The format of this manual has not been structured to consider levels of maintenance.

i

TM 9-6625-474-14&P-2

SECTION 6.

SECTION 7.

SECTION 8.

SECTION 9.

APPENDIX A.

APPENDIX B.

APPENDIX C.

APPENDIX D.

OPTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

REPLACEABLE ELECTRICAL PARTS, . . . . . . . . . . . . . . .

DIAGRAMS AND CIRCUIT BOARD ILLUSTRATIONS . . . . . . .

REPLACEABLE MECHANICAL PARTS . . . . . . . . . . .

REFERENCES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

MAINTENANCE ALLOCATION CHART (MAC) . . . . . .

RECOMMENDED SPARE PARTS LIST..... . . . . . . . . . . . . . . . . . . .

MANUAL CHANGE INFORMATION. . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . .

TABLE OF CONTENTS (CONT)

Page

6-1

7-1

8-1

9-1

A-1

B-1

C-1

D-1

ii

LIST OF ILLUSTRATIONS

TM 9-6625-474-14&P-2

Fig. No.

0-1
2-1
2-2
2-3
2-4
2-5
2-6
2-7
2-8

2-9
2-10
2-11
2-12

4-1

4-2

4-3

4-4

4-5

5-1

5-2

5-3

5-4

Title

FG 501A 2 MHz Function Generator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Installation and Removal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Controls and Connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Swept Frequency Range (VCF) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Basic Functions (Waveforms) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Ramps and Pulses . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Phase Relationships (Output and Trig) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Trigger Signal Amplitude Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Gated Operation (Waveforms) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Triggered Operation (Waveforms) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Phase Control (Waveforms) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Analyzing Circuit or System Response . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Tone Burst Generation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Test Setup for Dial Alignment and Offset Adjustment . . . . . . . . . . . . . . . . . . . . .

Test Setup for Sine Distortion Adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Test Setup for Offset and Sine/SquareAmplitude

Adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Test Setup for Squarewave Comp/Rise and Falltime

Adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Test Setup for Dial Cal and Loop Delay Adjustment . . . . . . . . . . . . . . . . . . . . . . .

Coaxial End Lead Connector Assembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Orientation and Disassembly of Multipin Connectors . . . . . . . . . . . . . . . . . . . . . .

Extension Shaft and Pushbutton Removal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Rear Interface Connector Assignments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

0-2
2-1
2-3

2-6

2-7

2-7

2-7

2-7
2-8

2-8

2-8

2-9

2-10

4-9

4-11

4-12

4-13

4-14

5-3

5-3

5-4

5-5

iii

TM 9-6625-474-14&P-2

LIST OF TABLES

Table No.

1-1
1-2
1-3

Electrical Characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-2

Miscellaneous . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Environmental . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Title Page

1-4 Physical Characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

4-1
5-1

Test Equipment Required . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Relative Susceptibility to Static Discharge . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

1-4
1-4
1-5
4-1
5-1

iv

SECTION 0

GENERAL INFORMATION

TM 9-6625-474-14&P-2

0-1. Scope. This manual contains instructions for

the operator, organizational, direct support, and gen-

eral support maintenance of and calibration proce­dures for Tektronix Function Generator, Model FG
501A. Throughout this manual, Tektronix Function
Generator, Model FG 501A is referred to as the FG

501A.

0-2. Indexes of publications. a. DA Pam 310-4.

Refer to the latest issue of DA Pam 310-4 to deter-

mine whether there are new editions, changes, or
additional publications pertaining to Tektronix Func­tion Generator, Model FG 501A.

b. DA Pam 310-7. Refer to the latest issue of DA
Pam 310-7 to determine whether there are modifica­tion work orders (MWO’S) pertaining to Tektronix
Function Generator, Model FG 501A.

0-3. Forms, Records, and Reports. Department of
Army forms and procedures used for equipment main­tenance and calibration are those prescribed by TM
38-750, The Army Maintenance Management System.
Accidents involving injury to personnel or damage to
materiel will be reported on DA Form 285,
Report, in accordance with AR 385-40.

Accident

0-4. Reporting Equipment Improvement Recom­mendations (EIR). If your FG 501A needs im-

provement, let us know. Send us an EIR. You, the
user, are the only one who can tell us what you don’t
like about your equipment. Let us know why you don’t
like the design. Tell us why a procedure is hard to
perform. Put it on an SF 368 (Quality Deficiency
Report). Mail it to Commander, U.S. Army Missile
Command, ATTN: DRSM1-CIMD, Redstone Arsenal,

AL 35898-5290. We’ll send you a reply.

0-5. Administrative Storage. To prepare the Tek­tronix Function Generator, Model FG 501A for place­ment into and removal from administrative storage,
refer to Section 3, Chapter 4, AR 750-25-1, Mainte­nance of Equipment and Supplies. Temporary storage

should be accomplished in accordance with TB 750-

25-1, Section 2, Maintenance of Supplies and
Equipment.

0-6.
Materiel. Destruction of Tektronix Function

Generator, Model FG 501A to prevent enemy use shall

be in accordance with TM 750-244-2.

Destruction

of Army Electronics

0-1

TM 9-6625-474-14&P-2

.

0-2

FIG.0-1. FG 501A 2MHz FUNCTION GENERATOR

SECTION 1

SPECIFICATION

TM 9-6625-474-14&P-2

INTRODUCTION

This section of the manual contains a general descrip-

tion of the FG 501A and complete electrical, environmen-

tal, and physical specifications. Standard accessories are
also listed. Instrument option information is located in the
back of this manual in a separate section.

INSTRUMENT DESCRIPTION

The FG 501A Function Generator provides low distor-

tion sine, square, triangle, ramp, and pulse waveforms

over the frequency range 0.002 Hz to 2 MHz in eight
decade steps. Dc offset up to ±13 V is available. Waveform

triggering and gating functions, in addition to being slope

(+ or –) selectable, are provided with variable phase
control capable of up to ±90° phase shift. The symmetry
of the output waveform may also be varied from 5 to 95%.
Step attenuators provide up to 60 dB of attenuation in
20 dB steps. A variable amplitude control provides an
additional 20 dB attenuation.

A voltage-controlled frequency (VCF) input is provided

to control the output frequency from an external voltage

source. The output frequency can be swept above and
below the selected frequency to a maximum of 1000:1
depending on the polarity and amplitude of the VCF input
signal and the selected output frequency.

ACCESSORIES

The only accessory shipped with the FG 501A is the

Instruction Manual.

PERFORMANCE CONDITIONS

The electrical characteristics are valid with the follow-

ing conditions:

1. The instrument must have been adjusted at an
ambient temperature between +20° C and +30° C and
operating at an ambient temperature between 0° C and

+50° C.

The instrument must be in a non-condensing en-

2.

vironment whose limits are described under Environmen­tal.

3. Allow twenty minutes warm-up time for operation to
specified accuracy; sixty minutes after exposure to or
storage in high humidity (condensing) environment.

Items listed in the Performance Requirements column
of the Electrical Characteristics are verified by completing
the Performance Check in this manual. Items listed in the

Supplemental Information column may not be verified in

this manual; they are either explanatory notes or perfor-

mance characteristics for which no limits are specified.

1-1

TM 9-6625-474-14&P-2

Table 1-1

ELECTRICAL CHARACTERISTICS

Characteristics

Frequency

Range

Sine-wave, square-wave,
and triangle

Ramp and Pulse

Variable Symmetry

Duty Cycle

Output Amplitude

Output Impedance

Performance Requirements

.002 Hz to 2 MHz

.002 Hz to 200 kHz ± 10% calibrated
portion of dial.

At least

30 V P-P into an open

circuit, at least 15 V p-p into
50

Cl,

(Front panel only.)

Supplemental Information

Provided in eight decade steps plus
variable, with overlap on all
ranges.

Calibrated portion of dial extends

from 20 to 2. Portion of dial from

2 to .2 is uncalibrated
.0002 Hz to .002 Hz uncalibrated

portion of dial.
Measured at 50% duty cycle.

.0002 Hz to .002 Hz uncalibrated
portion of dial.

Activation of Symmetry control

divides output frequency by

=10.

Offset control off.

Front panel z

= 50 (2 ±10%

o

ATTEN in 0 dB position.

Offset Range

Frequency Resolution

Stability (Frequency)

Time

Temperature

At least ±13 V into open circuit,
at least ±6.5 V into 50

Q.

Maximum peak signal plus offset
cannot exceed ±15 V into an
open circuit, or ±7.5 into 50

Q.

(Front panel only,) Offset reduced

by attenuators.

Rear interface z

1 part in 10

= 600 Cl –10%.

O

4

of full scale with

frequency vernier control.

Within 2% from .2 Hz to 2 MHz, and
within 10% from .002 Hz to .2 Hz. The

FREQUENCY Hz dial must be on the
calibrated portion. The instrument
must be in a temperature between
0° C and +50° C and checked
after a 1 hour warmup. VAR SYMM
control disabled,

1-2

Table 1-1 (cont)

TM 9-6625-474-14&P-2

Characteristics

Amplitude Flatness

Sinewave
(10 kHz Sinewave Ref)

Squarewave
(10 kHz Squarewave Ref)

Triangle
(10 kHz Triangle Ref)

Sinewave Distortion

Performance Requirements

Measured with 0 dB ATTEN button
“IN” and output driving 50

(Front panel only.)

±0.1 dB 20 Hz to 20 kHz

±0.5 dB 20 kHz to 1 MHz

±1 dB 1 MHz to 2 MHz
Peak to peak amplitude within

±0.5 dB of squarewave reference
amplitude 20 Hz to 2 MHz.

Peak to peak amplitude within

±0.5 dB of triangle wave refer­ence amplitude 20 Hz to 200 kHz.
Within 2 dB 200 kHz to 2 MHz.

range and below.

Cl

load.

Supplemental Information

Typically ±.5 dB .002 Hz to 20 Hz

Typically within ±.5 dB .002 Hz
to 20 Hz.

Typically within ±.5 dB .002 Hz
to 20 Hz.

20° to 30° C. Measured with
with average responding THD meter.

Measurement bandwidth limited to
approximately 300 kHz.

Q

Verified at 15 V p-p into 50
Must be on calibrated portion of
dial. VAR SYMM control off, Offset
control off.

load.

Squarewave Output

Risetime and Falltime
Aberrations (p-p)

Pulse Output

Risetime and Falltime
Aberrations (p-p)

VCF Input

Ext Trig/Gate Input

Impedance
Threshold Level

Trigger Output

Variable Phase Range

All harmonics at least 30 dB below

fundamental from 100 kHz to 2 MHz

Step ATTEN in 0 dB position.

<25 ns at 15 V p-p into 50

s30/o (Front panel only. )

Step ATTEN in 0 dB position.

<25 ns at 15 V p-p into 50

<30/o (Front panel only.)

+1

V ±20%.

>

+4 V into open circuit

>+2Vinto50f2.

At Ieast ±90°

Q

Q,

Trig output driving open circuit.

Positive going voltage increases

frequency. Maximum Slew Rate =

0.5

V/Ps.

VCF must not exceed

range limits, Maximum input

=2

kf2

Maximum input

Sine and Triangle only.

<15

V pk.

<15 V pk.

1-3

TM 9-6625-474-14&P-2

Table 1-1 (cont)

Characteristics

Attenuators

Accuracy
Dial Accuracy
Triangle

Linearity

Time Symmetry

Characteristics

Power Consumption

Performance Requirements

±1 dB.
Within 3% of full scale 20 to 2.

Better than 1% 20 Hz to 200 kHz.
5% 200 kHz to 2 MHz (calibrated).

Table 1-2

MISCELLANEOUS

12 W or less. (plug-in only)

Supplemental Information

60 dB in 20 dB steps. >20 dB

additional attenuation with amplitude
control.

Verified at 20 kHz.
2 to .2 Uncal.

Greater than or equal to 99% 20 Hz to
200 kHz. 97% 200 kHz to 2 MHz (cali­brated). Measured from 10% to
90% of waveform.

Description

Recommended Adjustment
Interval

Warm-up Time

Characteristics

Temperature

Operating
Non-operating

Humidity

Altitude

Operating

Non-operating
Vibration

1000 hours or 6 months, whichever occurs first.

20 minutes.

Table 1-3

ENVIRONMENTAL’

Description

Meets MlL-T-28800B, class 5.

0° C to +50° C
–55° C to +75° C

95% RH, 0° C to 30° C

Exceeds MlL-T-28800B, class 5.
75% RH to 40° C
45% RH to 50° C

Exceeds MIL-T-28800B, class 5.

4.6 Km (15,000 ft)
15 Km (50,000 ft)

0.38 mm (0.015") peak to peak,
5 Hz to 55 Hz, 75 minutes.

Exceeds MlL-T-28800B, class 5,

when installed in qualified

power modules.

b

1-4

Table 1-3 (cont)

TM 9-6625-474-14&P-2

Characteristics

Shock

Bench Handling

Transportation

C

c

EMC

Electrical Discharge

a

With power module.

b

Refer to TM 500 power module specifications.

c

Without power module.

Description

30 G’s (1/2 sine), 11 ms dura-

tion, 3 shocks in each direc-

tion along 3 major axes, 18

Meets MlL-T-28800B, class 5,
when installed in qualified

power modules.

b

total shocks.

12 drops from 45°, 4“ or

Meets MlL-T-28800B, class 5.
equilibrium, whichever occurs
first.

Qualified under National Safe Transit Association Preshipment Test
Procedures 1A-B-1, and 1A-B-2.

Within limits of MIL-461A, and F.C.C. Regulations, Part 15, Subpart J,
Class A.

20 kV maximum charge applied to instrument case.

Table 1-4

Characteristics

Finish
Net Weight
Overall Dimensions

PHYSICAL CHARACTERISTICS

Description

Plastic/aluminum laminate front panel. Anodized aluminum chassis.

1.88 Ibs (.85 kg)
Height 5 in (126mm)

Width 2.6 in (67mm)

Length 11.9 in (303mm)

1-5/(1-6 blank)

TM 9-6625-474-14&P-2

SECTION 2

OPERATING INSTRUCTIONS

INTRODUCTION

This section of the manual provides operating informa­tion required to obtain the most effective performance
from the FG 501A. Included are installation and removal

instructions, a functional description of the front panel
controls, and a general description of the operating
modes. Some basic applications of the instrument are also
briefly discussed.

INSTALLATION AND REMOVAL

The FG 501A is calibrated and ready to use when

received. It operates in one compartment of any TM 500­series power module. Refer to the power module instruc­tion manual for line voltage requirements and power

module operation.

CAUTION

To prevent damage to the FG 501A, turn the power
module off before installation or removal of the
instrument from the mainframe. Do not use ex­cessive force to install or remove.

showing: owner (with address) and the name of an
individual at your firm that can be contacted. Include
complete instrument serial number and a description of
the service required.

If the original package is not fit for use or not available,

repackage the instrument as follows:

Surround the instrument with polyethylene sheeting, or
other suitable material, to protect the exterior finish.
Obtain a carton of corrugated cardboard of adequate
strength and having inside dimensions no less than six
inches more than the instrument dimensions. Cushion
the instrument by tightly packing dunnage or urethane
foam between the carton and the instrument, on all
sides. Seal the carton with shipping tape or an in­dustrial stapler.

The carton test strength for your instrument is 200

pounds.

Check to see that the plastic barriers on the inter-

connecting jack of the selected power module compart-

ment match the cutouts in the FG 501 A circuit board edge
connector. If they do not match, do not insert the
instrument until the reason is found. When the units are
properly matched, align the FG 501A chassis with the
upper and lower guides of the selected compartment (see
Fig. 2-1). Insert the FG 501A into the compartment and
press firmly to seat the circuit board edge connector in the
power module interconnecting jack. Apply power to the
FG 501A by operating the power switch on the power

module.

To remove the FG 501A from the power module, pull

the release latch (located in the lower left corner) until the

interconnecting jack disengages. The FG 501A will now

slide straight out.

REPACKAGING FOR SHIPMENT

If the Tektronix instrument is to be shipped to a

Tektronix Service Center for service or repair, attach a tag

Fig. 2-1. Plug-in installation and removal.

2-1

TM 9-6625-474-14&P-2

CONTROLS AND CONNECTORS

Although the FG 501A is calibrated and ready to use,
the functions and actions of the controls and connectors
should be reviewed before attempting to use it. All

controls necessary for operation of the instrument are
located on the front panel. A brief description of these
controls follows. Refer to Fig. 2-2.

2-2

Fig. 2-2. Controls and connectors.

TM 9-6625-474-14&P-2

POWER - llluminated when power is applied to the

FG 501A.

FREQUENCY CONTROL AND FUNCTION

SELECTION

FREQUENCY Hz - Selects the frequency of the

output waveform
MULTIPLIER control.

FREQ + 10 - Illuminated when the variable sym­metry function is activated.

FUNCTION BUTTONS - Select square, triangle,

and sine waveforms.

VAR SYMM - (push to enable) adjusts time-based
symmetry of the selected output waveform. Reduces
the frequency of the output waveform by a factor
= 10 and illuminates the FREQ + 10 indicator.

FREQUENCY VERNIER - For fine adjustment of
output frequency to at least 1 part in 10

MULTIPLIER - Selects the output frequency in eight
decade steps in conjunction with the FREQUENCY

Hz control.

in

conjunction with the

4

of full scale.

TRIGGER AND GATE CONTROLS

GATE - When pressed causes continuous output of

the selected waveform for the duration of the gating
pulse.

SLOPE - Button selects, in TRIG mode, the slope of
the input signal which will trigger the selected
output waveform. In GATE mode, whether output
gating will occur when the level of the input signal is
above or below the threshold level of +1 V.

TRIG/GATE lN - Bnc connector used to apply the
external trigger or gating signal.

VCF lNPUT - Bnc connector for applying an exter­nal voltage for controlling the output frequency of
the generator.

TRIGGER OUTPUT - Bnc connector which outputs
one positive pulse for each cycle of the selected
output waveform.

OUTPUT CONTROLS

ATTENUATOR BUTTONS - Attenuate the ampli-

tude of the selected output waveform in 20 dB steps
to a maximum of 60 dB when pressed.

AMPL - Varies the amplitude of the selected output
waveform, between steps of the attenuator buttons.

VAR

0

relative to input trigger or gate waveform.

FREE RUN - When pressed causes continuous

waveform output.

TRIG - When pressed causes output of one cycle of
selected waveform for each trigger pulse applied to

the TRIG/GATE IN connector.

- Selects phase lead or lag, up to ±90°,

OFFSET - Pull and turn control, concentric with the
AMPL control, provides up to ±13 V dc offset of the
output waveform.

OUTPUT - Bnc connector for output of the selected
waveform.

RELEASE LATCH - Pull to disengage the FG 501A
from the power module.

2-3

TM 9-6625-474-14&P-2

OPERATING CONSIDERATIONS

OUTPUT CONNECTIONS

The output of the FG 501A is designed to operate as a

50

fl

voltage source working into a 50 Q load. At higher
frequencies, an unterminated or improperly terminated
output will cause aberrations on the output waveform.

Loads less than 50

Excessive distortion or aberrations, due to improper
termination, are less noticeable at the lower frequencies
(especially with sine and square waveforms). To ensure
waveform purity, observe the following precautions:

1. Use good quality 50

tors.

2. Make all connections tight and as short as possible.

3. Use good quality attenuators if it is necessary to

reduce waveform amplitude applied to sensitive circuits.

4. Use terminations orimpedance matching devices to

avoid reflections when using long cables (6 feet or more).

~

will reduce the waveform amplitude.

Q

coaxial cables and connec-

capacitance) of the vertical input of an oscilloscope,

Q

connect the transmission line to a 50
termination, and then to the oscilloscope input. The
attenuator isolates the input capacitance of the device,
and the FG 501A is properly terminated.

attenuator, 50

FIRST TIME OPERATION

The Controls and Connectors pages give a description
of the front panel controls and connectors, The waveform
selection and frequency determining control sareoutlined
in blue, the trigger function controls and inputs are
outlined in green, and the output controls are outlined in
black.

The following exercise will familiarize the operator with
most functions of the FG 501A.

NOTE

If any discrepancies are encountered during the
exercise, refer the condition to qualified service

personnel,

Q

5. Ensure that attenuators, terminations, etc. have
adequate power handling capabilities for the output
waveform.

If there is a dc voltage across the output load, use a
coupling capacitor in series with the load. The time
constant of the coupling capacitor and load must be long
enough to maintain pulse flatness.

RISETIME AND FALLTIME

If the FG 501A is used to measure the rise or falltime of
a device, the riestime characteristics of associated equip­ment should be considered. If the risetime of the device
under test is at least 10 times greater than the combined
risetimes of the FG 501A and associated equipment, the
error introduced will not exceed
ignored. When the rise or falltime of the test device is less

than 10 times as long as the combined risetimes of the

testing system, the actual risetime of the system must be
calculated. The risetime of the device under test can be
determined once the risetime of the system is known.

1%, and generally can be

IMPEDANCE MATCHING

If the FG 501A is driving a high impedance such as the
1

MQ

input impedance (paralleled by a stated

Preset the controls as follows:

Blue section:

FREQUENCY Hz
MULTIPLIER
FREQUENCY VERNIER

WAVEFORM—SINE

VAR SYMM

Green section:

FREE RUN

Black section:

ATTENUATOR
AMPL (variable)
OFFSET

Connect a 50

the vertical input of an oscilloscope. Set the oscilloscope

controls to:

Vertical
Horizontal (Time Base)

The oscilloscope should display 1 complete cycle per
division of the sine waveform ( approximately 10 cycles
across the graticule),

Q

bnc coaxial cable terminated in 50 f2to

10

10

Fully CW
in

off

in

-20 dB
Centered
off

1 V/Div DC Coupled
1 ms/Div

2-4

TM 9-6625-474-14&P-2

1. Alternately press the square, triangle and sine

buttons and observe the different waveshapes. Return to

the preset condition.

2. Alternately press the four attenuator buttons and
rotate the AMPL (variable) control to verify that the
waveform amplitude changes. Return these controls to the
preset condition.

3. Pull the OFFSET knob out and rotate it. Notice the
change in dc level of the displayed waveform. Return the
OFFSET knob to the in position.

OPERATING MODES

FREE-RUNNING OUTPUT

The following procedure will provide a free-running

output with variable frequency and amplitude.

1. Select the desired waveform.

4. Push the VAR SYMM button to release it to the out
position. Observe that the FREQ
luminated and only one cycle of the output waveform is
displayed. Rotate the VAR SYMM control through its
range and notice the change in shape of the square,

triangle, and sine waveforms (with the appropriate buttons

pushed in). Return the controls to the preset condition.

5. Rotate the FREQUENCY control and the
MULTIPLIER switch while observing the change in fre­quency of the displayed
to the preset condition,

If more than one cycle of the output waveform is
desired, push the GATE button. The output will now be
continuous for the duration of the gating waveform. The
number of cycles per burst can be approximated by
dividing the gating signal duration by the period of
FG 501A output frequency,

waveform, Return these controls

+

10 indicator is il-

2. Set the AMPL control fully counterclockwise. Check

that the VAR SYMM and OFFSET controls are in the off

(in) position.

3. Select the desired frequency with the FREQUENCY
Hz dial and MULTIPLIER switch. Frequency equals dial
setting times multiplier setting.

4. Connect the load to the FG 501A output connector
and adjust the AMPL control for the desired output
amplitude.

TRIGGERED OR GATED (BURST)

OPERATION

With the FG 501A set for free-running operation, as
described in previous paragraphs, apply the triggering or
gating signal to the TRIG/GATE IN connector.

If only one cycle of the output waveform per trigger is
desired, push the TRIG button and select + or – slope.
One output cycle will now be generated for each input
trigger cycle.

In triggered or gated operation the PHASE control

varies the start of the output waveform by ±90°. This

phase change is measured from the 0 V, 0° point on the

output waveform.

VOLTAGE CONTROLLED FREQUENCY

(VCF) OPERATION

The output frequency of any selected waveform can be
swept within a range of 1000:1 by applying an external
voltage to the VCF INPUT connector. The polarity of the
VCF input signal determines which direction the output
frequency sweeps from the selected frequency, A positive

(+) going signal increases the frequency while a negative
(–) going signal decreases the frequency. The amplitude

and polarity of the input voltage can be selected within a
range of ±10 V depending on the FREQUENCY Hz dial

setting.

The maximum swept frequency range of 1000:1 encom-

passes the uncalibrated portion of the FREQUENCY Hz
dial (<.2 to 2). To ensure that the frequency does sweep at
least a range of 1000:1, it is recommended that the
FREQUENCY Hz dial be set at .2 and a 0 to +10 V signal be
applied to the VCF INPUT connector. It may be necessary

2-5