Tektronix FG501A User manual

Table of contents

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O

sse

..........

2-4

Τ

%

σ

"

....

.

.

.........

.......

.

.

. .

2

-

4

Anstiegs-

u

n

d

Abfallzeiten

......

2-4

**of

.IF

.

.......

......

.

.

....

.

.

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

...

.

.

. .

2

_

4

Im p

ed

anzanp

assung

.

......

.

. .

.

2-4

o

1

,

F

ξ

-

F

. .

.

.

....

.

.

........

......

.

.

.........

.

.

.

.

. .

.

2

_

ς

Inbetriebnah

me

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

.

2-4

7

f)

--5>W417

..

.........

.

.

....

.

.

.........

.....

2

-

ς

B

et

r

ie

bsarten

.

. .

.

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

2-5

F

1)

fi #3 .t

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λ

fr-

I-

(/

~

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F)

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eilaufe

nd

er

Ausgang

. . . .

.

. .

.

.

2-5

ξ-

F

l

β

1~

. .

.

.

... .

.

.

........

......

.

.

.........

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2

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ς

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oder

torgesteuerter

g}'

β

F

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5

&ft

αί

F

ια

-

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(

VC

F

)

Oft

......

2

-

ς

Betrieb

. .

.

. .

.

......

.

........

2-5

F

1

)13

til

17

.......

........

........

.

.

....

.

. .

.......

2_6

F

re

q

ue

n

zmo

d

ulatio

n

(

VC

F

-

B

et

r

ieb)

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~~

ά

~t

αί

9

if

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~17

.....

.

.

....

.

.

......

..........

.

.

. .

2

-

6

T

r

iggera

u

sga

n

g

. .

.

.........

.

. .

2-6

......

......

.

.

.......

.

.

....

.

. .

.........

.

.

....

.

.

.

2

-

g

Gr

u

ndsig

n

alformen

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

2-6

f=]

ί

g

V

441t

bt FA

"......

..........

......

.

.

........

2

-

9

Anwe

ndun

gen

.

.

. .

.

......

.

. .

.

. .

.

2-9

F

-i

"

/~-

;K

F

091

:

.

....

.

.

.........

.....

2

-

g

A

nalyse

des

I

Jb

ertragu

n

gs-

ve

rh

alte

n

s

........

.

..........

2-9

To

n

fre

qu

e

n

z

b

urst-

Ge

n

erator

.

.

...

2-9

Section 3

Section

4

REV

Α

DE

C

1980

TA

BLE

0

F

CO

N

T

EN

TS

(cont)

F

G

501

Α

P

age

P

age

T

HE

O

RY

O

F

O

PER

ATIO

N

........

3-1

Sectio

n

5

M

AI

NT

EN

ANC

E

. .

.

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

5-1

Int

r

oductio

n

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

.

3-1

Ge

n

eral

M

ai

n

te

n

an

ce

Info

rm

atio

n

...

5-1

L

oo

p

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

. .

3-1

Static

Se

n

sitive

Compone

n

ts

.....

5-1

Fr

eq

uency

Co

n

t r

ol

A

nd

Su

mmi

n

g

Cleaning

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

5-1

Am

p

lifier

.

...........

.

....

. .

3-1

O

b

tai

n

i

n

g

R

e

p

laceme

n

t

P

arts

....

5-2

C

ur

re

n

t

So

ur

ces

An

d

Switc

h

.....

3-1

Sol

d

e

r

i

n

g

Tec

hn

i

q

ues

..........

5-2

Timi n

g

Ca

p

acito

r

s

A

nd

Ca

p

acita

nce

Se

m

ico

ndu

ctors

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

5-2

Mu

lti

p

lie

r

....

...

. .

..........

3-1

I

n

te

r

conn

ecti

ng P

i

ns

...........

5-2

Tria

n

gle

Bu

ffer

. .

.

...

.........

3-1

Coaxial

Ca

b

les

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

5-2

L

evel

Com

p

a

r

ato

r

s

.

. .

.........

3-2

Mu

lti

p

i

n

Co

nn

ectors

...........

5-3

R

efere

n

ce

V

oltages

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

3-2

Cam

Switc

hes

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

5-3

L

oo

p

Logic

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

3-2

Pu

s

hb

utto

n

Switc

h

es

..........

5-4

Trigger

Ge

ne

r

ato

r

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

3-2

F

ro

n

t

P

anel

L

atc

h

R

emoval

.

.....

5-4

Sq

u

arewave

Ge

n

e

r

ator

.........

3-2

R

ea

r

I

n

terface

Information

........

5-4

Ph

aseCla

mp

T

hresh

ol

d

Detecto

r

. .

3-2

F

unctions

Availa

b

le

At

R

ear

Cur

r

ent

Am

p

lifier

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

3-3

Co

nn

ector

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

5-4

T

r

ig/Gate

Am

p

a

nd

Si

neS

h

ape

r ....

3-3

Trig/Gate

Am

p

And

L

ogic

.......

3-3

Si

n

e

S

h

aper

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

3-3

Tra

n

sco

ndu

cta

n

ce

Am

p

lifier

.

. .

3-3

S

h

aper

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

.

3-3

Sectio

n

β

O

P

TIO

N

S

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

....

6-1

Outp

u

t

Bu

ffer

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

. .

3-3

Out

p

ut

Am

p

lifie

r

s

A

nd

Atte

n

uators

.

.

3-4

P

ower

S

up

ply

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

.

.

. .

3-4

+20

V

S

upp

ly

...........

.......

3-4 Sectio

n7

REPL

AC

E

A

BLEELE

CT

R

ICAL

P

A

R

TS

+15

V

Su

pply

...........

.......

3-4

+5

V

Su

p

ply

....

.

...

...

.......

3-4

-20

V

Su

pply

.

.

.......

.

........

3-4

-15

V

Su

pp

ly

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

3-4 Sectio

n8

DIAG

R

A

M

SAND

I

LLU

ST

R

ATIO

N

S

A

dju

stment

L

ocatio

ns

CA

L

I

BR

ATIO

N

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

4-1

Block

Diagram

P

erfo

r

ma

n

ce

C

h

ec

k

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

4-1

Sc

he

m

atic

Diag

r

ams

I

n

tro

du

ctio

n

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

. .

4-1

P

a r

ts

Location

Gr

i

d

s

a

nd

R

eference

Test

Equ

ip

m

e

n

t

Re

qu

i

r

ed

.

. .

....

4-1

C

h

a r

ts

A

dju

stme

n

t

Pr

oce

dur

e

....

.

.

.....

4-8

Intro

du

ctio

n

...

.

....

.

........

4-8

Services

Availa

b

le

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

4-8

R

ecalibration

I

n

te

r

val

..........

4-8

Sectio

n

9

REPL

AC

E

A

BLE

ME

C

HAN

ICA

LP

AR

TS

Test

Eq

ui

p

ment

R

e

q

ui

r

ed

.......

4-8

Ex

p

loded

V

iew

P

reparation

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

4-8

Accesso

r

ies

F

G

501

Α

ΊΥ

L

IST

OF

ILLUSTRATIONS

REV

ΑD

EC

1980

Fig

.

No

.

P

age

F

ig

.

No

.

P

age

2-1

INSTALLATION

A

ND

REMOVAL

......

2-1

4-5

TEST

SETUP

FOR

DIAL

CAL

A

ND

L

OOP

2-2

CONTROLS

AND

CONNECTORS

.

....

2-3

D

ELAY

ADJUSTMENT

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

4-14

2-3

SWEPT

FREQUENCY

R

ANGE

(VCF)

...

2-6

5-1

COAXIAL

END

LEAD

CONNECTOR

ASSEMBLY

5-3

2-4 B

ASIC

FUNCTIONS

(WAVEFORMS)

.

. .

2-7

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

..

5-2

ORIENTATION

A

ND

DISASSEMBLY

OF

2-5

R

AMPS

AND

PULSES

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

2-7

MULTIPIN

CONNECTORS

..........

5-3

2-6

PHASE

RELATIONSHIPS

(OUTPUT

AND

5-3 E

XTENSION

S

HAFT

AND

PUSHBUTTON

T

RIG)

.

. .

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

...

2-7

REMOVAL

.......

.

..... .

........

5-4

2-7

TRIGGER

SIGNAL

A

MPLITUDE

5-4

REAR

I

NTERFACE

CONNECTOR

REQUIREMENTS

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

2-7

ASSIGNMENTS

.

.........

...

. .

...

5-5

2-8

GATED

OPERATION

(WAVEFORMS)

. .

2-8

2-9

TRIGGERED

OPERATION

(WAVEFORMS)

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

.

2-8

ΝΟΤΕ

2-10

PHASE

CONTROL

(WAVEFORMS)

....

2-8

2-11

ANALYZING

CIRCUIT

OR

SYSTEM

Th

e

followi

ng

illustrations

a

p

pea

r

in

t

he

Diag

r

ams

RESPONSE

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

....

2-9

and

Illustrations fol

d

out section

.

2-12

TONE

BURST

GENERATION

........

2-10

4-1

TESTSETUPFORDIAL

ALIGNMENT

AND

OFFSET

ADJUSTMENT

.

...

........

4-9

8-1

ADJUSTMENT

AND

TEST

POINT

L

OCATIONS

AUXILIARY

B

OARD

(

Α

12)

4-2

TEST

SETUP

FOR

SINE

DISTORTION

8-2

ADJUSTMENT

AND

TEST

POINT

ADJUSTMENT

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

4-11

L

OCATIONS

MAIN

B

OARD

(

Α

10)

4-3

TEST

SETUP

FOR

O

FFSET

AND

8-3

BLOCK

DIAGRAM

SINE/SQUARE

A

MPLITUDE

8-4

ADJUSTMENT

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

....

4-12

and

P

ARTS

L

OCATION

G

RIDS

4-4

TEST

SETUP

FOR

SQUAREWAVE

8-5

COMP/RISE

A

ND

F

ALLTIME

ADJUSTMENT

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

.

.

.....

4-13

L

IST

O

F

TA

BLE

S

NO

ΤΕ

Th

e

following

tables

a

pp

ea

r

in

t

h

e

Diag

r

ams

a

nd

Illust

r

atio

ns

fol

d

out

section

.

8-1

t

h

r

u

CO

MP

O

NEN

T

REFEREN

C

ECH

A

R

TS

8-5

Table

No

.

P

age

1-1

ELE

CT

RICA

L

C

HA

R

ACT

ER

ISTICS

.

...

1-2

1-2

M

ISC

ELL

A

NE

OU

S

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

1-4

1-3

ENV

I

R

O

NMEN

TA

L

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

1-4

1-4

PH

YSICA

L

C

HA

R

ACT

ER

ISTICS

......

1-5

4-1

T

E

ST

E

Q

U

I

PMEN

T

RE

Q

U

I

RE

D

.......

4-1

5-1

REL

ATI

VE

SU

SC

EP

TI

B

I

L

ITY

TO

STATIC

DISC

H

A

R

AG

E

DA

M

AG

E

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

5-1

F

G

501

Α

T

he

gene

r

al

safety

i

n

formatio

n

i

n

t

h

is

p

art

of

t

h

e

summary

is

for

both

ope

r

ati

ng

and

servici

n

g

perso

nn

el

.

S

p

ecific

warnings

and cau

tio

n

s

will

be

found

t

h

roug

h

out

t

h

e

ma

n

ual

w

here

t

hey

apply,

b

ut

may

n

ot

a

pp

ear

in

t

h

is

summary

.

In

T

h

is

Manual

CA

U

TIO

N

stateme

n

ts

i

d

entify

co

nd

itions

or

p

racticest

h

at

could

res

u

lt

i

n

damagetot

he

equi

p

me

n

t

or

ot

h

er

p

rope

r

ty

.

W

A

RN

I

NG

statements

i

d

entify

co

nd

itions

or

practices

t

h

at

cou

l

d

result

i

n

personal

i

nj

ury

or

loss

of

life

.

As

M

ar

k

ed on

E

qui

p

ment

CA

U

TIO

N

i

n

dicates

αperso

n

al

i

nj

ury h

azar

d not im-

me

d

iately

accessi

b

le

as

one

reads

t

he

mar

k

i

n

g,

or

α

hazard

to

p

ro

p

erty

incl

ud

i

n

g

t

he

eq

uipment

itself

.

DA

NG

ER

i

nd

icates

α

person

al

in ju

ry

h

azar

d

immediately

accessible

as

o

ne reads

t

he

mar

k

ing

.

In

T

h

is

Manual

As

M

a

rk

edon

E

quipme

n

t

Power

Source

T

h

is

pro

d

uct

is

inten

de

d

to

o

p

erate

from α

p

ower

mo

d

ule

con

n

ected

to

α

power

so

urce

t

h

at

will

not

apply

morethan

O

PER

ATO

R

SA

FE

TY

S

UMM

A

R

Y

T

ERM

S

SY

MB

O

L

S

T

h

is

symbol

i

nd

icates

w

here

a

p

p

licable

cautio

n

ary

or

ot

h

er

informatio

n

is

to

be

fou

nd

.

DA

N

G

ER

-

H

ig

h

voltage

.

P

rotective

ground

(eart

h

)

terminal

.

ATTENTION

-

refer

to

manual

.

250

volts

rms

between

t

he

supply

conductors

or

betwee

n

eit

h

er

supply

cond

u

ctor

an

d

ground

.

Α

p

rotective

ground

connectio

n by

way

of

t

he

grou

nd

i

n

g

co

ndu

ctor

i

n

t

h

e

power

cord

is

essen

tial

for

safe

op

eration

.

G

r

ou

n

ding

t

he

P

roduct

T

h

is

prod

u

ct

is

grou

n

ded

t

hroug h

t

h

e

grou

nd

i

n

g

co

n

duc-

tor

of

t

h

e p

owe

r

mo

d

ule

p

ower

cord

.

To

avoid

electrical

shock

,

p

lug

t

h

e

p

ower

cord

into

αpro

p

erly

wired

rece

p

-

tacle

before

connecti

n

g

to

t

h

e p

ro

d

uct

i

nput

or

outp

ut

te

r

mi n

als

.

Α

p

rotective

groundco

n

nectio

n by

way

of

t

he

groundin

g

conductor

in

t

he

power

module

p

ower

cor

d

is

essen

tial

for

safe

o

p

eration

.

Da

n

ger

Arising

F

rom

L

oss

of

Ground

U

po

n

loss of

t

h

e

protective-ground

co

nn

ectio

n

,

all

accessible

cond

u

ctive

parts

(i

n

clu

d

i

n

g

k

nobs

and con

-

trols

t

h

at

may

ap

pear

to

be

i

n

sulating)

ca

n

re

nd e

r

an

electric

s

hock

.

U

se

t

he

P

ro

p

er

Fu

se

To

avoid

fire

h

azard,

use

only

t

h

e

fuse

of

co

r

rect

type,

voltage

rating

a

nd cu

r

re

n

t

rati

n

g

as

specified

in

t

he p

arts

list

for

your

pro

d

uct

.

R

efer

fuse

re

p

laceme

n

t

to

q

u

alified

service

perso

nn

el

.

Do

N

ot

Operate

in E

xp

losive

Atmosp

h

eres

To

avoid

explosion,

d

o

n

ot

o

p

erate

t

h

is

p

ro

d

uct

i

n an

exp

losive

atmos

phere u

nless

it

has

bee

n s

p

ecifically

certified

for

such

o

p

e

r

atio

n

.

Do

N

ot

O

pe

r

ate

W

it

h

out

Covers

To

avoid

p

erson

al

in

j

ury,

d

o

not

operate

t

h

is

p

ro

du

ct

wit

hout covers

or

p

a

n

els

installed

.

Do

n

ot

apply

powerto

t

h

e

plug-i

n

via

αp

lug-in

exte

nder

.

Do

Not

Serv

i

ce

Alone

S

ERV

ICI

N

G

SA

FE

TY

S

U

M

M

A

RY

F

O

R

Q

U

A

L

I

F

I

E

D

S

ERV

IC

E

PER

SO

NNEL

ONLY

R

efe

r

also

to

t

he

preceding

Ope

r

ato

r

s

Safety

Summary

.

Do

n

ot

perfo

r

m

i

n

ter

n

al

service

or ad

ju

stme

n

t

of

t

h

is

pr

od

u

ct

u

n

less

an

ot

h

er

p

erson

capa

b

le of

r

e

nd

e

r

i

n

g

first

ai

d

a

nd

res

u

scitatio

n

is

pr

ese

n

t

.

U

se

Ca

r

e

Wh

en

Servici

ng

Wit

hP

ower

On

Dangero

u

s

voltages

may

exist

at

several

p

oints

i

n

t

h

is

pr

oduct

.

To

avoi

d

personal

i

njur

y,

do

not

touc

h

expose

d

con

n

ectio

ns a

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ile

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ower

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.

P

owe

r

Sou

r

ce

F

G

501

Α

Disconnect

power

before

r

emoving

p

rotective

p

an

els,

sol

de

r

i

n

g,

or re

p

lacing

co

mp

o

n

en

ts

.

Th

is

p

r

od

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ct

is

i

n

tende

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to

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erate

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n

α

power

mo

du

le

co

nnecte

d

to

αp

owerso

ur

ce

t

h

at

will

n

ot

apply

morethan

250

volts

r

ms

b

etwee

n

t

h

e

supply

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uctors

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r

betwee

n

eit

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s

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pp

ly

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ductor a

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ound

.

Α

pr

otective

grou

nd

con

n

ectio

n b

y

way

of

t

he

grou

nd

i

n

g

co

nd

ucto

r

in

t

he

power

co

rd

is

essential

for

safe

op

eration

.