Tektronix SG 503 User manual

Table of contents

Other Tektronix Inverter manuals

Tektronix

Tektronix SPG8000A User manual

Tektronix

Tektronix SG 504 User manual

Tektronix

Tektronix TSG 90 PATHFINDER User manual

Tektronix

Tektronix MTS4SAV3 User manual

Tektronix

Tektronix AFG2021 User manual

Tektronix

Tektronix Tektronix SPG8000 Use and care manual

Tektronix

Tektronix TLA715 Series User manual

Tektronix

Tektronix SPG700 User manual

Tektronix

Tektronix DTG5078 User manual

Tektronix

Tektronix AFG1000 Series User manual

Tektronix

Tektronix Tektronix SPG8000 User manual

Tektronix

Tektronix SPG600 Service manual

Tektronix

Tektronix TG700 Use and care manual

Tektronix

Tektronix AWG70002A Manual

Tektronix

Tektronix AWG5000 Series Operating and maintenance manual

Tektronix

Tektronix CFG280 User manual

Tektronix

Tektronix SPG8000A User manual

Tektronix

Tektronix RG 501 User manual

Tektronix

Tektronix MTG300 User manual

Tektronix

Tektronix SPG8000A Manual

Tektronix

Tektronix 1910 User manual

Tektronix

Tektronix RTX100A User manual

Tektronix

Tektronix AFG2021 Operating and maintenance manual

Tektronix

Tektronix AFG31000 Series Installation and maintenance instructions

Popular Inverter manuals by other brands

Fourgroup

Fourgroup Easy use and Programming Handbook

Velleman

Velleman PI300M user manual

Sungrow

Sungrow SG350HX-US user manual

WilTec

WilTec 61897 Operation manual

SMA

SMA SUNNY BOY STORAGE 2.5 Quick reference guide

Simplicity

Simplicity LANDLORD 316 product manual

Santak

Santak SMAX 3000 user manual

ATON

ATON RA.Store-3 user manual

ZIEHL-ABEGG

ZIEHL-ABEGG FXET4AMQ operating instructions

Champion

Champion 200989 Operator's manual

Vanner

Vanner 20-500 Series owner's manual

GE

GE GEP user manual

Astrel Group

Astrel Group Power Reducer Installation and instruction manual

MULTIQUIP

MULTIQUIP GDP-5H Operation and parts manual

GoWISE

GoWISE PS1007 user manual

Promate

Promate PM13500D ES Operator's manual

Mastervolt

Mastervolt WHISPER 3.5M3000 RPM user manual

Mitsubishi Electric

Mitsubishi Electric FR-A7AZ instruction manual

Te

k

t

r

o

n

ix,

Inc

.

Ρ

.

Ο

.

Box500

Beaverton,

O

r

ego

n

97077



Serial

Nu

m

be

r

ο7

ο

-

1622

-oi

Ι

Ν

S

m

Γ

UCTION

MANUAL

F

i

r

st

Pr

i

n

ti

n

g

AUG

1974

'It



,



:

-IONIX

ouio

kA

W?

60i"Oul"lly

rou0sw

~-,-

bv

Tckiro7

,-,

,

-, .f

ied

in

the

United

~

~ntes

of

America

.

.

iebetve

.'

.

Conteni

;

.i

:

,

f

this

publicatio

: ,

nc~

.y

not

Lie

weyfuMomd

in ai

-

iy

forrivvithout

pemiisL

ti

vii

of

hQuiAm

.

K

c

.

,:

,I ;

"r1'

;j

k

.>'~ 4

01

to

the

O-Kfk(')NIX

Aw

.

"ber

or Pnrt

Numbw

s

md

ScAl

We

~

ϋ

'

Ι

d

pencii4,q

.

QOhHX

is

a



traci

~~

m"i

-

k

-,!'

feWro"m

SECTION

1

S

E

CTIO

N

2

CHA

N

G

E

I

NF

O

RM

ATIO

N

R

E

V

.

C,

OCT

1977

WARNING

THE

F

O

LL

O

W

I

N

G

SER

V

ICI

N

G

I

N

STR

U

CTIO

N

S A

RE

F

O

RU

S

E

BY

Q

U

A

L

I

F

I

E

D

PER

SO

NNEL

O

NL

Y

.

T

O

A

V

OID

PER

SO

N

A

L

I

NJUR

Y,

DO

NOT

PERFORM

ANY

SER

V

ICI

N

G

OT

HER

THAN

THAT

CO

N

TAI

NE

D

IN

O

P

ERATI

N

G

I

N

ST

RU

CTIO

N

S

UNLE

SS

YO

U

A

RE

Q

U

A

L

IFIED

Τ

0DO

SO

.

SECTION

3

AD

JUST

ME

NT

3-1

S

E

CTIO

N

4

M

AINTE

N

ANC

EAND

I

NTERFACIN

G

I

NF

O

RM

ATIO

N

4-1

SE

CTIO

N

5 CI

RC

U

IT

DESCRIPTION

5-1

SE

CTIO

N

6

OPTIONS

6-1

S

E

CTIO

N

7

REPL

AC

EA

BLE

EL

ECTRICA

L

P

A

R

TS

7-1

SE

CTIO

N

8

DIAG

RA

M

A

N

D

CI

R

CU

IT

B

OA

R

D

ILLUSTRATION

8-1

SE

C

TI

O

N

9

REPL

ACEA

BLE

M

E

C

H

A

N

ICA

LP

A

R

TS

AND

E

X

PL

OD

E

DV

IE

W

9-1

P

age

O

PER

ATI

NG

I

N

STR

U

CTIO

N

S

1-1

S

PE

CIFICATIO

N

AND

PERF

O

RM

A

N

C

E

C

HE

C

K

2-1

F

ig

.

1-1

.

SG

503

L

eveled Sine

W

ave

Generator

plug-in

module

.

SG

503



REV,

Β

,

OCT

1977

Desc

r

i

p

tio

n

I

N

TROD

U

CTIO

N

T

h

e

SG

503

L

evele

d

Si

n

e-

W

ave

Ge

n

erator

p

rovides

α

regulated,

co

n

stant-amplitude

versus

fre

quen

cy

outp

ut

i

n

to

α50-oh

m

load

.

T

he

SG

503

is

p

rimarily

intended

to

be

u

sed

as an

oscilloscope

cali

b

ration

device

for

measuring

bandwidt

h s

up

to

250

mega

h

ertz

.

The

SG

503can

also

be

used

as α

signal

source

for

general

electronics

design

and

develop

me

n

t

.

N

i

n

e

overla

pp

i

ng

ra

n

ges

cover

t

he

fre

quen

cy ba

nd

fro

m

250

k

ilo

h

ertz

to

250

mega

h

ertz,

wit

h an a

dd

itional

range

reserved

for

α50 k

ilo

h

ertz

reference

frequency

.

Α

digital

cou

n

ter

wit

h

automatic

rangi

ng a

nd

α

front

panel

L

E

D

readout

is

used

for

freq

u

e

ncy

i

nd

icatio

n

.

REV

.

C,

OCT

1977

F

ig

.

1-2

.

P

lug-i

n

i

n

stallatio

n

and

removal

.

I

n

stallation

and

R

emoval

CA

U

TIO

N

Sectio

n

1--SG

503

Tu

rn

th

e

p

owe

r

mo

d

ule

off

before

i

n

serting

t

heplug-

in

;

otherwise,

d

amage

may

occ

u

r

to th

e

plug-in

circuitry

.

B

ecause

of

t

h

e high

current

d

r

aw

n

by

t

h

e

SG

503,

it

is

also

r

ecommended

t

h

at

t

h

ep

ower

module

be

tu

r

ne

d

off

before

removing

t

he

SG

503

.

R

efe

r

to

Fig

.

1-2

.

C

h

eck

to

see

t

h

at th

e

plastic

barriers

on

t

he

interconnecting

jac

k

of

t

he

selected

power

module

com

p

a

r

tment

matc

h

t

he

cut-outs

in

t

h

e

SG

503

circuit

boar

d

edge

connector

.

Alig

n

th

e

SG

503

ch

assis

wit

h

t

he

upper

and

lower

guides

of

t

h

e

selecte

d

compartment

.

P

us

h

t

he

mo

d

ule

i

n

a

n

d

press

firmly

to

seat

t

he

circuit

board

in

t

h

e

i

n

ter-

connecting

j

ac

k

.

O

p

e

r

ati

n

g

I

n

str

u

ctio

n

s-SG

503

LED

Dis

p

lay

T

hr

ee-

d

i

git

r

ea

do

u

t

I

nd

icates ou

t

pu

t f

r

e-

qu

e

ncy

FREQ

UEN

CY

V

A

R

IA

BLE

Selects

o

u

t

pu

t

fr

e-

qu

e

n

cy

wit

h

i

n

t

he de-

s

i

re

d

fr

e

qu

ency

r

an

ge

OUTPUT

A

MPL

IT

UD

E

V

O

L

TS

Ρ

-

Ρ

Deter

m

i

n

es

t

he

p

ea

k

-

to-

peak a

mp

lit

ud

e

i

n

to

t

he

atte

nu

ato

r

(A

MPL

I-

TUDE

MUL

TI

PL

I

ER)

FRE

Q

UEN

CY

V

A

R

IA

BLE

FRE

Q

UEN

CY

MHz

ι

A

MPL

IT

U D

E

MUL

TI

PL

I

ER

r

1D0



CALIBRATED

WITH

CA

BLE

ΡΝ

012-

0482

00

250



INTO

500

OUT

PU

T

2ο

=

5012

τεκτιιοηιχ

®



SG

503

LEVELE

D

SI

NE

W

A

VE

G

ENER

ATO

R

F

ig

.

1-3

.

SG

503

co

n

trols

and

conn

ecto

r

s

.

A

MPL

IT

UD

E

MUL

TI

PL

I

ER

T

hree-p

ositio

n

leve

r

switch

to

allow

c

h

oice

ο

1

un

atte

n

uated o

r

atte

n

-

u

ate

dou

t

pu

t

am

p

lit

ud

e

.

O

u

t

pu

t

am

p

lit

ud

e

is

OU

T-

PU

TA

MPL

IT

U

D

EV

O

LTS

Ρ

-

Ρ

co

n

t

r

ol

setti

ng times

t

h

e

facto

r

i

nd

icate

d by

t

he

A

MPL

IT

UD

E

MUL

TI-

PL

I

ER

switc

h

p

ositio

n

FRE

Q

UEN

CY

R

A

N

G

E

(MHz)

Selects

t

he

d

esi

r

ed

fr

e

qu

ency

r

an

ge

as

i

nd

icate

d

O

U

T

PU

T

BN

C

conn

ecto

r

o

u

t

pu

t

te

r

mi n

al

.

U

se prope

r

coaxial

cab

le

as

i

nd

icate

d

on

f r

on

t

p

a

n

el

1622-03

REV

.

Β

,

OCT

1977

Toremove

t

h

e

SG

503,

ρυΙΙ

on

t

he

release

latc

h

located

in

t

h

e

lower

left

corner,

until

t

he

interco

nn

ecting

j

ack

d

isengages

an

d

t

he

SG

503

will

sli

d

e ou

t

.

P

ower

application

to

t

h

e

SG

503

is

i

n

dicated

by

t

he

t

h

ree-digit

L

ED

(

L

ig

h

t-

E

mitti

ng Diod

e)

dis

p

lay

being

lig

h

te

d

.

Tur

n

t

he F

REQ

U

E

N

CY

R

A

N

G

E

(MHz)

control

between

t

h

e

deten

t

p

ositio

n

s

to

test

t

he

LE

D's

(888

d

is

p

lay)

.

R

eset

t

he

FREQ

UE

N

CY

R

A

N

G

E

(

MH

z)

co

n

t r

ol

to

t

he

desired

ra

n

ge

.

Allow

15

to

20 min

utes

warmu

p

time

fo

r

all

eq

uipment

before

usi

ng

t

he

SG

503

.

Over

h

eati

ng

T

h

e

SG

503

is

designed

to

o

p

erate

at

an a

m

bie

n

t

tem

p

erature

from

0°

C

to

+50'C

.

H

owever,

w

hen

op

erati

ng

several

p

ower

su pp

lies

i

n

α

multi-plug-in

power

m

odule,

esp

ecially

at

low output

voltages,

or

w

hen

o

p

erating

close

to ot

h

er

h

eat-producing

equipment,

inter-

nal

tem

p

erature

may

excee

d

safe

limits

andactuate α

t

h

ermal

cutout

i

n

t

he

power

mo

d

ule

.

R

efer to

t

he

power

m

odule

i

n

str

u

ction

man

u

al

for

more

complete

informa-

tio

n

.

Controlsan

d

Connectors

R

efer to

Fig

.

1-3

.

Even

t

h

oug

h

t

he

SG

503

is

fully

calibrated

an d

rea

dy

to use,

t

he

fu

n

ctions

an d

actio

ns

of

t

he

controls

and co nn

ectors

sh

oul

d be reviewed

b

efore

atte

mp

ti

n

g

to

use

it

.

P

ress

t

he

OU

TP

UT

button

to

apply

p

ower

to

t

he

SG

503

.

CAUTION

c

If

t

h

e

instrument

is

op

erate

d

at

t

he

extre

m

e

limit

of,

or

beyon

d

α

ban

d

range,

t

he

front-panel

d

isplay

may

flas

hα

blin

king

indication,

alerting

t

he

use

r

to

an

unleveled out

p

ut

am

p

litude

condition

.

OPERATING

CONSID

I

n

t r

oductio

n

ATIO

NS

T

he

SG

503

h

as b

een

d

esigned

and

cali

b

rate

d

wit

hα

h

ig

h

qu

ality

coaxial

cable

(

P

art

N

umber

012-0482-00)

to

o

pe

r

ate

as α

closely

matc

hed

system

w

h

e

n

termi

n

ated

into

α50-o h

m

loa

d

.

See

F

ig

.

1-4

Α

.

The

absolute

amplit

ude

across

t

h

e

loa

d

is

d

irectly

relate

d

to

its

im

ped

ance

.

P

art

N

um

b

er

012-0482-00

should be

connected

directly

to

t

he

equ

ipme

n

t

under

test

if

t

h

e

input

impedance

of

t

he

equipment

is

50 oh

ms

.

F

or

eq u

ipment

wit

h an

input

impe

d

ance

muc

h

greater

t

han 50 ohms,

an

accurate 50-

oh

m

termination

s

h

o

u

ld

b

e

connecte

d

b

etween

t

he

coax-

ial

cable

and

t

he

e

qu

ipment

.

Teecon

n

ectors

or

wire

of

any

ty

pe

b

etwee

n

t

he 50-oh

m

terminatio

n and

t

he eq

ui

p

me

n

t

b

ei

ng

tested

will

p

roduce

some

va

r

iatio

n

i

n

t

he

calibrated

output

am

p

litude

at

h

ig

h

er

frequencies

.

R

EV

.

Β

,

OCT

1977

Open-Circuit

O

p

eratio

n

Capacitive

Loads

Operating

Inst

r

uct

i

ons-SG

503

Coaxial ca

b

les

of lesser

quality

or cab

les

t

h

at

are

lo

n

ger

or sh

orter

t

han

P

art

N

um

b

er

012-0482-00

can

be

used,

b

ut

t

h

eo

u

tp

u

t

am

p

lit

ud

e

flatness

specifications

are no

longer

ap p

lica

b

le

.

Cables

t

h

at

are

2

feet

longer

or

2

feet

sh

orter

t

h

a

n P

art

Nu

m

b

er

012-0482-00

can

cause

am

p

litude

variations

t

h

at

are

as

muc

h as 4

ο

/

ο

low

or

2

ο/ο

h

ig

h

(respectively)

w

hen

compared

to

t

he

calibrate

d

amplitudes

at

250

mega

h

ertz

.

O

p

timum

p

erfor

m

ance

is

obtained

w

hen

t

h

e

setting

of

t

h

e

OUTPUT

A

MPL

IT

UD

E con

trol

is

i

n

t

h

e

1

.0

to

5

.0

ra

n

ge

.

F

or

exam

p

le

;

w

h

e

n

an

out

p

ut

am

p

litude

of

0

.5

volt

pea

k

-to-pea

k

is

desire

d

,

set

OUTPUT

A

MPL

IT

UDE

co n

-

trol

to

5

.0

an d

A

MPL

IT

UD

E

MUL

T

I

PL

I

ER

switc

h

to

Χ

.1

i

n

stea

d

of

0

.5

and

Χ

1

.

Th

e

si

n

e-wave

o

u

tp

u

t

from

the

SG

503

may

b

e

applie

d

to

an

exter

n

al

d

o

level

t

h

at

d

oes

not

excee

d

11

volt

.

At

h

ig

h

er

do

offset

levels,

couple

t h

e output

t

hroug h

α

do

b

loc

k

ing

capacitor

.

Wh

en operating

t

he

SG

503

always

co n

si

d

er

t

he

total

loa

d

impe

d

ance

an

d

its

effect

on

t

he

output

am

p

lit

ude

.

Wh

en

t

h

e

SG

503

is

operating

into

an

im

p

edance

muc

h

greater

t

han 50

o

hms,

up

to

twice

t

he

maxim

u

m

ter-

minated

output

amplitude

can be

obtai

ned

.

Und

er

o

pen

-

circ

u

it

con

d

itio

n

s,

t

he

actual

outp

ut

am

p

litu

d

e

will

be

two

times

t

he amplitude

i

n

dicate

d by

t

he

fro

n

t

panel

controls

.

O

p

e

n

-circ

u

it

amplitu

d

e

flatness

is

not

specifie

d

,

but

is

ade

quate

for

ma

ny

applications

in

t

he lower

fre

q

uency

b

an

d

s

b

ecause

t

h

e

stea

dy

state

50-oh

m

outp

ut

i

m

p

eda

nce

of

t

h

e

SG

503

reverse-terminates

t

he ch

aracteristic

im-

ped

a

nce

of

α50-oh

m

coaxial

ca

b

le

.

T

he

reverse

termina-

tio

n keeps

t

h

e

out

pu

t

amplitu

de constant

at

t

he

unter-

minate

d

e

nd

of

t

heca

b

le

even

t

h

oug

h

stan

d

ing

waves

may

exist

i

n

t

he

coaxial

ca

b

le

.

T

he

in

p

ut

ca

p

acita

nce

of

t

he

eq

uipme

n

t

u

n

der

test

will

affect

t

he ba

nd

width

.

T

he

equivalent

circuitsshown

i

n

Fig

.

1-4

Β

and F

ig

.

1-4C

are

useful

i

n

estimati

n

g

t

he

am

p

litude

ch

anges

cause

d

b

y

r

eactive

loa

ds

.

N

ote

t

h

at as

system

i

npu

t

cap

acita

nce

i

n

creases,

ban

dwidt

h

d

ecreases

.

T

he

b

andwid

t

h

of

an

oscilloscope

wit

hαh

ig

h

i

nput im

p

eda

nce

is

usually

sp

ecified

usi

n

g

an eq

uivale

n

t

25-oh

m

source

.

Wh

en o

p

erati

ng

t

h

e

SG

503

on

t

h

e

h

ig

h

er

fre

q

uency

b

ands

wit

h

no

outp

ut

attenuation,

t

he

fro

n

t-

pa

n

el

d

is

p

lay

may

flas

h

, i

nd

icati

ng

an

u

n

levele

d

out

p

ut

amplitude

.

Switc

h

the

A

MPL

IT

U

DE

MUL

TI

PL

I

ER

control

to

t

he

Χ

.1

p

ositio

n and

if

t

he

dis

p

lay

flas

h

i

ng

ceases,

t

he p

roblem

may

be

related

to

an

extreme mismatc

h b

etwee

n

t

he

SG

503

a

nd

t

he

load

.

If

t

he

SG

503

is

op

erati

ng

i

n

to

αh

ig

h

S

WR,

α

3-decibel

atte

nuator

inserted

betwee

n

t

he outp

ut

and

t

h

e

load

may

im p

rove

t

h

e

o

p

eratio

n

at

full

ou

tput

amplitude

(

Χ

1

p

ositio

n

of

t

h

e

A

MPL

IT

U

DE

MULTIPLIER

switc

h

) .

Operating

I

n

st

r

uctio

n

s---

S

G

503

(A)

Matched

system

(C)

Capacitive

load

500

AAN-S-----(

:~



PN

012-0482-00

I



--

---------

-

25

Q

-AV\IV---

ι

V

g

%

c

qj

)

V

c

50

Q



I

W----,a



PN

012-0482-00

(B)

Oscilloscope

with

high

input

impedance

50

Q

FEEDTHROUGH

TERMINATION

vv

-

\



TV"

VC

F

ig

.

14

.

Equivalent

circuits

for

SG

503,

50

ohm

coaxial

cable

and

various

terminations

.

OSCILLOSCOPE

W

IT

H

50

0

INPUT

IMPEDANCE

co

-

3

dB

cutoff

frequency

2xRC

162004

REV

.

E,

OCT

1977

P

erfor

m

ance

Co

n

ditions

C

ha

r

acteristics

Fr

equen

cy

R

a

n

ge

Accuracy

Am

p

litude

R

ange

Accuracy

REV

.

Β

,

oc

-

Γ

197

7

'The

electrical

ch

aracteristics

are

vali

d

only

if

t

he

SG

503

h

as

been

calib

r

ate

d

at

an

ambient

tem

p

erature

betwee

n

-i

20°

C

and

+30°

C

an

d

is

operating

at

an

ambie

n

t

tem

pe

r

ature

between

0°C

and

+50°C

un

less ot

h

erwise

n

oted

.

T

he

SG

503

is

calibrated

for

u

se

wit

hα

fur

n

is

hed

coaxial

cable

accessory

(See Stan

d

ard

Accessories

i

n

R

ep

laceable

M

echa

n

ical

P

arts

list

section)

terminated

i

n

to

α50-oh

m

loa

d

.

C

Ι

F

Ι

CΑT

Ι

Table

2-1

Ν

E

LE

CT

R

ICA

L

C

H

A

R

ACTERISTICS

P

erfo

r

mance

Req

ui

r

e

m

ents

250

kH

z

to

250

MH

z,

p

lus

50 kH

z

refere

nce

W

it

h

i

n

-i-0

.7

of

o

ne

cou

n

t

of

t

h

e

least

sig

n

ifica

n

t

dis

played

digit

fo

rt

h

e

i

n-

d

icate

d

fre

q

ue

ncy

.

5

m

V

to

5

.5

V

peak

-to-pea

k over

t

h

ree

d

ecade

r

an

ges

a

nd terminated

into

α

50-

Ω

load

.

At 50

kH

z

reference

frequency

;

wit

h

i

n

3

ο

/

ο

of

indicate

d

amplitud

e

on

Χ

1

ra

n

ge,

4

ο

/

ο

on

Χ

.1

range,

and

5

ο/

ο

on

Χ

.01

ra

n

ge

.

ΝΟΤΕ

Items

listed

i

n

t

h

e

P

erforma

n

ce

R

eq

uireme

n

ts

column

of

t

he E

lect

r

ical

C

h

aracteristics

are

verifie

d by

completi

ng

t

he P

erforma

n

ce

C

heck

i

n

t

h

is

manual

.

Items

liste

d

in

t

he

S

u

ppleme

n

tal

I

n

for

m

atio

n

column

are not

verified

in

t

h

is

man

u

al

;

t

hey are

eit

h

er

exp

la

n

atory

notes or

performance

ch

aracteristics

for

w

h

ic

h no

limits

are sp

ecifie

d

.

Supp

leme

n

tal

Information

Section

2----SG

503

Accuracy

must

be

set

to

wit

h

i

n

0

.3

ο/ο

on

Χ

1

ra

nge and ch

ec

k

ed

to

be

wit

h

i

n

2

.

Οο

/ο

on

Χ

.1

a

n

dΧ

.01

ra

n

ges

.

F

latness

(

Peak

-to-

P

ea

k

)

valid

only

w

h

en

p

r

ecision

coaxial

cable

is

use

d

.

F

latness

referenced

to

NB

S

corrections

of

Tektronix

stan

d

a

r

d

s

.

N

BS

uncertainties

not

included

.

Sp

ecificatio

n

an

d

P

erformance

C

h

ec

k

--SG

503

C

h

a

r

acteristics

Flatness

(

P

ea

k

-to-Pea

k

)

Am

p

lit

ud

e

M

ultiplier

Setti

ng

:

Χ

1,

Χ

.1,

Χ

.01

Amplitude

M

ulti

p

lier

Setti

ng

:

Χ

1

Am

p

litu

de

Mu

ltiplier

Setti

ng

:

X

.1

and

X

.01

H

a

r

mo

n

ic

Co

n

tent

Altitude

O

p

erati

ng

-40'C

to

4-75'C

.

V

ibratio

n

Operating

an

d

Non-

operating

Sh

oc

k

O

p

erati

ng a

n

d

Non-

operating

2-2

ELE

CTRICA

L

C

H

A

R

ACTERISTICS

ηΟ

Performance

R

equirements

F

rom

250

kH

z

to

50

MHz

out

p

ut

amplit

ud

e

will

n

ot

vary

more

t

han

1

ο/

ο

of

t

he

value

at

50

kH

z

.

F

rom

100

MHz

to

250

MH

z

am

p

li-

tude

variation

is

wit

h

in

3

ο/ο

of

t

he value

at

50

kH

z

.

50

MH

z

to

100

MH

z

ra

n

ge

;

output

am

p

litude

will

not

vary

more

t

ha

n 1 ο

/

ο

of

t

he

value

at

50 kH

z

.

50

MHz

to

100

MH

z

ra

n

ge

;

output

amplitu

d

e

will

n

ot

vary

more

t

ha

n

-f

1

.5%

and

--1

.0%

of

t

h

e

value

at

50

kH

z

.

H

armo

n

ic

su pp

ressio

n

relative

to

funda-

mental

:

Seco

nd h

armo

n

ic

at

least

35

d

B

down

.

T

h

ird

and

all

h

ig

h

er

h

armo

n

ics

at

least

40

dB

d

own

.

To

15,000

feet

maxim

u

m

operati

ng

tem

p

erature

d

ecrease

d by

1°C/1000

feet

from 5000

to

15000

feet

.

W

it

h

t

he

instr

u

ment

com

p

lete

a

n

d

op

erati

n

g,

vibration

frequen

cy

swe

p

t

from

10

to

55

to

10 Hz

at

1

mi nute

p

er

swee

p

.

V

ib

r

ate

15 mi

n

utes

in

eac

h

of

t

he

t

h

ree

ma

j

or

axes

at

0

.015

inc

h

total

d

isplaceme

n

t

.

H

old

10 mi n

utes

at

any

ma

j

or

resonance, or

in

non

e,

at

55

H

z

.

Total

time,

75 mi

n

utes

.

30

g's

1/2

sine,

11

ms

d

uration,

3

sh

oc

k

s

in

eac

h

d

irection

along 3

ma

j

or

axes,

for

α

total

of

18 sh

oc

ks

.

Table

2-1

(cont)

Table

2-2

Su

p

p

lemental

I

n

formation

E

NV

I

R

O

NMEN

TA

L

C

H

A

R

ACTE

R

ISTICS

Τ

`

Pe

r

fo

r

mance

Req

ui

r

eme

n

ts



Suppleme

n

tal

Info

r

matio

n

R

S

V

.

C,

A

PR

.

197

8