Tektronix SG 503 Bedienungsanleitung

Inhaltsverzeichnis

Andere Tektronix Wechselrichter Handbücher

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Tektronix FG503 Bedienungsanleitung

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Tektronix AFG3011C Bedienungsanleitung

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Tektronix AWG5200 Series Handbuch

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Tektronix AFG31000 Series Gebrauchs- und Pflegehandbuch

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Tektronix SPG8000A Bedienungsanleitung

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Tektronix CFG280 Bedienungsanleitung

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Tektronix SPG8000A Bedienungsanleitung

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Tektronix AWG 2040 Bedienungsanleitung

Tektronix

Tektronix TR 503 Bedienungsanleitung

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Tektronix AFG1022 Handbuch

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Tektronix DG2030 Bedienungsanleitung

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Tektronix AWG710 Bedienungs- und Wartungshandbuch

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Tektronix TLA715 Series Bedienungsanleitung

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Tektronix AFG2021 Handbuch

Tektronix

Tektronix AWG710 Bedienungsanleitung

Tektronix

Tektronix TG700 Betriebsanleitung

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Tektronix TSG1001 Bedienungsanleitung

Tektronix

Tektronix Tektronix SPG8000 Handbuch

Tektronix

Tektronix SPG600 Service-Handbuch

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Tektronix SPG8000A Handbuch

Tektronix

Tektronix RTX100B Bedienungsanleitung

Tektronix

Tektronix DG2020A Bedienungs- und Wartungshandbuch

Tektronix

Tektronix TSG 601 Bedienungsanleitung

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ATON RA.Store-3 Bedienungsanleitung

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Vanner 20-500 Series Bedienungsanleitung

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Astrel Group Power Reducer Kurzanleitung

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MULTIQUIP GDP-5H Leitfaden

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Promate PM13500D ES Bedienungsanleitung

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Mitsubishi Electric FR-A7AZ Bedienungsanleitung

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