Tektronix SG 5010 Bedienungsanleitung

Tektronix

COMMITTED

EXCELLENCE

PLEASE

CHECK

FOR

CHANGE

INFORMATION

THE

REAR

THIS

MANUAL

5010

PROGRAMMABLE

160

kHz

OSCILLATOR

INSTRUCTION

MANUAL

Tektronix,

Inc.

P.O.

Box

500

Beaverton,

Oregon

97077

070-4331-00

Product

Group

Serial

Number

First

Printing

SEP

1983

Revised

JUL

1985

1983

Tektronix,

Inc.

All

rights

reserved.

Contents

this

publication

may

not

reproduced

any

form

without

the

written

permission

Tektronix,

Inc.

Products

Tektronix,

Inc.

and

its

subsidiaries

are

covered

U.S.

and

foreign

patents

and/or

pending

patents.

TEKTRONIX,

TEK,

SCOPE-MOBILE,

and

are

registered

trademarks

Tektronix,

Inc.

TELEQUIPMENT

registered

trademark

Tektronix

U.K.

Limited.

Printed

U.S.A.

Specification

and

price

change

privileges

are

reserved.

FOR

QUALIFIED

SERVICE

PERSONNEL

ONLY

Refer

also

the

preceding

Operators

Safety

Summary

Not

Service

Alone

not

perform

internal

service

adjustment

this

prod¬

uct

unless

another

person

capable

rendering

first

aid

and

resuscitation

present.

Use

Care

When

Servicing

With

Power

Dangerous

voltages

may

exist

several

points

this

prod¬

uct.

avoid

personal

injury,

not

touch

exposed

connec¬

tions

and

components

while

power

on.

Disconnect

power

before

removing

protective

panels,

sol¬

dering,

replacing

components.

Power

Source

This

product

intended

operate

power

module

con¬

nected

power

source

that

will

not

apply

than

250

volts

rms

between

the

supply

conductors

between

either

supply

conductor

and

ground.

protective

ground

connec¬

tion

way

the

grounding

conductor

the

power

cord

essential

for

safe

operation.

5010

viii

5010

Programmable

160

kHz

Oscillator.

Section

1—SG

5010

SPECIFICATION

introduction

This

section

the

manual

contains

general

description

the

TEKTRONIX

5010

Programmable

160

kHz

Oscil¬

lator

and

its

electrical,

environmental,

and

physical

speci¬

fications.

Standard

accessories

are

also

listed.

Instrument

option

information

located

the

Options

section.

Instrument

Description

The

5010

Programmable

160

kHz

Oscillator

GPIB

programmable

5000-Series

plug-in

instrument

de¬

signed

for

low-distortion

audio

applications,

generates

five

waveforms:

sine

wave,

square

wave,

SMPTE/DIN

intermodulation

test

signal,

CC1F

intermodulation

test

sig¬

nal,

and

sine

wave

burst.

All

these

signals

may

swept

frequency

amplitude.

Frequency,

amplitude,

and

burst

parameters

are

fully

programmable,

are

the

sweep

pa¬

rameters.

Parameter

values

are

displayed

seven-seg¬

ment

LEDs

the

display

window.

The

window

also

indicates

parameter

units,

remote

addressed

state,

and

error

codes.

Three

source

impedances

are

selectable

and

the

output

signal

can

grounded

floating,

balanced

unbalanced.

Output

amplitude

programmable

from

0.2

21.2

peak

equivalent

Vrms

(10.6

Vrms

maxi¬

mum

unbalanced

mode),

supplying

dBm

into

600

load.

ON-OFF

function

turns

the

output

signal

off

the

output

connectors.

Additional

connectors

sup¬

ply

sync

signal,

sweep

ramp

and

pen

lift

signals

and

ac¬

cept

triggering

and

input

signals

from

external

sources.

power-up,

the

instrument

performs

self-test

and

as¬

sumes

the

settings

use

when

previously

powered-down,

with

the

exception

that

the

output

the

“OFF"

condition

and

the

display

shows

the

amplitude.

Instrument

functions

can

set

ten

user-definable

configurations

stored

memory.

The

5010

designed

for

remote

local

operation

two

compartments

any

5000-Series

power

module.

can

also

operate

under

local

control

only,

two

compart¬

ments

500-Series

power

module,

after

minor

me¬

chanical

modification

(refer

qualified

service

personnel).

Rear

interface

connections

provide

access

versions

all

front

panel

signals

except

the

main

output.

Standard

Accessories

The

following

items

are

shipped

with

the

5010.

instruction

Manual

Reference

Guide

Instrument

Interfacing

Guide

Banana-to-bnc

adapter

Optional

Accessories

plug-to-bnc

cable

Refer

the

Accessories

page

the

back

this

manual

for

part

numbers.

IEEE

488

(GPIB)

Functions

The

5010

can

remotely

programmed

via

the

digital

interface

specified

IEEE

Standard

488-1978,

IEEE

Stan¬

dard

Digital

Interface

for

Programmable

Instrumentation.

this

manual,

the

digital

interface

called

the

General

Pur¬

pose

Interface

Bus

(GPIB).

The

IEEE

standard

identifies

the

interface

function

reper¬

toire

instrument

the

GPIB

terms

interface

func¬

tion

subsets.

The

subsets

are

defined

the

standard.

The

subsets

that

apply

the

5010

are

listed

Table

1-1.

NOTE

Refer

IEEE

Standard

488-1978

for

detailed

information.

The

standard

published

the

Institute

Electrical

and

Electronics

Engineers,

Inc.,

345

East

47th

Street,

New

York,

New

York

10017.

1-1

Specification—SG

5010

Table

1-1

IEEE

488

INTERFACE

FUNCTION

SUBSETS

Function

Subset

Capability

Source

Handshake

SHI

Complete

capability.

Acceptor

Handshake

AH1

Complete

capability.

Basic

Talker

Responds

Serial

Poll,

Untalks

Listen

Address

(MLA)

received.

Basic

Listener

Unlistens

Talk

Address

(MTA)

received.

Service

Request

SRI

Complete

capability.

Remote-Local

Function

RL1

Complete

capability.

Parallel

Pol!

PPO

Does

not

respond

Parallel

Poll.

Device

Clear

DC1

Complete

capability.

Device

Trigger

Complete

capability.

Controller

Function

controller

function.

Electrical

interface

Tri-state

drivers.

Performance

Conditions

The

limits

stated

the

Performance

Requirements

col¬

umn

the

following

tables

are

valid

with

the

following

conditions:

instruments

internal

adjustments

are

performed

ambient

temperature

+20

+30°C.

instrument

must

non-condensing

environ¬

ment

whose

limits

are

described

under

Environmental,

Table

1-4.

llow

twenty

minutes

warm-up

time

for

operation

specified

accuracy;

sixty

minutes

after

exposure

stor¬

age

high-humidity

(condensing)

environment.

items

listed

the

Performance

Requirements

column

the

Electrical

Characteristics

are

verified

completing

the

Performance

Check

this

manual,

information

the

Sup¬

plemental

Information

and

Description

columns

provided

for

user

information

only

and

should

not

interpreted

Performance

Check

requirements.

1-2

Specification

—SG

5010

Table

1-2

ELECTRICAL

CHARACTERISTICS

Characteristics

Performance

Requirements

Supplemental

Information

SINE

FUNCTION

FREQUENCY

RANGE

10.00

163.80

kHz

Resolution

0.01

163.80

Hz,

0.1

1638.0

Hz,

1Hz

16.380

kHz,

163.80

kHz.

Accuracy

±0.01%

Phase

locked

internal

crystal

reference.

Typical

settling

time

specified

accuracy

less

than

0.5

second

for

frequencies

above

Hz,

increasing

approximately

second

Hz.

DISTORTION

(RL

600

ohms

maximum

output)

THD,

2nd

through

5th

harmonics

only

THD

system

spec

with

5001

analyzer

0.010%

(-80

dB)

0.010%

(-80

dB)

kHz

0.0010%

(-100

dB)

0.0032%

(-90

dB)

kHz

0.0032%

(-90

dB)

0.010%

(-80

dB)

kHz

100

kHz

0.010%

(-80

dB)

0.010%

(-80

dB)

100

kHz

163,8

kHz

0.032%

(-70

dB)

(not

applicable)

LEVEL

FLATNESS

kHz

reference)

kHz

±0.05

163.8

kHz

±0.2

SQUARE

WAVE

FUNCTION

FREQUENCY

RANGE

10.00

16.380

kHz

Accuracy

and

resolution

are

same

sinewave

function.

RISE

FALL

TiME

1.5

±10%

Typically

less

than

aberrations.

SMPTE/DIN

FUNCTION

UPPER

FREQUENCY

RANGE

163.80

kHz

Accuracy

and

resolution

same

sinewave

function.

LOWER

FREQUENCY

(IM

frequency)

RANGE

Selectable

from

Hz,

100

Hz,

125

Hz,

250

Hz,

500

Hz,

all

±2%

Settling

time

typically

less

than

second

for

changes

frequency.

Mixing

ratio

selectable

4:1

1:1,

both

typically

within

3%.

RESIDUAL

IMD

kHz

and

Hz,

kHz

and

250

Hz,

5*600

ohms)

<0.0032%

(-90

dB)

System

specification

with

5001

distortion

analyzer.

CCIF

FUNCTION

CENTER

FREQUENCY

RANGE

2.5

kHz

163.80

kHz

Accuracy

and

resolution

are

same

sinewave

function.

FREQUENCY

RANGE

Selectable

from

Hz,

100

Hz,

125

Hz,

250

Hz,

500

Hz,

all

2%.

Settling

time

typically

less

than

second

for

changes

frequency.

Output

twin

frequencies

are

fcenter

FIM.

1-3

Specification—SG

5010

Table

1-2

(cont)

ELECTRICAL

CHARACTERISTICS

Characteristics

Performance

Requirements

Supplemental

Information

CCIF

FUNCTION

RESIDUAL

IMD

(14

KHz

arid

kHz,

s*60Q

ohms)

<0.0018%

(-95

dB)

System

specification

with

5001

distortion

analyzer.

CENTER

FREQUENCY

LEAKAGE

AND

HARMONIC

CONTENT

<40

for

center

frequencies

kHz.

BURST

FUNCTION

CYCLES

RANGE

65535

OFF

CYCLES

RANGE

65535

Selecting

cycles

enables

continuous

burst

mode

and

selecting

99999

cycles

enables

single

burst

mode.

OFF

AMPLITUDE

Mode

<-40

10%

Mode

-20

±0.5

BURST

GATE

INPUT

TTL

compatible

input

with

internal

puliup

resistor.

low

input

will

truncate

burst

output

zero

crossing

and

reset

both

;

and

off

cycle

counters,

subsequent

high

input

will

enable

burst

output

available

zero

crossing.

EXTERNAL

(AMPLIFIER)

FUNCTION

INPUT

IMPEDANCE

and

Configuration

Balanced

with

approximately

15k

ohms

each

side

main

signal

output

common.

MAXIMUM

INPUT

VOLTAGE

peak

(dc

component

must

not

exceed

for

linear

operation).

Maximum

floating

voltage

peak,

limited

peak

between

input

common

and

main

output

common

for

linear

operation.

Common

mode

rejection

typically

better

than

dB,

GAIN

ACCURACY

5,0%

(0.5

for

dBm)

Output

amplitude

calibrated

for

Vrms

(5.66

Vp-p)

input.

Overall

voltage

gain

one-

half

selected

Vrms

value.

FREQUENCY

RESPONSE

kHz

ref)

±0.1

dB,

kHz

Risetime

typically

less

than

THD

(80

kHz

bandwidth

limited)

<0.01%

(-80

dB),

kHz

Specification—SG

5010

Table

1-2

(cont)

ELECTRICAL

CHARACTERISTICS

Characteristics

Performance

Requirements

Supplemental

Information

MAIN

OUTPUT

IMPEDANCE

Selectable

600

ohms

±1%,

150

ohms

2%,

ohms

Selectable

balanced

unbalanced

configuration,

floating

grounded

through

approximately

ohms.

balanced

configuration

output

impedance

from

each

output

1/2

selected

value.

Output

impedance

does

not

change

with

ON/OFF

selection,

AMPLITUDE

RANGE

Maximum

Output

Balanced

mode

21,20

Vrms

open

circuit

28.05

dBm

into

600

ohms.

Current

limited

for

combined

below

approximately

200

ohms.

Unbalanced

mode

10.60

Vrms

open

circuit

+22.05

dBm

into

600

ohms.

Current

limited

for

combined

below

approximately

100

ohms.

Minimum

Output

0.200

mVrms

open

circuit

—

72.45

dBm

into

600

ohms.

AMPLITUDE

RESOLUTION

Typically

better

than

0.25%

for

Vrms

0.05

dB.

AMPLITUDE

ACCURACY

(Vrms

3*50

mV,

calibrated

for

constant

Vp-p

output,

sinewave

equivalent

Vrms

dBm.)

Sine

function

kHz

163.8

kHz

±3.0%

(0.3

for

dBm)

Square,

SMPTE/DIN,

and

Burst

(if

>50

kHz)

functions

±3.0%

(0.3

for

dBm)

CCIF

±5.0%

(0.5

for

dBm)

TYPICAL

AMPLITUDE

SETTLING

TIME

Less

than

500

for

frequencies

above

Hz,

increasing

approximately

sec

Hz.

OFFSET

(Maximum

Output)

Balanced

Unbalanced

<25

<15

SIGNAL

BALANCE

RATIO

(Balanced

mode

only)

least

(CCITT

Recommendation

0.121)

from

kHz

for

output

levels

greater

than

equal

-10

dBm.

OTHER

OUTPUTS

SYNC

OUTPUT

LSTTL

compatible

signal

designed

give

stable

oscilloscope

display

main

output

signal

all

internally

generated

modes.

Sine,

Square

functions

Squarewave

main

output

frequency.

SMPTE/DIN

function

Squarewave

lower

(IM)

frequency.

1*5

Specification—SG

S010

Table

1-2

(cont)

ELECTRICAL

CHARACTERISTICS

Characteristics

Performance

Requirements

Supplemental

Information

OTHER

OUTPUTS

CCIF

function

Squarewave

(1/2

difference)

frequency.

Burst

function

High

when

burst

output

on,

low

when

burst

output

off.

RAMP

OUTPUT

stairstep

ramp

enabled

during

sweep

mode.

corresponds

start

parameter

and

10V

stop

parameter.

Number

steps

equals

selected

Output

impedance

approximately

ohm.

PEN

LIFT

OUTPUT

Standard

LSTTL

output.

Output

designed

enable

frequency

and

amplitude

sweeps

with

switching

transients

recorder.

REAR

INTERFACE

INPUT/OUTPUT

SYNC

OUTPUT

Pins

27B,

28B,

Same

front

panel

sync

output.

BURST

GATE

INPUT

Pins

24B,

24A.

Same

front

panel

Burst

Gate

input.

RAMP

OUTPUT

Pins

25A,

25B.

Same

front

panel

Ramp

output.

PEN

LIFT

OUTPUT

Pins

26A,

26B.

Same

front

panel

Pen

Lift

output.

MAIN

OSCILLATOR

SYNC

OUTPUT

Pins

15B,

14B.

LSTTL

ievei

output

frequency

main

oscillator.

EXTERNAL

MHz

INPUT

Pins

14A,

15A.

Buffered

input

for

allowing

external

MHz

±0.01%

better

reference.

*80

kHz

bandwidth

limited

Any

individual

harmonic

With

ohms

output

impedance.

For

other

output

impedance

selections

subtract

1.25

for

150

ohms,

and

5.35

for

600

ohms.

1-6

Inhaltsverzeichnis

Andere Tektronix Tragbarer Generator Handbücher

Tektronix

Tektronix TSG4100A Series Bedienungs- und Wartungshandbuch

Tektronix

Tektronix TG700 Bedienungsanleitung

Tektronix

Tektronix SPG70UP Bedienungsanleitung

Tektronix

Tektronix VITS 200 Bedienungsanleitung

Tektronix

Tektronix FG 5010 Bedienungsanleitung

Tektronix

Tektronix HDVG1 Bedienungsanleitung

Tektronix

Tektronix Tektronix SPG8000 Montage- und Wartungsanleitung

Tektronix

Tektronix AWG5200 Series Gebrauchs- und Pflegehandbuch

Tektronix

Tektronix AFG2000 Bedienungsanleitung

Tektronix

Tektronix AWG7082C Gebrauchsanweisung

Tektronix

Tektronix SPG3UP 01 Bedienungsanleitung

Tektronix

Tektronix AFG3000 Series Gebrauchs- und Pflegehandbuch

Tektronix

Tektronix TSG-271 Bedienungsanleitung

Tektronix

Tektronix AWG 2021 Bedienungsanleitung

Tektronix

Tektronix DG2040 Bedienungsanleitung

Tektronix

Tektronix AWG5200 Series Bedienungsanleitung

Tektronix

Tektronix 106 Produkthandbuch

Tektronix

Tektronix AWG610 Bedienungsanleitung

Tektronix

Tektronix AWG5012 Bedienungsanleitung

Tektronix

Tektronix DTG5078 Bedienungsanleitung

Tektronix

Tektronix RTX130B Bedienungsanleitung

Tektronix

Tektronix RTX130A Bedienungsanleitung

Tektronix

Tektronix AFG3000 Series Bedienungsanleitung

Tektronix

Tektronix AWG5000 Series Bedienungsanleitung

Beliebte Tragbarer Generator Handbücher anderer Marken

Kohler

Kohler 20EORZ Bedienungsanleitung

Powerhorse

Powerhorse 83171 Bedienungsanleitung

HURST

HURST ML-630-SI Bedienungsanleitung

ETQ

ETQ TG4000 Bedienungsanleitung

Briggs & Stratton

Briggs & Stratton 40265 Einrichtungshandbuch

ConMed

ConMed 7550 Bedienungsanleitung

Owon

Owon Waveform Generator Bedienungsanleitung

evertz

evertz 7700 Series Bedienungsanleitung

Power Stroke

Power Stroke PS906025 Bedienungsanleitung

Firefly

Firefly Cygnus CYG2400/460/24 Bedienungsanleitung

Draper

Draper PG950S Firmware-Update

PowerBoss

PowerBoss PowerBoss Bedienungsanleitung

SDMO

SDMO SH 4000 Bedienungsanleitung

EINHELL

EINHELL STE 5500 Bedienungsanleitung

Wanco

Wanco WI3000P Bedienungsanleitung

Full Boar

Full Boar FBT-3300 Bedienungsanleitung

Dwyer Instruments

Dwyer Instruments ASG Bedienungsanleitung

Westinghouse

Westinghouse WH1000i Series Bedienungsanleitung