Tektronix 466 Manual de usuario

466/464

OSCILLOSCOPES AND

DM44

DIGITAL MULTIMETER

]

Tektronix,

Inc.

P.O.

Box

500

Beaverton, Oregon

070-2037-00

Product Group 40

97077

lektron~

COMMITTED

EXCELLENCE

PLEASE CHECK FOR CHANGE

INFORMATION

THE REAR

OF THIS MANUAL.

INSTRUCTION

MANUAL

First Printing JUL 1976

Serial Number

______

Revised FEB 1982

reserved. Contents of this publication may not be

reproduced in any form

without

the

written

permission of Tektronix, Inc.

Products of Tektronix, Inc. and its subsidiaries

are covered by

U.S.

and foreign patents

and/

pending patents.

TEKTRONIX, TEK, SCOPE-MOBILE,

and~

are registered trademarks of Tektronix, Inc.

TELEOUI

ENT is a registered trademark of

Tektronix

U.K. Limited.

Printed in U.S.A. Specification and price change

privileges are reserved.

TABLE

OF CONTENTS

Page Page

J LIST OF ILLUSTRATIONS iv DELA

YEO

SWEEP DISPLA

LIST OF TABLES v MIXED SWEEP DISPLAYS

X-Y

DISPLAYS

BEFORE OPERATING SINGLE SWEEP DISPLAY

l INTRODUCTION

SAFETY INFORMATION 1 STORAGE DISPLA

OPERATING VOLTAGE 2 STORAGE

l Line Voltage Selection 2 SAVE STORAGE

Regulating Range Selection 2 SAVE RANDOM EVENTS

OPTIONS 3 REDUCED SCAN STORAGE (466 ONLY)

CONTROLS, CONNECTORS, AND DM44 DISPLAYS AND MEASUREMENTS

INDICATORS

4 RESISTANCE

VERTICAL 4 VOLTS

] DISPLAY AND STORAGE 6 TEMPERATURE

DM44 9 Accuracy Check

TRIGGER 10 Low Temperature

HORIZONTAL

AND POWER 13 High Temperature

REAR PANEL 15 TIME AND 1/TIME

RIGHT SIDE PANEL 16

LEFT SIDE PANEL 16 APPLICATIONS AND MEASUREMENTS 32

BASIC

OSCILLOSCOPE DISPLAYS 18 PRELIMINARY 32

NORMAL

SWEEP DISPLAY 18 Signal Ground 32

MAGNIFIED SWEEP DISPLAYS 19 Input Coupling Capacitor Precharging 32

J REV FEB 1982 466/464 DM44 Operators

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TABLE

CONTENTS

(cont) !

APPLICATIONS AND MEASUREMENTS (cont) Page APPLICATIONS AND MEASUREMENTS

(cont)

Page

OPERATOR'S ADJUSTMENTS AND CHECKS

HIGH

RESOLUTION PHASE DIFFERENCE I

Trace Rotation Adjustment

MEASUREMENTS 47

Probe Compensation

PULSE JITTER MEASUREMENTS 48

Vertical Gain Check

DELA

YEO

OR MIXED SWEEP r

Basic 466/464

Timing

Check (60 Hertz

MAGNIFICATION

Line Only)

Magnified Sweep Starts

After

Delay 48

DM44 Timing Check (60 Hertz Line Only)

Triggered Delay Sweep Magnification 50

External Horizontal Gain Check

PEAK-TO-PEAK VOLTAGE

MEASUREMENTS-AC

INSTANTANEOUS VOLTAGE

BASIC

466/464 DELAYEO OR MIXED SWEEP E

MEASUREMENTS-DC

36 TIME MEASUREMENTS

ALGEBRAIC ADDITION

TIME

DIFFERENCE BETWEEN REPETITIVE

COMMON-MODE

REJECTION 39 PULSES (BASIC 466/464)

AMPLITUDE COMPARISON

TIME

DURATION MEASUREMENTS I

MEASUREMENTS

(BASIC 466/464)

TIME DURATION MEASUREMENTS

FREQUENCY MEASUREMENTS

(BASIC 466/464) 53 I

RISETIME MEASUREMENTS

TIME

DIFFERENCE BETWEEN TWO PULSES

TIME-DIFFERENCE BETWEEN TWO FROM DIFFERENT SOURCES

PULSES FROM DIFFERENT SOURCES

(BASIC 466/464) 54

TIME COMPARISON MEASUREMENTS

RISETIME (BASIC 466/464)

PHASE DIFFERENCE MEASUREMENTS

MIX (BASIC 466/464)

466/464 DM44 Operators

REV

A AUG 1980 I

TABLE OF CONTENTS (cont)

DM44 DELAYED OR MIXED SWEEP TIME Page OPERATOR'S SPECIFICATIONS (cont)

MEASUREMENTS 58 HORIZONTAL

TIME

DIFFERENCE BETWEEN REPETITIVE

X-Y

PULSES (DM44) 60 CALIBRATOR

TIME

DURATION

MEASUREMENTS (DM44)

Z AXIS INPUT

FREQUENCY MEASUREMENTS (DM44) 62 OUTPUTS

TIME

DIFFERENCE BETWEEN TWO PULSES CH 1

Out

FROM DIFFERENT SOURCES (DM44) 62

A+

and

B+

Gates

RISETIME {DM44) 64 AC POWER SOURCE

MIX {DM44) 64 ENVIRONMENTAL

OPERATOR'S SPECIFICATIONS 65 DM44

DIGITAL

MULTIMETER

466/464

OSCILLOSCOPE

65 RESISTANCE

STORAGE

65 TIME

Stored

Writing

Speed 65 1/TIME

Storage View

Time

65 TEMPERATURE

VERTICAL

65 DC VOLTAGE

TRIGGERING

Sensitivity 66 ACCESSORIES

External

Trigger

Input

66 STANDARD ACCESSORIES

INCLUDED

Level

Control

Range in Ext 67 OPTIONAL ACCESSORIES

Trigger

DIFFERENTIAL

TIME

MEASUREMENT OPTIONS

{BASIC

466/464) 67 OPTION 1

DIFFERENTIAL

TIME

MEASUREMENT OPTION 4

{DM44) 67 OPTION 7

@ 466/464 DM44 Operators

. d

-~-a

Page

iii

,£.

LIST OF ILLUSTRATIONS m

Page Page

Fig. 1 Regulating range selector and line Fig. 17 Instantaneous voltage measurement.

fuse. 3 Fig. 18 Algebraic addition.

Fig. 2 Vertical controls, connectors, and Fig. 19 Common-mode rejection. 39

indicators. 4 Fig.

Time duration.

Fig. 3 Display and storage controls, Fig.

Risetime.

connectors, and indicators. 6 Fig.

Time difference between

two

pulses r

Fig. 4

44 controls, connectors, and from different sources.

indicators. 8 Fig.

Phase difference.

Fig. 5 Trigger controls, connectors, and Fig. 24 High-resolution phase difference.

indicators. 10 Fig.

Pulse jitter.

Fig. 6 Trigger, horizontal, and

power

Fig.

Delayed sweep magnification.

controls, connectors, and indicators.

Fig.

Time difference between repetitive E

Fig. 7 Horizontal and power controls, pulses.

connectors, and indicators.

Fig.

Time duration.

Fig. 8 Rear panel controls, connectors, and Fig.

Time difference between

two

pulses

indicators.

from different sources.

Fig. SA

Left

side panel controls 17 Fig. 30 Risetime.

Fig. 9 Tilted operation. 18 Fig.

Time difference between repetitive

Fig. 10 Resistance.

pulses.

Fig.

Volts.

Fig. 32 Time duration and frequency

Fig. 12 Temperature 29 measurements.

Fig.

13 Probe compensation. 33 Fig. 33 Time difference between

two

pulses

Fig. 14 Basic 466/464 timing check. 34 from different sources.

Fig. 15 DM44 timing check 34 Fig. 34 Risetime. 64

Fig. 16 Peak-to-peak voltage

a waveform. 36

466/464 DM44 Operators REV FEB

1982

]

TABLE

1 Regulating Ranges.

TABLE

2 Resistance Ranges.

TABLE

3 Volts Ranges.

LIST OF TABLES

Page

3 TABLE 4 Centigrade to Fahrenheit Conversion

TABLE 5 DM44 Delayed Sweep Displays

466/464 DM44 Operators

Page

. JI.<•·· '

THE ACCESSORY POUCH

ILLUSTRATED

SHOULD

MAIN

ATTACHED

TO THE OSCILLOSCOPE.

DE-

SIGNED

KEEP ACCESSORIES

READILY

AVAILABLE

AND

AFFORD

THE OSCILLOSCOPE SOME PROTEC-

TION

TRANSIT.

THE

ADJUSTABLE

CARRYING

HANDLE

DESIGNED

TO OFFER

CONVENIENT

STABLE,

OPERATING

POSI

TIONS, SUCH AS THOSE

ILLUSTRATED.

2037-16

466/464 DM44

Operators

STORAGE OR OPERATION OF THE OSCILLOSCOPE ON

ITS FOUR REAR FEET IS

NOT

DESIRABLE

. THE MOST

STABLE

OPERATING POSITIONS

ARE

ILLUSTRATED.

2037-18

]

BEFORE OPERATING

INTRODUCTION

The

Tektronix

466 and 464 are

dual-channel

portable

oscilloscopes.

The

466

storage

system

provides

storage

for

displays

with

writing

speed

3000

divisions/microsecond

(in the Fast-Reduced Scan mode).

The

464

storage

system does

not

have the reduced scan

mode

and

the

writing

speed is

110

divisions/microse-

cond

the

Fast mode.

The

remaining

features are

identical.

Storage

viewtime is

greater

than

15 seconds at

full-stored

display

intensity-extending

more than 6

minutes

using

reduced

intensity

in the Save mode.

The

dual-channel

dc-to-100

MHz

vertical system

provides

calibrated

deflection

factors

from

millivolts

volts/division.

The

sweep

trigger

circuits

are capable

stable

triggering

over

the

full

bandwidth

capabilities

the

vertical

deflection

system.

The

horizontal

deflection

system

provides

calibrated sweep rates

from

0.5

second

0.05

microsecond/division

along

with

delayed sweep

features

for

accurate

relative-time measurements. A X10

magnifier

extends the

calibrated

sweep rate

nanoseconds/division.

The

instrument

operates over a

wide

variation

line voltages and frequencies.

Maximum

power

consumption

about

100 watts.

The

Tektronix

DM44

Digital

Multimeter

measures 0

ohm

to 20 megohms, 0 de

volt

1200

volts(+

or-),

(using the temperature probe)

-55°C

+150°C.

The

measurement is displayed

3-1/2

digital

display

while

the

oscilloscope operates

normally.

The digital

multimeter

and

oscilloscope

combine

provide a digital readout

the

time

between any

two

points

on the oscilloscope display.

Both

time

measure-

ment

points are displayed on the

crt

the

same time.

The

1/TIME

function

can

provide

direct

measurement

frequency.

SAFETY INFORMATION

The instrument is designed

operate

from

single-

phase power source with

one

the

current-carrying

conductors

(the Neutral

Conductor)

ground

(earth)

potential. Operation from

power

sources where both

current-carrying

conductors

are live

with

respect

ground

(such as phase-to-phase on a

three-wire

system)

not

recommended, since

only

the

Line

Conductor

has

over-current

(fuse)

protection

within

the

instrument.

@ 466/464 DM44 Operators 1

.......

JLLJLk

.....

.fa.

Sit.

.LL.

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