Tektronix DF2 Manuale utente

Tektronix,

Inc

Box500

Beaverton,

Oregon



97077



Serial

Number



------

.__

070-2478-00



First

Printing

JAN

1978

MANUAL

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Page

LIST

ILLUSTRATIONS

....... .

...

....



LIST

TABLES

.........

. .

....

. .

......

iii

SAFETY

INFORMATION

......

..........

SECTION



GENERAL

INFORMATION

SECTION



OPERATING

INSTRUCTIONS

Front

Panel

Controls

.......

2-1

Internal

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

2-1

External

.....

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

2-1

Basic

Operating

Instructions

........

2-4

Power-On-Mode

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

2-4

Display

Modes

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

2-4

Timing

Diagram

Displays

.....

2-4

Map

Displays

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

2-4

State

Table

Displays

.........

2-4

Displays

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

2-8

Size

and

Position

Adjustment

...

2-8

Error

Message

Displays

.....

2-8

Basic

Functional

Check

........

...

2-9

Setup

Procedure

...........

. .

2-9

Timing

Diagram

Displays

.....

...

2-9

Map

Displays

...........

. .

2-9

State

Table

Displays

...........

.2-10

Front

Panel

Adjustments

......

.2-11

Irregular

Operating

Symptoms

....

.2-12

SECTION



DETAILEDOPERATING

INSTRUCTIONS

FOR

GPIB

Introduction

. .

....

...

.......

1-1

Glossary

Terms

....

...........

1-1

Installation

. .

...

. .

........

1-2

Packaging

for

Shipment

.........

1-2

Specifications

.....

...........



1-4

Standard

Accessories

.......... .

1-6

GPIB

Overview

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

....

3-1

General

...........

...

. .

3-1

Mechanical

Elements

....

...

. .

3-1

Electrical

Elements

.....

. .

3-1

Functional

Elements

......

. .

3-2

GPIB

Line Definitions

... ...

3-2

ATN

(Attention)

Messages

. . .

3-4

Interface

Functions

.... .

. .

3-4

Setup

Procedure

for

GPIB

Operation

. .

3-5

Full

Display/First Trigger

Selector

7D01

Logic

Analyzer

. .

3-5

GPIB

Adapter

.......

.. .

. .

...

3-5

Installation

GPIB

Adapter

. .

3-8

7D01

Front

Panel

...... .. .

3-8

GPIB

Acquisition

and

Display

...

3-8

General

...........

. .

.....

3-8

Display

.......

...

3-8

ntent

Page

SECTION



DETAILED

OPERATING

INSTRUCTIONS

FOR

GPIB

(cont

GPIB

Display

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

3-8

GPIB

Crt

Display

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

3-10

Control

Lines

(Channels

4-7)

.3-10

Data

Bus

Lines

(Channels8-15)3-10

Device

Dependent

Messages

...

3-13

User

Definable

Lines

(Channels

0-3)

...........

3-13

Secondary

Functions

Display

Push

Buttons



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

3-15

GPIB

Triggering



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

3-15

General

Description

and

Features

...

3-15

ATN

(Attention)

Message

Triggering

.3-16

Triggering

Any

ATN

Message

.3-16

Triggering

Any

ATN

Message

Group

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

3-16

Triggering

Specific

ATN

Message

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

3-18

NON-ATN

Message

Triggering

....

.3-20

Triggering

Any

NON-ATN

Message

.....

. .

.3-20

Triggering

Specific

NON-ATN

Message

. .

...

. .

.3-20

Control

Line

Triggering

....

. .

3-20

GPIB

Timing



........

. .

.....

. .

3-21

Correct

Handshake



. .

....

. .

...

3-21

Asynchronous

Triggering

.....

3-21

Time

Measurements

......

...

3-23

Error

Message

Display



.....

. .

...

3-27

Requires

Channel

Mode

. . . . .

. .

3-27

Irregular

Operating

Symptoms

for

GPIB

3-28

GPIB

Applications

........

. . . .

...

3-29

Procedure



......

...

.....

3-29

Possible

Causes

....

.....

...

3-29

GPIB

Functional

Check

.....

...

. .

3-30

SECTION



DETAILED

OPERATING

INSTRUCTIONS

FOR

ASCII

Acquisition

and

Display

.....

4-1

General

...

..........

4-1

Display

. .

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

4-1

ASCII

Display

.........

4-1

ASCII

Crt

Display

...........

4-1

Secondary

Functions

of Display

Push

Buttons

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

4-6

ASCII

Triggering

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

4-8

Channel

ASCII

Triggering

.......

4-8

Channel

ASCII

Triggering

..... .

4-8

Trigger

Word

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

4-9

Negative

Logic

ASCII

Triggering

... .

4-10

Error

Message

Display



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

4-10

Requires

8 or

Channel

Mode

... .

4-10

Irregular

Operating

Symptoms

for

ASCI

I....................

4-11

ASCII

Functional

Check

...........

4-12

DF2

THE

REMAINING

PORTION

THIS

TABLE

OFCONTENTS

LISTS

THESE

RVICING

INSTRUCTIONS

THESE

SERVICING

INSTRUCTIONS

ARE

FORUSEBY

QUALIFIED

PERSONNEL

ONLY

AVOID

ELECTRICAL

SHOCK,

NOT

PERFORM

ANY

SERVICING

OTHER

THAN

THAT

CALLED

OUT

THE

OPERATING

INSTRUCTIONS

UNLESS

QUALIFIED

TODO

SECTION



THEORY

OPERATION

SECTION

Page

Front

Panel

....

. .

..........

5-1

Data

Acquisition

. . . .

.........

5-1

SECTION



REPLACEABLE

ELECTRICAL

PARTS

SECTION

DIAGRAMS

AND

CIRCUIT

BOARD

ILLUSTRATIONS

SECTION

REPLACEABLE

MECHANICAL

PARTS

CHANGE

INFORMATION

Lit

Illustration

Page

Figure

shooting

the

Display

Formatter

...

6-5

MPU,

Program,

and

Data

Storage

.....

5-2

Vert

and

Horiz

Display

Output

......

5-2

Character

Memory

and

Generator

.....

5-3

Frontis-

Page

Display Control

and

Z-Axis

. . .

...

5-3 piece

DF2

Features

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

Display

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

. .

...

5-4

1-1

Attaching

the

to the

7D01

.......

1-3

ROM

Extension

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

. .

5-4

1-2

Dimensional

Drawing

..........

1-5

2-1

Location

of the

Readout

Source

MAINTENANCE

Multi-pin

Jumper

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

2-1

Preventive

Maintenance

. .

.. .

6-1

2-2

Front

Panel Controls,

Connectors,

Cleaning

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

. . . .

6-1

and

Indicators

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

2-2

Visual

Inspection

.........

. .

6-1

2-2

(cont)

Front

Panel Controls,

Connectors,

Semiconductor

Checks

.....

...

6-1

and

Indicators

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

2-3

Troubleshooting

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

. .

6-2 2-3

Typical

Display

Modes

.........

2-5

Troubleshooting

Aids

...........

6-2 2-4

Typical

Map

Display

Usage

.........

2-6

Troubleshooting

Equipment

......

6-2 2-5

Typical

State-Table

Display

Showing

Troubleshooting

Techniques

.....

6-3

Offset

Between

7D01

and

Reference

Troubleshooting

With

the

System

State

Tables

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

2-7

Text

Fixture

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

6-4

3-1

GPIB

Connector

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

3-2

Corrective

Maintenance

...........

6-14

3-2

General Purpose

Interface

Bus

Structure

3-3

Obtaining

Replacement

Parts

......

6-14

3-3

Location

7D01

Full

Display/First

Soldering

Techniques

...........

6-14

Trigger Selector

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

3-6

Component

Removal

and

3-4

GPIB

Adapter

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

3-7

Replacement

. . . .

...........

6-15

3-5

GPIB

Operational

Mode

Display

......

3-9

Circuit

Boards

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

6-15

3-6

Changing

'Trigger

Word

Readout

Push Button

Switches

.........

6-18

GPIB

Operation

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

3-10

Semiconductors

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

6-19

3-7

Typical

GPIB

Display

Showing

Dis-

Interconnecting

Pins

.........

6-19

assembled

Instructions

IEEE

Adjustment

After

Repair

.......

6-20

Standard

488-1975

Message

Mnemonics

.3-11

PERFORMANCE

CHECK

AND

3-8

Hex

and

Binary

Mnemonic

Message

ADJUSTMENT

ConversionTable

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

3-12

Preliminary

Information

. .

.....

7-1

3-9

Hex

and Binary

ASCII

Adjustment

Interval

...

. . . .

...

7-1

Conversion

'fable

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

3-14

Tektronix

Field

Service

...

7-1

3-10

GPIB

Handshake

Timing

Diagram

.....

3-22

Performance

Check

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

7-1

3-11

GPIB

Handshake

and

ATN

With

Adjustment

Procedure

.......

. .

7-1

Associated

State

Diagrams

.......

3-24

Partial

Procedure

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

7-1

3-11

(cont)

GPIB

Handshake

and

ATN

With

rest

Equipment

Required

.....

. .

7-2

Associated

State

Diagrams

. . . . .

. .

3-25

Index

Performance

Check

and

4-1

ASCII

Operational

Mode

Display

.....

4-2

Adjustment

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

7-3

4-2

ASCII

State

Table

Displays of

Hex,

Preliminary

Procedure

..........

7-3

Performance

Check

Procedure

.....

7-4

Octal,

and

Binary

Values

.. .

. . . .

4-3

Adjustment

Procedure

..........

7-8 4-3

Changing

Display

Mode

ASCII

Operation

. .

. . . .

4-4

INSTRUMENT

OPTIONS

4-4

Hex

and

Binary

ASCII

Conversion

. .

4-5

Octal

ASCII

Conversion

.....

. .

4-6

6-1

Test

Equipment

Setup

for

Trouble-

Figure



Figure



Page

6-2



Partial

View

ROM

Extension

Board



10-8

Shows

Location

and

Indexing

for

Connection

to the

Interface



10-9

Test

Fixture

.........

....

6-5

6-3



Location

Readout

Source

Multi-



10-11

Jumper

. .

.....

. .

.....

6-9

6-4



Circuit

Board

Locations

...

.6-16

6-5



Locations

Securing

Screws



10-12

the

Front

Sub-Panel

....

. . .

. .

.6-17

6-6



Locations

Securing

Screws

Button

Lights

Circuit

Board

. . . .

...

.6-17



10-13

6-7



Locations

Hex

Securing

Spacers

and

Wiring

to be

Disconnected



10-14

Formatter

Keyboard

Circuit

Board

.6-18

6-8



Locations

Securing

Screws

Intelligence

Circuit

Board

and

ROM

Extender

Circuit

Board

...

. .

.6-18

6-9



Locations

Securing

Screws

and

HardwareMounting

Screws

Acquisition

Circuit

Board

........

6-19

6-10



Exploded

View

Circuit

Board

and

Ferrule

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

7-1



Location

7D01

Full

Display/First

Trigger

Jumper

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

7-2



Test

Setup

for

Performance

Check

anAdjustment

Procedure

........

7-3



Hexadecimal

State

Table

Display

. .

7-4



Reset

Out

Check

Test

Setup

. . . .

The

illustrations

Section

are

located

near

their

associated

diagrams

the

foldout

pages

10-1



Semiconductor

lead

configurations

10-2



Circuit

board

locations

10-3



A1-Formatter

Keyboard

circuit

board

locations

viewed

from

front

instrument

10-4



Button

Lights

circuit

board

component

locations

viewed

from

the

component

side

of the

board

10-5



A4--Acquisition

circuit

board

component

locations

10-6



A3--Intelligence

circuit

board

component

locations

10-7



Partial

A4-Acquisition

circuit

board

Component

locations

viewed

from

component

side

of the

board

Table

3-2

4-1

4-2

5-1

5-2

6-1

6-2

6-3

6-4

6-5

6-6

6-7

7-1

7-2

List

DF2

Page

A4---Acquisition

circuit

board

component

locations

A3--Intelligence

circuit

board

component

locations

Partial

A3-

Intelligence

circuit

board

Component

locations

viewed

from

the

component

side

of the

board

Partial

A4--Acquisition

circuit

board

Component

locations

viewed

with

board

installed

Partial

A3-Intelligence

circuit

board

component

locations

A2--Button

Lights

circuit

board

component

locations,

viewed

from

component

side

of the

board

Minimum

Clock

Pulses

Required

Display

Data

. . .

...

.....

3-5

Irregular

Operating

Symptoms

for

GPIB

3-28

Secondary

Functions

of Display

Push

Buttons

. . . .

..... .... .

4-7

Irregular

Operating

Symptoms

for

ASCII

.....

. .

. . . . . .



. .

.4-11

Data

Acquisition

Address

Decoder

. .

5-1

Extended

ROM

Decoder

. .

........

5-4

Error

Messages

and

Responses

......

6-2

Hex

Binary

Conversion

.......

. .

6-6

ROM

Hexadecimal

Output

Program

...

6-7

Keyboard

Circuit

Checkout

Procedure

. .

6-7

Manual

Clock

Pulses

Required

Control

Button

Lights

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

6-8

Formatter

Readout

TruthTable

.....

.6-10

Mainframe

Readout

Truth

Table

.....

6-10

Performance

Check

Description

......

7-1

Test

Equipment

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

7-3

. .

.6-20

7-4

1-1

1-2

1-3

Electrical

Characteristics

...... .

Environmental

Characteristics

Physical Characteristics

........

. .

.......

. .

Page

. .

1-4

1-5

. .

1-5

7-5

2-1 Irregular

Operating

Symptoms

......

.2-12

. . .

7-6

2-1

(cont)

Irregular

Operating

Symptoms

......

.2-13

. .

7-7

2-1

(cont)

Irregular

Operating

Symptoms

......

.2-14

GEN

RAL

The

following

general

safety

information

applies

all

operator

and

service

personnel

Specific

warnings

will

found

throughout

the

manual

where

they

apply

and

should

followed

each

instance

WARNING

statements

identify

conditions

practices

which

could

result

personal

injury

loss of

life

CAUTION

statements

identify

conditions or

practices

which

could

result

damage

the

equipment

or other

property

The

word

DANGER

the

equipment

identifies

areas

immediate

hazard

which

could

result

personal

injury

or loss

life

NOTES

identify

a procedure,

condition,

statement,

etc

which

may

essential

for

better

understanding

The

following

safety

symbols

may

appearon

the

equipment

GROUNDING

CAUTION-----Refer

manual

DANGER--Nigh

voltage

Protective

ground

(earth)

terminal

Chassis

ground

avoid

electric

shock, plug

the

power

cord

with

its

grounding

(earth)

conductor

before

connecting

the

instrument

input

output

terminals

not

defeat

the

grounding

connections

USE

THEPROPER

POWER

CORD

avoid

electric

shock

and

fire

hazard,

use

only

the

power

cord

and

connector

specified

for

your

instrument

Use

only

power

cord

good

condition

For

detailed

information

power

connectors,

see

appropriate

(operators, servicing)

instructions

US THE

PROPER

FUSS

avoid

electric

shock

and

fire

hazard,

use

only

fuses

specified

parts

list

for

your

instrument,

and

identical

the

following respects

Type

Slow

blow,

fast

blow, etc

Voltage

rating

250

etc

Current

rating

Fuse

replacement

procedures,

that

require

qualified

service

personnel

perform,

are

described

theService

portion

the

appropriate

manual

Disconnect

the

power

input

before

replacing

the

fuse

NOT

OPERATE

EXPLOSIVE

ATMOSPH

NOT

avoid

explosion,

notoperate

this

instrument

explosive

atmosphere

unless

has

been

certified

forsuch

operation

NOTREMOVE

COVERS

PANELS

To avoid personal

injury,

notoperate the instrument

without covers

panels

installed

not

perform

any

servicing

other

than

that

contained

operating

instruc-

tions

unless

you

are

qualified

doso

RVICE

ALONE

not

attempt

internal

service

adjustment

unless

another

person

capable

rendering

first

aid

and

resuscitation

present

DF2

Instruction

DF2FEATURES

2478-15

The

Display

Formatter

provides

data-domain

display

modes

addition

the

existing

time-domain

display of

the

71301 Logic

Analyzer

adds

state

table

displays

with

comparison

mode,

map

display

and

other

operational

modes

assigned to the

List

The

attaches

the

left

side

the

71301,

forming

three-wide

plug-in

assembly

This

assembly

operates

7000-series

oscilloscope

mainframe

comprise

complete

16-channel

logic

timing-state

analyzer

system

microprocessor

controlled

memory

system,

contained

the

DF,

capable

recording

two

71301

information

records

Portions

both

information

records

may

displayed

concurrently

state

table presentation

State

tables

are

displayed

terms

either

hexadecimal,

octal,

or binary

formats

Thisdata

may

displayed

two

tables

of 17

lines

16-bit

words

each

The

left-hand

table

displays

data currently stored

the

71301

memory

(71301

display)

The

right-hand

table

displays

data

that has

been

transferred

from

71301

displays

the

memory

(reference

display)

The

compares

the

tables

and

resets

the

71301

when

the

71301

data

equals

the

reference

data

The

map

function

plots

dot

display of the

data channels

X-Y

coordinate

points

Each

dot

location

represents

one

possible

combination

inputs to the 71301

The

Instruction

Manual

contains

eleven

sections

Operating

information

covered

the

first

four

sections

;

servicing

information

covered

the remaining

seven

sections

Schematic

diagrams

are located

the

rear

of the

manual

and

can

be unfolded

for reference

while

reading

other

parts

the

manual

The

reference designators

and

symbols

used

the

schematic

diagrams

are

defined

the

first

page

the

Diagrams

and

Circuit

Board

Illustrations

section

Abbreviations

used

the

manuals,

except

the

parts

list

and

schematic

diagrams,

comply

with

the

American

National

Standards

Institute

.1-1972

publication

The

parts

list

computer

printout

and

uses

computer-supplied

abbreviations

Throughout

this

manual

the

DF2

Display

Formatter

will

referred

the

"DF

The

following

logic

terms

are

used

throughout

this

manual

Asynchronous

Mode-The

data

acquired

the 71301

using

its

internal

clock

rate

selected

its

sample

interval

control

Bit-The

smallest

increment

digital

information

Blanked

Columns--The

columns

eliminated

from

the

memory

the

COLUMN

BLANK

function

Compare-A

check

between

the 71301

memory

and

the

reference

memory

for

equality

microprocessor

function

Data---This

informationacquired

the 71301

to 16

channels

of data

may

be acquired,

and

each

data

bit

one

clock

period

the

synchronous

mode

Data

Record--All

of the

information

stored

the

71301

memory

or the

memory

Data

Record

has

4096

bits

information

DataWord--This

Good

Data

that

may

formatted

any

of three

different

ways

GLOSSARY



vertical

slice

of the

Timing

Diagram

display

coordinate

point

the

Map

display

horizontal

line

of characters

a State

Table

display

NOTE

Channel

the

top-most

channel

displayed

TIMING

DIAGRAM

format

and

always

considered

the

least

significant

bit

Don't

Care

Data--Invalid

Data

that

excludedfrom

comparison

in all

comparison

modes

End

Data---Data that

fills

out

the

last

portion of

table

when

valid

data

ends

before

completion

of the

table

This

indicated

by an

"*"

the display

Good

Data--All

data

which

not

Invalid

Data

Section 1---DF2

Indeterminate

Data--This

valid

data

but

considered

invalid

because

its

location

cannot

defined

This

data

indicated

by an

"X"

the

display

and

occurs during

sweep

retrace

Timing

Diagram

The

number

Indeterminate

Data

bits

for

each

position

of the 71301

bits/channel

switch

are

Two

bits

(254

bits/channel

position),

four

bits

(508

bits/channel

position),

and

eight

bits

(1016

bits/channel

position)

Invalid

Data--This

term

describes a

combination

Indeter-

minate

Data,

Old

Data

(if

any),

and

End

Data

New

Data--The

most

recent

acquisition

Good

Data

into

the 71301

Old

Data--Data

which

was

part

Data Record

the 71301

memory

but

out

sequence

This

caused

the

arrival

of the

trigger

before the

New

Data

has

completely

filled

the

memory

Old

Data

indicated

"X"

the

display

Reference

State

Table--A

display

DFmemory

data

transferred

from

71301 display

and

displayed

the

right

half

of the

crt

Synchronous

Mode--The

data

acquired

the 71301

using

externally supplied clock

signal

(71301

sample

interval

switch

set

external,

and

with

the

external

clock

signal

connected

to the clock

input

of the

channel

0-7

Data

Acquisition

Probe)

TABLE-This

term

refers

only

the

lines

of data

dis-

played

the

left

right

sides

of the

crt

anyone

time

"TABLES-"

refers

only

the

displayed

data

contained

the

two

tables

and

should

not

confused

with

the

total

memory

capacity

Word-See

Data

Word

General

Information-DF

LLATI

NOTE

The

Display

Formatter

attaches to

the

left

side

of the

7D01

Logic

Analyzer

make

three-wide

plug-in

system

Thetwo

units latch

together

provide

rigid

instrument

that plugs

into

7000-series

mainframe

Refer

to Figure

1-1

to attach the

to the

7D01

preventinstrument

damage,

plug-in

units

shouldnot

installed

removed

without

first

turning

off the

mainframe

power

install

the

DF/7D01,

first

turn

off the

power

the

oscilloscope

mainframe

Then,

gently

push

the

plug-in

units

into the

appropriate

plug-in

compartments

until

they

fit

firmly

The

front panels of the

DF/7D01

should

flush

with

the front panel of the oscilloscope

mainframe

When

installed

four-compartment

main-

frame,

the

DF%7D01

occupies

the

left

vertical,

right

vertical,

and

horizontal

compartments

only

The

oscilloscope

mainframe

vertical

mode

switch

must

set

right

and

the

horizontal

mode

switch

must

set to

remove

the

DF/7D01,

pull

the

release

latch

(located

the

lower

left

corner

the

7D01)

disengage

the

DF/7D01

from

the

mainframe

Then,

gently

slide

the

plug-in

units

from

the

mainframe



this

instrument

to be

shipped

for

long

distances

commercial

transportation,

it is

recommended

that

the

instrument

packaged

the

original

manner

for

maxi-

mum

protection

The

carton

and

packaging

material

which

your

instrument

was

shipped

should

saved

and

used

for

this

purpose

Also,

this

instrument

shipped

to a

Tektronix

Service

Center

for

service

repair,

attach a tag to the

instrument

showing

the

following

Owner

of the

instrument

(with

address),

the

name

of an

individual

your

firm

that

can

contacted,

complete

instrument

type

and

serial

number,

and

description of the

service

required

the

original

packaging

unfit

for use

not

available,

package

the

instrument

follows

1 .

Obtain

a carton of

corrugated

cardboard

with

least

200-pound

test

strength

and

least

6 inches

larger

than

the

instrument

dimensions

allow

for

cushioning

Surround

the

instrument

with polyethylene

sheeting

protect the

instrument

Allow

3-inch

cushion

all

sides

tightly

packing

dunnage

urethane

foam

between

the

carton

and

the

instrument

Seal

the

carton

with

shipping

tape

with

industrial

stapler

Mark

the

address

of the

Tektronix

Service

Center

and

your

return

address

the

carton

one

locations

Slide

the

movable

latch

the

top

the

forward

until

stops

Continue

slide

the

forward

until

the

jack

the

top

rear

the

lines

with

its

mating

plug

the

71301

DF/71301

INSTALLATION

Figure

1-1

Attaching

the

71301

General

Information-131`2

Tilt

the

and

71301

slightly

and

place

the

bottom

two

latches

the

into the

bottom

two

slots

the

71301

Gently

slide

the

forward

just

engage

the

bottom

latches

with

the

bottom

track

the

71301

Gently

press

the

units

together

until

the

connector

properly

mated

and

the

movable

latch

inserted

into

the

rail

slot

the

71301

Make

sure

the

movable

latch

fits

into

the

71301

rail

groove

and

slide

the

movable

latch

toward

the

rear

along

the

rail

groove

until

stops

The

and

71301

should

now

be latched

together

form

rigid

three-wide

plug-in

system

(2150-10)2478-42

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