Tektronix SG 5030 User Manual

TEK

INTERFACING INFORMATION

GPIB

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SG

5030

Interfacing

Instrument

Guide

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This interfacing guide is designed to help you get started, as quickly as possible, using the SG 5030 Programmable

Leveled Sine Wave Generator with a GPIB controller. This

guide tells you how to program IBM PC AT compatible

controllers, with GURU Il installed, to communicate

the SG 5030. Program samples are included.

This guide

manual

SG 5030 and your controller. More complete information

in these other documents

benefit from the programmable

of your sine-wave generator.

For

additional

070-7704-00

does not take the place of the operators

or

other documentation

will assist you in gaining the full

copies.

order:

supplied with the

and manual capabilities

with

Setting Up the SG 5030 for GPIB

Operation

Connecting

Connect a GPIB cable between the sine wave generator

and the controller (all TM 5000 programmable

ments connect to the GPIB through a TM 5000 Power Module). Refer to the Operating Instructions section inthe

instruction manual for information on installing the

SG 5030 in the power module. Also review this section for

instrument caution and waming

become familiar with front-panel instrument functions.

The program examples in this guide assume that the

SG 5030 and controller are the only instruments on the

Dus.

the Controller

statements and to

JUL

MAY

1991

First

Revised

Printing

instru-

1990

SG 5030 Instrument Interfacing Guide

Displaying the GPIB Address and

Terminator

The SG 5030 primary address and the currently selected

meaasge terminator are both displayed in the front-panel

readout when you press the INST ID button (e.g., 10 EOI,

or 10 LF/EOI). The message terminator switch can be set

for either EOI, or LF with EOI. See your controller

documentation for its requirements.

The SG 5030 is shipped from the factory set to an address

of 10, and the message terminator is set to EOl-only.

Changing

Terminator

To change the GPIB address:

Press SPCL button.

Enter 240 on DATA keypad.

Press

The current address is shown in the display window. Enter

the new address on the DATA keypad and press the

ENTER key. The SG 5030 primary GPIB address can be

set to any decimal number in the range 0 to 31 (address

31

effectively disables the SG 5030 from communicating

on

the

To

change

Press SPCL button.

Enter 241 on DATA keypad.

Press ENTER button.

The current message terminator is shown in the display

window. Rotate the front-panel knob to select either

LFEOI! or EOI only, then press the ENTER key.

EOl-only is recommended

use with Tektronix controllers. EOl-or-LFEO!

mended

Programming

SG 5030 Power-On

SELF-TEST.

processor

check

RAM

error

the

functionality

If

a

functional

appear

displayed

Dutton.

occur

controller.

front-panel

GPIB).

for

the

functionality

in

Functional

during

These

the GPIB Address and

ENTER

is

button.

the

message

use

with

When powered on, the SG 5030 micro-

performs

found,

of

failure

the

display

until

cleared

power

errors

button.

Hewlett-Packard

the

a

diagnostic

of

the

microprocessor

the

other

is

window.

error

up

Cannot

can

Refer

terminator:

as

the message terminator

controllers.

SG

5030

routine

ROM

and

RAM.

goes

instrument

detected,

by

codes

only

to

Table

pressing

be

(360

2

The

cleared

for

an

error

through

a

hardware.

any

brief

error

(self

through

by

is

Ifno

on

will

front-panel

description

recom-

test)

ROM

to

check

code

remain

377)

pressing

will

that

your

for

of the error codes displayed in the SG 5030 readout

window.

Upon successful completion of the self-tests, the

SG 5030 restores the instrument settings that were in use -

when the instrument was last tumed off, except that the

sine-wave signal to the output head will be turned off.

SG 5030 Command

Commands

Cause actions, or request information. These commands

are listed in Table 1. SG 5030 commands header— a

tion

implemented.

in a

message by separating the commands

sage unit delimiter (semicolon). Either upper

case ASCIil characters

are provided to control SG 5030 settings,

word or abbreviation that describes the func-

SG

Messages

begin with a

5030

commands

can

be

combined

with the mes-

or lower-

are accepted (refer to the ASCII

Code Chart in Fig. 2). Some headers are listed in two forms, a full-length ver-

sion and an abbreviated version. The SG 5030 accepts

any header containing at least the characters listed in the

abbreviated form (all upper case). Any characters added

to the abbreviated version must be those given in the full-

length

version.

A vertical line separate the units (¢.9., <ON| OFF >); any one unit must

be

selected

Do

not

include

is used in a series of two or more units, to

and

sent

as

the

line

in

part

the

,

of

the

message.

command

message.

Square brackets enclose an optional message part (e.g.,

<num

>

the

SPCL

message.

[:dBm]).

Function

Do

not

Codes

include

the

square

brackets

in

SPCL (special) function codes are selected from the front

panel

of

the

SG

5030.

To

invoke

a

SPCL

the

(shown

Press

and

SPCL

change

below)

the

button

CLEAR

the

and

on

display.

enter

the

button

DATA

function,

atwo

or

three-digit

keypad,

to

exit

the

SPCL

and

press

function

SPCL

ENTER.

press

code

mode

SPCL

Code Description

99

Selects

to

or

201

must

This

sonnel

=Sets

initialized

240

‘Enables

then

rent

241

a

~—Enables

You

the

be

special

all

press

GPIB

can

current

adjustment

set

only.

twenty

default

the

address.

the

then

message

to

the

function

stored

setting

INST

setting

press

mode

Adjustment

is

settings.

of

the

ID

of

the

terminator.

(internal

intended

front-panel

GPIB

button

the

message

INST

address.

to

ID

button

switch

Mode

for

setups

display

toggles

position).

service

You

the

terminator.

to

display

per-

to

the

can

cur-

SG 5030 Instrument Interfacing Guide

Table 1

SG 5030 PROGRAMMING

COMMANDS

ABStouch

Header

<nri>

Argument

Description

Causes one or more front-panel buttons or controls to be

remotely activated (touched) through the GPIB interface. This

feature is useful for evaluation and applications procedures that simulate operator interaction with the front panel.

Switch Name

Knob Increment

Knob Decrement

Output ON

CLEAR

0

,

+/-

Hz/dBm/ENTER

1

2

3

kHz/mV

4

5

6

MHz/V

7

8

9 INST ID

AMPLITUDE

VARIABLE

STORE SPCL

<

Decimal Number

0

1

2

3

4

fe)

6

7

8

9

10

11

12

13

14

15

16

17

,

18 19

20

21

22 23

24

AMPlitude

AMPlitude?

REF RECALL

<num > [:dBm]

Sets the output signal amplitude in volts peak-to-peak or dBm. If

26 27

dBm units are not specified, volts are assumed. The dBm range is

-42.95 dBm to + 18.75 dBm, with a resolution of 0.05 dBm. The

voltage peak-to-peak

5.500 V.

This range is divided into three subranges, and the ampli-

range of the instrument is 4.50 mV to

tude resolution is different in each of these subranges as follows:

Range

4.50 mV to 55.00 mV

55.2 mV to 550.0 mV

0.552 V to 5.500 v

~42.95 dBm to + 18.75 dBm

If the amplitude specified in the command

than

the subrange it falls in, the amplitude is rounded off

closest allowable resolution.

Returns the amplitude setting.

Resolution

0.02 mV

0.2 mV 2mvV

0.05 dBm

has a greater resolution

to

the

SG 5030 Instrument Interfacing Guide

Table 1 (cont)

Header

ERRor? or EVEnt?

EXTtb?

FREquency

FREquency?

HELp?

ID?

INIt

LEVeled?

»

OUTput

OUTput?

<num>

<ON|OFF>

Argument

Description

Retums information about the event reported in the last serial poll.

If RQS is ON, the <num>

event code for the last reported status byte. If RQS is off, <num> is the event code for the highest priority event that has occurred.

response for both commands

is

the

Returns the current status (ACTIVE or INACTIVE) of the external

reference input (EXT TIMEBASE

connector).

Sets the frequency of the output signal. The frequency range of

the instrument

into three subranges, and the frequency resolution is different in

each of these subranges as follows:

Range

0.1 Hz to 4.9999 kHz

5.000 kHz to 49.999 kHz

50.00 kHz to 500.00000 MHz

If the frequency specified in the command

than the subrange it falls in, the frequency is rounded off to the

nearest allowable resolution.

Returns the frequency setting.

Returns the word HELP followed bya

headers the SG 5030 accepts.

Returns the instrument identification and the firmware version as

firmware

TEK/SG

is 0.1 Hz to 550.00000 MHz. This range is divided

version

5030

as

—

identifies

follows:

the

instrument

Resolution

0.1 Hz

_ THz

10 Hz

has a greater resolution

list of all the command

type.

V81.1—identifies the version of the Tektronix Codes and

Formats used in the SG 5030 firmware design.

Fx.x—

identifies

example, F1.0 indicates the firmware version 1.0.

Initializes

the

GPIB settings:

OUTPUT

AMPLITUDE

FREQUENCY

REFREQ

RQS

USEREQ

After

the

SG

FREQ

10.00000

other

switches

Retums

the

NO).

Toggles

depending

maintained

to

Returns

off.

the

on

OFF).

the

instrument’s

SG

5030

to

5030

has

executed

MHz,

and

are

lighted.)

leveled-signal

signal

output

the

argument

when

the

output

current

status

the

on

of

status

following

OFF

1.000

10.00000E

OFF

ON

OFF

the

switch

or

off

specified.

is

off.

the

signal

firmware

INIt

button

of

the

at

At

predefined

+

command,

VARIABLE

output

the

output

The

power-up,

output

version.

6

source

frequency

instrument

the

signal

head

impedance

the

For

display

is

lighted.

(YES

connectors,

output

(ON

shows

or

is

and

set

or

(No

is

SG 5030 Instrument Interfacing Guide

Table

1

(cont)

RECall

REFreq

REFreq?

RQS

RQS?

SET?

STOre

TESt

USEreq

USEreq?

Header

<num

<ON|OFF

ON

OFF

<num>

<ON|OFF>

Argument

>

Description

Recalls the group of instrument settings from the nonvolatile RAM

location specified in the <num> ment to those settings. The <num>

argument, and sets the instru-

argument can be from 0 to

20 (decimal). Numbers 1 through 20 are used for user-selectable

setups; number 0 references the initialization setup (that is, the

RECall 0 command

tings are stored in the specified location, the instrument assumes

the INIt command

>

Toggles the 50 kHz reference frequency on and off. When the ref-

erence frequency is

is

equivalent to the INIt commana).

Settings.

If no

on, the variable frequency controls are dis-

set-

abled and the reference frequency is then sent to the output.

When the reference frequency is toggled off, the variable

frequency controls are enabled and the output frequency |returns

to the previously set variable frequency.

Retums the current status of the reference frequency (ON or OFF).

Enables the instruments ability to generate service requests

(SRQs). When RQS (request for service) is ON, the instrument

asserts an SRQ on the GPIB whenever an event occurs that

requires a service request. The events that normally cause service

requests to be asserted include the power-up sequence, self-test

errors, front-pane! operation errors, and programming

errors.

SRQs are saved in a stack in the instrument and the SRQ annun-

Ciator

light on the instrument front-panel is lit. An ERRor? or

EVEnt? cornmand query can then be used to determine which

SRQs have been generated.

Returns the current status of the SRQ function (ON or OFF).

Retums the current instrument setting for OUTPUT (ON or OFF),

AMPLITUDE,

FREQUENCY,

REFREQ (ON or OFF), RQS (ON or

OFF), and USEREQ (ON or OFF). The maximum length of the set-

tings

query

data

string

is

84

bytes.

Stores the current instrument front-panel control settings in

NVRAM

<num>

panel control settings are saved for each instrument setup. The

NVRAMs

when

initiates

the

failed,

Enables

front-panel

instrument

at

the

a

instrument

the

a

location

argument

containing

external

self

test

returns

SG

5030

or

disables

INST

from

can

instrument

on

returns

ID

button

returning

specified

be

an

internal

the

to

the

SRQ

with

from

power

is

removed.

instrument.

settings

an

SRQ

interrupt

is

pressed.

the

instrument

the

<num>

1

to

20

(decimal).

source

When

last

entered.

to

the

that

The

ID

argument.

to

save

the

test

controller.

is

generated

OFF

state

SRQ

when

Twenty

If

the

is

complete,

the

inhibits

the

self

when

The

front-

settings

test

the

INST

ID

button is pressed.

Returns

the

current

status

of

the

instrument

ID

SRQ

(ON

or

OFF).

SG 5030 Instrument Interfacing Gulde

Sending

Messages

to

the SG 5030

Controllers. A Tektronix 4041, or anIBM PC AT class com-

patible GPIB controller is needed to send messages to the SG 5030.

IBM Personal Computers (PC).and some PC compatible computers can be used as GPIB controllers by installing

the Tektronix GPIB User’s Resource Utility (GURU Il)

software/hardware

For the IBM programming

package.

examples, the GURU

Il

software must be initialized. For an example of the

exact program lines to use for the GURU initialization,

see the Quick Basic Sample Utility Program later in

this guide. Refer to your GURU II documentation for

more specific information.

IBM

PC:

200 WRTS="FREQ

210 CALL IBWRT (BD%,WRTS)

4041:

180 PRINT #10:"FREQ

A useful variation assigns

variable and inserts that variable in the print statement in place of the number for the address. This works with

either the IBM or 4041 and allows you to change the

program

by

IBM

200

210

220

230

240 WRTS="FREQ

250

4041:

200

210

The

is the same for all of the above examples. The rest of each

example

into

that

statements,

commands

to

changing

PC:

DEVICES="TEKDEV1"

CALL

V%=10

CALL

SG=10

PRINT

SG

5030

varies

each

controller

once

you

work

only

IBFIND

IBPAD

IBWRT

#SG:

cormmand

to

understand

it’s

you

with

the

just

need.

6.7E+6,O0UT

the

statement

(DEVICES,BDS)

(BD%,V%)

6.7E+6,OUT

(BD%,WRTS)

"FREQ

match

as

a

matter

ON"

6.7E+6;OUT

the SG 5030 address to a

SG

5030

set

that

6.7E+6;OUT

message

the

shown

statement

your

of

inside

in

Table

controller’s

plugging

assigns

ON"

to

other

:

syntax

2.

the

ON"

the

ON"

quote

This

input/output

in

the

addresses

designed

suggests

variable.

marks

SG

5030

Table 2

Controller Print/Output Statements

CONTROLLER

IBM BASIC

4041

BASIC

HP-85

FLUKE

BASIC

HP

9826

A

message

controllers

of

three

number,

statements

Tektronix

enables

instrument

the

syntax

BASIC

1720A

parts:

and

Codes

SRQ

with

of

BASIC

GPIB

shown

to

a

GPIB

statement.

the

keyword,

the

device-dependent

in

&

interrupts.

primary

the

statement

WRTS=RQS

CALL

-|PRINT

OUTPUT

PRINT

{OUTPUT

the

Formats

device

table

All

address

for

IBWRT

The

the

message

send

a

#10;"RQS

@10%,"ROQS

send

STATEMENT

(BD%,WRTS)

710;"RQS

710,"RQS

is

contained

statement

address

message.

the

10.

The

particular

ON"

is

or

logical

same

(RQS

message

difference

controller.

within

composed

All

standard

ON)

to

lies

unit

that

the

an

Getting SG 5030 Settings Information

SG 5030 queries include a? as the last character of the

command

instrument

The SG 5030 waits until it sees it’s talk address to begin

sending

INPUT

IBM

290

300 CALL IBWRT (BD%,WRTS)

310

320

4041:

290

All

Just

and

IBM

330

340

350

360

370

4041:

330

340

(such as SET?, FREq?, or ID?) and prepare the

for

the

statement.

PC:

WRTS="FREQ?"

RD$=SPACES$

CALL

INPUT

instrument

dimension

input

the

PC:

SETTINS=SPACES

WRTS=SET?"

CALL

PRINT

DIM

SETTINGS

INPUT

data

requested

IBRD

#10

settings

a

settings

IBWRT

IBRD

SETTINGSS

#10

output,

(100)

(BD%,

PROMPT

string

(BD%,WRTS)

(BD%,

PROMPT

data.

can

string.

TO

but

This

FREQUENCS

“FREQ?”

be

obtained

large

(100)

SETTINGS)

100

“SET?”:SETTINGS

do

enough

|

is

not

start

accomplished

)

:

FREQUENCS

in

(100

such

one

characters)

output.

message.

by

the

in

SG 5030 Instrument Interfacing Guide

You can restore the settings you input from the SG 5030

by sending back the settings string.

FC:

IBM

380 CALL IBWRT (BD%, SETTINGS)

4041:

340 PRINT #10:SETTINGS

Using SG 5030 Interrupts

Programmable

inform the controller of asynchronous

Command

System normal

Command

Header delimiter error

Command

Argument

Non-numeric

Missing argument

invalid

Bad symbol

Syntax error Symbol number too long

invalid

Invalid

Numerical

Execution

Argument

Not

1/O

buffers

Settings buffer empty

illegal

Beyond

Errors/Events

delimiter

message

input

string

Errors/Events

out

in

adjustment

settings

adjustment

interrupts are provided in the SG 5030 to

events such as

BUS ERROR

Description

Error/Event Query Response

header error

argument error

argument

error

unit

delimiter

character

input

underflow

of

full,

output

range

mode

flushed

number

limit

specified

command status bytes returned in response to an error query (ERR?

errors, syntax errors, or instrument events. The

or EVENT?) are shown in Table 3. The error query obtains

more

detail

in

the

case

of

in the case of a command

abnormal

error, was it a problem with a

events.

header, argument, or delimiter? You can find out from the

error code.

The error messages

arguments to the ERRor? or EVEnt? query.

defined in Table 3 are returned as

The Error Codes displayed in the SG 5030 readout win-

dow are listed in Tabie 4.

Table

3

CODES

101

102

103

104

105

106

107

150

151 153

154

155

156

205

250

251

252

253

254

0

Serial Poll Response’

(decimal)

NSB2

97 or 113

97 of 113

97 or 113

97

or

113

97

or

113

97 or 113

97

of

113

97 of 113

97 or 113 97 of 113

97

of

113

97

of

113

97

or

113

98

or

114

98

or

114

98

or

114

98 or 114

98

or

114

98

or

114

For

instance,

SG 5030 Instrument Interfacing Guide

Table 3 (cont)

Description

Internal Errors/Events

Interrupt fault

System error

HF unleveled

Reference loop unlocked

Wide loop unlocked

Narrow loop unlocked

Offset loop unlocked

DDS loop unlocked Unplugged error

CPU Self Test Errors

EPROM checksum failure NVRAM test failure

RAM test failure

NVRAM lost

CAL Constant Checksum failure

Hardware Self Test Errors

OUTPUT OFF test failure

REF FREQ test failure

DDS OFF test failure

10.00000 MHz test failure

10.00001 MHz test failure

500.00000 MHz test failure

WIDE LOOP DIVIDER test failure

OUTPUT AMP powered test failure

Events/Errors

System

No errors or events

Power on ID User request

SRQ pending

' If the message processor is busy, the instrument returns a number 16 (decimal) higher than the serial poll response.

2 No status byte.

Error/Event Query Response

301

302

350

351

352

353

354

355

356

,

360

361

362

363

364

370

371

372

373 374

375

376

377

0

401 403

455

|

Serial Poll Response!

(decimal)

99 of

115

99 or 115

99 of 115

99 or 115

99 or 115 99 or 115

99 or 115

99 of 115

99 or 115

99 of 115

99 or 115

99 or 115 99 or 115

99 or 115

.

99 or 115

NSB2

65 or 81 67 or 83

NSB2

SG 5030 Instrument Interfacing Guide

FRONT PANEL ERROR

Error

E101 E102

E103 E104 E105 E106

E107

E150

E151

E153

E154

E155

E156

E205

E250 E251 E252

E253

E254

E301

E302 E350 E351

E352

E353 E354

E355 E356

E360 E361

E362

E363

E364

E370

E371

E372

E373

E374

E375 E376

E377

Command Argument delimiter error Non-numeric Missing argument

Invalid message unit delimiter

Bad symbol

Syntax error

Symbol number too long

Invalid input character

Invalid string input

Numerical underflow

Argument out of range

Not in adjustment mode \/O buffers full, output flusned Settings buffer empty

illegal settings number specified

Beyond calibration limit

interrupt fault

System error

HF unleveled

| Reference loop unlocked

Wide loop unlocked

Narrow loop unlocked Offset loop unlocked

DDS loop unlocked Unplugged error

EPROM checksum failure NVRAM test failure RAM test failure NVRAM lost

CAL Constant Checksum failure

OUTPUT OFF test failure

REF FREQ test failure

DDS OFF test failure

10.00000 MHz test failure

10.00001 MHz test failure

500.00000 MHz test failure WIDE LOOP DIVIDER test failure

OUTPUT AMP powered test failure

Table 4

CODES

Description

Command

header error

Header delimiter error

argument error

argument

SRQ Handlers

Here are typical SRQ handlers that alert you to a reporting

instrument's address, status, and error code with a mes-

sage on your console. The error code is helpful during Gebugging because it identifies the specific command

execution problem should one occur.

IBM

PC:

(Using National instrument BASICA

PC2A GPIB card.)

1540°

1550

1560

1570

1580

1590 PRINT “gpib error “ ;: IBERR%

1600 IF IBERR&%

1610 IF IBERR® = 1 THEN PRINT "function requires

1620 IF IBERR®

1630 IF IBERR% = 3 THEN PRINT “GPIB-PC

1640 IF IBERR%® = 4 THEN PRINT “invalid

1650

1660

i670

1880

1660

1700

1710

i720

1730

1740

1750

*eeeeeeeeeeeeeeeeeeeeeeee

SHREK

IF IBSTA% >= 0 AND BD% >= 0 AND IBSTA% <

&H4000 AND IBERR&% <> 6 THEN RETURN

IF BD% < 0 THEN PRINT "device

use IBCONF then reboot"

IF IBSTA% > O AND IBSTA% >= &H4000 THEN PRINT

"timeout"

IF IBERR% = 6 THEN PRINT “timeout"

IBERR%

IBERR&®

IBERR%

IBERR®&

IBERR&

IBERR&%

IBERR%

O

= 2 THEN PRINT "no listener

correctly

call

=

as

=

operation

=

device

=

“(ENTER]

installed

GPIB-PC to be CIC

function

addressed

function

IF

controller

IF

aborted

IF

board

IF

operation

IF

IBERR®%

during

IF

byte lost

IF

position

INPUT

RETURN

AERA

THEN PRINT "DOS error device net

5

THEN

required

6

THEN

call

THEN

TO

PRINT

THEN

PRINT

completed

CONTINUE”

PRINT

=

7

10

11

12

14

15

16

REA SEES

"GPIB-PC

PRINT

"non-existent

"I/O

“no

“file

“command

“serial

"SRQ

)

drivers for PC2 or

ERROR ROUTINE

not installed

on

not

argument

not

system

"I/O

operation

GPIB-PC

capability

;

AS

started

stuck

system

poll

error

before

error

status

in

write

for

on

or

-

to

SG 5030 Instrument Interfacing Guide

4041:

120 On srq then call dopoll

srq

Enable

130

140 Main program

=!

150

!

970

!

980

990 End

1000 Sub dopoll

1010 Poll stabyt addr

1020 Input #addr prompt "“ERR?":errnum

1030 Print “STATUS=";stabyt,

“ERROR=";errnum

1040 Resume

SG 5030 Response

"ADDRESS=";addr,

to

Interface Messages

The following program sequences show various interface messages transmitted to the SG 5030.

IBM PC:

(Using National Instrument BASICA drivers for PC2 or

PC2A GPIB card.)

20 ’ SG 5030 PRIMARY

°

130

140 BDS="GPIBO"

150 CALL IBFIND (BDS,BD%)

160 IDS="TEKDEV1"

170 CALL IBFIND (IDS, DEV%)

V%=10

180

190

CALL

IBPAD

200 RETURN

210 CMDS=CHRS

MLA

220 CALL IBCMD (BD%, CMDS) 230 RETURN 240 CMDS=CHRS

250 CALL IBCMD BD%, CMDS)

260 RETURN

270 CMDS=CHRS

280 CALL IBCMD (BD%, CMDS)

290 RETURN

300 CMDS=CHRS

310

CALL

320 RETURN 330 ° SEND DEVICE CLEAR

340

CMDS=CHRS

350

CALL

360

RETURN

370 ° SEND MLA, SELECTED

380 CALL IBCLR (DEV%)

390

RETURN

400 LLOS=CHRS

IBCMD

(V%+32)

(UNL)

(V%+64)

(UNT)

(BD%,

(20)

(BD%,

(17)

(DEV%,V%)

ADDRESS,

° SEND UNLISTEN,

“SEND TALK ADDRESS

° SEND UNTALK

CMDS)

CMDS

DEVICE CLEAR, UNL

°SEND LOCAL LOCKOUT

’CHANGE

°

SEND

10

LISTEN

ADDRESS

ADDRESS,

UNL

.

TO

10

410 CALL IBCMD (BD%,LLOS)

420 RETURN

430 ° SEND MLA, GO TO LOCAL, UNL

440 CALL IBLOC (BD%)

RETURN

450

460 CMDS="? "

TRIGGER,

470 CALL IBCMD (BD%, CMDS)

480 CMDS (8) + "? "

~ 490 CALL IBCHD (BD%, CMDS)

$00 RETURN

UNL

“SEND MLA, GROUP EXECUTABLE

4041:.

40 Pri addr=10

kk

!

150

160 Listen: wbyte atn(pri_addr+32)

Address MLA

170 Return

180 Unlisten:

190 Return

200 Talk: wbyte atn(pri_addr+64)

dress

210 Return

220 Untalk:

230 Return

240 Devclear:

250 Return

260 Selctclr: 270 ! Send MLA, Selected Device Clear, UNL

280 Return

290 Lockout:

300 Return

310 Gt local:

320 ! Send MLA, Go to Local, UNL Trigger,

330 Return

340 Loclstat:

350 ! Pulse unassert

360 Return

!

*** SG 5030 Primary

wbyte atn(unl)

wbyte atn(unt)

wbyte

wbyte sdc(pri_addr)

wbyte

wbyte gtl(pri_addr)

wbyte ren(0),ren(1)

del

!

llo

!

REN line

!

Send Listen

!

Send Unlisten UNL

!

Send Talk Ad-

!

Send Untalk

Send

Device

,atn(unl)

Send

Local

,atn(uni)

Address

Clear

Lockout

UNL

The SG 5030 responds to DCL and SDC by clearing its 1/O

Buffer and any unexecuted setting commands

in

Pending Settings Buffer, along with any errors or events

_

waiting

to

be

reported

(except

power-on).

LLO locks out the operator from restoring local (front-

panel) control when the instrument is under remote control.

GTL restores local control if the instrument receives the

message

while

listen

addressed.

See the SG 5030 Operators manual for a full discussion of

how the instrument responds to interface messages.

its

10

SG 5030 Instrument Interfacing Guide

QuickBASIC

Sample

Utility Program

for IBM PC Compatibles

This program illustrates a method to check oscilloscope

bandwidth with the SG 5030. Read the comment portions

mar SE EESESEF

° geeeesaneeusaseaeeeeee

¢ SSSSSHAST

BY BRUCE VIRELL.

COPYRIGHT

IS PROVIDED

SUPPORTED

THIS SOFTWARE

PERMISSION.

° NOTICE.

° REQUIRED

OSCILLOSCOPE,

THIS PROGRAM REQUIRES

TO THE FACTORY

° PC REQUIREMENTS:

* TEKTRONIX

* IBM 5153 COLOR DISPLAY,OR

(COLOR OR MONOCHROME).

S3FGi00

HIGHER OR MS-DOS 2.02 OR HIGHER.

PROGRAM

TO PROVIDE

METHOD OF IMPLIMENTING

BANDWIDTHS.

OPERATING

CONNECT

THE SG 5030 MUST BE SET FOR FACTORY GPIB PRIMARY ADDRESS

SET THE OSCILLOSCOPE

OUTPUT

OPERATOR

OSCILLOSCOPE

SG

5030

SG

5030

SCREEN.

VARIABLES:

IBINIT1

IBINIT2

SG$ = TEKDEV1,IBCONF

WRTS

RDS

SPACES(xx)

V%

=

BD®

SPR&%

IBSTA®

IBERR&

"

GURU

IBWRT

SE

ESER SES LE REE CES ESR

SKS SSESSSKASAKSRAKSSAKASSTRERSSSASSASRAAASSERSAS

ON AN AS IS

BY

TEKTRONIX.

MAY BE REPRODUCED

COPIES MUST INCLUDE THE ABOVE COPY RIGHT AND WARRANTY

EQUIPMENT:

&

PEP 301,IBM

GURU II HARDWARE/SOFTWARE

PURPOSE:

A

SAMPLE OF INSTRUMENT

PROCEDURE:

THE CONTROLLER

TO

CHANNEL

TO

ADJUST THE SG 5030 AMPLITUDE

DISPLAY

OUTPUT

FREQUENCY.

SIGNAL

AMPLITUDE

=

MEMORY

=

IBINIT1

=

VALUE

INSTRUMENT

=

V%,

=

II

=

COMMAND

STATUS

=

SENDS

INSTRUMENT

STATUS

ERROR

CALL

RETURNED

=

DIMMENSIONS

FUNCTIONS:

VARIABLE

BYTE

WORD

BIT

COMMANDS

SG

MPD MARKETING,

FSSESEER

5030 SAMPLE

SES SES ES SEE SESE STEP ES ES ESE SE SES FESS PEERS SES SEES SE

MEASUREMENT

2-2-9890

BASIS WITHOUT WARRANTY

IN

WHOLE OR IN PART WITHOUT

SG

5030, TM 5000 SERIES MAINFRAME,

GPIB CABLING.

THAT THE SG 5030 ADDRESS TO BE SET

DEFAULT

LOCATION

PRIMARY

OF

10

PC,XT,AT,PORTABLE

EQUIVALENT,

A

PROGRAM TO VERIFY OSCILLOSCOPE

VIA GPIB CABLE, TO THE TM 5000 POWER MODULE.

CHANNEL 1 FOR 1V/DIVISION

1.

THE

PROGRAM

(REFER

REACHES

+

3

DRIVER FOR TEKTRONIX

SENT

FROM

STRING

ADDRESS,

PRIMARY

RETURNED

TO

THE

(BASICA

TO

INSTRUMENT

ADDRESS

VIA

INSTRUMENT

FIG.1).

OPERATOR

CG

VARIABLE

IBRSP

EACH

OR A

&

BASICA,

COMMANDS

CONFIGURES

4.2

WORKSPACE

VIA

10

EACH

PC, OR COMPATIBLE.

FOR 6 DIVISIONS

THE

MUST

DIVISIONS

IBWRT

REQUESTED

SIZE

ROUTINE

FUNCTION

OF

COMPOSITE

WITH IBM PC DOS 2.0 OR

WHICH ILLUSTRATES

AND CONNECT THE SG 5030

THE

SG

PROGRAM

PUSH

KEY

ON

-

SIZE(BIB728.M)+SIZE(BIB.M)

INSTRUMENTATION

ROUTINE

VIA

CALL

of this program for controller requirements and operation. All or part of this program may be used in your software.

Preliminary information to use this program is detailed

earlier in this guide under Sending Messages

5030.

SG

PROGRAM

ANY KIND, AND IS NOT

THEN

THE

SASHA

THIS SOFTWARE

VIDEO MONITOR

AMPLIFIER

5030

AND

ON

INCREMENTS

(F1)

OSCILLOSCOPE

IBRD

ROUTINE

**8¢8ee040820828222228884282

HESS

PRIOR

A

OF

10.

ASKS

THE

WHEN

THE

STEERER

SESE

)

to

the

SG 5030 Instrument Interfacing Guide

‘ IBRD = RETURNS

IBRSP = PERFORMS

‘ IBPAD = CONVERTS

- IBRDF = RETURNS

- REFER TO GURU II DOCUMENTATION

ee SSE ES ESS EEE EERE SESS ES ESSER ESE ES ES ES SESE EES REE ESS ESE ESSE SETS ERS ES SE FE

° GURU II/v PEP 301 INCLUDE GURU CALL FUNCTION

HSSARSSAERSAACASA

PARAMETERS

SERIAL POLL OF INSTRUMENT

IBCONF ADDRESS

INSTRUMENT

FROM INSTRUMENT

PARAMETERS

SASS SSSA

SSAARE SAAR

TO

10

TO

FILE

FOR A COMPLETE LISTING.

LINES IN BASICA PROGRAMS

EAAAT

ESTAS

AESAAE SAREE SEES

COMMON SHARED IBSTA%, IBERR%, IBCNT%

IDS = “TEKDEV1"

CALL ibfind(ID$,

SG% = 10

CALL ibpad(BD%, SG%)

IDS = “GPIBO"

CALL ibfind(IDS,

REMOTES

CALL IBSRE(GP%,

CLS

REPLYS = SPACES(125)

SETS = SPACE$(125)

WRTS = SPACES(125)

RDS = SPACES(125)

BANDWS = SPACES(125)

FREQS = SPACES(16)

=

BD%)

° SELECT TEKDEV1 FOR GPIB ACCESS

‘ SG% = FACTORY DEFAULT ADDRESS OF 10

GP%)

1

REMOTES)

’ CHANGE TEKDEV1 PRIMARY ADDRESS TO 10

° SET UP GPIB FOR BOARD LEVEL

* COMMUNICATION

° SET REMOTE ENABLE

° CLEAR SCREEN

° DIMENSION

‘ DIMENSION

* DIMENSION

‘ DIMENSION

° DIMENSION

REPLYS TO 125

SETS TO 125

WRTS TO 125

BANDWS to 125

FREQS TO 16

MAINPROG:

CLS

PRINT

“SSS Se cece cs eeSeSEKTSEKRSESSTKSEKCKASSSSKSKTASKARKSSSKSE

PRINT

"s2eeneseneexcauuezeee

PRINT

“SSS Se eeecs eases

CALL IBWRT(BD%,

GOSUB ERRORGPIB

"“INIT")

SG

5030 SAMPLE

KKKKHSKCSHKSASESSSKSSKSSKTKKKSSKSARSKKSESKSRTKKSEKKRKSEE"

° SEND MESSAGE TO INST

° CHECK GPIB ERROR

PROGRAM

SSR TASSATASKSSESSERESKESE"

**88 e882 eee eaeeeeeeeeaen"

rngval = 50000

ANSFLAG

WRTS = "FREQ “ + STRS(rngval)

CALL IBWRT(BD%,

PRINT : INPUT “WOULD YOU LIKE TO LOG RESULTS

= 0

° PRINTER

+

";OUT ON;"

WRTS)

° SEND MESSAGE TO INST

TO

FLAG

LINE PRINTER?

(Y/N)"; ANSS

IF ANSS = "“y" OR ANSS = "Y" THEN ANSFLAG = 1

PRINT : INPUT "ENTER YOUR NAME"; REPLYS

LOCATE 9, 43: PRINT "MHZ"

LOCATE 9, 1: INPUT “ENTER THE SPECIFIED

PRINT : PRINT “SET SCOPE FOR PRECISELY

INPUT "

PRINT : PRINT “PRESS KEY Fl WHEN SCOPE DISPLAY

KEY(1) OFF: ON KEY(1) GOSUB TERMINATE:

THEN PRESS ENTER TO CONTINUE";

KEY(2) OFF: KEY(3) OFF: KEY(4) OFF: KEY(5) OFF: KEY(6) OFF

KEY(7) OFF: KEY(8) OFF: KEY(9) OFF: KEY(10) OFF

CHECKCG:

IF rngval < 800000 * VAL(BANDWS)

SCOPE BANDWIDTH";

6

DIVS OF SINEWAVE

AS

KEY(1) ON

REACHES 4.2 DIVISIONS"

BANDWS

AMPLITUDE"

THEN rngval = rngval + 5000000

“ENABLE KEY Fi

“DISABLE OTHER KEYS

“DISABLE

IF rngval > 800000 AND rnegval < 990000 * VAL(BANDWS)

THEN rngval = rngval + 500000 IF rngval > 880000 * VAL(BANDWS)

WRITS

=

"FREQ

"

+

STRS(rngval)

CALL IBWRT(BD%,

WRTS)

IF rngval > 1200000 * VAL(BANDWS)

THEN rngval = rngval + 200000

+

"“;OUT

ON;”"

° SEND MESSAGE TO INSTRUMENT

THEN GOTO TERMINATE

FOR T = 1 TO 10000

OTHER KEYS

12

SG 5030 Instrument Interfacing Guide

CHECKCG

GOTO

ERRORGPIB:

IF IBSTA% >= O AND BD% >= 0 AND IBSTA% < &H4000 AND IBERR® <> 6

THEN RETURN’no

IF BD® < O THEN PRINT “device not installed

IF IBSTA% > O AND IBSTA% >= &H4000 THEN PRINT "timeout"

IF IBERR®% = 6 THEN PRINT "timeout"

PRINT "gpib error "; IBERR%

IF IBERR% = O THEN PRINT "DOS error device not installed"

IF IBERR®% = 1 THEN PRINT “function

IF IBERR% = 2 THEN PRINT "no listner on write function"

IF IBERR®% = 3 THEN PRINT "GPIB-PC

IF IBERR% = 4 THEN PRINT "invalid

IF IBERR®% = 5 THEN PRINT "GPIB-PC not system controller

IF IBERR% = 6 THEN PRINT "I/O operation

IF IBERR®&® = 7 THEN PRINT "non-existant

IF IBERR®% = 10 THEN PRINT "I/O started before previous

IF IBERR®%® = 11 THEN PRINT "no capability

IF IBERR% = 12 THEN PRINT "file system error"

IF IBERR® = 14 THEN PRINT “command

IF IBERR®% = 15 THEN PRINT "serial poll status byte lost"

IF IBERR% = 16 THEN PRINT "SRQ stuck in on position"

INPUT " (ENTER | TO CONTINUE"; AS’ if helpS then

RETURN

TERMINATE:

CALL IBWRT(BD%,

CALL IBRD(BD%,

SETS

CALL IBWRT(BD%,

CALL IBRD(BD%,

FREQS = LEFTS(RDS,

IF ANSFLAG = 0 THEN GOTO SCREENPRT:

LPRINT

LPRINT : LPRINT "OPERATOR

LPRINT

LPRINT : LPRINT "SG 5030 SETTINGS:"

LPRINT

SCREENPRT

PRINT:

PRINT

LOCATE

PRINT

LOCATE

INPUT

IF

RUNTESTS

PRINT

END

°

¥#€ KEES KREKRKKKEEREK

error to report

°

*#4*e4ee4ee4"2ee"00

"SET?")

RDS)

=

RDS

SETS

FREQS

REPLYS

SETS

FREQS,

PRINT

:

21,

22,

"

:

PRINT

LPRINT

"FREQ?")

RDS)

,

"SCOPE

"MHZ"

"SG

1:

PRINT

19:

PRINT

=

"Y"

5030

OR

-

16)

"SCOPE

"MHZ"

RUNTESTS

BANDWIDTH:

SETTINGS"

NAME:”

BANDWIDTH"

=

FRROR ROUTINE

requires GPIB-PC to be CIC”

not addressed

argument

aborted"

GPIB-PC board"

error during

TERMINATE

‘ TEST FOR LINE PRINT REQUEST

‘ OPTIONAL

"

°

RUN

TEST

"y"

THEN

PROGRAM

888 KEKEREREKEEKAEKKEEKEKEKREKS

-

use IBCONF then reboot"

correctly”

to

function

for operation”

device call"

PROGRAM

° SEND MESSAGE

PRINT

GOSUB

AGAIN?

MAINPROG

TERMINATED.

TO

call"

as

required"

operation

*** #8 Re RRR EERR EKER

TO

INST

TO

INST

LINE PRINTER OUTPUT

SCREEN

INFORMATION

(Y¥/n)";

RUNTESTS

"

completed"

EEK

13

SG 5030 Instrument Interfacing Guide

rrr

Ln

ic

a

ores

a

ee

A. Set SG 5030 output amplitude for 6 vertical divisions of

display.

amplitude

a

>

»

,

>

oscilloscope

the

on

kHz

50

at

:

°

as

Pte

PUN

AEP RY

.

et Bd

hel

tk

Le

“wh anyrn

w¥e

Ea

2

MAC

»

".¢uaawe:

sae

hr

oe

a

oe

aT

Poe.

Pe Se+ hd

vERSKAIER ADS

EOD

ATS

CMS

ave Aer 4

wes cea

” ee

VRB

ee

7

er ” wwe

ROMY AY ‘ . os

TONMMO

.

the

3we Law

an

ra

aS

RAR

“eRe

3

:

.

Se

ce. «

<

te

Beata s

xrey ne

a)

oe

20

ne

xy

ats

he

av

ore

~y

tae

an

a.)

oe

we

es Ra

ne

.

ey

‘+m

aurwen-

car

°

.

+

.

—eew

. Increase the SG 5030 frequency until the displayed

waveform amplitude drops to 4.2 vertical divisions. This

frequency reflects the bandwidth of the oscilloscope, also

known as the -3 dB point.

Figure 1. Waveform results of the SG 5030 Sample Measurement

Program.

7704-1

14

SG 5030 Instrument Interfacing Guide

QuickBASIC

Program

Talker/Listener

For IBM PC Compatibles

Utility

This program allows the user to send any of the instru-

ment commands

command

4 SRERSRSAE

to

the SG 5030. It is useful in learning the

set and in software debugging.

ERATE EERE

ERATE

RSET EARS HES RE SSAA

RAS ESSERE

REESE

‘ gaeeeenaeeaeeeaeex SG 5030 TALKER/LISTENER PROGRAM *#8eeeaaeeaseeeesenens

4 SRSA

° THIS PROGRAM REQUIRES

‘ FACTORY DEFAULT OF 10

COMMON SHARED IBSTA%.

IDS = "TEKDEV1"

CALL IBFIND(IDS,

SG% = 10

CALL IBPAD(BD%,

ID$ = "GPIBO”

CALL IBFIND(IDS,

REMOTES = 1

CALL IBSRE(GP%,

CLS

REPLYS = SPACES(125)

PRINT

MAINPROG:

PRINT “RETURN TO EXIT: "

INPUT "ENTER MESSACGE(S)";

IF WRTS = "" THEN GOSUB TERMINATE

CALL IBWRT(BD%,

GOSUB CHECKGPIB

SRSSTASSAKSEKHAEKRAKTSEKASE

FOR T = 1 TO 1000

NEXT T

CALL IBRD(BD%,

GOSUB

CHECKCG

PRINT

PRINT : PRINT "Returned

PRINT

GOTO

©

CHECKCG:

ERRMS = SPACES(S50)

CALL IBRSP(BD%,

CALL

RETURN

CHECKGPIB:

IF

RETURN’no

IF

SERA

“RESETS

"“s"eeenenenenwneeee

“SS Se eee ee ee eee Skee

CHECKGPIB

:

MAINPROG

SSSSSTVSKVSSCc_s#e#e

IBWRT(BD%,

IBRD(BD%,

IBSTA%

BD%

IBSTA%

IBERR%

<

PRINT

O

>=

error

>

=

THEN

0

O

6

SSAA

IBERR%,

BD%)

SAAR

AERA TEER

THAT THE SG 5030 ADDRESS BE SET TO THE

IBCNT%

‘ SELECT TEKDEV1 FOR GPIB ACCESS

' SG% = FACTORY DEFAULT ADDRESS OF 10

SG%)

GP%)

REMOTE%)

TKSAKKSKHRATTCKLSESTCHCKCSHSTSSKSKASTTACKTKKSCVSSTCCCKKCSASESEKKKRKKSEKAKEKRAEKERE

SG

5030 TALKER

KASRESKSSAARSRSERERSATAAAAKTASARRERARERE

WRTS

WRTS)

INPUT

REPLYS)

“INSTRUMENT

REPLY

status byte:";

ERRMS

ese

AND

THEN

ERRMS)

AND

SPR%)

“ERR?")

to

PRINT

ecceae#ses

IBSTA%®

BD®%

report

PRINT

>=

“device

anne

O

AND

>=

&H4000

“timeout”

ERROR

not

‘ CHANGE TEKDEV1

’ SET UP GPIB FOR BOARD LEVEL

* COMMUNICATION

’ SET REMOTE ENABLE

‘ CLEAR SCREEN

‘ DIMENSION

LISTENER

° SEND MESSAGE TO SG 5030

° CHECK FOR GPIB ERROR

FROM

DEVICE

° INPUT DATA FROM SG 5030

°“

CHECK

°

GET

SG

“,

REPLYS

SPR&%,

IBSTA%

ROUTINE

installed

THEN

<

&H4000

PRINT

STETCARTESTKAVSKRCCKTCECKABTCCCVW

AAAS ESSERE

PRIMARY

RDS TO 125

PROGRAM

SVWSSEASSETCKCTCCTLKCKCKKETCSCEKRERKRAVKSKES

FOR

GPIB

ERROR

5030

ERROR

AND

IBERR%

-

use

IBCONF

“timeout”

****ee02eeeunane"

GOSUB

MESSAGE

<>

then

ADDRESS

6

THEN

reboot”

EERE

see

ERED

TO

KARE E

eeae

EHD

10

15

SG 5030 Instrument Interfacing Guide

PRINT “gpib error "; IBERR%

THEN

PRINT

IBERR®

IF

IBERR%

IF

IBERR%

IBERR®

IF

=

IBERR®

IF

IBERR%®

IF

IBERR%

IF

IBERR%

IF

IBERR%

IF

IBERR®

iF

IBERR%

IF IBERR%

IF IBERR® = 16

INPUT “(ENTER ]

RETURN

rd

SSRSTHSSR

TERMINATE:

REMOTE®

CALL IBSRE(GP%,

PRINT

END

=

"PROGRAM

ASA

0

THEN

“VO

MWbh

WwW

WOFFOO

THEN

oe

ee

|

ee

©

ee

ObWo

FH

O

THEN

TO

CONTINUE"

SS

Eee

REMOTE)

TERMINATED."

"DOS error device not installed"

PRINT

"function

PRINT

"no listner on write function"

PRINT

“GPIB-PC

PRINT

“invalid argument to function call"

PRINT

“GPIB-PC

PRINT

"I/O operation

"non-existant

PRINT

"I/O

"no

“file system error"

“command

"serial

“SRQ

AS’

;

eee

TERMINATE

started

capability

stuck

requires

not addressed

not

error

poll

if

help$

in

PROGRAM

e

system

GPIB-PC

before

status

CLEAR

GPIB-PC to be CIC"

correctly"

controller

aborted"

board”

operation"

during

device

byte

on

position"

then

8888S

Se

REMOTE

lost"

SERRE

ENABLE

operation

call"

as

required"

SEREEEREE

completed"

REESE

16

SG 5030 Instrument Interfacing Guide

87

g

BE

BITS

B4B8382B1

gee@s6|

g 3 # 11 SOH |

gss31s8i STX | DC2

gs11|

g9 18 91 EOT | DC4

s 1911 ENQ | NAK

e111

s 111] BEL | ETB

12951

16681]

1619]

1g11]

119 3| FF | FS

11911

11191

114171

g¥

B5

5 f

CONTROL

0

NUL | DLE | SP

0

0} 10

1

GTL

1

149

2

24,12

3

ETX | DC3

3

3713

4 SOC | 24 OCL § 44

4

a} 14 20 § 24

5 PPC | 25 PPUT4S ~~ § 165 21 8

§

§41§

6

ACK | SYN

6

6 | 16 22 5 26

?

747

fe) GET | SPE 450 8 |70 248310

BS | CAN|

8

6} 18 244 28

1 TCT | 31 SPO #5!

HT

9

9};19

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TEKTRON(X STD 062-5435-00 4 SEP 80

hex 115

{

PPU 1 GPIB code

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ASCII character

211 decimal

Figure 2. ASCII and IEEE (GPIB) Code Chart.

Tektronix

REF: ANSI STD X3. 4-1977

IEEE STO 488-1978

ISO

STD

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7703-8

17

SG 5030 Instrument Interfacing Guide

TEKTRONIX

INSTRUMENTATION

Tekware

Tektronix Instruments

Controllers

With technology

becoming measurement

Tek can meet your need for improved test and measure-

ment productivity in the lab, on the factory floor, or at the remote site. Tekware programs are designed to enhance

the productivity of Tektronix instruments and controllers.

Tektronix has performed extensive software testing to

verify that all standard Tekware measurement,

and utility packages run reliably with Tek instruments and

controllers. MS-DOS

tested for compatibility with 286/386 IBM compatible PC

system controllers.

Programs

more complex

shorter, the need to automate test and

environments is greater than ever.

Complement

an

Tekware programs

and_ schedules

have been

analysis,

SOFTWARE

LIBRARY

Software Support

To keep your software current and up-to-date, our soft-

ware support is available at no charge during the warranty period. Post-warranty software support is avail-

able on a subscription basis.

Technical Assistance

When you need technical assistance to supplement your

own resources, Tektronix can provide the services of an

Applications Engineer skilled in meeting your needs. For more information contact your local Tektronix Field office.

Tektronix Test Management

Services (TAS)

System

(TEKTMS)

TekTMS provides a highly productive software package

for test development

repair/rework, and prototype development

applications.

and execution in manufacturing,

testing

Applications

Tekware applications software provides a wide selection

of ready-to-use

and display capabilities. Simply load Tekware appli-

Cations into your controller, and your system is ready to

go to work for you. If your software requirements do not

Call for unique processing

functions,

shortest path to a complete system solution.

Development

Tekware

create

Tekware

program

cedures

if

custom

a

the

your

Tekware

solution.

development

new

development

without

testing

program

Tekware

software

generators

requirements

development

Software

general purpose control, measurement,

or

applications

Software

or

writing

or

for

software

to

modify

software

enabling

a

single

customizing

software

call

software

tools

existing

products

you

line

for

an

tool

specialized

can

software.

to

create

of

code.

development

existing

could

be

contain

test

program,

the

control

be

used

Some

key

the

test

pro-

of

EZ-TEST

Test Development

Software

EZ-TEST is a software productivity tool used to create

and run test software for manufacturing, service

and rework, metrology, and prototype evaluation.

EZ-TEST is for non-programmers

prefer to concentrate on testing rather than software

coding chores.

The EZ-TEST software system provides

necessary to develop and run test systern programs. The

major elements of EZ-Test are:

— Generator program to create, debug, and execute

the test procedure.

to

a

to

—

Translator

Microsoft QuickBASIC

link

program.

— Test Execution Scheduler to run sequences of com-

piled

—

Microsoft

manuals.

it,

tests

program

resulting

and

QuickBASIC

gather

to

in

a

test

or

convert

code and

complete

data.

editor,

compiler,

programmers who

all

the

procedure

then compile and

stand-alone

— GPIB interface software for QuickBASIC.

repair

the software

test

linker

and

to

18

SG 5030 Instrument Interfacing Guide

The following Software/Hardware

this Instrument Interfacing Guide was printed. Other soft-

ware may be available; contact your local Tektronix Field Office for further information.

Description

Tek EZ-Test PC

360 K Floppy Disk

GURU II hardware/software

package for PC

TekTMS

GPIB Inst Lib

was available when

Tektronix Part No. |

S45F030

S3FG100

S3FT100

S3FT300

Ordering Utility Software

U.S. Only

Your local Tektronix Field office has the current prices for

software available from the Tektronix Instrumentation

Software Library.

Call the toll-free number serving your area and give the

Customer Service Representative the Tektronix nine-digit

part number and name of the software package you want

to order. If you have any questions about the software,

call your local Tektronix Field office.

19

purposes only. Tektronix, Inc.. does not warrant or represent

MPD Marketing Applications Support Group.

in any way the accuracy or completeness of any program herein or Its fitness for a user's particular purpose. Produced by the

provided for instructional

Tektronix SG 5030 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual