Agilent J06-59992A Operations Guide

WE

FFTTHT

OPERATING AND

SERVICE

MANUAL

JO6-5ggg2A

TIME INTERVAL CALIBRATOR

SERIAL

This

manual
unless accompanied by a
Sheet

indicating otherwise.

PREFIX: 2526A

applies

to Serial

Prefix

Manual Change

2526A,

MANUAL

@

Copyright

STEVENS

5301

PART

HEWLETT-PACKARD

CREEK BOULEVARD,

NUMBER 59992-91094

SANTA

COMPANY 1985

CLARA. CALIFORNIA 9505I

Printed

OCTOBER 1985

Table

of

Contents

Sectlon

I

GENERAL INFORMATION

INTRODUCTIoN ..

l-1.

GENERAL DESCRTPTION

l-2.

^

Z\

t-3.spEcmcATIoNS.....

I-4. EQUIPMENT SUPPLIED
l-5.

RECOMMENDEDTESTEQUIPMENT

Section

2

INSTALLATION

2-1.

INTRoDUCTIoN ..

2-2. PREPARATTON FOR

2-3. Power
2-4. Power-On

2-5. LOCAL OPERATTON/REMOTE

2-6. Setting the HPJ06-59992A
2-7. HP-IB Interconnections

Rcquircments

USE ...

.

Sectlon 3
OPERATING INFORMATION

OPERATION ...

HP-IB

Address. ...

Page

........

....

.....

..... I-2

......... l-3

. .. . .. . .

........2-l

........2-l

... . ..

......

.. .. ... .. 2-2

.....2-3

l-l
l-l

t-2

Page

2-l

. 2-2

... 2-2

Page

3-r.

INTRODUCTION...

3-2.

ADTUSTMENTS

3-3.

OPERATION VERIFICATION
3-4. AUTOMATED
3-5.

AUTOMATED CALIBRATION
3-6. TROUBLESI{OOTING
3-7. HP-IB PROGRAM

...

CALIBRATION

HINTS AND

LISTINGS

Section 4
THEORY

4-1. INTRODUCTION . .
4-2.

TIME INTERVAL CALIBRATOR
4-3. Al
4-4.
4-5.

4-6­4-7.
4-8.
4-9.

4-10.

4-l l. HANDSHAKE
4-12 BUS LOGIC .
4-13. DECODELOGrC.

OF OPERATION

VHF

Switch

VHF

A2
Theory

HP-IB COMMAND
INPUT SIGNAL CONVERSION
CALIBR.ATION WITH
EXAMPLE OF

Functional Block Diagram

Switch Board

of

Contrcl Board . .

Operation

OPERATION

AN

A NON-ZERO

LOGTC

. . . . .

ROUTINE
ROUTINE

GENERAL

OFFSET

TRICCER LEVEL

Theory ...

--USING

--USING

VOLTAGE

Hp 5370^/8

53638

HP

COMMENTS

MEASUREMENT .

.......3-l

.. .. ..

COUNTER

PROBES .........

.

.,....,..3-9

.... .. ..

.,.....4-I

......

,..... 4-l

........4-l

.,..,.1-2

.....,.,. 4-4

..,......

....... 4-5

. . . . .

..... 4.I

-.

....3-I

... 3-9

Page

4-l
4-l

. . . 4.3

4-5

....4-5

...

4-5

3-l
3-3

3-6

Table of

Contents

REMOTE/LOCAL

4-14.
4-15. LOCAL LOCKOUT
4-15. RELAY SELECT

LOGrC

LOGIC . . .

LOGIC

.

Section 5
REPLAGEABLE

PARTS

5-1. INTRgDUcrIoN..
5-ZPARTSoRDERING.
s-3.COMPONENTLOCATORS

......4-7

. . . . . . . . 4-7

.......4-7

Page

.....5-l

....5-l

.......-.5-9

GENERAL

product

This
instructions

product

This

SAFETY

related documentation

and

before

oPeration.

is a Safety

Class

CONSIDERATIONS

must

linstrument

be reviewed

(provided

for familiarization

with a

protective

with safety markings

terminal).

earth

and

BEFORE

Verify
to Section

SAFETY

An uninterruptible
input

lh

4.-,

APPLYING

product

the

that

ll, Installation.

EARTH

wiring

terminals or

tl

oRI

Instruction
product

symbol
user
man ual.

Indicates hazardous

Indicates

to chassis

is

Alternating

Direct current.

POWER

is

set

GROUND

safety

not

earth

supplied

will

when

to refer

terminal

when

apparent.

to match

ground

the available

must be

power

cable.

SAFETY

manual symbol;

marked

be

it is necessary

to the

such connection

current.

with

forthe

instruction

voltages.

is

connected

line

provided

SYMBOLS

the

this

WARNING

which, if
could

beyond
ditions are

the
adhered
tion of
beyond a
ditions

voltage

from

the mains

not correctly

result

WARNING sign

a

like,

to, could

part

are

and the

fully understood

which,

CAUTION sign

fully

correct

power

The
hazard.
procedure,

personal

in

The

hazard"

operating

if not

result

or all

of

understood

WARNING sign

lt calls

performed

injury. Do

CAUTION

lt

correctly

in damage

product.

the

is installed.

fuse

source

practice,

until

calls

procedure,

until the

to

attention

or
indicated con-

the

met.

and

sign

attention to

performed

to or destruc-

Do not

indicated con-

and met.

not

Refer

product

the

denotes

to a
or the
adhered

practice,

like,

proceed

denotes

proceed

a

to,

a

an

or
or

interruption of

Any
necting
injury.

Whenever

be secured

and
lf this instrument

terminal

Instructions
personnel

quaf

ified to

For continued
rating and type
fuseholders.

protective

the

(Grounding

it

likely

is

against any

isconnected

for adjustments

To avoid dangerous

only.

do

so.

protection

(for

protective

the

earth terminal

conductor

one

that the

is to be

energized

to the earthed

against

example,

SAFETY

grounding

will cause
a two conductor outlet

of

protection

unintended operation.

via an

pole

while

covers

electric shock,

replace

fire,

normal blow,

INFORMATION

WARNING

conductor

potential

a

has been

autotransformer

terminal
are

impaired,

removed

line f use(s

the

time delay).

tinside

shock hazard

is not sufficient

the

(for

(neutral)of

do not

voltage

for

and

perform

only

t

Do not use

or outside

instrument

reductiont make sure

power

the

servicing

such

with

the

that could

must be

source.

are for use by service-trained

adjustments

f

uset

250V

repaired

instrumentt

result in

protection.t

made

or servicing

s)

the same

of

fuses

or

short

or

discon-

personal

inoperative

the common

unless

current

circuited

INTRODUCTION

I-I.

GENERAL INFORMATION

This manual contains opcreting and servicc irforoetion
Time Intervd cxlibrator.

***

gcleral

***

specifications

dcscription

Included

of the calibrator

is the

following:

@

E

thc J06-599924

for

I-2. GENERAL

DESCRIPTION

The ,06-59992A is a special

precision
tematic errors of a

for absolute accurecy

measurements
The calibrator
Time Interval Probes
counter.

***

equipment supplied and rccommended

**r

installation inforrnation

***

operating

***

aulsmated

***

HP-IB

***

thsery

***

replaceable

*t*

component locators

***

schematic

time interval measurements.

with the Hewlett-Packard

can

inforrnation

procedure
program
of

listings

operation

parts

diagrams

instrument

particular

measurement

on the order of

also be

uscd to improve

lists

determining

for

used to

When employed

+/-

t00

5370A/B

the

whcn used in conjunction

calibration

increass

set-up,

the calibrator

ps

when

accuracy

with the HP

aquipment

test

constants

the accuracy

of

to determine the sys-

provide

can

making time interval

Time Intcrval Counter.

of

the HP 53638

5370A/B

The instrument

pulse

degrees out

input
measured by

sociated

ger
constant" is
removing

produces

and

phase.

of

of a measurement

the

with

the measurement

timing

level

then subtracted

the effect

itself is a linear,

two output

This

counter

error

of the

of

systematic

pulses

provides

instrument

a calibration

in

counter.

from

passive

channels'electrical

device

that are

two identical

such as

The

the measurements

errors from

which

effectively in

and

a counter.

set-up is

resultant

a measure

the measurement

takes a stable

phase

coherent signals

time

Any

of

path

lengths
computed
that follow,

"calibration

input

or 180

to

difference

the errors

the trig-

and

thereby

results.

Page

the

as-

1-1

HP

J06-S999ZA

General

Information

Time Interval Calibrator

I-3. SPECIFICATIONS

A The

are

Bandwidth:

Voltage:

Input
Effective

(error

Insertion

Settling

Relay
Output Offset

I MHz

Edge Repeatability:

contributed

Loss: 3dB

to

200

peak-to-peak,

5V

by J06-59992A)

nominal.
Tirne: 4
Voltage:

Voltage
DC

ms nominal.

Error:

Output

instrument specifications

listed in Table I - l.

Table I - L JO6 - 5999 2A

MHz square

<

l0

Input

inrpedance: I Mohm

-

+

| 0V

/

+/-

2V max @ 50 ohm

Settling time:

+/-

Resistance:

wave;

max.

ps.

max @ high impedance

50 ms NOMINAL.

2

mV, max @ high

0"

100

output

100 ohm, typical.

the

for

Specifications.

kHz to 200

NOMINAL

J06-59992A

output

load.

impedance

Tirne

MHz sine wave.

load.

output load

Interval

Calibrator

Power Requirements:

1.4.

EQUIPMENT SUPPLIED

48-66

>

J06-59992A

>

AC

>

Documentation:

Hz, I l5 or 230

Power Cord

J06-59992A
Product

Time Interval
lication

VAC,

Time

Interval Calibrator

Operating

Note 53708-2,

Measurements

#02-

59

52-7

7'l

+10%,

Service

and

"Better

Through

0.

-15%;20

Manual

Than

100

Bias Error

VA

maximum.

ps

Accuracy in HP 53708

Reduction."

HP Pub-

Page

L-2

J06-59992A

IIP

Time

General

Interval

Calibrator

Information

1-5. RECOMMENDED

TEST

For Local

EQUIPMENT

Operatiol|:

>

Pulsc Geterator

be measured.
>

5370A/B Time

I'IP

>

Oscilloscope

>

Voltage Source

DC

using Time Interval Probes)

not
>

53638

HP

procedures

The

Operation

Local

Than 100

Through

ps

Bias Error

--

a aignal rource

lnterval

--

dual

--

Interval Probes

Time

follow

to

contained

are

Accuracy

Reduction.

Countff

channel,

(optional;

NOTE

determine

to

53708

HP

in

capable

general

used to

(Optional)

Product

in

"

of rinulating

purpose

provide

calibration

Note

Interval

Time

thc signal

voltage

offset

constants

0B-2,

537

Measurements

using

"Better

to

when

Remote

For

All
>

>

*

These

!/2" microfloppy

Operation:

equipment

Series

HP
HP-IB

controllers

Interconnection

under

listed

200 Controller

Cables

require

discs

a separate

or

the

HP

Local
such

disc drive

9125

Operation

as

HP

--

HP 10833A/B/C/D

for

above,

9826,

9836,

such as

l/4" floppy

5

PLUS

9817*,

the HP

discs-

or 9816*

9122 for 3

Page

1-3

JO6-59992^

HP

General

Time Interval

Information

Calibrator

(This

page

left

intentionally

blank)

Page

l-4

2-1.

INTRODUCTION

INSTALLATION

2-2.

2-3

A

.

PREPARATION

Power Requir

ements

This scction

Drcsents

Time Interval Calibrator

tion using

HP-IB

the information

use.

for

(Hewlett:Packard

IEEE Std. 488-1978) is also included

FOR

USE

The

J06-59992A

volts,

48 to

mounted on the
position

installed.
volt
Refer to
fuses.

(l

l5

This instrument

operation

Table

BEFORE PLUGGING THIS
POWER
selected.

Time

Interval

66H2.

Before

panel

rear

or 230) using

or a.lA 250V time-delay

5-3

in Replaceable Parts

LINES, bc sure the correct

applying

of the 106-59992A

a small screwdriver, and the

uses

needed to

Information to

Interfacc

Calibrator

power,

.2A

a

750V

(TD)

for

INSTRUMENT

preparc

the

prepare

J06-599924

HP

for rerrote

Buq HP's implementation

operates from

voltage

the

must

time-delay

fuse for

the

HP

voltage

either

selector su/itch

be

set to the correct
correct
(TD)

230 volt

Part

TNTO

and

Numbers

fuse have

fuse rnust be

fuse for

THE AC

I l5

operation.

of these

opera-

or 230

l5

t

been

of

This
earth terminall.
provided
wiring
ever

strument

unintended operation.

external autotransformer for

the cornmon terminal is
power

a

Safety

is

from the Mains

terminals,

is likely

it

must be

source.

Class I

that

An

power

product

uninterruptible safety earth

power

cord,

protection

the

made

inoperative

this

If

connected to the

(i.

provided

e.,

source to the

supplied

or

instrument is

voltage

power

been

has

and be secured against

reduction, make sur€

with

ground

cord

impaired,

be

to

energized

earthed

protective

a

must

product

set. When-

the in-

via

pole

of

be

input

any

an

that

the

Page

2-l

HP J06-59992.A
Installation

4.

2-

Power-On

Time Interval Calibrator

A The J06-59992A

power

APPLYING
earth

protective

shall only be

by the

conductor

conductor

J06-59992,{

2-5. LOCAL

appropriate

BEFORE
protective
the
plug
protective

negated
protective
two

OPERATION/REMOTE

The HP
through an external controller
used

for remotc operation

is energized

source. The

terminal

conductor

inserted in a sochet

earth

contact.

use

outlet

of

(grounding).

is not sufficient

whenever

power

POWER TO THE INSTRUMENT,

the

of

the

of

The

an extension

power

its

indicator

instrument
(Mains)

protective

Grounding

on

power

outlet

(power

cord

protection.

cord

is

the

front

must be

cord.

provided

action

cable) without

one conductor

OPERATION

Time Interval Calibrator is capable of being

well

as

must have HP-IB compatibility.

as in the local moda

plugged

connected

must not be

into

panel

will

The Mains

with

of a

operaled

The controller

the

light.

the

to

a
a

2-6. Settlng

'

the HP

JO6-59992A

The HP
A2Sl,
IB
ScttinS the switches
tween the controller

provided

SI{ITCH:

SETTI

106-59992A HP-IB

which

addrcss using switches Al through

with

NG:

Allowable
other

the

of
calibrator
and

HP-18 Address

accessible

is

as shorpn below

and the J06-59992A according to

this documentation-

A5

than

programs

"CAL5

A4 A2

HP-IB address codes

05

used

is

address

programs"

36

3"

through an opening in the

rnust be

before

A,5

will

address

(rwitches

allow

AI

is set

proper

=

instrument

NOTE

are 00 through

for the J06-59992A,

changed

proceeding.

)

to

agree

(See

line

with

the DIP switch,

panel.

rear

,t6 and

05
Equ iva lent

the

A7

communication

progrd,ms

the

Decimal

30. If a

appropriate

with

the different

260 in

"CAL53?0"

Set the HP-

are not used).

be-

code
lines

Page 7-2

HP J06-59992A

Time

Inrerval

Calibrator

Installation

2-7. HP-lB

lnterconnections

The

HP-IB system

er)

HP-IB

gyback"
single source without

can be
course,
sure
working

connected

a

each

allows

compatible

connectors

in

path

from

connector

loose during

interconnection

instruments.

on both ends

special

virtually

the

is

firmly

use.

adapters

any configuration

controller

screwed in

The

so that

or

to

every

of

up to
HP-IB
several

switch

device

(finger

place

(including

l5

cables

have

cables

can

boxes.

desired.

operating

tight)

identical

be connected

System

There

on

to

keep

components

must

the

the controll-

"pig-

to

a

be,

of

bus.

Be

it from

Page ?,-3

HP J06-59992./l.. Time Interval Calibrator
Installation

(This

p"ge

left intentionally blank)

Page 2-4

3-1.

INTRODUCTION

OPERATING

INFORMATION

section

This
Time Interval
formance

to determine

helps
situation.
number
number
creasing
elements

An important
J06-59992A
curacy
Error Reduction."
manually

pulse
plains
rive
fully
the
in

presents

time interval

The

which represents

then

is

the accuracy

of the measurement

width,

the reasoning

at

comprehend

calibration

this section.

the information

Calibrator.

the

measured

subtracted

of

is Product

in HP

the

53?08

determining

and

calibration

constants

needed

calibrator

The

counter

errors characteristic

error data

the results

such as

the contribution

the measurements

from

set-up itself.

is used

the HP

used in

is

by factoring

}IOTE

element of

Time Interval

This

the calibration

transition

behind

constants. However,

the mathematical

the documentation

53708-2,

Note

Product

time measurement

using

Note

mathematical

the

the

automated

to operate

together

5370A/8.

any

of

calculation

a

of the

out

"Better

Measurements

describes

constants

formulas

the HP

particular

systematic

follow,

that

errors

Than

the

for

set-ups.

formulas

not necessary

it is

order

in

routines

J06-59992A

with a high

calibrator

The

measurement

thereby

the HP

ps

also

It

obtain

to

at

This-

Ac­Bias

ex-

ar-

to arrive

errors.

introduced

for

100

Through

methods

time interval,

used to

referenced

per-

a
in-

by the

for

to

3-2. ADJUSTMENTS

3-3. OPERATION

VERIFICATION

are no adjustments

There

Description:

verification

This
Interval Calibrator.

EquiPment Required:

>

>
>

test chccks

Generator

Pulse

Voltage

DC
Oscilloscope

required

the basic

Source

the J06-59992A.

for

operation of

the HP J06-59992A

Time

Page

3-1

J06-59992A

HP
Operating Information

Time

GENERATOR

Interval Calibrator

PULSE

OSCILLOSCOPE

*;.:6

TIME

INTERVAL

CALIBRATOR

oFFsET 'oLTAGE

Figure

Procedure:
a.

Set the

amplitude up
b.

Connect
the Outputs
oscilloscope inputs to 5O-ohm.

c. Select
the output signals

--4

;.Hötr:

Dci

Y*,rrss i

L:95trj

j'I.

Operation

pulse generator

to

pulse generator

the

to

Channel A

pushbutton#l

V

5

with

Verilication

produce

to

p-p

and a 50% duty cycle.

and

the

on

the

oscilloscope.

Test Set-up,

signal to the J06-59992A

B of the oscilloscope. Set coupling for

front

a square

panel

of

wave,

the

10

106-59992n

MHz signal

Input.

Connect

ani

with

an

both

observe

Page

3-2;

Verify

d.
with

an amplitude of approximately

50% duty cycle. There
the reduced output amplitude is due
J06 - 59 9

e. Select
d.

Select

f.
out-of-phase.

g.

Select

f.
h. Apply a

on the
the oscilloscope are

rear

the

that

924
pushbutton

pushbutton

pushbutton

+2Y

panel

signals at

power-splitters.

signal from

of the

both

outputs A and B are

should

#2

#3 and

# 4 and

verify

and

verify

verify

the

J06-59992A

offset

be no

voltage

dc

from

that

that

MHz in-phase

l0

70%

of input,

signal

breakup

to

that

ground

nominal 3dB

the

the signals appear the same as in step

the

signals are now

the signals appear

source

verify

and

centered at 0.00V, and

or distortion.

of the

loss

180

the sarne as in

Offset

to the

the signals measured

that

+2V.

by

Note that

degrees

Voltage'Input

signals,

a

step

on

t06-59992A

HP

Time Interval

Operating

Information

Calibrator

3-4. AUTOMATED

i. Apply a
measured

Disconnect

i.
Calibrator.

-7Y
the oscilloscope

on

the

CALIBRATION

Description:
This routine

5370A/B
calibrator
measured
stants
counter

calibration

The
mid-pulse

to

user
Equipment

automatically

counter. In

are

fed

errors, are represented

generated

configurations

voltage

simulate

Required:

>

HP 5370A/B

Offset

signal

ROUTINE

to

the

both

are

test equipment

from

-.USING

determines

calibration

this

5 370A/8.

the

into

as

by the

signal

actual measurement

program

and

duty

offset,

transition rate,

Time Interval

apply

with combinations

is always

cycle

Voltage

"calibration

Input

offset from

J06-59992A

the

537OA/B

HP

calibration

the

procedure,

Counter

to measurements

conditions.

Counter

readings,

constants."

of

ü 50%; however,

pulse

and

observe

and
ground

known

"+"

by

Time

constants

signals

which depict

with

"-"

and

can be adjusted

rate

the signals

that

-2V.

Interval

COUNTER

the

for

the

from

con-

eight

The

COM

and

SEP

slopes-

voltage swing,

by

>

Voltage

DC

measurements
>

Series 200

HP

with

BASIC

*Requires

>

HP-IB Cables

>

Pulse

l. Simulates

(rise,/fall

2. Has

change

3. Has

which

a

a

to calibrate.

Source

at non-zero

separate

Generator--must

the

times)
50%

duty

during

constant

--

to

Controller

disc

be

voltage swing

the desired

of

approximately,

cycle,

rate

seconds

of

at least

the few

provide

trigger

such as

drive

capable of

an

levels.

HP

Xl.5

signal

of calibration.

I MHz.

voltage

offset

9826, 9817*,

9836,

generating

and the

to be measured.

the

but

User

a signal

transition

duty

decides

if making

9816*

which:

rates

cycle

must

the

rate

not

at

Page

3-3

HP J06-59992A Time
Operating

Information

Inlerval Calibrator

TIME

INTERVAL

CALIBRATOR

31.:--

N3oo

Figure

(f)
times the desired

l2l
Counter

Calibration

3-2.

The signal swing at

signal

The signals

at this

should simulate
Procedure:
e.

Connect the HP-IB cables
counter,
Set

b.

and the controller.

the

HP-IB address of

Power up the

pulse

btu,

Using

the'CALi370' Program^

point

this
to be

point going

the actual

from the Pulse

measured.

from the Time

signal to be

between

the

Set

HP-IB address of the

the

the counter to

generator

and

the instruments connected

llr

co

og'

-33

.rää'_iö

IGC

';

El

r:toc.l;';,

(50

A

(50

B

Generator should be

measured

J06-59992l-,

07.

:rc,l

'',

l'

?.oi:

oHMl
OHM,

Interval Calibrator

later.

the HP 537OA/B

106-59992A to 05.

by the HP-IB

f.5

to

the

Page

3-4

c. Connect

a

pair

to the counter's

order

In
used

for the calibration

the

for

d. Set counter to
DIVIDE-BY- I

of cables

START

from

and STOP

measurements which

SEPARATE,

ret START and

ATTENUATION,

the J06-59992A

inputs.

HOTE

valid,

to be

and TRIGGER

these

follow the

STOP channels to DC, 50 OHM,

calibrator outputs

Eame

cables must

calibration routine,

LEVEL

to PRESET.

A

be

and

B

HP,106-

trlOTE

59992A

Interval

Tirne

Operating

Calibrator

Information

an offset

allow

To
set to I Megohm,

ohm source,

50

which

also necessitates
clamation
point

from

generator

Set the

e.
frequency
desired

Connect

f.

If

B.
on

the rear

identical

Load

h.

pulse

selected

signal.

signal to the Input

this

using an offset

panel

to the

"CALS3T0"

the

controller.

program.

i. Run
the

the

CRT. This involves

the SEP/START

voltage limit

which means

and the

point

in front

in front of line

to

broduce

the

by

of

trigger level

user.

voltage,

the Time

connect
voltage

calibration

user

The

entering

switch

COM

of

the

counter

changing

of line 320,

in

330

a signal

Adjust

the iOe

of

this

Interval

of

routine

will

need

the offset

the counter.

on

+/-

lOV,

generator

pulse

should

two

"CAL5370."

be

program

remove

and

with a 50%

amplitude

-599924.

voltage to

Calibrator.

the signal

program

to respond

voltage

must

should
be

the

counter

set to Divide-By-

lines.

to

be

the Offset

This

Add

exclamation

the

cycle

duty

times that

1.5

Voltage

voltage

dc

to be measured.

memory

into

prompts

to

displayed

value used and

be

good

a

10,

an ex-

at a

of-the

Input

should

of the

operating

be

on

j.

The display
tracted from
measurement
meters. These

expected

be
Example

provides

the

to be made.

provide

when using the

of results:

cAL5 3?0

CALIBRATION

(TO

BE SUBTRACTED

INTERVAL

TIME

INTERVAL

TIME

INTERVAL

TIME
TIME

INTERVAL

WIDTH + TO

-

WIDTH
RISE-TIME

TO

SKEW

FALL-TIME
CALIBRATED
CONSISTENCY:

-l
l6

ps

ps
ps

++,--:

TI

+-,+-:

TI
WIDTH : 2

a summary

of

counter measurements,

included

Also

the

a measure

of

calibration

CONSTANTS:

COUNTER

-t8

-48

235
250

168

107

ps
Ps

ps
Ps

ps
ps

Ps

Ps

+

- -73

- -52
+

with OFFSET

+

­+

-

­+

SKEW

50

AT

FROM
TO
To
TO
TO

MHz

the calibration

depending

a list

is

typical

on

of the

experimental

constants.

READINGS)

.5 VOLTS

@

constants

type of

the

consistency

error

to be

sub-

para­that can

Page

3-5

IIP J05-59992A
Operating

Information

Time Interval

Calibrator

3-5. AUTOMATED

CALIBRATION ROUTINE

Description:
This routine

5370A/B

calibration

this

fi7AA/B. Counter readings,

"calibration

as
ply

to measurements

combinations

calibration signal duty

The
mid-pulse

to

user
Equipment

automatically

counter

voltage

simulate actual

Required:

>

HP 537OA/B

>

HP 53638 Time

>

HP Series 200 Controller such as HP 9836,9826,

with

when

procedure,

constants.

"+"

of

and

offset,

BASIC

determines the

used

known

"

The

with

SEP and COM

"-"

slopes.

cycle is always * 50%; however,

transition rate, and

measurement

Time Interval Counter

--USING

with

the

signals

which depict

eight constants

Interval Probes

HP

calibration constants for the HP

HP 53638

from

counter configurations and

conditions.

53638

the calibrator are

measured

generated

pulse

PROBES

Time Interval Probes.

errors, are represented

by

rate can be adjusted

into the

fed

program

the

with

voltage

9817*, 9816*

swing,

In

ap-

by

*Requires

>

HP-IB

>

Pulse Generator--must

l. Simulates

(rise/fall

2. Has

change

3. Has a

which to calibrate.

z 50% duty

separate disc drive

Cables

voltage

the

times) of the desired signal to be measured.

cycle,

during the few

constant rate of at least I MHz.

be capable of

swing Xl,5 and the

approximately, but

seconds of calibration.

generating

User decides

a signal

transition rates

duty cycle

the

the

which:

must not

at

rate

Page 3-6

OFFSET

VOLTAGE

HP J06-59992A Time Interval

Operating Information

Calibrator

PULSE

GENERATOFI

TIME

INTERVAL

CALIBRATOR

Figure

:EitrE

TIME

INTERVAL

PROBES

3-3. Calibration Using the'C4L5363' Program.

(f

The signal swing

)

times the desired
(21

The signals

Counter

should

at this
simulate the actual signal to be measured

Procedure:

at

signal to be measured.

point

this

point going

from the Pulse

from the Time Interval

===:=:

=.-===::

HP SERIES

200

CONTROLLER

HP.IB

oHM)

A

{s0

(50

B

oHM)

Generator should

Calibrator to the

later.

_

=_j

==:a

=-=----!i:i

be

1.5

Connect the

a.

HP-IB

counter, HP 53638 Time

cables between the

Interval Probes, and the Controller. Set
address of the J06-599924 to 05. Set
Time

Interval

b. Power up

Probes

the

to 04, and the address of the counter to

pulse

generator

and

the

bus.
c.

Connect a

START and STOP

pair

of cables from the 53638 Probe

inputs.

}IOTE

In order for the calibration
used

d.

The Time
curacy as explained
probes

into

the

for

measurements

Interval Probes

in the HP 53638

53638

and

press

to be

which

should be

"Level"

switch down

Operating and

J06-59992A,

the

HP-IB

instruments

address

connected

outputs

valid, these same
follow the

pre-calibrated

calibration

for

Service

for several

the

HP 537AA/B

the

of the

HP

53638

07.
by

the HP-IB

to

the counter's

cables

must

routine.

trigger-level ac-

Manual.

seconds.)

HP-IB

be

(Insert

Page

3-7

106-59992A

HP
Operating

Time Interval

Information

Calibrator

e. Connect
J06-59992A A and
the

Time Interval

f. Set counter to
OHM,

g.

Set the
frequency selected by the user.
desired

Connect this

h.

Connect the Trigger

i.
val

Probes rear
Time Interval Calibrator. This dc
be

identical
Time Zero knob
ting during calibration and

a 50-ohm

DMDE-BY-I

allow an offset voltage

To
the Outputs

pulse generator

the

pulse

signal.

panel

to the trigger

load

B Outputs

Probes.

SEPARATE,

ATTENUATION,

of the

generator

signal to the

Level Output

to

the Offset

can

be set to any

and a Time Interval Probe to

using

set both START and STOP channels

limit

J06-59992A should be removed. In this case,

be

must

produce

to

Adjust

Input of

voltage

level

the measurements

the

special tee adapters available

and TRIGGER LEVEL

NOTE

+/-

of

good

a

a signal with a 50%

amplitude

the J06-59992A.

START

Voltage

voltage,

of

position,

l0V, the 50ohm loads

50 ohm

the

source.

voltage

Input on

set

through

signal

but

it must remain at

which

each of

duty

be

to

1.5

from the Time Inter-

the

rear

the

to

be measured. The

follow.

the

to

to

PRESET.

cycle at a

times that of the

panel

of the

program,

that set-

with

DC, 50

at

should

When
voltage,

program

The

value

this

j.

Load

controller.
k. Run

the CRT. This involves
l. The display

tracted from
ing on
consistency
tal error that

"CAL5363"

the

program.

the

type

the

the 53638

using

the trigger level

automatically

regardless

The

provides

the

measurements

of measurement

parameters.

be expected

can

ilOTE

Time Interval Probes to

of the counter

sets the trigger

of

the Probes trigger level.

calibration routine

will

user

entering

a

summary of

These

need

offset

the

the

of the

provide

when

probe/counter

to be made. Also included

a

using the calibration constants.

produce

must be set to

of the counter to

level

program

to

respond
voltage value

calibration constants to be sub-

measure of the

into memory of

to a

combination depend-

the offset

prompt

used.

is a list

typical

V.

0.00

the

displayed on

of the

experimen-

Page 3-8

HP

106-

59992A

Interval

Time

Operating

Calibrator

Information

Example

36 3

cALs

CALIBRATION

(TO

BE
TIME
TIME
TIME
TIME INTERVAL
WIDTH
WIDTH

RISE-TIME

FALL-TIME
CALIBRATED
CONSISTENCY:

++,--:

TI

+-,+-:

TI
WIDTH: 22

3.6. TROUBLESHOOTING

HINTS

A typical calibration
up", check for

of results

CONSTANTS:
SUBTRACTED FROM COUNTER
INTERVAL
INTERVAL
INTERVAL

-

+

TO

-

+

TO

SKEW

SKEW

AT 50 MHz

ps

23

-42

ps
ps

+

-

+

-

TO
TO
TO
TO

+

-

­+

ps

74

ps

46

224

w

-86

ps

ps

152

ps

13

-

ps

142

-239

ps

with OFFSET

AND GENERAL COMMENTS

takes about 7 seconds.

the

following:

READINGS}

-1.3

@

If the

VOLTS

Programs

should

"hang

3-7. HP-IB PROGRAM

>

Verify

>

Verify

>

Verify that the instrument

IB
>

Verify that the triSger level

put

>

When

with

that all
that all test instruments

programs.

load.

using

th€ voltage level entered by the

electrical connections between

voltage source to

a dc

LISTINGS

Following are the
run the automated

listings of

calibration

terval Calibrator.

a. Calibration Routine

File'€AL537(}'

b. Calibratioa Routine

are set

HP-IB addresses

is

not

the two

properly'

correspond

greater

provide

user at the

than

an offset

programs

routincs with the HP

using HP 5370A/B

using HP 53638

test instruments

to those in the HP-

+/-

2Y fot a'

voltage

program

referencad

prompl

in this section

J06-59992A Time

Time Interval

correct.

are

50 ohm out-

it must

agree

Probes

to

In-

File'CAL5363"

Page

3-9

J06-59992A Time Interval

HP
Operating Information

Calibrator

(This

page

left

intentionally

blank)

Page

3-10

10t
20

30t

40t

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80

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100

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160
170
180
190
200

210
220

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290

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300

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310

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320

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330

OUTPUT

340

OUTPUT

350

OUTPUT

360

OUIrPUT

370

OUTPUf

380

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390

!

400

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410

DISP

420

OUTPIII

430

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440

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450

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460

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474

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480

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490

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500

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530

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560

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570

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610

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620

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CALIBRATION CONSTAI{TS
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(Page 3-11)

'

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r

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760 OUTPUT
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.25*

(W1-I{2+W3

.25*

CAI,CUI,ATE

(TL-T4

5*

(f

5*

)

2_T3

s*Per-

.

)

(T5_TB)
(f5_TZ)

-

BEGIN

-

+

T

+

T

il,,evel*.5

Co!{rrrr,

SWAPPED

-

SVIAPPED

CALIBRATION

I START
t SEÄRT

x n

and

coNTIN[tE

CALIBRATION

COlt DWIDES
COU DIWDES

rr n

TN PROGRESSN

THE START-CEANNEL IS

IHE SIoP-CIIANNEIJ

SERVES ONIJY As A so-ohn

B-OUTPÜT

BE ON

T+-WIDTHSWAPPSD

-+WIDTIISWAPPED

t

-+I{IDTHDTRECT

!

!+.WIDTHDIRECT

+

+

!

I

RISE TII{E SKEW

-

TALL TIUE

SKEW CALIBRATTON

SKEW

CALIER,ATION CONSTA}|TS

CALTBRATION CONSTAI{TS

)
)

-W4

)

CONSISTENCY PARAMETERS

programr

84

BY 2
8Y 2

(Page

50 OHtt

€

50 OHl,f

e

3-L2)

1330
1340

s0

13
1360

0

137
1380
1390
1400
14 10
L420
1430
1440
1450

s5

14
14 50
1470
1480
1490
ls00
1510
1520
1530

1540
L5s0
1550
1570

158 0

gRllll!
PRIN!

itRMI
lRIllT
FIRINT
!8,INT

pRIllT
pRIllT

PRII{T
PRINT

pRrl{f
PRINf,

PRINT
pRINr

PRINT

lpRINf
DTSP
END

I

DEF

TIEND

FNTi

ENTER

ABS

IF
OUfPUf
ENTER
RETURN
FNEND

n
ü

(BO

BE SUBI'RACTSD EROM

gslNc-rrr
usMc

USII|G
USING
ITSMG
UsIltC
SSITG
USTNG

TICAT,IBRATED

ntrx
üNl|
nnn
rrr
nrrrl

TXX

NTr

IICOI{SISTENCY:
rTI

++,

rfTI

*-r*-:

|IWIDTH

TWIDTH

r

--:
fr
iliINT(Ps*(llpnl-I{pn2)

3

-+3

CALIBRATIONII

(P,

Ctr)

CtT;f

(T)

<.5*P

Ctr

r rPC![Rrl

THEN

CtT;T

T

CAT IBRATIOil

COI{STA

COITIIIER

-

+

+

-

+

-

TüE INTERVAIT

E

I
TIUE

fNTERVAL
XNTERVAI.

l!$.tE INTERVAI"
WIDqm
mUIH

+

-

TO
TO

RISE.TI}TE SKEW

FAIN.TIIIE

.rrrNT(1.8-5lPer+.5)

}T

T

(ps* (pp-Nn)

iINT
iINT(Ps*

(Pnl-Pn?,

SKEW

*.5)

*.5)

niINT(ps*(l{npl-Wnp2)

T

RETT'RNS

1570

I WITH PROPER

tS :

To
To
TO
To

rtps[

l

*'5)

*.5)

T.

tr

RTADINGS)

rrn,

+

nn,

­N',

.

nn,

+

. r,
u'.
UN,
ON,

}tgz nith

irr

DDDDDD
DDDDDD,
DDDDDD,
DDDDDD,
DDDDDD,
DDDDDD,
DDDDDD,
DDDDDD,

oFrSEr

ittpstt

;rrpsfl

,.ilpsrl

I .

PERIOD COMPT,EUENT

'

ps"n";cpp*ps

!!1

|l

Panrrictul*Ps

IIü

PEü'III

ntr

pstrhrricnp*Ps

r.r

psrrrriwpn*ps

rrr'

psrriiwnp*Ps

NT

PSII||i|

iI

pE$[[iF*Ps

riofsitr

e

icpn*Ps

iR*Ps

VOtrS

''

(Page

3-13

)

10t

20

30

40

50
60

RE-sroRE

PRI$I
toRrc 11
t TIIIS
t PAPER

cottNlERsr
70
80

1)
90
100
110

2,
120
130
140

150

3)
150
170
180

4)
190
200
210
220

230
244
250

250

270

280

290
300
310
320
330
340
350
360

374
380

390
400
410

420
430

440
450
450

470
480

490
500
510
520
530
540
550
560
570
580
590

500

610

620

630

640

550

560

5)

I

5)

I

7'

a

I

a

!­Ctp707
Cal=7
Probe=7
Ps=I.

oUTPUT

rNpuT

OUTPUT

LeveI$=VAL$
Level$=rf+ft
fF

OIXrPUT
OIXrPUT
OUTPUT
OUTPIIr Ctr
oUTPUT Ctr
ENTER Ctr'

OUTPUT Ctr
ENTER

I

I

DISP

OUTPUT
OUTPUT Ctr

T1=FNTi
OUTPIII Probe

OUTPUT

T2=FNT1

ouIPttT

I{AIT

OtIIPUT

T3-EMII

OUIIPUT Probe
OUtPUf
T4-FMll
OIIIPUT

WAIT ,

OIIIPUT
OIIIPUT
TS-FI{TJ.
OIIIPUI Probe
OIIIPUT
T6=FMI1

l"ctrtsf3'{

rfcALs363

REV

DEC 84

PROGRAI{

IICALTBRATION

EXECUTES

INTERNATIONAL

,

SET-UP PROCEDIIRE

PULSE

CONNECT
TIIAr{
SAUE
CONNECT
COITNTER START

(NOTE:

PROBES

ACCORDAITCE

IN
SWITCH
TERMINATE

A alID

sET
C9NNEcT
HPIB ADDRESSES

A

DESTRED

MIE
RISE/FALL

PAIR

A
TIIE

FOR

SHOULD

IILE\,IELII

TO

CALIBRATOR

B WITH

coUNlER

5363

& STOP
SAI'{E
CALTBRATION

BE

WITH HP5363B

TI{O TEE

To SEPERATE;

lRIe

:

O5

4

0

E+12

,'TYPE

ctri

nFNltr

rN

OFFSET

Ctr'trST6tr

(

IooO+INT

&Level9

V<O

THEN Level$=rf-ff&Level$

Probe
Ctr
Ctrr

rrcArr&Level$&'rusRBrr

i

[FNZfRTAo.oorr

r

rrTO0.
ITSRSAISOI'I

i

2, a

[

00rr

i,,FN4G!21{Rr

PET

II

FN1ST1SS

i

CtnPfff

II

ca1

(Per,

Ctr

(Per,

cal

. OO4

Ctr

(Per,

Ctr

(

Per,

Cal

OO4

Probe;

ctr

(Per,

Ctr

(Per,

TII{E-INTERVAL

tf

Blfl

;
o

trffi[

Ctr)

|TGADSRBDSTf

t

' rrl{Rrl

ctr)

.

rB2 fl

'

rf

lGltf

Ctr)

I|GAUSRBUSTI

i

frMRrl

i

Ctr)

ItB3

fl

;

Tf

GAUSRBDS|T

nlrRtt

i

Ctr)

IGADSRBUSTI

;

r rrffiff

Ctr)

19

THE

85rt

JI'L

CALTBRATTON

OF SYSTEMATIC

TEST

SOITRCE

SIGNAL TO

TII{ES,

OF

-50t

CABTES FROI{

CONFERENCE,

TO THE

BE UEASI'RED
DUTY-CYCLE,

INPUTS

CABLES

MUST

BE

TO

PRE-CALIBRATED

MANITAL

I{OI,TENTARILY)

OUTPUTS

I

(I{UST

S;

Da/SO

LE\IEL

OUTPUT

COUNTER-7O7,

INITIALIZATION

(-9.99

(ABS

(

TO 9.99 volts

IOO*V)

+.

]

[2' 4 J

&Level$&trUsn ! SET TRIG IiEVEL

3AR2EAOMDJIq3II

CALIBRAUON

AIßORTTHII'

ERRORS

IN PRECISION

PHILA, 1985,

INPIllt

OF CALTBRATOR,

AI{D

STABLE

53638

BE

PROBE

USED LATER

VAI.,ID)

FOR TRIGGER-LEVEIJ

(INSERT

A & B

ITAVE

WITH

50 oh:n SoITRCE

50

ohrns/XLlPRESET

(A

or B) To CALIBRATOR

CALIBRATOR-7O5,

IHPIB ADDRESSES

CONSTANT

!

g

Hi Zr

I CI,EARS

5)

)

IA TRICK TO
ITRADE LEADING

! TRADE

lsET COI'NTER lo

! MEASURE

! SET
! DT'I'{MY READ

IN

!+

t-

t-

T+

I

COI'NTER

PROGRESS'I

+

-

-

+

-

+

-

+

DESCRIBED

IN

D. CHUIS

TII{E-INTERVATJ

WITH

3 DB

APPROXIIIATELY

I TO 100

LARGER

MIfz.

HP53

THE

538

OUTPUTS TO

TO DO I,{EASIIREI,IENTS

ACCIIRACY

PROBES

OhM AI{D

to BOTH

TO 5353 AI.ID

INSERT PROBES

50 ohm I,OAD)

No

IF

eIIANNELS

PUSH

oFFSET INPUT

PROBE-704

-2

TO

+2

V € 50 oH!,lS)

ANY PREVIOUS REFERENCE

LEADTNG O

rf

GET

I'1'I

il

+

FOR

il

-rf

t|+II

FOR

(2-PROBE

CAL,)

SUIT PROBE OIITPUTS

FREQUENCY

FOR

TO CI.EAR

SI6PEDIRECT

SIOPE DIRECT

SIPPE

SIOPESWAPPED

SIFPE

SISPEDIRECT

SWAPPED

DTRECT

(PERTOD)

.

T. I

PIPELINE

(Page

3-14)

n,V

OUIIPUT

O

67

I{AIT .004

680

ottTP0T

590

T7=FllTi

7oo

OUIIPUT

710

OUTPUT

72O

T8=FNTi

73O

!

740

!

750

!

760

0

77

DISP

rt

78O t SrNGr.,E

?90 IFOR
8OO !

lIF

810

OUTPUT

820

OUTPUI

83 O

wAIr

840
850 OUTPUT
860 ENTER

OUTPUT

87 0

oUTPtIf

I I0
890 ENTER

O 0 OUTPUT

9

WAIT

910

OUTPUT

92O
930 ENEER

OUTPUT

9 4 O

OUTPUT

950
9G0 ENTER
97 O OUTPUT

WAIT .

980

OUTPUT

9 9 0
l0o 0
1010
1020
1030

L040
1050

1060

ro70

1080

1090
1100

r110

rI20

I13O
1L40
1150

1160
1170
1180

0 IF

L19
1200
12 10

L22O

1230
1240
1250

PROBE-A

FOR EXAI.IPL,E

lfoTHING.

.004

Ctr;W4

CtT;W3

.004

CIr;W2

Ctrrt{l
O04

OUTPUT
OUTPUT
R=FNTi
OUfPUT

OUfPUT
F=FNTi

!

!

!

OUTPUT
OUTPUT

!
!

CPP=.
Cnn=.5r
Cpn=.5r
Cnp=.5*

IF
IF

IF
Wpn=.
l{np-.

t
t
t

5*

Wl>Per
W2>Per

>Per

9t3
W4>Per

5*
5*

1260 I

O

L27
I2g0
l29O

OO

13

10

13

1320

5*

fu-.

5r

Nn-.

pnl-.
pTr2-.

Wpnl-WL­I{pn2-W4-.5*Per+

5*

5*

ttl{tt

CaI;

tt!{Rrf

ctr

i

(Per, Ctr)

Probei

Ctrorfffirt

(PerrCtr)

PROBE

Ctri
Probe

Ctrlrt!f,Rtr
Probe

ctr
CaI
Ctr;
PrObE

CtriillElrf
CaI
ctr

Probe
Ctrt

(Per,

Probei

Ctr;

(Per,

Probe
Ctri

(T1+T4

(T1-f4
(f2-T3

ITGAUSRBDST

I{rDTH,

!.!EASI'REI.|ENTS

CAIIBRATION,
TTGAUSRADSI

'

ELSE

ItARlMRrr

ff

GAUSRADS'T

i

I TTGADSRAUS

' rf

rf,Rff

rl

rr

83

,-

illrrRrl

II

GAUSRADS

;

rf

Blrf

;
'

ff

aR2URrt

IIGAUSIU\US

i

rr!filfl

Ctr)

I'GADSI{ADSTT

ttffifl

Ctr)

ttGAUSRBItStt

i

rrMDlrt

BEGIN

(TZ+T3
(T5+TB)
(T6+T7)

THEN
THEN
TttEN

IHEN
(WL*-r{4-Per)
(W2*W3-Per)

)

(T5-TB
(T6-T2

)

. 5*P€3-

END TIIITE.INTERVAL

RrSE/FALr,

(PROBE-A)

REPIÄCE A

IS CIIA}{GED

IS CEANGED,

tl

II

'l

WIDTH

END

CALCT'IJ\TE

)
)

Wl=lill-Per
W2=I{2-Per
t{3=W3
lt4-W4-Per

CALCT'I,ATE

END

BEGIN

)
)

5

. 2
.25*

*

CALCUI.ATE

RISE/FALL

-Per

(W1-W2+!!?

(WL-Wz+tf3-I{4

CAI"IBRATION

SKEW

CALTBRATTON

BX

iGEUSRBDSI

lo

CAIIBRATOR

CALIBRATION

CALIBRATION

CALIBRJATION

CONSISTENCY

-W4

)
)

-

!

T+

B Il{

+

-

PROBE

SIIOIIIJD

I PROBE-A

-

+

!

-

I

!

!

!+

!

I BACK
! RETURN

+ WIDTHSWAPPED

-

+

.

+

+

-

CONSTAIITS

CONSTAIITS

PAR;AI'IETERS

SIPPESTilAPPED

SI'PESVTAPPED

PROGRESSn

IN

CO!'IUANDS
oN 84

BE

(ONE-PROBE)

CAL

WIDIHS!{APPED

WIDTIIDIRECT

WTDTHDIRECT

PROBE-A(RrSE)

PRoBE-A

2-PROBES

TO

COI'NTER

(FALL)

TO

I}I TEIS SECTION

TO THERMO

CYCLING

EQUTLIZE

I.TODE

(Page 3-1s)

1330
1340
1350
1360
1370
1380
1390

1.400
1410
L420
1430
1440
1450
14 50
1470
1480
1490
1,500
1510
152 0
153

0

154

0
Is50
1560
1570
1580
1590
1600

1510
152

0

0

153
I64 0
1650
1650
r670
158 0

-

Wnpl.=W2

Wnp2=I{3-.

*Per+

. 5

5*P€r-

END

PRINT
PRINT

Ps=].. E+Lz

PRINT USING
PRII{T

PRINT
PRINT

PRINT
PRINT
PRINT
PRINT
Freq=INf ( I .E'6/Per+ . 5
PRINT
PRINT
PRINT
PRINT
PRINT

!
PRINT
DISP
END

!

DEF
ENTER
IF ABS
OUTPUT

II
il

USrNG

USING
USING

USING
USING
USING
USING

'ICALIBRATTON
IICONSTSTENCY
ffTI
ftTr
ITWIDTH

ilWf

rNTi

DTH

rr

tr

IIEND

(P,

-+:

CtT;T

(T) <,5*P

Ctr.

(TO

rt

n

rl

il rr

ff

il

rl

fr

rilrl

tt

rf

rr

|l

rt ||
II II

'I
rr

rr tf

++r--:

-f

*-,

rr

i

CALIBRATION'I

Ctr)

I'PCI{RII

(lt1-W2+W3

.25*

(WI-W2+W3-lV4

.25*

CALCSIÄTE

CALIBRATION

BE

SUBTRICTED

PROBE-A

PROBE-A
PROBE-A
PROBE-A

PERFORIIIED

II

:

rriINT(
rriINT(

:

fr

:

iINT(
( (I{npl-!{np2

INT

THEN 1,570

ENTER CtT;T
RETT]RN T
FNEND

TIME

TII{E

TII.IE

TI!,TE

INTERVAL
INTERVAL
INTERVAL
INTERVAL

RTSE-TIUE
FALL-TIUE

)

(Pp-Nn)

(PnI-Pn2)

(Wpnl-I{pn2)

-l{4

)
)

CONSISTENCY

CONSTA}{ES

FROM COI'NTER

+

TO

-

TO

+

TO
IO

WIDTH
WIDTH

AT

*.s*Ps+.5)

*.5*Ps+.5)

)

+

TO

-

TO
SKEW
SKEW

'';FTeql''

*.5*Ps*.5)

*ps*.5+.5)

PARJL}IETERS

I'

:

READTNGS)'

ilil,

+

tlfl,

­''il,
rrff

+

flll,

­rftf

+

fr il
ff

MHz

;trpsrt

;rtp5n

rrpsrl

;

IRETURNS

,

,
,

il

,

E

;ffpsrl

DDDDDD,
DDDDDD,
DDDDDD,
DDDDDD,
DDDDDD,
DDDDDD,
DDDDDD,
DDDDDD,

OFFSET

T. I.

IWITH PROPER

n

rf

ft ll
rf

ff

ft

It

rr

tl
rr rt
tl ll
ll ll

tr

=

1$ I

PERIOD

rt tt

pgu

pglf
pgrt

pgl

pg
pSn
pgtt
pg

rt

lt

tt

tt
n
rr tr
w rr
n
tl tt

11

Cpp*p"

;

fl

Cnn*pS

i

ll

Cpn*pS

;

Cnp*p"

;

Wpn*

;

tt

;I{np*p=
iR*PS

rl

F*PS

i

VOItS

COMPLEUENT

pS

rf

(Page

3-16)

4-1. INTRODUCTION

THEORY

OF

@

OPERATION

kl

This section

.

4-2. T'MEINTERVAL

val Calibrator.

CALIBRATOB

4-3. Al VHF Switch Control

The majority
operation of the
the Power Supply, which
Logic to drive

4-4.

4-5.

VHF

AZ

Theory

Switch Board

This
splitterq

of

Operatlon

board

explains

the

basic opcration

Board

of the componcnts on the

Time Interval Celibrator.

provides +12Y

the A2 Switch Board.

contains offset

and the HP-IB addres switch.

voltage

circuitry, the

the HP J06-59992A Time

of

board

Al

In addition,

-12V,

and

releys,

possible

make

the board contaiirs

+5V,

end the

the two

tnter-

the HP-IB

Relay Select

power-

4-6. HP-IB COMMAND OPERATION
The Hewlett-Packard

and

or

remotely using

"B4"

correspond

manually
"83':

respectively.

Time Interval Calibrator can be operated either

HP-IB

the

to

commands.

panel

front

commands

The

switches

"il1",

"82",

#L,#2,#3,and #4,

Page

4-1

HP JO6-59992A
Theory

Operation

of

Time Interval Calibrator

82

INPUT-

deg

ero

POI{ER

SPLTTTER P2

180 deg

N1

POWER

SPLITTER

4-7. INPUT
The zero degree
phase
Pl to Output A and P2

and

B
input
routes
the
for a

N2

Figure

output signals, Pl

to

P2

into

the

from N I to Output B and

input

diagram

ouTPur

OUTPIIT

OIJITPUT

oulPur
outPur

ourPur

OUTPtIT
OU:TPUT

4-1.

HP-IB Command Summary^

SIGNAL

Output A. Similarly, the
two nearly
input signal

illustrating the

CONVERSION

power-splitter

and P2. Command

to Output B;

out-of-phase

from N I to

divides

effect of the

A

fn-phase

B

A

In-phase/Swap

B

A

Out-of-phase

B

A

out-of-phase/Swap

B

the input

"82"

routes the

180-degree

signals,

Output A and N2 to Output B;

to Output

N2

signal into

"Bl"

routes the

Nl and

HP-IB

input from

power-splitter

N2. Command

A. Refer

commands.

two

nearly

input

P I to Output

to

Figure 4- I

in-

signal from

rrB3'l

"84"

the

routes

divides

Page

4-2

"B

-84",

The

commands
binary states defined by
bit
and
splitter.
connected to
relay
signals
and C9. Table 4-l summarizes

pin

from

A2K2, routing the incoming signal from

The

arrangement. Note

from

I

via

4,

outputs

Outputs

the

splitters

(or

switches I

two bits arriving on A2J4

the

buffers

in

AZV I energizes

of the selected

A and B directly,

that the input signal to the splitters

ac-coupled

are

the J06-59992A operation.

-4

if manually operated), result

pin

4 and

the

appropriate relays

A2Jl

splitter are

or

via

fed

reversed through a cross-over

blocking capacitors

to the

to

A2K3

desired

in four

pin

6.

The

A2K

I

power-

where they are

K3

the output

and

AZC1,

C8,

106-59992A

HP

Time

Interval

Theory

Calibrator

Operation

of

Switch

(man)

I
2
3
4

Tüle

HP-IB

(

remote)

BI
82
B3
B4

Relay and Switcä

4-1.

J4

pin

H
H

L
L

4-8. CALIBRATION
When
age. the
to simulate the
voltage equal

the J06-59992A.

of
A feedback

current
calibrator outputs
put,

A2J3.

amplifier A2U3.

bias voltage signal on

difference

AZUTA
tablishes the
maximum
saturation.
Current sources

offset

input
to outputs A

J4

pin

4

L
H
H
L

interval calibration

time

calibrator

to the desired trigger-level

circuit made

sources

This

voltage is amplified,

and U2B

output

40 mA

of

Similarly,

voltage.

and B.

Sp I itte

6

A and B

signal to

(A}VZ

to

match

"offset"

The

with

voltage at

can

UsC

and

Operation

used

T2
T2
T1
T1

WITH AN

be

up

and U5) make

voltage

"-"

input of

the output

outputs

be

voltage at C9 is

U5D

Through

of

Kl K? K3

r

OFF OFF
OFF

oN ot{
oil

OFFSET VOLTAGE

to be done at

is
output signals
measured.

operational

of

dc

voltage

a

appears

U3 senses

side of blocking

filtered,

pins

on

to

C8

sourced

by AZU|B

ensure

relay K3,

JO6-599924.

HP

coi Is

ON

OFF

OFF
OFF
ON

oN

must

This

is

to connector

amplifiers

possible

it

appearing
on

the

the

controls

and

7.

I and

be equal

sensed

the

by R l4

voltage at C9

voltages at C8

Output

AB

PI
P2
NI
N2

particular

a

biased

be

accomplished

to bias

"+"

dc

capacitor

The

to the input

or sunk

to the

A2I3

(A2U3

both the A

at the Offset

of

input

voltage

C8,

current

the

feedback

offset

by

U2A

and fed back

will be bqual

and

Output

P2
P1
N2
NI

trigger

same

applying

by

the rear

on

U4) and

and

Voltage In-

operational

of the applied

via R I

sources

loop

voltage. A

before

C9 are

volt-

level

voltage

a
panel

and B

3. The

es-

to A2U4.

to the

connected

With this arrangement,

+/-

50-ohm loads or
any
no bias

offset

input

will appear at

l0

voltage,

the outputs.

Outputs

volts for
A2R7

can be biased

and B

A

high impedance

establishes

the

loads. In

"input"

+/

up to

the

voltage as

-

volts

2

absence

ground,

Page

for

of

and

4-3

IIP J06-59992A Time Interval Calibrator
Theory of Operation

l.av

o.rv

ov

T

l_5

-J,-

4-9. EXAMPLE OF A
Signal to be measured:

Signal from the

Signal from the time

0.5V

offset and an approximate

pulse generator:

NON-ZERO

l0 MHz, l.0V

interval calibrator:

TRIGGER LEVEL MEASUREMENT

pulses

10

MHz, l. 5V square

50% duty cycle.

with

mid-pulse at 0.5V.

l0 MHz, l.

wave

0V

square

wave, with

a

ov

l,

o.5v

ov

Source of
FOR THE

PROBES COMBINATION

53638 Time Interval Probes--Take
Trigger Level Output and connect it to the Offset Voltage
J06-59992A
probes)"

FOR THE HP 5 37
PROBES

DC
Voltage Input
for both the START and
sets

Offset

The 5370A/B

Voltage

the

trigger level).

Voltage:

HP 5 37

AA/B

COUNTER AND

(user

response to software

trigger

OA/B

COUNTER

Source--Connect 0.5V from

the

of

J06-59992A. Set the S37AA/B

STOP

level is

WITHOUT

channels

THE TIP 5 3 6 38 TIME

the 0.5V

prompt

set

0.00V.

to

OR

the dc

(user

the rear

from

sets the

THE

voltage

response

voltage

TIME INTERVAL

source to the

ro a 0.50V

to software

WTT,NVET

panel

START

Input of the

level

trigger

prompt

from the

Offset

level

Page 4-4

JO6-59992A

IIP

Time

Interval

Theory

Calibrator

Operation

of

4-1O.

Functional

Bloclt

Figure
Time Interval

groups:
Lockout

4-11. HANDSHAKE

The

the
Valid
DAV
Bus
Enable
the
circuits
sibte
wire

4-12.

The
Enable
with the HSOUT
kout
relay
HSOUT
Decode

Diagram

4-2

illustrates

Handshake

Logic,

three-wire

operation

(DAV),

signal and

and the

Logic

(HSENABLE)

bus. The

the Data Input/Output

that

procesing
handshake

LOGIC

BUS

Bus Logic

(MRE)

Logic. In

codes

select

and REMOTE

Logic.

Theory

the functional

J06-59992A

Calibrator.

Logic,

and Relay Select

handshake

of the J06-59992A.

and Data

produces

Local Lockout

purposes

basic

and

system.

accepts

signal

signal, enable

addition, the

present

The

Bus

LOGIC

lines

Accepted

the Handshake

combine

signal

of this logic

interface

to

inputs

the Interface

from

Bus

the DIO

on

signals

Logic,

from

the Remote/Local

to output

block

Decode

Logic.

Handshake

the

to

lines

The

(DAC).

Logic.

the circuits

Logic

The handshake
Out
The

to output

is

(DIO)

the DIO

Bus.

processes

lines,

the

the HP

diagram

consists

Logic,

to
lines

to the HP Interface

lines

and

CLK

for

of

Remote,/Local

Logic

are: Ready

(HSOUT)
DAV

the RFD

signal

contain

These

combines

signal

the other

and the

inputs,

Logic

relay

the

CLK

and

signal

six major

circuits synchronize
for Data

logic

and

and DAC

character for

a

Multiple

in

and

state

them

signals

J06-59992A

circuit

Logic,

(RFD),

processes

by the

use

for

Handshake

the

signals

J06-59992A

three-

Bus

Response

conjunction

the Local

and

codes

with the

the

to

Local

Data

the

on

pos-

Loc-

serves

The Bus
Remote/Local
taking
terface

4-13. DECODE
The
receives
signals

and
relay.
or T2, and
A2K3.

Logic

it out

Bus.

Decode

relay

decoded

are

to

connect

The

BIT2

Logic,

of remote

Logic

select codes

switch B

CLK

the additional

placing

of

operation

LOGIC

receives

and output

to one

selects

signal

B

selects

the

function,

J06-59992A

the

command

on

CLK

the CLK

and

straight-through

and

codes from

state

relay

to the Relay

of two

power-splitters

switch

B, BITI

conjunction

in

into

from

signals

Logic

Select

selects
cross-over

or

with the

remote

instructions

from

the

and

power-splitter

operation

Bus

the

lines.

DIO

to select

switch-over

a

path

through

on the

Logic

These

switch B

A2Tl

or
In-

and

relay

Page

4-5

HP 106-59992A

Time

Theory of Operation

Interval Calibrator

8

z

Ja

r) r{

ö{ öe

FE F3

zn z-

oo

()F

:

UJ
F

o

trl

ctr

ßp

zA

v

-

JF

oo

(JF

z
o

t,-

F
f
co

4n

&+

,c)

uj :-

z=

<{

vt

tL

z
o

tt

v)
UJ

4

o

L
3

a
a

a
ul

c]
o

Page 4-6

L

(J

;

tn

F
UJ

U'
uJ

J
(J

J

t
o

OtEO

ä

Figure

4-2. JO6-599924 Functional Block Diagram.

4-14.

REMOTE/LOCAL

The

Remote/Local Logic

Interface

produce

to
operation.

LOCAL/RESET
remote
the J06-599924

received

nal is

along with

Bus

the

REMOTE

When

operation.

from

LOGIC

receives the

the

ENABLE and ADDR

signal. This action

the

REMOTE signal

switch or

The LOCLL/RESET

out of remote

setting REN high) the

operation

the Local

Lockout Logic.

HP tO6-59992A

Remote

is removed

Enable

puts

switch is

when

the Local

NOTE

Tirne Interval

Theory of Operation

(REN)

signals from the

the J06-59992A in remote

(by

closing the

J06-599924 is

disabled

signal from the

and cannot

Lockout

Calibrator

Bus

Logic

taken out

take

(LLO)

sig-

of

When the
front-panel
not imply that the
This indicator
is

not listening to the bus, e.9.,
unaddresses
the

DIO lines is not

4-15.

LOCAL
The Local
bling
logic isto hold the 106-599924
face Bus
lines
and
the

Remote/Local Logic.
J06-59992A
the J06-59992A

tion
4-16.

The Relay Select Logic controls the state
determined
of

the cross-over
complished
pushbutton

be

high and for

Lockout Logic locks

the

LOCAL/RESET switch

is high

for the ASCII character DC I which

HSOUT

programming.

or

RELAY SELECT

REMOTE indicator

pushbutton

may be

itself

LOCKOUT

to

return it to local operation. The logic monitors

produce

signals

by

by signals

switches

to

in rernote operation only

is not in remote,

which

relay

local

of

to output connectors A and B. Control

from

(in

control

switches are disabled. This

switches are

illuminated even

whenever

own

its

LOGTC

the J06-59992A

in remote until the REN

LLO. LLO is

Local

The

LOGIC

power-splitters

the

the Decode

local).

For

the

REMOTE

is

presently

the J06-59992A automatically

MRE

listen address

with

the

Lockout Logic

when

this

logic

Logic

remote

illuminated,

being

though the J06-59992A

is low

and the code
code.

LLO

processed

is

cleared
the

will

the B switches. The

of

connected through

is

(in

control the REMOTE

signal must be

the

indicator

changed

remote operation

in

signal.

unit isalready

have no

remote)

The function of

signal on the Inter-

along

the

by

will

lock

effect

or by

low.

J06-59992A

does

remotely.

present

with

CLR

the

front

on

by disa-

the

the MRE

signal from

in remote.

on

the opera-

state is

which

ac-

is

panel

signal

this

DIO

If

path

must

Page 4'7

JO6-5999?.A Time

HP
Theory

of Operation

Interval Calibrator

(This

page

intentionally

left

blank)

Page

4-8

INTRODUCTION

5-1.

REPLACEABLE

PARTS

@

E

This section contains a listing of the replaceable
Time Interval Calibrator. The
locators
follows:

format for

The

for the A

the

I and

>

Tabte 5-l

>

Table

>

Table

>

Table

parts

>

Reference

using the
>

HP Part

Hewlett-Packard
>

Qty

the

board

A2

5-2
5-3
5-4

lists is

component locators

--

specifies

instrument.

parts

assemblies.

--

--

--

--

as follows:
Designation

Number

are followed

lists

Al Board
A2 Board
Chassis
Cabinet

and Miscellaneous

Parts

--

identifies

part

inventory

quantity

the

The

Assembly
Assembly

--

helps

parts

parts

this

in

a
system.

of a

the J06-59992A

for

the component

by

lists are

Replaceable
Replaceable Parts

identify

section.

part

particular

organized as

Parts

Parts

a specific

according to the

part

part

used

in

5-2. PARTS

ORDERING

To order
Packard
the nearest

>

Description

information.

part

a

part

listed in

number,

Hewlett-Packard

indicate

the

replaceable

the

office.

--

a short Eummary

parts

tables,

quantity

required,

the

of

quote

and address

relevant

the Hewlett-

part

the order to

Page 5-1

HP f06- S999ZA Time Interval Calibrator
Replaceable

Parts

Table

5-1. AI Replaceable Parts.

Reference
Ilesignation

AI
Alcl

Alc2
Alc3
A lc4
Atc5

Alc6
A lc7
ArcS
A lc9
Alcl0

Alcl I
Alct2
AlCr3
Alcl4

AICRl
A

ICR2
AICR3
AICR4
AICR5

HP Part
Number

59992-60001

0t 80-2t 0l
0180-1701
01

80-2382
0140-0149
0l 60-4084

0l

80-2382
0l 40-01 92
0l 40-01 92
0l 60-38?9
0160-3879

0l 60-3879
01

60-3879
0r

60-4084
01 80- I 735

-0040

l 901

-0029

901

I

-0029

901

I

-0029

90

I

I

l90l-0029

Qty

I
I

I

7

I

2

7
4

I
I

6

Description

VHF

SWITCH

cAP-FxD 4000UF
CAP-FXD 6.
CAP-FXD
CAP-FXD 470PF
CAP-FXD .

CAP-FXD
CAP-FXD
CAP-FXD
CAP-FXD . 0l UF
CAP-FXD . 0l UF

CAP-FXD
CAP-FXD
CAP-FXD . IUF
CAP-FXD

DIODE-SWITCHING 3OV sOMA 2NS DO-35
DIODE-POWER RECT
DIODE-POWER RECT
DIODE-POWER RECT 6OOV
DIODE-POWER

CONTROL

8UF

l500UF

+-7A%

lUF

500UF

I

+-5%

68PF

+-5%

68PF

.01UF
. 0l

UF

+-20%

.22UF

RECT

BOARD

+7

S-lVÄ lsvDc

+-TtrÄ
+-5%

+-20%

+-20%
+-20%

+-20%

+-lA%

6VDC

+75-10%

300VDC

sOVDC

+7

5-10% 30vDC AL
300VDC MICA
300vDC MICA

lOOvDC
I 00vDC CER

l00vDC cER
I 00VDC CER

50vDc cER

3 svDC

6OOV 7sOMA
6OOV 75OMA

6OOV

ASSEMBLY

TA

SOVDC

MICA

CER

CER

TA

75OMA
75OMA

AL
AL

DO-29
DO-29
DO-29
DO-29

A ICR6
A 1CR7

AIDSI
AIDSz
A 1DS3­A IDS6
A 1DS?
AIDSS

A 1DS9
AlDSlO

ATJI
AIJ2

ArQr

AIRI
A IR2
A IR3

1R4

A
AIRS

-0029

I 90

I

-0029

I 90 I
7t40-0043

2t40-0043

2140-031 I
2r40-0311

2r40-031

I

2140-031 I

tzSL-3783
I 200-0473

i 854-007 I
l8t0-0136

l8l0-0136
l8l0-004r

0683-77

25

0683-tztS

DIODE-POWER
DIODE-POWER

2

4

1
I

I

2

I
I

3

LAMP-INCAND I7 30 6VDC
LAMP-TNCAND 1730 6VDC

NOT ASSIGNED
LAMP-INCAND
LAMP-INCAND 7 333 sVDC 6 OMA T-

LAMP-INCAND
LAMP-INCAND

CONNECTOR 24-PIN FEM
SOCKET-IC I 6-CONT

TRANSISTOR
NETWORK-RESISTOR

NETWORK-RESISTOR IO-SIP MULTI.VALUE
NETWORK-RESISTOR 9-SIP Z.1K OHM
RESISTOR
RESISTOR 120 5%

RECT
RECT 6OOV

7333

7333

NPN

2.7K

5%

SVDC 6OMA

7333

sVDC 6OMA
sVDC

DIP-SLDR

SI

PD=300MW FT=200MHZ

.25W

.25W

75OMA

6OOV

75OMA

4OMA

40MA

6OMA

MICRO-RIBBON

IO-SIP MULTI.VALUE

DO.29
DO-29

T- I - 3/ 4-BULB
T- 1-314-BULB

T-I-3/4-BULB

-

3/4-BULB

I

-

3/

T- I

T- I - 3/

X 8

4-BULB

4-BULB

Page

5-2

J06-59992A

HP

Time

Interval

Replaceable

Calibrator

Parts

Reference
Designation

A 1R6
A IR7
AIRS
A1R9

O

AlRI
AIRI I

AIRI2
AIRI3

I4

AIR
AIRI5
AIRI6

AISIA
AISIB

AITI

AlTPl
A ITP2
A ITP3
A ITP4

Teble 5-1. Al Replaceable Parts.

HP Part
Number

0683-1215

06 I 3-203 5

0683-2035

06 E 3-203 5

0683-5125

06 8 3-203

068

5

3- I 025
0683-t025
0683-1025

0-0055

I 8 I

0683-12r5

-0572

3l0l
9 l 00-4485
0360-0124

0360-0 I 24
0360-0 I 24
0360-0

I 24

Qty

4

I

3

I

I
I

4

(Continued)

Ilescription

S%.25W

RESISTOR
RESISTOR 2OK
RESTSTOR
RESISTOR
RESISTOR

RESTSTOR
RESISTOR IK
RESISTOR
RESISTOR
NETWORK-RESISTOR
RESTSTOR

NOT
SWITCH-PB

TRANSFORMER-POWER
CONNECTOR.SGL

CONNECTOR-SCL
CONNECTOR-SGL
CONNECTOR-SGL

120

20K
2OK

5.

IK

20K 5%.25W

5%.25W
5%.75W

IK
IK S%.25W

120

ASSIGNED

4

STATION

5%.25W
S%.1.5W
S%.25W

5%,25W

.25W

s%

CONT-PIN
CONT.PIN
CONT-PIN
CONT.PIN

9-SIP I

I

OHM X 8

OK

O.

8 8MM

5.
| |

C-C SPACING

0V 48 - 66HZ

5 / 23

O4-IN-BSC-SZ

.
. O4-IN-BSC-SZ
.

O4-IN-BSC-SZ

.

O4.IN-BSC-SZ

RD
RD
RD
RD

A IUI
A 1U2
AIU3
AIU4
A 1U5
A IU6

A IU7
A lU8

1U9

A
AIUIO

I

A1UI

IUI2

A
AlUI3

AIUI4
AIUI5

AIUl6

AIUIT

S

AIUI
AlU19

1UzO

A

1U2I

A

Alv22
A1U23
AIU24

820- t207

I

il 97

1 820­1820-1416
l 820-0904
1820-1415
1 820- il 9?

1820-r416

820- t202

I

820-

1

t207
l 820-05 l 5
1820-lll2
1820-t209

1820-1416
1820-il12

820- | t97

1
1820-1112

820-0621

I
r820-1197

1820-1199

820-

I
I

t204

820- t?) |

I

4

3

I
I

I

2

I

3

I

I
I
I

IC TTL LS

IC TTL LS
IC TTL LS
IC COMPTR

TTL LS

IC
IC TTL

IC TTL

TTL LS

IC
IC TTL LS
IC MV
IC TTL

BFR TTL

IC

TTL LS

IC

TTL LS

IC

NOT

NOT USED

IC TTL
IC TTL

BFR

IC
NOT

TTL

IC

INV

IC
IC TTL
IC TTL

NAND
NAND
INV HEX

NAND DUAL
NAND

LS

INV

LS

NAND
NAND

RETRIG/RESET

TTL

D-TYPE

LS

INV HEX
D-TYPE

USED

NAND

LS

D-TYPE

LS
TTL NAND

USED

LS NAND

TTL

NAND DUAL

LS

EXCL-OR

LS

8.INP

QUAD

TTL

L

QUAD

HEX

TPL
TPL

LS NAND

QUAD

QUAD

HEX

LS

**SN?4LS3ON

z-INP

1-INP

MAGTD

I-INP

POS-EDGE

I.INP

POS-EDGE

POS-EDGE

QUAD

**SN74LSO4N

**SN?4LSI4N

5-BIT

4-INP

2-INP

**SN74LSI4N

3-INP
3-INP

DUAL

QUAD

**SN74LSI4N

2-INP

2-INP

2-INP

4.INP

QUAD

2-INP**SN74LS86N

**SN74LSlON
**SN74LSl

2-INP*SN74LS38N

**SN?4LS00N

**93L24PC

**SN?4LSI3N

**SN74LS00N

ON

**MC86O2P

**SN74LS74AN

**SN74LS?4AN

**SN74LS00N

**SN74LS74AN

**SN7438N

**SN74LS00N

**SN74LS2ON

Page

5-3

HP 106-59992A

Replaceable

Parts

Time

Interval

Calibrator

Reference
Designation

AIU25
A IU26

Alu27

MPl
MP2

Table

IIP Part

Number

I 826-0099
| 826-0r72
| 826-A271

59307-00006
053

30-40002

03 80-0906
I

205-0349

5-1.

Al Replaceable

Qty

I

t

I

t

I

6
3

Parts

Ilescription

IC V RGLTR-FXD-POS

V

IC

RGLTR-FXD-POS

IC V RGLTR-FXD-NEG

MISCELLANEOUS

BKT.ANNUN
BLOCK

STANDOFF-RVT-ON
HEAT SINK SGL

ANNUN

(Continued)

AI PARTS

.

PLSTC-PWR-CS

12V TO-220
5V TO-22A

l2V

TO-220

-IN-LG

I

6- 32-THD

**78l2UC

**7805UC

**79

I l2CT

Page 5-4

HP 106-59992A

Time

Interval

Replaceable

Calibrator

Parts

Reference
Ihsignation

A2
A2Cl

A2C2
AaC3
A}C4

5

A2C
AzC6

A2C7

8

A2C
A2C9

l0

A2C

I

A2Cl

AaCl2

A2Cl3

l4

A2C
AzCl5

HP Part
Number

s9992-60002

0t 60-4535
0160-387s
0 I 60-387

s
0160-4557
0160-3875

0r 60-3875
0160-4557

0160-4535

0r60-4535
0 l 60-43

r 60-4389

0
0 r 60-43

89

89
0160-4389
0180-0210
0180-0210

Toble

Qty

I

3
6

7

4

3

5-2. A2

Ilescription

VHF
CAP-FXD

CAP-FXD
CAP-FXD
CAP-FXD
CAP-FXD

CAP-FXD

Replaceable

SWITCH

CAP-FXD.IUF
CAP-FXD
CAP-FXD
CAP-FXD

CAP-FXD
CAP-FXD
CAP.FXD
CAP-FXD
CAP-FXD

Parts.

BOARD

IUF
22PF

22PF

.IUF

22PF
22PF
IUF

IUF
IOOPF

OOPF

I

OOPF

I
IOOPF

3.3UF

3. 3UF

+-lO%

+-5%
+-5%

+-20%

+-5%
+-5%

+-20%
+-la%
+-lA%

+-3A%
+-30%

+-3A%
+.300%
+-20%
+-20%

ASSEMBLY

50vDc
200vDc
200vDC

AXIAL

200VDC
200VDC

AXIAL

50vDc

50vDC

CER

cER
CER

CER

CER

CER

CER
cER
CER

RADIAL

RADIAL
RADIAL

RADIAL
IsVDC
lsvDC

CER
CER

CER

CER
TA
TA

l6

A2C

AzCl7

8

AzCr
A2Cl9

A7C20
A2C2l

AIC22
A2CR

A2CR2

3

A2CR
A2J I

A2T2

A2T3
A7T4

5

A2J

A2I6

AzK I

A7K2

A2K3

0180-2818

4

0180-2818

0180-28r8

0180-2818

0l 80-0210
0160-3875

0160-38?5

-0050

90 I

I

I

I 90 I
I 90

-0050

-0050

r

r250-r4s3

8

I 200-06
l 250- I

3

453

I 200-0473

3

4

I
I

1250-1453
1250-1453

0490- I

507

0490-0508

I

2

0490-0508

CAP-FXD
CAP-FXD
CAP-FXD
CAP-FXD
CAP-FXD

CAP-FXD
CAP-FXD

DIODE
DIODE
DIODE

CONNECTOR-RF
SOCKET-IC
CONNECTOR-RF
SOCKET-IC
CONNECTOR-RF

CONNECTOR-RF

RELAY

RF

RELAY
RELAY

2.zUF

2.2UF

2.2UF

2.2UF

3. 3UF
22PF

22PF

GP

SI

GP

SI
SI GP

ZC
2C

+-24%
+-20%
+-20%
+-20%

+-7A%

+-5%
+-5%

3OV

3OV
3OV

I4-PIN
I6-PIN-DIP

OMRON I2V

I2VDC-COIL
I2VDC-COL

2OOVDC
200VDC

sOMA
sOMA
sOMA

BNC

DIP

BNC
BNC
BNC

35vDc
3sVDC
35VDC
35VDC
I

FEM
FEM
FEM
FEM PC

TA
TA

TA
TA

SVDC

**GSY-

TA

CER
CER

sO-OHM

PC

sO-OHM

PC

sO-OHM

PC

sO-OHM

T

.

5A 28VDC

.5A

28VDC

54PDC

DPDT
DPDT

12

I

AzR
A2R2
A2R3
A2R4

5

A2R

07 57-045 8
0698-31s3
0698-3r53

0698-3153
0? 57-0458

lK l%

2
6

RESTSTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR

51.

3.83K

3. 8 3K I%.

3. 8 3K I%.
5I.IK

.125
.

I25W

I%

I 25W
I25W

I%.125W

Page

5-5

HP

J05-5999?,^

Replaceable

Parts

Interval Calibrator

Time

Reference
Designation

A2R6

7

A2R
A2R

8
A2R9
AzRIO

A2RI I

A2R

I2

AzRI3

I4

A2R
AzRI5

A2SI
A2TI

A2T2

A2U I

A?V2

A2U3

A?V4

A2U 5

Table S-2. AZ Replaceable

HP Part
Number

-a442

a'l

s7
0698-8827
0698-31
07 57
0698-3t

069
069
07

57

o7 57

53

-04+7
53

8- 340 I
8- 340 I

-0442

-0442

0698-3t53

3r0r-1973

-0763

09 5

5

0960-

0622

r 820-06

I 8

l 858-0086

826-096

I
r

826-096

I
I

I 858-0086

Qty

4

I

2

l:

I'

lr

l7

t2

Parts.

Description

RESISTOR
RESISTOR
RESISTOR 3 83K
RESISTOR I OK
RESISTOR

RESISTOR

RESISTOR
RESISTOR I OK
RESISTOR
RESISTOR 3.83K

SWITCI{

I 80

DEG POW

O DEG

IC BUF

TRANSISTOR

OP
OP
TRANSISTOR

POW DIV 2 WY

TTL

AMP LOW-BIAS-H-IMPD
AMP

(Continued)

l0K t%.t25W
IM

3.83K

215 t%.125W
2t5

I OK

SL

LOW-BIAS-H-IMPD 8-DIP.P

.I25W

I%

I%. I25W

.I25W

I%

I%.IZ'W

t%.125W

.125W

I%

,125W

I%

I%.I?SW

7-IA

DIP

DIV 2 WY

NON-INV

ARRAY

ARRAY DUAL PNP

.

IA

PC MINI

PC

MINI PSC-2-

**SN74I

HEX

DUAL PNP NPN

PSCJ-2-

7N

8-DIP-P

NPN

I

I

**MPQ67OO

PKG*LF4I I
PKG*LF4I 1

**MPQ6?OO

0380-03

I I

MISCELLANEOUS

I

STANDOFF-RVT-ON

PARTS

A2
.

s-IN-LG

6-

32 THD

Page

5-6

Table

5-3.

Chassis cnd

tr06-59992[ Time

HP

Miscellaneous Parts.

Interval Calibrator

Replaceable Parts

Reference
Ilesignation

ct
c2

FlA
FIB

SI
S2

wl
xFt

Part

HP
Number

01 60-428 I
0160-4281

2l

l0-0234

2l

l0-0235

3l0l-126r
3l0l-t234

8120-0616
21

l0-0564

0362-01 87
03 80-0644

-2357

t25 |
I 400-00 I

400-0090

I

7

Qty

2

I
I

I
I

I
I

I

2

I

2

I

Description

CHASSIS PARTS

CAP-FXD
CAP-FXD

FUSE.
FUSE

SWITCH PF SPDT MOM IA
SWITCH-SL DPDT-NS STD I.5A

CABLE
FUSE HOLDER BODY

CAP-WIRE TERMINAL
STANDOFF.HEX
CONNECTOR-AC PWR HP-9
CABLE CLAMP
FUSE HOLDER RUBBER

2200PF
2200PF

IA 2sOV

.2A

250v TD

ASSY

MISCELLANEOUS

+-2A%
+-20%

TD

26AWG 16-CNDCT

.327-IN-LG 6-32

(FOR
(FOR

I2A

PARTS

250vAc
250vAc

220/240V

r00/ r 20V

I IsAC

MAX

MALE

WASHER

(RMS)
(RMS)

OPER)
OPER)

2sOVAC

UL

FOR

FLG-MTG

SLDR

2r r0-0565
2r l0-0569
2200-0141
2200-0528
2420-0022

3101-1820
5040-0270
5080-009 8
7

120- 3760

'7

t20-4006

7t2A-4835
7

t20-8737.

't

122-0058
8120-1378
59 307-00004

308-60007

59

I

1
3
2
6

I
2

I

I

I

I

I

I

I

I

I

FUSE

HOLDER CAP

FUSE

HOLDER
SCREW-MACH(HEAT
SCREW.MACH(TRANSFORMR)
NUT-SPCLY

CAP-PUSHBUTTON
LAMP
SERIAL PLATE
LABEL-INFO
LABEL-WARNING

LABEL-INFO
LABEL-WARNING
PLATE-SER
POWER
BRACKET.SWITCH

STRAP-GROUND 2-IN

HOLDER-WHITE

6-32

3-IN-WD

.

.s-IN-WD

CORD SET

I2A

MAX FOR

COMP. NUT;

SINK)

.

23 IN.THK

THD

WHITE .

s-IN-LG AL

.4IN-WD

7

s.IN-WD

2-IN-WD

I.s-IN-LG

SAWG

I

THREAD M17.7

4. 40. 3 I 2-IN-LG

zIN.DIA

2-IN-LG

3-COND 9O-IN-LG

UL

40

4-

I.

. 3 54-OD

. I 5s-IN-LG

3. Is-IN-LG
VINYL

3-IN-LG

AL

8? s-IN-LG

MYLAR

Page

5-7

IIP 106-59992A Time
Replaceable Parts

Interval

Calibrator

Reference
Ilesignation

IIP Part
Number

5040-7203
5999 2-0000 I
59307-00002
5021-5813

-043

500 I
5040-720

I

l
5040-7209
59

307-00005

so40-72t2.

5999 2-00002

5040-7208

Tablc 5-4.

Qty

I
I
I
I

7
4

I
I

2

I
I

Cüinet Parts.

Description

TRIM,
PANEL,
PANEL, SUB
FRAME, FRONT
TRIM,

FOOT
COVER,
BRACKET, MOUNTING

COVER,
PANEL, REAR

COVER, TOP

TOP

FRONT

SID.E

BOTTOM
SIDES

Page 5-8

HP J06-59992A

Time

Interval

Replaceable

Calibrator

Parts

5-3. COMPONENT

LOCATORS

component locators

The
VHF Switch Board are

for the Al

VHF

Switch

displayed on the rc two

Control Board

lrages.

and the A2

Page

5-9

1

l{rt

c12

IdB'B

Ed

H1

*B;ü,8'ü,

ct

R3

E:

mffixq[L

*Bo

-,-,

-üfil'ülJ

'1

8

'#B

3

B

;l 1

TBl

t-tfltt

--il-2jl1

4

,u

o

T1

C

A

-+

MPl

,

P,'se

5-1o

E

tr

rrr

ode

A r

H

u{qJ

, [ül,g

fuf,'BH'hr

c)

c9

DS8

DSl

(sggg2-6ooo

1)

DS7

COMPONENT

DSg

B

LOCATOR

DS10

I
I
I

!sz

I
I

*t.^: HoLDoFF--1

G

c2

6€rJF

t'l

*n

;

TPI

uttc

oDtt

0Ft

EOt

IilOt

߀tf

*Lt

nFo

0Ac

U{t€Dr

re-t.

!

I
I
I

t,

I

I
I
I

f

I
I
I

,

I
I
I

I

+.1
rV

\-

u

og-t

l-OAr

&33

ß9
aor

Os1

cg

63

50EtA?

v

Fll€R-r

v

cn

I

irc

rao

Sr*

.4rof

rß.

.

AI

CONTROL

V}IF

SWITCH

BOARD

,rrrra-aoio,,

+trY

l-*

IgL

fF1

t

J,

swtTcl.t

B'ARD

t

I
I

I

rrrrrr-.oJo,,

:--

|t3

t

RELAV

SEL€CT

UDA

l'sEC

tlotE

ilc

3 |

Fb

-ltL
fi{RU

süficl{
a@
siil-Tclt

a

PUSHSUTIOfl
GAilGEo 5o

Tl{E {

otHEß t srl?to|ls

REFffffs

a

­AssErttt

üis
AOO ASSEIAL?
AEBFSNflOT
oEscFfilox.

{ uH.€ss

ntsßrArcf
crrcrrrrce

ri

rxE

*cipt
us€D n
url ür 3
nc oorno
PITFPO9E

OT

USEO

osto

lilolcATon

nesrectlvELY.

Alse

SfeünS

oTfitmtsE

rrG Jo6-5$a2A

utö

nf,s

-Al
THE ANloAA.

Aßs

8[!

4-sr

l

l5

SIltCll

st€r

ttlAt

CtOs€D

E

Aßg

Esl6ilArEils

488ßEYI

AßE

'{UIgCR

COTPTE'E

FON

UOtcA'lEot
ol{rsi

H

15

acof,ArAD6'

!x

E

rctüßflc-ll-lg-

oF

ln€ ilor

E|oARO

CoflFox€lltls

PrF

rttllCH

cil€

opEll'

to

lilcu,oED

lt

6

fdlEsHfr+iä

ln-I-P-

FFOII? Vlil

rm

ull

c

ffi:it*?iä

Ut

vtil t

FRiOrt

oF

rflnu
tlotl

16
oF

TllE

T|rHt!!-

TED'

ttERc-FdE

lu+-'

ARE

u2c

!

--

ol{

SCE

mEa

I

P

-t

o*

1,

I

ilü

+l2Y

'rar

-7F.

_Jl

rv

r-#q"

vl

t

il

__4>

J

A1

VHF

SWITCH

CONTROL

BOARD

Page

5-11

a2

r@

s1

*

K 1

u1

r----J

L-5:--.1

J4 LOCATED

&

E

E

U5

I-lC

r-lc15

ON

BACK

c@$o

czz

cor

q!,

lR*

4n

T"@

ES

14

I-l

SIDE

ficng

c20

OF

BOARI

Page 5-t2

A2

(59992-600021

COilPONENT LOCATOR

-oFrsEr-

|

volraeg

I

L...- ..'..'-

A2

VH F SWITCH

NOTE

3

-1
I

__J

EOARD

r?H

rt+ 13

ro

15-

)__

(

6>_--_-<|6

9

I

5

Tr

tz

14
15

cls
roo

R9
tot(

cro;

roo

=
$

Rr3

ü

-lzv

+

tev

c7

JUF

R5

5l.tf(

toK

Rt4
lOl(

--..-.#-'s.;lI|nFE!*€i€i#lFrEF!E+:

'-.

-..

-.

(

59992-

60002

.!

i

c2

I

-r

z2
I
I

r--i

vl

c3

I

2? I

I
I

T",

t

r-{

vl

!c5

--_--_J

9

-J
NOTE

NOT€

3

POWER

SPLITTER

3

TI

NOT€S

REF€RENCE

L

TXIS

ASSEUBLY
AOD ASSEUBLY
ABSREVIATIO'{
DESCAIPTIOt{.

2. U'{L€35

3,

4

O]HERWISE
RESTSTA|{C€
CAPACITANCE

TH|S

SylrtBOL

A

sON

STAIPLINE.

RELAYS AR€

€N€RCIZED POSITION

DESI6NATTONS

ARE ASSAEVIATED,
I{UM8EA

FOR

COI{PLETE

INDIC^IEO:

tx oHLs:

IN

IS

PICOFARADS.

A€PRESENTS

!-----1

vv

SHOWN

IN

THE

WITHIfT

TC

O€.

+t?v

r"

c22

rK3

22

<-i---v

+-Y

<+---.-V

-!$i

=x

I

OF;

ADOR€SS

SWllCx

or\

i

NOTE

Sr

r

3

t"

NOTE 3

NOTE

3

ouTPUr A

I

r-

r__-..1

L":Yi_!

I

A2

VHF

SWITCH

Page

BOARD

5-13

MANUAL

UPDATING

CHANGES

CHANGE DATE:

MANUAL IDENTIFICATION

June

2,

1992

MANUAL

supplement

This

Numbers

ABOUT THIS

SUPPLEMEI{T

The intormation
inslruments

Change
original

containing

and conect'|on informt'ron

manual

pages.

number.

UPDATING GOVERAGE

adapts

in th's

your

manualto

prefixed

323/-

through:

supplement is

Fovided

chang€s afier the manual

in this

pages

The

in this

Instrument:

Serial

lo

print

con€ct

date.

Operating

Manual Part Number:

Manual Print

manual

supdement b itemized by

supplement are

organized

HP

Time lnterval

Service Manual

and

Date:

€rroß and to

page

numbets

in numeri€l

J06-59992A

Calibrator

59992-91094

OCT

1985

adapt the manual to

corresponding to

order

by manual

the

page

TO USE THIS

HOW

this titl€

Ins€rt
Perform

instrument
tnsst

your

lf
those
Serials"

all changee

or

any complete |€placem€nt

manual has been

changes

will be indicated by a

SUPPLEMENT

page

in tront

boad.

pertaining

of

the title

sp.cifed for

pags

"All

in

Seriats",

pages provided

Lpdat€d according to the

to the new se es

"#

in front of the

prefix;

change.

your

rmnual,

and all changes thrcugh

your

inlo

tmnual in lhe

hd edilion of thb

ses List of Efi€ctive

the

proper

locatbn.

supplement,

Pages. New

your

Series Prefix

need

)rou

information

of

pedorm

only

affecting

'All

wHi$itrJ5

SERIAL PREFIX,
OR

DATE

CODE

SERIAL #

OF EFFECTIVE

LIST

PAGES

PAGF.S

All Seria|s............

323/-

SERIAL PREFIX. SERIAL#
OR DATE CODE

SAFETY

PAGES

CONSIDERATIONS:

Serials

All

*U5-4,

TABLE 5-1.

All Serials

..Safety

Considerations,

.......5-8

MANUAL CHANGES

>Add

the following

ACOUSTIC

acoustic information

NOISE EMISSION:

GERAeUSCFF'MISSION

VHF SWITCH

A1

>Change
>Change

A1R4 from 0683-2725
A1R5, R6,

121 1% .12W F.

>Change
>Change

>Change

A1Fl7,

1%.12W

19.6K
A1 R1 0 from
A1R12, R13, and

R8, and R11

F.

1%.12W F.

>Change

A1U25

from 1826-0099

MODEL

5-2/5-0,

JO5-59992A

S-11

to the safety

LpA

<40

: LpA <40dB;

CONTROL

BOARD

to

0698-0085

and R16 from 0683-1215

from 0683-2035

0683-5125

to 0757-0€8

R14 from

0683-1025

to 1826-01

Kein

ASSEMBLY

RESISTOR-FXD

to 0757-0403
to 0698-3157

47 lC-12C

-91094

considerations:

dB; no fan installed.

Ventilator eingebaut.

REPLACEABLE

2.61K 1% .12W

RESfSTOR-FXD
RESISTOR-FXD

RESISTOR-S.I lK

0757-0280

to

RESISTOR-FXD 1K

VR 7812UC.

PARTS:

F.

121

1% .12W F.

PAGES

5.5/5.6,

TABLE 5.2.

Aff Serials

PAGE 5.8, TABLE 5.4.

3234

Serials

All

5.11.

A1 VHF SWITCH CONTROL

PAGES

A2 VHF SWITCH

>Change

PAUSlUAfrom

CABINET PARTS:

>Change
>Change
>Change
>Change
>Change
>Change

>Change
>Change
>Change
>Change

TRIM, TOP from

FRAME,
TRIM, SIDE from 5001-0438
COVER, BOTI-OM
COVER,
COVER, TOP from

A1R4

value from 2.7K
A1R5, R6, R16 values from 120 to 121 ohms.
A1R7, R8, R9 and
A1 R10 value from

BOARD

FRONT from

SIDES from 5040-7212

ASSEMBLY REPLACEABLE

1826-0961

5040-7203

to 1826-1081

5041-8803.

to

5021-5813

5001-0538.

to

5O4O-72O9

from

to 5041-8812.

5040-7208 to 5041-8808.

BOARD

ASSEMBLY SCHEMATIC DIAGRAM:

to 2.6K

ohms.

R11 values from

to 5.1 1

5.1 K

K ohms.

OP

AMP PRCN 8-D|P-P PKG"

to 5021-8413.

5041-8801"

to

20K to

19K ohms.

PARTS:

(59992J06)

ER R- 1 7707

,2A00O,21112

SERIAL
OR

PREFIX,

DATE CODE

SERIAL

#

LIT'

I UF

tsF]-EU

IVE

I

TAKiEI'

PAGF.q

All Seria1s...........

3234

SERIAL
OR DATE

PREFIX, SERIAL#

SAFEW

Serials

All

PAGES

Serials

All

MANUAL CHANGES

COOE

CONSIDERATIONS:

>Add

*UH,

TABLE

5-1. A1 VHF

>Change
>Change

121 1"/"

>Change

19.6K
>Change
>Change

1o/" .12W

>Change

...Safety

Considerations,

.......5-8

MODEL J05.59992A59992-91

the

following

ACOUSTIC

acoustic infortnation to the safety considerations:

NOISE EIVIßSION: LpA <40 dB;

GERAeUSCffiMISSION

SWITCH CONTROL BOARD ASSEMBLY

A1 R4 from
A1R5,

0683-2725 to

and R16 from 0683-1215to

R6,

.12W F.
A1R7, R8, and Rl1 from
17".12W
A1R10 from
Al R12, R13,

F.

068+5125 to 0757-0438

and R14 from

F.

A1U25

from 1826-'0099

5-25-6,

$11

094

no fan installed.

<40d8; Kein Ventilator

: LpA

0698-0085

RESISTOR-FXD

0757-0403

eingebaut.

REPI-ACEABLE

PARTS:

2.61K 1%

RESISTOR-FXD

.12W

0683-2035 to 0698-3157 RESISTOR-FXD

RESISTOR-S.I1K1a/".12W

0683-1025 to

to 192ü0147

0757-0280 RESISTOR-FXD

lC-12C

VR 7812UC.

F.

121

F.

1K

PAGES

Serials

All

PAGE

5€, TABLE

323/-

PAGES

All Serials

$5/5€,

S11.

TABLE

5.4.

VHF

A1

A2 VHF

5.2.
>Change

CABINET

>Change
>Change
>Change

>Change

SWITCH

MlJglU4from

PARTS:

TRIM, TOP
FRAME,
TRIM,
COVER,

FRONT

SIDE frorn

BOTTOM
>Change COVER, SIDES
>Change

SWITCH

>Change
>Change
>Change
>Change

COVER,

CONTROL

A1R4
A1R5,
A1
A1

TOP from

BOARD ASSEMBLY

value

R6,

R16

R8, R9

R7,

value

R10

BOARD

ASSEMBLY

1826-0961

5040-7203 to

from

5021-5813

from

5001-0438 to

from

from 5040-7212

5040'7208 to 5041-8808.

from 2.7K

to 2.6K

values from

ard

from

1 values

Rl

5.1K to

REPLACEABLE

to 1826-1081

5M1-8803.

to

5021

5001-0538.

504G7209 to

5041-8812.

to

SCHEMATIC

ohms.

to 121

120

20K to

from

ohms.

5.1

1K

AMP PRCN

OP

-8413.

5041'8801

.

DIAGRAM:

ohms.

ohms.

19K

PARTS:

8-D|P-P PKG.

(59992J06)

E R R=

1 77A7

,24000,211

12

NiANUAL

UPDATING

CHANGES

CHAi.IGE

DATE:

June 2, 1992

MANUAL

supplemenl

This

UPDATING

adapts

Numbers

prefixed

323l-

COVERAGE

your

manuialto

through:

Serial

ABOUT TTIIS SUPPLEITENT

'rs

The Infonnalion
instrumsnts

containing

in

$pplom€nt

lhb

changes afier th€ mnual

ptoviled

prü

lo con€cl rnamral ero|s

date.

Change and cw€ction infornalion in tlfg stpplemenl
origlnal nanual

pages.

The

pages

ln lhb sqplement

numb€r.

MANUAL

Instrument:

Time

Operating

Manual Part

Manual

b ilemiz€d by

oruänized

are

IDENTIFICATIO}I

HP J06-59992A

Interval

and

Number:

Prlnt

Calibrator

Service

Date:

Mantnl

59992-91094

OCT

and lo adapl

page

nufiü€cl

conespondfoE to th€

in numed;al ord€r

ggs

l

th€ manual to

by mnrnl

page

HOW TO USE THIS SUPPLEilENN
lnsert

th|3 tltl.

page

In ftoril

ol

lhe lille

Pertorm ell chang€s rpcclfrcd for
instrument or board.

Inse any comploto

your

lf

manul

those chang€s

nplaooment

has b€€n

p€ilainhp

Serhb'will be indixt€d

updal€d

to lhe new serie

a

by

p{.3 pfovil€d

accoKftlg to the last edilion cf ttils sr.pplflient,

'*'

ln fronil

page

'All

yow

h

rmrud.

Scrlalc", and a[ chang'es thlough lh€

your

pldx

lnto

see Lbt of Efiecthre Pages. New infomation afiectlng

manual h th€

of th€ chang€.

p|op€r

your

Series Prefx

of

location

you

need only

perfom

'All

TIE'HFY-TJJ