HP bench briefs 1979 schematic

*'

*I

:I

'

Group

Dan

Bmun

Hewktt-Paekard,

As

a

microwave technician involved
in the repair and calibration of
Hewlett-Packard's microwave
equipment, there have been many
occasions when customers touring

Ws

repair center have asked me,

ures

IF

flatnew power, and group

delay." We

3710A

Analyzer System.
But this article

MLA,

MLA and that's measure group
delay. And what
synonymous with envelope delay,
phase delay, or differential phase.
Basically, they
thing. Same may argue that there

or 3790A Microwave Link

it's

about one finction of the

noes,

Delay

Mtn.

are

talking about an

is

not about the

is

group delay?

all

mean the same

but they

neering

lot of mathemat-

IEEE

tw

tive

of radian phase with respect

radian frequency, dcpldw.

to

the

phase delay for an ideal non­dispersive delay device, but may dif­fer greatly in actual devices where

is

there
quency characteristic."

The Telecommunication Transmis-

sion Handbook by Roger L. Freeman
defines group delay
delay distortion and goes on
that
phase ChaTaCteristics with respect
radian frequency characteristics.
And, since group delay
the incremental change in phase

caused by an incremental change in

*

angular frequency, where the in­crement approaches zero in both
cases, group delay

ripple

it's

GD

in

the phase vs. fre-

the derivative

is

d4

=

-

df

View

are

mini-

texts

refer

Dictionary

"the deriva-

It

is

equal

as

envelope

to

of

radian

is

defined

expressed

SERVICE

test

HP

It

is

to

to

say

to

as

as

INFORMATION

where d indicates the derivative

4

is

the angular phase
and f is
(radians/sec.).

and

d+

drb

which means that
phase) and

zero)

Actually, group delay
cal concept and in practice cannot
measured
measured, referring back
IEEE definition,
dian) phase and differential (radian)
frequency which, if measured cor­rectly, can

mate

tions in delay
cies that causes the problems and
referred

What

Electromagnetic waves travel

186,000

space. Electrical signals, however,
do not travel this fast through com­munications channels. In fact, sig-

nals may travel over certain types of
circuits
second, and

the angular frequency

df

can

be

further defined

limit

A4

(change in frequency)

for

it

to

be

group delay.

at

all. What

be

assumed

group delay.

at

to

as

group delay distortion.

is

Delay Distortion?

miles per second in free

as

slowly

&.HPARWI~FCOM

will

rarely travel

c

newkn-p

as

(radians),

A+

(change in

is

a

is

is

differential

to

It

is

the varia-

different frequen-

15,000

miles

of;

as

theoreti-

be

actually

to

the

(ra-

approxi-

per

faster

FROM

is

HEWLETT-PACM~

MAYJULY

than about

A

telephone line
pass filter, particularly if
loading
tion. Multiplex systems uBe very
sharp

from

in a &io receiver serve the

The

dowing

passage through a communications
channel
Delay becomes a problem only when

it

interferes with the
receiver
In the
tion causes little inte
the ear
phase variations. Facsimile,
graph, and data signals, however,
are quite vulnerable to delay
distortion.

Usually, only relative delay
maximum range or difference in
delay values in
portance, since only the delay

ence

causes distortion in the received

signal.

delay experienced by signal ele­ments
except where signals, or parh of
signal,
point to another over different
routes and must arrive
time.

100

behavet3

is

used

to

reduce attenua-

filters

another, and the tuned

to

separate one channel

lters and
uce delay.

down of a signal in

is

of little importance.

to

understand

case

of speech,

is

relatively

a

Absolute delay - the

-

is

usually not important

are

transmitted

i

channel

at

like

in

circuib

-

is

from

the

lam

a

same

filter-

tele-

-

of

differ-

total

one

same

its

the

im-

a

For example,

if

two tones, such

as

1200 and 2200 cycles per second, are
used to transmit binary data (shift­ing from one frequency to the other),
it

is

important that these two tones
experience approximately the same
transmission delay in going from
one end of the circuit to the other. If
the data is being transmitted

1000

bits per second, each bit will be

at

one millisecond long. If these trans-

1's

missions consist of alternate

O's,

the signal will be alternately

and

shifting between 1200 and 2200 cps.
The transmission propagation time
for those two tones between the two

a

ends of

siderably. For example,

given circuit can vary con-

60

miles of

loaded telephone cable may intro-

a

duce

6.1

delay to the 2200 cycle tone of

milliseconds

as

compared to

5.1

milliseconds for the 1200 cycle tone,

a

difference of 1 millisecond. If the

2200 cycle tone is transmitted

first

followed by the 1200 cycle tone (each
transmitted for

millisecond),

it

can

1

be seen that they will both be re-

at

ceived
one following the other. In

the same time, rather than

120

miles, they would be received in the
reverse order!

Delay Distortion At Higher
Frequencies

In high speed data transmission, the
problem of delay distortion becomes

as

more serious and troublesome

the
transmission rate increases. Data
bits usually originate

as

rectangular-shaped pulses which are

used to modulate

carrier

at

a

par-

a

ticular keying rate for transmission

a

over

communications circuit. The
pulses resulting from this modula­tion process are composed of many
frequencies whose amplitudes and

a

phases have

fixed relationship in
time. The energy of the fundamental
and harmonic frequencies are vecto­rially added together to form the en­velope of the composite signal. If the
pulses are processed through circuit
components such

as

band-pass filters
or amplifiers, which because of reac­tive (imaginary) components within
the circuitry do not offer equal
transit time to all frequencies, the

is

signal shape (envelope)

distorted. As shown in Figure 2,

seriously

if

the third harmonic is delayed by

one-half cycle relative

to

the funda­mental, the pulse shape is severely
distorted.

To demonstrate the effect shown in
Figure 2, try the following experi­ment:

-Connect two audio oscillators (e.g.,

HP

Model 3325A's) to the A and

B

inputs of an oscilloscope.

-Set

for x frequency

at

y

A

amplitude (the exact frequency
and amplitude are unimportant).
Set oscillator

B

for

3

times the fre­quency and one-third the
amplitude.

so

-Set up the oscillators

that they
are phase locked together with
zero phase shift between them
(Figure 2A).

-Now shift the third harmonic
cillator
one-half cycle

-If
Figure 2B were fed into

so

that it is delayed by

(180

degrees).

the two composites shown in

a

os-

speaker,
you would note a drastic difference
in sound even though the frequen­cies haven't changed.

Phase Shift

The phase and frequency

of

a

signal

are, by definition, inseparable. In

a

fact,

good definition of frequency

the rate of change

of

phase with re-

is

spect to time, or dgdt, where + is the

7~

phase shift (usually in radians;

180",

dians equal
one cycle) and

WWW.HPARCHIVE.COM

2 n radians equal

t

is time in seconds.

ra-

Thus,
phase of
through
required for

it

follows that the more the

a

signal is shifted in passing

a

channel, the more time is

it

to get through the
channel. Where phase shift
known, the phase delay of a single
frequency

is

delay (time) = phase shift (radians)

frequency (radians

per sec.)

This

is

usually expressed

6

t

=-

w

It

is

important to note that in practi­cal systems, phase delay,
expressed above, is applicable

single, steady-state frequencies.

as

as

only to

In an ideal system, phase shift would
be linear and all signals passing

a

through such

system would be de­layed equal amounts, regardless of
their frequency. Unfortunately,

a

phase shift in

is

channel

never linear. In a high

communication

quality system, the overall phase
shift characteristic may look like
that shown in Figure

3.

Measuring Group and Envelope
Delay

Whenever a complex signal (such

a

modulated or keyed carrier fre-

is

quency)

transmitted, the relation-

as

ship between frequency and phase
shift described above no longer holds
true unless the system is perfectly
distortion-free. Since phase shift is
always non-linear in actual systems,
some of the component frequencies
undergo more phase shift than other
frequency components.

is

d

phw

velorpe delay will

a,

result.

%he

more

en-

wdd

placement of

spgat

to

dent delay of the rnrzdulation en­velope or envel-

me

frequency with re-

the other and m indepen-

d*.

Group

The method used in the

Microwave Link Analyzer

be

no

db

Delay

HP

(MLA)

require a band
succeseful transmission, both en-

velope

of delay
tance. Hewlett-Packard
relative delay (and ocher
ters) in microwave
tions with the HP
Mimwme Link
Audio data line

and

of

and

to the PLL
nal.

A41

of

frequencies for

group

delay

are

the forms

greatest

general impor-

measures

pm-

rdio

3710

to

CCITT

by

the

the

as

the reference sig-

internai voltage con-

StandanES

3770AK3770B

Phase

Figure

4.

371ON3790A MLA perform-

ing a group delay measurement.

MLA

uses

a

The
technique where the present fre­quency increment is measured and
compared to the previous
increment.

Lock

detector is a special
filter designed to
quencies

lw&r

sweep frequency

Loop

pass

than

low

pass

only fre-

10

Ht.

If

t

erence. In the

in

And since the phase and fre-

quency

distortion.

As

figure, the swept signal

of

shown

case

phase

a

signal are,

in

the

of the

per frequency.

accompanying

by

defini-

is

applied

MU,

CRT.

SWEPT

The key

-L

s

WWW.

to

the group delay

LPF

H

7-

PARCHIVE.COM

-

c

PHASE

SENSITIVE

DETECTOR

tion

'

-

at

all.

*

LOW

PASS

FILTER

DELAY

SIGNAL

I

Figure

used in making envelope delay
measurements with the 3770A/B
Analyzers. The transmitter part of
the instrument generates
signal that
with a reference signal and then

test

starts

fkequency range the instrument

capable of transmitting and steps up

to

ence signals are switch-selectable.

For example, 300
could
the reference. Delay is measured by
comparing the delay of the envelopes
recovered
frequencies
ence signal.

5

shows the basic principal

is

signal. The

out

at

the high end

be

the test range, and

at

each

to

a

carrier

alternately modulated

a

test

signal

the lowest end of the

start,

frequency

stop and refer-

Hz

to

3.4

kHz

is

lkHz

of

the various

the delay of the refer-

test

rapid attenuation of all frequencies
outside the desired band. Unfortu­nately, such rapid change in the
tenuation characteristic

also

accompanied by rapid changes

in the phase shift.

case

In the
delay, a network which would cor­rect the phase shift characteristics of
the communications channel might
very well neutralize the desired at­tenuation of the filters responsible
for the delay. Special delay equaliz­ers called elliptical all-pass filters

are

required
lem. Without getting into filter
theory, it will suffice
these filters are complex and their
component values are usually calcu-

by

lated
cations, these filter networks
generally contain several adjustable

components
response can be adjusted for flatness

of excessive relative

to

overcome this prob-

computer. In typical appli-

so

that the group delay

of

to

a

at-

filter

is

say that

while being observed on the CRT of
group delay detector.

Summary

In conclusion, there are several im-

to

portant points
delay

is

a

transit time phenomena.
Group delay distortion causes audio
distortion in communication links.
This cannot be eliminated, but it can

be compensated for by special filters.
Relative group delay can
ured by
phase lock loop and displayed
graphically on
distortion
urement, but

ment. The actual transit time of
signal through a communication
link
changes or fluctuations in the

transit

another expressed
distortion that

a

unique application of

is

is

not important.

time from one frequency

remember. Group

be

meas-

a

CRT. Group delay

not an absolute meas-

a

relative measure-

It

is

the

to

as

group delay

is

important.

a

a

a

0

Delay

Where amplitude response of
cuit

to

loss
the desired performance. In
system, the channel bandpass filters
which isolate individual channels
from each other are the principal
sources of delay distortion. These fil­ters should have uniform amplitude
response within
frequencies, but must exhibit

Compensation Networks

a

cir-

is

unsatisfactory, a filter

introduce a controlled amount of

at

certain frequencies

a

desired band of

is

to

obtain

a

carrier

a

used

very

Dan Braun, who
technician at the
probably tell from the nature of the article, Dan's primary responsibilities are the repair
and calibration

Born and raised in the San Francisco Bay Area, Dan attended College of San Mate0

where he obtained his
school while serving 6 years in the Navy. Dan and his wifi, Frieda, live in San Jose,
California.

WWW.HPARCHIVE.COM

has

been with Hewlett-Packard 5 years, is an instrument service

HP

Customer Service Center in Mt. View, California. As you can

of

HP's

microwave test equipment.

AA

degree. He furthered his electronic background in Class

A

IS

b

A

Quick

Guide to Batteries

BATTERIES

.I

.-

(Editor‘s Note:
appeared in the Electronic Buyers’
News and

mission

of

The

following article

is

reproduced with per-

CMP

Publications Inc.)

Discharge rate

is

expressed in

ampere-hours or milliampere-hours.

is

This

the product of current meas­ured in amperes or milliamperes and
the number of hours that the cell or
battery can supply or discharge that

and

water.

The negative electrode

the zinc case. The voltage per cell

1.5V.

Cell sizes range from
D and the lowest cost battery
9-V rectangular case
torized products.

amount of current. The abbrevia-

Even though the electrochemical

tions are

fabrication of the most commonly
used batteries has been known for

a

more than

century, new and im-

proved batteries are providing users

of

an even widening choice
characteristics for meeting different (Leclanche) dry cell used for

requirements. general-purpose applicatione such

operating

primary

until recently the choice of battery
power

flashlights and portable radio@.

Ahr

and

mAhr.

~~ed~~

was

limited

to

the carbon-zinc

as

Carbon-Zinc (Zinc-Chloride).

zinc-chloride or heavy-duty version
of the basic system provides about

50%

more life for the same

as

the Leclanche version. Construc-

is

tion
chloride
lyte. Cell voltage

similar except the ammonium

is

omitted from the electro-

is

Then the zinc-chloride versions of

this

COnSeqUently,
to define and explain many

day’s batteries and their differing while the alkaline-manganese so-called alkaline cell
characteristics.

The term battery applies
of products classed
secondary. Because their active ma­terials are irreversibly consumed
during periods of usage, primary
batteries can’t

article attempts the cgI.bon-zinc sy-m

Of

to-

ficantly improved energy density,
dioxide system Provided

improvement,

to

a

as

primary and

range

-

for

torized

silver oxide met the need for com-

.

efflcient powering of transis-

circuitry. Mercuric oxide and

pact button cells for hearing aids,

calculators, cameras, and other spe-

be

recharged. How-

cial needs.

the latter being suited system, using the same mitive and

ever, recharging secondary batteries
reconstitutes their active materials

to

be

and permits them

reused many

times.

Strictly speaking,
sembly of

two

a

battery

is

an

as-

or more cells. The

cells, each made up of two dissimilar

Carbon-Zinc

ONE PIECE COVER

Tin

Plated Steel Polyelhylane coaled

ELECTRODE - Carbon Paperboard

VENT WASHER

Paprboard
ASPHALT SEAL Acetale CoaMd Label

WAX RING SEAL

Flashlight

(+)

-

electrodes, are in contact with an
electrolyte within a closed container.

is

The voltage output of the cell

a
function of the electrochemical prop­erties of the electrodes and the elec­trolyte. For systems in common use

to

today, this ranges from 1.2

3.0

volts.

Carbon-Zinc (Leclanche).

cell

Every

portant

discharge

the

cell voltage are obtained by con-

necting cells in series

and battery has two im-

characteristics: voltage and

rate.

Voltage higher than

so

that their
voltages combine. For example,
12-volt battery would consist of
2-volt

cells

or eight 1.5-volt cells. In

six

the early days of tube-type radio,

a

there was

45-

and 90-volt batteries, each requir-

ing

a

large number

constant demand for

of

cells.

most common and lowest cost pri­mary system for general purposes,

from toys and flashlights

torized radios and recorders,
carbon-zinc batteries and cells

at

account for

a

mary battery sales.

least half

The cell consists of

electrode and an electrolyte com-

of

posed

manganese dioxide, am-

monium chloride and zinc chloride

WWW.HPARCHIVE.COM

&e&

SUPPORT WASHER

JACKET

MIX
PASTE -Flour. Starch

CAN -Zinc
CUP
STAR

BOTTOM

si@-

a

further finement

Battery

-

Polyethylane coated

Kran

h

C.llulose

-

Manganese

Dioxide. etc
Arnrnonlurn Chloride.

Zinc Clorlde

-

Kran Paper

BOTTOM

Paperboard

(-)

Tin

Plated

SIW

Still the

to

transis-

of

the pri-

a

positive carbon

Allr&e Manganese DiolEide.

of

the basic carbon-zinc

negative electrodes.
potassium hydroxide
of zinc-chloride. Reportedly, these
cells and batteries offer
improvement in energy density over
the carbon-zinc system for about
twice the price.

This

adapted for use where reliability and
length of service offset the increased
cost. Case sizes are similar and cell

is

voltage

the same.

Mercuric Oxide Cells.

curic oxide cell has
cal capacity for

its

carbon-zinc or alkaline cells, provid-

1.35

volts

per

-

ing
mercuric oxide, the anode
the electrolyte

or

roxide

sodium hydroxide. This

cell.

is

system provides effective button-size
cells for watches and hearing aids,

to

be

but seems

losing ground

more effective silver-oxide systems.

Silver-Oxide Cells.

provide more

of

carbon zinc cells of an equivalent

than

twice the energy

size and offer more energy per unit
volume than mercuric oxide cells.
Available in two types, high drain
and low drain, the silver oxide

are

cathodes

paired

and the electrolytes

is

is

AAA

to

is

the

size

for transis-

The

case

size

1.5V.

alkaline

in place

a

twofold

is

better

The

is

a

further re-

Highly

is

US&

system

The mer-

a

higher

size than

The

electri-

either

cathode

is

zinc and

is

potassium hyd-

to

the

Silver oxide cells

to

ZiDC

anodes;

ara3

potassium

Silver-Oxide Watch Battery

anode

cap

L-

-

Calhode

Cell

Anode material

--:,;

material

enclosure

L

(

(2”)

Separator

(AgpO)

hydroxide or sodium hydroxide.

1.55

These button-sized

cells are in

wide demand for watches and hear-

ing aids.

Magnesium Cells

are primarily

used in military applications due to

their

ability to withstand extremes

in temperature and humidity and to

provide energy after years of stor-

age. A magnesium alloy

is

used for

the anode; magnesium bromide for

the electrolyte. Magnesium cells

1.8

provide

Zinc-Air

volts per cell.

Cells

are high-energy pri­mary systems available commer­cially today for hearing aid and

as

watch use. They use oxygen
positive electrode, zinc

tive electrode and feature

as

an

the

the nega-

electro­lyte of potassium hydroxide. Shelf
life is excellent because they are
only activated by removing the tape

a

from
The zinc

tiny hole, which admits air.

air

cell provides

1.5

volts

per cell.

Lithium Cells.

cell or battery applies to

The term lithium

a

number of

different electrochemical systems

1

as

to

the

capable of producing from
volts per cell, Lithium

is

used
negative electrode in all of them, but
the voltage and operating charac­teristics are determined by the
choice of cathode and electrolyte. All
of the systems employ highly reac­tive alkali metals prepared without

so

the use of water,

as

non-aqueous.

they are classed

At present, lithium systems in use or
under investigation are also classed
as

either solid or liquid. In the solid

4

Hermetic Seal

Glass

Seal

Terminal

Collector

Cathode

Lithium

,

Cell

systems, the cathode is a metal
halide, sulfide or oxide, and the elec­trolytes are lithium salts in organic
solvent. The liquid systems have
soluble reactants with catalytic ma­terials (sulfur dioxide or thionyl
chloride). The electrolytes in the liq­uid units can be organic or inor­ganic.

Case

Lithium
Anode

Separator

a

The Type Used

in

HP

Calculators

Rechargeable Nicads

Nickel-cadmium

blamed for ear& failure when

batteries

are

often

in

fact, you have been abusing the
poor

things

ing

it.

your devica
need it
the charger with you; or you

&I

And true

will

the

most

&wig without matis-

to

go

Murphy’s

dead

law,

when you

and do not have

do

have the charger, but there’s no AC

power available.

To

demonstrate proper nicad use,

let‘s

look at

Hewlett-Packard calculators.

cells,

the

nicad

cek

USBd

by

These

aqrding to their manufac-

turer, should average approxi-

500

rnately

cles.

Sometimes your treatment of
these batteries may
pear to shorten

chargeldischarge cy-

their

shorten

useful life.

or

ap-

Of

course,

sive temperatures

shotten

uw

bateties can also affect their
performance.

TM

as follows:

ni-

the

CIJlator on

l@ml

fully on rechWW.
sults in imximum battery perfor-

mance. Actually most
use their calculators in this manner,
but rather in
between

subjecting

their life. But

the

calculatar

chargeldidarge cycle is

1)

on

the

h-r

battety

indm

two

extremes. Those

nicads

will

to exces-

guarantee to

the

way you

and

charge

fully charge the

recharger;

and

OWAJrs;

2)

Opeate

Until a low

3)

This

method

remove

the

Mame

people

the

broad spectrum

the

cab

re-

do not

two

extremes are excessively deep dis­charging and continual recharger
use.

Continual

Continual recharger

harm

the

c&uktor

of

if

different

discharge

If,

however, a battery is subjected

a

to
over a

Reuharger

the

calculator

recharger

the

battery

level

cyde,

is

USBd

aurd

Uae

use

does

or

batteries.

in a combina-

battery power,

is Cffmharged

each chargel

no

harm is done.

not

to

repetitive depth of discharge

period

of many months, a

phenomenon known as memory

may result. Memory is an apparent

tempomy

loss

of capacity.

To

il-

lustrate, suppose a calculator is

kept

on

the recharger continually,

except

day when it is used
power. Over

the

for a 5-minute period each

on

a

long

period

nickel-cadmium batteries

battery

of

thne,

begin

to “remember” the capacity they

If

a

WWW.

H

PARCHIVE.COM

Though lithium systems cost

-

than silver oxide -materials, their
manufacturing costs are higher.
They can replace mercury and silver
based systems where their voltages
are about equal, but the higher
lithium voltages may call for circuit
or. product redesign.

Lithium battery systems can present
potential safety hazards because of
their higher energy content, higher

reactivity and the unusual nature of
the materials involved. Most often,

as

they are seen

supplementing
rather than replacing silver oxide
systems. But lithium cells have the
highest watt hours per cubic inch
(Whr/in3) and their hermetically

a

sealed cells afford

of

cess

five years.

shelf life in ex-

Secondary Batteries

Lead-Acid Cell.

Storage batteries
made of multiple lead-acid cells are
the most widely used rechargeable

c

batteries.

less

The positive electrodes of lead-acid

cells are made of lead peroxide and
the negative electrodes are made of
sponge lead paste. The groups of
positive and negative plates are in­terleaved and spaced by separators.
The complete assembly is places in
an electrolyte of diluted sulfuric

is

acid. A storage battery

made up of

separate compartments or cells, each

its

with

own filler and vent plug.

The voltage of each cell is approxi-

2

mately
batteries use cells of
combinations of

volts. Actually, automobile

2.1

volts

so

the

6

cells provides

12.6

volts.
An interesting sidelight can be

shown when you compare high cost
vs low cost automobile batteries
within the same group (i.e. group

a

being
as

standard size of battery such

24F).

In general, the low cost bat-

tery will have fewer plates (less lead,

a

hence lower cost), and have

lower

ampere-hour rating than the high

cost battery. Once quick way to ver-

ify this is to weigh the two batteries.

Obviously, the battery with more
plates has more lead and therefore
weighs more.

It

also lasts longer
when you inadvertently leave your
lights on.
cranking power

starts.

It

also can provide more

for

cold morning

Of more interest to the electronics
industry for the continous power of
remote instrumentation sensors, TV
sets, medical instruments and truly
portable tools is the true sealed
lead-acid battery.
vented and

all

No

acid or vapor

is

evolved oxygen gas is

recombined with the plate mate-

rials. These batteries and cells

are

presently limited to lower watt-hour
ratings than the maintenance-free
batteries. Although some of the

cases are flashlight cell size, these
sealed lead-acid cells are not inter­changeable with either carbon zinc
and alkaline cells.

There are
proprietary methods for making

a

number of different

sea-

led lead-acid cells. Some makers are

c

are expected to deliver each day,
and they then will deliver no more
than that amount. Memory is com-

pletely reversible by a few complete
charge/discharge cycles (from full
charge down to low level
indication).

Deep Discharge

The other extreme encountered is
excessive deep discharging of

batteries. This is potentially the

most damaging to nicad cells. In

most cases, the cause
when a battery is too deeply dis-

charged is an internal short. Nor-

mally a charged or partially-

charged cell has enough internal

energy to vaporize a short. How-

ever, when a cell has been

eply discharged, the cell does not

have enough internal energy to

clear or prevent a potential short.

The result is that with a number of

of

failure

too

de-

deep discharge cycles, the chances
of shorting increase. There are two
varieties of shorts possible
low-impedance and a high­impedance short. A low-impedance
shorted cell will not respond to any

level of recharging current.

high-impedance shorted cell can

recover under high charging cur-

rents

(2A

to 4A). However, the shelf

life of this cell is very short as it
actually discharges itself through its

own internal short. Consequently,
both low-impedance and high­impedance shorted cells are consi­dered permanent failures. Another
type of failure associated with deep
discharge is called cell reversal. In
a multi-cell battery, deep discharge
will cause one cell to become
exhausted first, since cells cannot

be precisely matched in capacity.
The cell with remaining capacity
drives the exhausted cell into a re­verse state of charge which is cell

-

a

A

reversal. This is a permanent fail­ure, and the battery pack must be
replaced.

The problem of discharging your

battery too deeply does not always

disappear even when you have

been made aware of the situation.
A malfunctioning low-level detect
system could be the guilty culprit.

We won't discuss catastrophic cell

failure in the form of venting since it

is an easily recognizable problem

requiring battery replacement. Ex-

cessive temperature, excessive

overcharge, cell reversal, and mis-

use or abuse of nicads are all

causes of venting.

So

remember, to get an average of

500

charge/discharge cycles out of

your

HP

calculator Nicads, give it a
full charge, use it until all the deci­mal points light up, then give it
another full charge.

WWW.HPARCHIVE.COM

SPARE PARTS

KIT

.

L

using very thin, spirally wound posi­tive apd negative plates, with the
liquid electrolyte contained in
separator. Other makers are using
gelled sulfuric acid electrolyte. All of
these cells, however, have safety
vents, usually resealable mem­branes, to prevent the cell from
exploding in the event of accidental
overcharge.

Nickel-Cadmium Cell.

cadmium cell can
many times and has almost constant
voltage during discharge. These
cells operate well

can

tures and
led.

be hermetically sea-

The nickel-

be

recharged

at

low tempera-

a

Recommended Spare

Lead-Acid Automobile Battery

Inter-wII

a

Connector

In the charged condition, the posi­tive electrode

and the negative electrode

lic cadmium. The electrolyte

For

Vent Plug

\

\

HP

,-/

post

is

nickel hydroxide

Products

Negative

Strap

Partition

Separator

Negative

Plate

is

metal-

solution of potassium hydroxide. The
average operating voltage

1.2 volts.

Nickel-cadmium power sources are

divided into the low watt-hour units

suitable for calculators, walkie­talkie portable radios and portable
tools, not
with higher ratings which are
widely used in aircraft ignition sys­tems. Sealed nickel-cadmium cells
are made in button
range of flashlight
Rechargers are supplied with the
consumer product

is

a

cord transformer-rectifier assembly.

Parts

is

to

mention vented versions

sizes

through the

“D”

as

part of a line-

Kit

0

about

cells.

Spare

f

last issue

Th

showed you
dering parts directly from
for Mail Order Parts)
avoid the $20 minimum charge.
Now,

here

replenishing spare parts kits.
SPARES is the name of

program used by HP to generate rec­ommended spare parts lists for most
HP products. After purchasing the
recommended spare parts kit, if your
instrument should ever need repair,

is

there
the part available. Probability
even higher if spares are replenished
as

they are used.

a

simple system for

is

a

way to put it

a 90% probability of having

Bench Briefs

or-

HP

(MOP

so

you could

to

use

-

a

computer

is

SPARES

Parts

Multiple Lists

Recommendations can
single product
quantity of identical products (96
each 5245L), or
for various quantities of different
products (6 each 412A, 27 each

1707A, and
mendations can be made for
parts inventory
nine years.

-

Anticipated Requirements

Evaluation System

be

made for

(1

each 5245L),

a

combination list

9

each 5245L). Recom-

a

spare

of

one year up to

Long-Term Packaging

Long-term and military-standard

a
a

packaging
used for long-term packaging
increases the kit’s shelf life because
each part
and marked. This provides easy
identification and protection against
destructive effects of weather and
atmospheric conditions while in
storage.

For more information about
SPARES, contact your local HP

Sales and Service office. Reference
the HP Corporate Parts Center
Policies and Procedures Manual,
Section

is

optional. The process

is

individually packaged

3080.

WWW.HPARCHIVE.COM

INTEGRATED CIRCUIT CROSS REFERENCE

Replacement Part

When selecting replacement parts
for your HP products, you may

notice that many manuals list only
an HP part number for the part,

it

even though

is

manufactured by one of the large

appears that

semiconductor manufacturers.
ice personnel often ask why only

this

part

Serv-

HP

part numbers are listed.

is

recommended that

It
ment parts

the

original

duct

will

parts
identical
chased

be

performance

be obtained. While some

used

in HP instruments are

to

that

at

a

used

which can

local electronics dis-

Hp

replace-

to

ensure that

of

the pro-

be

pur-

tributor, many times parts will be
selected for certain characteristics,

as

such

Numbu

gain, bandwidth, capaci-

Ymuhctum

tance, etc. There may also
mechanical differences, such
shaping or length of leads. In some

cases special quality checks are
employed
bility parts

and

Therefore, we suggest obtaining re-

placement parts from

tain the quality that you have paid

for

be

situations however where
placement parts
substituting parts
return the product
mediately.
worthwhile

will

HP

stalled

Cross

to

ensure

are

at

HP

field

in

your instrument.

In

these cases

to

see

used

offices.

are

Reference

be

slight

as

the

that

high relia-

at

the factory

HP

to

main-

There

not in stock and

will

allow you

to

service im-

if

a

substitute part

it

HP

may

may

re-

work in the circuit. Perhaps an
part could be ordered and in-

at

some later date.

Numkr

To

help you in these situations,

a

here’s

cross-reference of HP inte­grated circuit part numbers
ufacturers -generic

type”

bers (whom in most cases
originator

of

the part). Even though

the cross-reference only

manufacturer, there may actually
several approved sources for
part. While every attempt was made

to

ensure

is

advisable

the

accuracy of the

to

compare
tion of the device being replaced
with the description of the substi-

to

tuted part. For example,

be

ice manual describes the device

as

a

being replaced
flop”, check

this

“dual

against the descrip-

tion of the replacement part.

to

man-

part num-

is

lists

an

list,

the

descrip-

if

the

serv-

J-K

flip-

the
one

be

HP

it

OOO39

00350

00575
01590
01

698

01795
01876
01921
01 973
01991
02023
02037
02180
02237

02290

02569

02598

02634

02713
02763

02838

02882
02883
0291
03183

03285

Nippon Electric
Exar Integrated

westem

Digital

plessey

-

Texas

In&.

tnc.

synertek

HP

Div.

02

RCA

GE

Transitron Electronic
Illinois

Motorola Semiconductor Products
Precision
Fairchild Semiconductor
Raytheon
Cfystalonics,
Unitrode

sprague

General

Teledyne Semiconductor

Dynamic

Ze&x
siliconix

0

%-

HP
Analog

Santa Clara

Corp.

sdkl

Co.

Semiconductor

Tool

Works

MonoUthics

Co.

Corp.

Elect.

In&.

Measurements

Inc.

Sub.

Corp.

Div.

22

Data

Devices

Semiconductor Div. HQ

Div.

Corp.

Co.

Systms

Cup.

Co.

Inc.

Semioond.

State

Teledyne

of

Systems

Inc.

Cmpnt.

ICs

Div.

Prod. Dept.

Cup.

Inc.

Liwn

Inc.

Dw.

Semlcondudor

Semicon. Prod. GP

Corp.

Redcor

Corp.

86

Div.

Div.

Div.

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JP

Sunnyvale,

Newport

santaAna,CA

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santa

santa

somenrib,

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Santa Clara. CA
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Mountain
Cambridge, MA

watertown,

concord,

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Mountain
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Cod,

Santa

Sunnyvale, CA
Cupertino, CA

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CA

ha&,

TX

Clara

CA

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1 820-0022

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1826-1307

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SIP2332 YASKtD
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SIP2332 CASKED
SIP2332 MLSKED
SIP2332 UASKFD
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nin-nrz:,

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101~-0724
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1870-UT63

1818-06Y7
1818-0706
1818-0795

1818-072n
1118-0129

8-0535

810-0536

010-0542

8-0646

8 18-06SO

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8L6-0S38

826-0051

1120-1973

#

ss

REFERENCE

*'

,*

I

:I

'

iaz~-n055

02237

1826-0543

02237

1826-0574

02237

inz~-nnw

016vn

1 az6-nn31

02237

1126-0064

n~237

iwa-nie3

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n7131

I8?b-O*44
ir)26-~5a

b?C11

1 w6-nix

n22w

lH/4-8164

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ir

1

UC6-034?

IAV~-OSV

02737

1826-01

OZZ

I7

n??w

182h-n231

in>+-m*

0??3?

02277

I

oh-0712

o?qin

n?aw

ozzn

02237

02237

1em-0353

62237

IOW-M~L

1826-0460

02237

02237

1~6-0~9

02237

1806-0345

02237

1896-0184

02237

1826-0484

02231

1626-0103

01237

I~z~-o+~s

0?23T

1626-04711

02237

ie26-win

olbvn

1026-e62n

1896-04b4

1826-0404

02237
02237
02237

182(1-0*41

181

OP237

02237

1826-0300

1

W6-0O2Q

eim

0169~

1ea*-0511

02237

I

026-0403

42237

iew-04a3

1e26-ow

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02634

11120-2020

02614

1820-2273

04208

I88?0-?129

1820-1120
02634
obzon

18~0-IOM

02634

1820-2274

1

e-20-2170

02634

02634

1

626-2

026%

~eab-oozv

lW0-2060

I

020-0491

I820-1920

I

a20-1e44

1820-2005

1820-1919

1826-0624

1826-0332

1026-0331

IUIO-1648

1820-1628

1826-0237

I

Rl0-2298
1820-2301
1U28-?299

IOYO-~O~

1ui3-no&n

161f-no39

1-Ol27

1

37

30

a

WWW.

H

PARCHIVE.COM

9

iupplement

Need

'i'

Service

"7

'Notes?

Any

n information for
instruments you own, remove the
order form and mail it to the
distribution center nearest you.

di;"r

OSCILLOSCOPE

All

prefixes. Modification to reduce shock

prefixes. Elimination of potential safety

204C/D OSCILLATOR

204C

End

002

only).

204C-H20

204D

serials

serials

239A OSCILLATOR

1814AOOlOO

1814AOO100

thru

thru

339A DISTORTION

MEASUREMENT SET

1730A00451.

gain

1730A00410.

A3E1,

A3E2.

1730AOO555.

Serials below

Elimination of potential shock hazard.

A4CR5, A4CRl 1

A3E1.

1730A00409.

A2E1.

427A VOLTMETER

0947A18910

432C POWER METER

1832A

output data.

and below. Meter stability

and below. Modification to buf-

465A AMPLIFIER

0970A05175

and below. Recom-

..

*

140T-1A-S.

hazard during failure conditions.

1411 STORAGE OSCILLOSCOPE

141T-7A-S. All

azard.

2WD-3A.

and below, and
below. Modification to accept new type batteries

{Option

239A-1.

Serials
cedures for correction of wiring of ground select
switch.

239A-2.

Serials
cedures for correction of amplitude instability.

339A-1.

Serials below

problems when testing high

339A-2.

Serials below
replacement of zener diodes
photocells

339A-3.

Serials below

cedures for photocell

339A-4A.

procedures for photomodule

419A DC NULL VOLTMETER

419A-7A-S.

427A-5.

Serials

improvement when switching from

~ positions.

432C-2.

Serials

BCD

fer

465A-6.

Serials

mended repiacwmnt for transistor

to

HP

0989A18215

1105AO5485

1814AOO226.

181 4AOO231.

Wving oscillation

amplifiers.

Procedures for

Replacement pro-

DCV+

Q9

and

Pro-

Pro-

and

Replacement

to

DCV-

478A THERMlSTOR MOUNTS

478A-1D.
478A-2A.
478A-3.

495A-8A.

All

ment procedure.
bly replacement procedures
modification to prevent currents flowing through

thermistors.

prevent arcing in high voltage circuits.

serials. Thermistor assembly replace-

Serials below

All

serials between

495A MICROWAVE AMPLIFIER

Serials

49673.

826-031 1

49673

thru

RF

connector

to

1717A.

65800.

Modification to

assem-

Ground

608C/D VHF SIGNAL GENERATORS

608D-4B. 608C

below
conversion.

295A-2.

to replace

1200NElk

low

1201NB-9.

low voltage regulator transistw

serials below

4916.

Recommended silicon rectifier

895A

Serials

voltage

POWER

1821A-01702

zener

reference diode

12OONB OSCILLOSCOPE

Serials 1202Aandbelow. Recommended

regulator transistor replacement.

1201AlB OSCILLOSCOPE

Serials

1331A

2354

and

SUPPLY

and below. Modification

1902-0763.

and below. Recommended

replecement.

606D

1220A OSCILLOSCOPE

1220A-21A.

1222A-1A.

131OA-19s.

1311A-19-S.

1317A-6-S.

1321A-6-S.

135OA-1. All

Seriala

ommended

mended

nation of potential hazard.

nation of potential hazard.

tion of potential hazard.

tion of potential hazard.

1350A GRAPHICS TRANSLATOR

axis amplifier

1814A. 1814s.

CRT

replacement.

l222A OSCILLOSCOPE

Serials

1809A, 1809s.

CRT

replacement.

1310A DISPLAY

Serials

1812A-01656

131 1 A DISPLAY

Serials

1552A-01477

1317A DISPLAY

Serials

1649A-00800

1321A DISPLAY

Serials

1656A-00425

serials. Resistor change to standardize

U65

selection.

and below.

and below. Recom-

and below. Elimi-

and below. Elimi-

and below. Elimina-

and

below. Elimina-

1610A LOGIC ANALYZER

161OA-4-S.
161OA-5.

1610A-6.
161OA-7.

Serials

tion of power line socket shock hazard.

Serials,
serials below
fuse failures due to line fluctuations.

Modification to the display board to improve

performance.

All

bleshooting.

1812A00645

1822A

and below and

1806AO1040.

serials. Low voltage power supply

and below. Elimina-

01610-63005's

Modification to prevent

1611A LOGIC STATE ANALYZER

10262A-1.

1615A-1-S.

Serials

1618AOO511

10262A

tion to
threshold detection.

tion of power line socket

personality module for input signal

1615A LOGIC ANALYZER

Serials

1825AOO626

and below. Modifica-

and below. Elimina-

shock

hazard.

1640A SERIAL DATA ANALYZER

164OA-1-S.
1640A-2.
1640A-3.

Serials

Serials

1827AOO315

1827AOO295

1835A00402

tion of power socket

Serials

ply cunent limit modification.

mended replacement for clamping diodes on
interface board.

and below. Elimina-

shock

hazard.

and

and below. Recom-

below. Power sup-

17108 OSCILLOSCOPE

17108-15. All

mittent auto baseline at slow sweeps.

serials. Modification to eliminate inter-

WWW.HPARCHIVE.COM

serials

Rec-

trou-

A4

171 2A-14.

All

serials.

ModiAcetion

171 5A OSCllLOSCOPE

1712A OSCILLOSCOPE

1715A-2.

1715A-3.

1720A-18.

Serials

mended replacement
analog assemMy

eliminate intermittent auto baseline at

mittent auto baseline

1820A01025

parts

Serials

818.

1726A

1720A OSCILLOSCOPE

AU

serials. Modification to eliminate inter-

at

1722AlB OSCILLOSCOPE

1722A-16.
1722B-1.

All

serials.

mittent auto baseline at

serials

eliminate intermittent auto

Modithion

17378,

and bs to

1725A OSCILLOSCOPE

1725A-2.

1725A-2.

Serials
mended replacement parts for reliabiiity of
assembly

prevent intermittent auto

A18.

Seritds

1823AOO8OO

172OA

and

1742A OSCILLOSCOPE

1742A-1.

1915A-4A.

Serials

vent false readings
mode.

placement

prefixed

in

1915A OUTPUT AMPLIFIER

Serials

1522A

parts

for

A5CR2

3325A SYNTHESIZER/

FUNCTION GENERATOR

Serials

mended power supply modification.

333ONB AUTOMATIC SYNTHESIZER

mended isdated

3335A FREQUENCY SYNTHESIZER

potential problem when replacing

A5Q2,

installation of special sweep mode switch.

3403A/B/C/ TRUE

update

1748AOO310

Serials

1331A02237

HP-I8

Serials below

A5CR3,

or

serials

be)ow

All

serials.

3403A

to

3403C.

A4.

1640A00376.

Recommended modifications to

2

3325A-1.

3330AB-10.

3335A-2.

3335A-3.

3403C-7.

3420AlB DC DIFFERENTIAL

VOLTMETE WRATIOMETER

342ONB-5C-S.

Elimination of potential safety hazard.

3435A MULTIMETER

3435A-3.

Serials

mended replacement of

drivers.

1606A06400

3438A HP-IB MULTIMETER

3438A-3.

Serials
mended replacement
drivers.

1717A00920

34508 DIGITAL MULTIMETER

345OB-5.

All

transformer replacement.

serials. Recommended power supply

3455A DIGITAL VOLTMETER

3455A-128.

Recommendations to improve ohms converter re-

sponse time.

3455A-13.

mended modifications to reduce switch bounce and

AI

U48

oscillations.

Serials

Serials

1622A02566

1622A03538

3488A MULTlMETERS

3466A-4A. All

integrator of amp

3466A-6.

mended true RMS converter replacement.

3466A-7.

mended replacement of

and

serials. Recommended replacement of
Serials
Serials

A4U911

U400.

1716AO2781

1716AO3380

digit drivers.

Bo

prevent intermit-

and below. Recom-

to improve reliability of

and

below. Modification to

slow

sweeps.

slow sweeps.

to

slow

ba&ine

btlseline

1807A.

delayed sweep

and below. Preferred re-

timing improvement.

1640A00300.

RMS

of

A4U901, MU905, A4U906,

eliminate inter-

at

skw

sweeps.

and below. Recom-

b&W.

WhtiS

at

slow

sweeps.

MOditicatWT

and

and below. Recom-

and

"TRIGD'

A5CR3

diodes.

below. Recom-

Elimination of

A4U56, Awl,

Recommended

VOLTMETER

Supplements

AlU14

AlU14

3403C-4.

and below. Recom-

and

AlU15

and below.

and

AlU15

to

1622A03300.

and below. Recom-

and below. Recom­and below. Recom-

analog

to

Recom-

a

to

digit

digit

e

B

4

I

!

F

\

3

t

'I

#

1

a

i

0

a

3495A-3.

355lA-9A.

3551

Serials
mended modifications
ducted

3551A TRANSMISSION TEST SET

mended
and front subpanel replacement.

A-1

1.

mended replacement
jacks.

1428A02505

RFI

specifications with accessory

Serials

1550A04325

A3

input amplifier assembly, front panel,

Serials

1550A04325

and below. Recom-

to

meet European

and below. Recom-

and below. Recom-

kt

for

new

type

VDE

44413A.

WECO 310

35558 TRANSMISSION AND NOISE

3495A SCANNER

35558-2D.

mendations for improved power supply reliability.

3582A-1. All

switches.

3585A-1.

assembly rust problem correction.

3702A DEMODULATOR DISPLAY

3702A-24. All

varactor diode

3702A-25. All

assembly

A3

37028-40.

mended field replacement of

37028-41.

1

MU-01046

ment of

37022 DEMODULATOR DISPLAY

37022-9. All

A3CR5.

MEASURING SET

Serials

0992A05670

3582A SPECTRUM ANALYZER

serials. How

Serials below

37028 IFIBB RECEIVER

Serials below

Serials below

Y2

3585A

1750A00230.

serials. Recornmended replacement of

A3CR5 (0122-0602).

serials. Recommended replacement of

I.F.

mixer 8 local oscillator.

to

172311-02055

display switch

serials. Replacement of varactor diode

and below. Recom-

to

replace front panel

Inpuffconversion

1242U-00251.

A2

assembly.

1438U-01046

inclusive. Replace-

(S7).

and serials

Recom-

37022 DEMODULATOR DISPLAY

37022-10. All

mixer

3721A-16.

mendatis for improved operation of reset circuitry.

3721A-17.

tion of nois? on dither position.

serials. Repacement of

&

local oscillator.

3721A CORRELATOR

Serials

1544U-OO660

Serials

1544U-00665

A3

assembly

and

below.

and below. Elimina-

3745N8 SELECTIVE LEVEL

3745A1B-4C.

mendations to eliminate HP-18 system operational
errors.

3745NB-19.

placement of

3745NB-21.

quency noise

3745NB-22.

placement of

3745NB-23.

vention of possible remote start-up problem.

3745NB-24.

retrofit

3745NB-26.

driver (option

MEASURING SET

Serials

Serials

1815U

A109 ROM1.

Serials

1815U.

floor.

Serials

1812U

A109 ROM4.

Serials

1815U. 1831U

Serials

kit

1812U

for special
Serials between

040)

wire harness modification

1607U

and below. Recom-

and

above. Preferred re-

Improvement

and below. Preferred

and below. Recommended

option H14.

1815U

and

and

in

1836U.

1844U. XY

3747NB SELECTIVE LEVEL

3747NB-1.

low

3747NB-2.

possible remote start-up problem.

3747NB-3.

modification to

3747NB-5.

driver (option

3760A-11.

Recommended modification to data delay
switching.

MEASURING SET

Serials

1819U

frequency noise floor.

Serials

Serials

Serials between

040)

3760A DATA GENERATOR

Serials

and below. Improvement in

1834U

and below. Prevention

1804U

and below. Recommended

lOMHz

crystal filter assembly.

1804U

wire harness modification.

1744U-00356

and

1908U. XY

to

174411-00394.

3?63A ERROR DETECTOR

3763A-2.

Serials

below

reduce the susceptibility of the
line interference.

181211-00156.

Modification to

3763A

to conducted

con-

I.F.

Recom-

low

fre-

re-

Pre-

of

3770A AMPLlTUDElDELAY DISTORTION

3770A-17A.

mendations to improve attenuation distortion re­sponse with input frequencies widely separated/
preventing oscillation on

3770A-36.

placement for loudspeaker

3770A-37. All

instructions for option

37708 TELEPHONE LINE ANALYZER

37708-1 4.

mended replacements to prevent oscillations on as­sembly

37708-16.

prevent shorting of capacitors on

ANALYZER

Serials below

Serials below

serials. Recommended retrofitting

Serials below

A31.

Serials below

1651 U-00483.

A31.

1817U-00503.

LS1.

001 (+lWBm

172811-00246.

1728U-00311.

A23

Procedures to

Preferred re-

switch).

Recom-

assembly.

3771N8 DATA LINE ANALYZER

3771NB-1. All

printer board option

serials. Retrofitting instructions for

004.

3780A PATTERN GENERATOW

378OA-48.

prevent

3780A-1

mendations to reduce the susceptibility to con­ducted mains supply interference.

378OA-16.

rect data threshold level.

ERROR DETECTOR

Serials below

noise

OB.

Serials below

All

serials. Procedures for selection of cor-

on the

1804U-00531.
AC

line supply.

1804U-00531.

Modification

3964A INSTRUMENTATION TAPE

RECORDER

3964A-16A.

009/010

ommended modification of
amps.

Serials

1715A

with serials

through

182lA00792

A24 F1

1814A;

and option

and below. Rec-

and

3968A INSTRUMENTATION

TAPE RECORDER

3968A-lW8868A-14A.

and option
below. Recommended modification a

F2

009/010

to

5

amps.

Serials

1715A

with serials

through

1821A00702

A24 LF1

5045A DIGITAL IC TESTER

5045A-58.

check

5045A-9. All

tion for

5045A-10. All

prevent overvoftage adjustment conditions.

5045A-11.

prove current performance tests.

5045A-12. All

reference for test equipment.

5045A-13.

vance circuit modification to prevent
sistor damage.

5045A-15.

ments.

53OOA-5.

ti

53OOB-2.

ti test card update.

All

serials. Recommended new relays

test

cards.

serials. Recommended handling precau-

CMOS

boards.

serials. Power supply modification to

All

serials. Revised cross talk test
serials. Recommended proper ground

Serials

1748A00345

All

serials. Revised

53OOA MEASURING SYSTEM

All

serials. Recommended

test card update.

!53OOB

MEASURING SYSTEM

All

serials. Recommended

and below. Paper ad-

5045A

Q2

All

10548/\

10548A

drive tran-

diagnos-

diagnos-

5307A HIGH RESOLUTION COUNTER

5307A-1A.

5308A-4A.

Serials

1306.

input overload protection.

5308A 75

Serials
modification to prevent self-check erroneous
display.

Modification to install ground

MHz

TIMEWCOUNTER

1720

and

below.

Recommended

5312A ACSll CONVERTER

531 2A-3.

5314A-1.

5328A-U-15A.

Troubleshooting procedures using signature

analysis.

5314A UNIVERSAL COUNTER

Serial

1816.

A1

main board assemblies.

5328A UNIVERSAL COUNTER

ommended replacement for
assembly.

Recommended modifications of

Serials

1818U-00761

A2

and above. Rec-

power supply

WWW.HPARCHIVE.COM

Recom-

to

Recom-

F2

to

1814A;

and

and

to

im-

adjust-

5328A-22.
5328A-23.

Series

1625.

(HP-18) using signature analysis.

Serials

08743, 1828-08742.

mended improvement to
assembly.

Troubleshooting option

1828-08626, 1828-08733, 1828-

and

A3

5342A MICROWAVE FREQUENCY

5342A-9.

Serials

cedure to correct false frequency readout.

COUNTER

1812

and below. Recommended pro-

5354A FREQUENCY COUNTER

5354A-8. All

information.

serials. Compatibility and repair

5363A TIME INTERVAL PROBES

5363A-3.

All

placement.

serials. Recommended probe FET re-

5370A UNIVERSAL TIME INTERVAL

537OA-1. All

program.

537OA-2.

5381A-2.

5420A-14. All

Recommended

5381A

Serials

replacement of

5420A DIGITAL SIGNAL ANALYZER

mam of

COUNTER

serials. Recommended HP-IB verification

ROM

80

MHz FREQUENCY COUNTER

1624

and below. Recommended field

AICRl

full wave bridge rectifier.

serials. Modification to improve perfor-

544708

digital filter

5451 BIC FOURIER ANALYZER

5451B-19/5451C-01.

5

cation to prevent intermittant operation of
system control while running modal analysis.

5526A-4.

eliminate laser starting problems.

6110A THRU 6116A

61 1 OA-2.

mended modification to replace zener diode

0763.

1

1 A-2.

61

mended modification to replace zener diode

0763.

61 12A-2.

mended modification to replace zener diode

0763.

61 13A-3.

mended modification to replace zener diode

0763.

6116A-2.

mended modification to replace zener diode

0763.

Serials

Serials

Serials

Serials

Serials

Serials

Serials

1748Aand below. Modifi-

55OOC LASER HEAD

1648A

and below. Modification to

DC

181 5A01507

1606A02096

1634A01849

1617AO1250

1741A01825

6128C THRU 6131A DIGITAL VOLTAGE

6128C-1.
612%-2.
61%-2.
6131C-2.

Serials

to replace zener

Serials

to replace zener diode

Serials

to replace zener

Serials

to replace zener diode

6282A THRU 6296ADC POWER SUPPLY

6282A-3.
6286A-3.
6291A-2.
6296A-3.

64276-2.
6428B-2.

643382.
6434B-2.

Serials

to replace zener diode

Serials

to replace zener diode

Serials

to replace zener diode

Serials

to replace zener diode

64278 THRU 64348 POWER SUPPLY

Serials

to replace zener diode

Serials

to replace zener diode

Serials

to replace zener diode

Serials

to replace zener diode

SOURCE

162lAOO150

diode

1902-0763.

1739Aoo386

1902-0763.

1821AO1045

diode

1902-0763.

1825A00680

1902-0763.

1814AO3008

1902-0763.

1744AO3991

1902-0763.

181OAO4422

1902-0763.

1816AO3146

1902-0763.

171 1 A01 140

1902-0763.

1834AO2369

1902-0763.

1706A03305

1902-0763.

1826A02850

1902-0763.

and below. Modification
and below. Modification

and

and below. Modification

and

and below. Modification

and

and below. Modification

01

1828-09052.

oscillator support

changes.

POWER SUPPLY

and older. Recom-

and below. Recom-

and below. Recom-

and below. Recom-

and below. Recom-

below. Modification

below. Modification

below. Modification

and below. Modification
and below. Modification
and below. Modification
and below. Modification

Recom-

5477A

1902-

1902-

1902-

1902-

1902-

1

6438BB439W64436/64&B POWER SUPPLY

6-2. Serials 1706A01695

to

replace

zener

W96-2. &rials 1821AO1775 and below. Modification

to replece zener

64436-2. Serials 1706AMo90

to replace zener

Serials

64486-2.

to

replace zener

6515AI6516A POWER SUPPLY

651 5A-2. Serial 171 2A04660. Modification

zener diode 1902-0763.

6516A-2. Serials 1818AO4030. Modifcation

zener diode 1902-0763.

diode

&ode

diode

1825A02166 and

diode

and

bebw.

1902-0763.
1902-0763.

and

below. Modification

1902-0763.

below.

f902-0763.

Modification

Modification

to

replace

to

replace

6521AJ6522AI6525A POWER SUPPLY

6521A-6.
6522A-6. Serial 1820AO1267. Modification
6525A-6. Serials 1827AO2471 and below. Modification

Serial

ZM

zener diode 1902-0763.

to

replace zener diode 1902-0763.

1818AO1190. Modification

dode

1902-0763.

to

to

replace
replace

7221A GRAPWC PLOTTER

7221A49872A-8. 7221A

bebw, and 07221-60181
ufactured before 10/1/78. Change power-up
sequence

to

processor

Serials

1823A-01381 and

and

07221-66131 man-

BIB'S.

7402An4MA OSCILLOGRAPHIC

7402A-8. Serial prefixes: 7402A - 172OAO3286

1720A03500, 7404A
174OA00580. Recommended procedures
cate drive roller bearings.

7402A-9. Serials 1820A3600

ti

modification on options

8018A-1. Serials 1702G00101-1702G00205. Recom-

mended improved power

8018A-2. Serials 1826600285

board modification.

8165A PROGRAMMABLE SIGNAL SOURCE

8165A-2. Serials 1812GOO241

dure

to

8165A PROGRAMMABLE SIGNAL SOURCE

8165A-3.

ommended power dissipation improvement

RECORDERS

-

1740A00541

and

before. Notse reduc-

004

and

8018A DATA GENERATOR

supply

kit.

and

below. A3 bit rate

to

eliminate power-on problem.

Serials

1701600101

1812GOO281. Proce-

to

1812G00281. Rec-

0009.

4

to

on

to

to

lubri-

A10.

841 1A HARMONIC FREQUENCY

8411A-2. All serials. Recommended adjustment pro-

cedures
plications.

841 1A-3. All serials. Correct part numbers

replacing sampler assemblies.

8412A PHASE-MAGNITUDE DISPLAY

8412A-6. Serials 1625A and below. Modification for

use with 8750A storage-normalizer. Supersedes

P-08512-60051.

8412A-7-S. Serials 1812A and below. Improvement of

fuse labeling.

8412A-8. Serials 172OA through 1812A and instru-

ments modified for use with 8750A storage-

normalizer. Recommended replacement for A3U1,

A3U3, and A3U4 61-FET analog switches.

841 4A-5. Serials 161 6A03675 and below. Recom-

mended replacement for high voltage oscillator

transistors Q1 and Q2.

8443AJB-1-S. 8443A serials 1217A and below; 84436

serials 122U and below. Elimination of potential

shock

CONVERTER

to

ensure compatibility with broadband ap-

to

8414A POLAR DISPLAY

8443AIB

TRACKING

GENERATOWCOUNTER

hazard.

use when

84788 THERMISTOR MOUNT

8478B-1A. Serials 2383 through 2898 and serials 24aa

and above. Recommended thermistor assembly re­placement kit.

84788.2. All
mended ground modifition.

ser'ds

1144A12160 and below. Recom-

-1 A STORAGE-NORMALIZER

8501A-2.

Serials

of

rear panel
and improved interconnect and
cables.

8503AIB SPARAMETER TEST

8503A-1/8503&1.

dures for cleaning of solenoid contacts
switch assembly.

183OAOO220 and

connectors

to

be compatible

All

serials. Recommended

below.

labdjng

tuWi#Wiofi

with

new

interfacs

SET

proce-

in

A5 coaxial

8505A NETWORK ANALYZER

8505A-14. Serials 1833A00770 and

tion of rear panel connectors
new and improved interconnect and labeling inter­face cables.

85586

85586-13A. Serials 1612A and

We tuning modification.

8558516. All serials. Recommendations for changing
standard 85588 into 75 ohm

85586-18. Serials 1823AO4286

ommended replacement of W9 ribbon cable PC
connectors.

8750A-U8565A-3. lmprovemenl of the 8750A horiz.

gain control range
trum analyzer.

8565A-4.

parts for

8565A-5. All

kit.

8588A-2. Serials 1-A thru 1818A.

date codes with known defective devtces.

8568A-3.

lowing instrument

8568A-4. Wals 1805A and below. Recommended

modification
floor.

8568A-5.

umentation available.

8568A-6A. All serials. User information available

prove performance.

8568A-9.

8568A-11. All serials. Recommended

ment.

8568A-12. IF-display sections prefixed 181 1A and

below. Recommended modifications
CRT/AlA2

8614A-19A. Serials 1748A and below. Recommended

replacement for germanium transistors on

861 6A-17A. Serials 1739A and below. Recommended

replacement for germanium transistors on Am.

SPECTRUM ANALYZER

8565A SPECTRUM ANALYZER

when

used

serials

1849A and

oversized

8568A

All

All

All

AT1 isolator.

serials.

Recommended

SPECTRUM ANALYZER

serials.

Procedure

preset.

to

improve

serials. List of operation and

serials. Replacement of A28 battery pack.

2

axis

amplifer

8614A SIGNAL GENERATOR

below.

to

be compatible with

below.

Two

option

001

to

with

below.

to

10

Hz bandwidth noise

or

t823A04360. Rec-

the

8565A

Recommended

YTO

replacement

MOS

counter IC

correct delay fol-

service

fuse

compallbility.

Modifica-

pot

gear

002.

spec-

doc-

to

im-

replace-

to

AlVl

A500.

866OAIBICI SYNTHESIZED SIGNAL

GENERATOR

866OA-29. All serials. Programming interface verifica-

tion program.

86996 RF UNIT

86996-5A.

8750A-2/8565A-3. Serials 1808A and below. Im-

8750A-4A. Serials 1808A and below. Selected resistor

875OA-5. All serials. Recommended 220V/240V line
8750A-6. All serials. 8750A/841

Serials

1441A

and

YIG

oscillator replacement kit.

A3

bebw. Recommended

8750A STORAGE-NORMALIZER

provement of the 8750A horiz gain control range

used

when
for

cards.
voltage
glitches explained.

with the 8565A spectrum analyzer.

use

with option

fuse

003

and

replacement

004

dedicated interface

OB

multi-octave

8868A INSTRUMENTATION TAPE

RECORDER

3968A-16AfBBBBA-14A. Serials 1715A through 1814A,

Option

and
below. Recommended modification of A24 F1 and

F2 to 5 amps.

009/010 with serials 1821A00702

and

941 1 A CONTROLLER CARD

9411A-3. Clarification of promkontrol card rev com-

patibilities.

WWW.HPARCHIVE.COM

95716-1. All

systems that

grammets.

9571A-3. 91073A prom

9862A-6A.

7221A-W9872A-8. 9872A

below. and 09872-60131 and 09872-66131 man­ufactured before 10/1/78. Change power-up
sequence

9872A-9. Recommended memory PCA replacement.

561

do

9862A CALCULATOR PLOTTER

All

serials.

9872A GRAPMC PLOTTER

to

processor

If

not

have

Mndor

Mechaniil

serials

EIBs.

10262A PERSONALITY

10262A-I. Serials 1818A00511 and bebw; l6tlA

option Ale. Modification for input
detection.

10761A-1. Serials below 1712. Modification

59308A-3. Serials 1740AOO466 through 1744AW90.

69351A4-1/6935151. 69351A all serials, 693518

10761 BINARY MULTIPLIER

nate signal timing

59308A

Moditicetion

problems.

TIMING GENERATOR

to

knprove

5

M#

89361AIB POWER SUPPLY

rials 1818AO2638 and bebw.
zener diode 1902-0785.

in&*tion

teat

fib

I

power

supply

change.

parts

list

181OA-02891 and

MODZKE

signal

rsgrdator.

Modification

for

pro-

mection.

threshold

to

&mi-

se-

to

use

of

86242AIC RF PLUG-INS

86242A-38.

ment kit. Supersedes 86242A-1, 86242A-3.
86242A-3A.

86242C-1C. All serials. Recommended

ment kit. Supersedes 86242C-1, 86242C-lA,
86242C-16.

86250A-3A. Serials 1238A and below and 1246A and

above. Recommended YTO replacement kit.
Supersedes 86250AJB-1

86250E3A. Serials 1238A and below

above. Recommended YTO replacement kit.

supersedes

86250C-lk

YTO

86250D-1A.

YTO replacement kit.

86330B186331 B OSCILLATOR MODULES

863308-3/86331&3. All serials

ification
modulator-amplifier-detector.

86341

modification
ing modulator-amplifierdetectof.

86342A-48.

86342C-16.

All

serials. Recommended YTO replace-

YTO

replace-

86250AIBICID

86250AfB-1

Serials

reptacement

86341 B OSCILLATOR MODULES

B-3.

All serials with option 001. Recommended

8634WC OSCILLATOR MODULE

ment kit. Supersedes 86342A-1, 86342A-4,
86342A-4A

kit. Supersedes 86342C-1, 86342C-lA

ment

1625A

kit.

Serials

1709A and

to

RF mounting bracket when replacing

to

LRF mounting bracket when replac-

Ail

serials.

Recomnrended

All

serials. Recommended

RF

and

86250A-3.

and

1246A and

and

-3.

and

below. Recommended

SuperJedes 86250C-1

below.

with

862500-1

option

Rscommended

001.

YTO replace-

YTO

Supersedes

Mod-

replace-

8365OC OSCILLATOR MODULE

86350C-1A. Seria)s 1741A

YTO

replacement

86351A OSCILLATOR MODULE

86351A-3A. All serials.

ment kit.

86352A-3A.

ment kit.

Supersedes

86352A OSClLtAtOR MODULE

All

seriats.

Supersedes:

and

kit.

belorw. Recommended

Supersedes

Reurmmended

86951A-3.

Recommended

86352A-3.

8635OC-1.

YTO

replace-

YTO replace-

941 51 A PROGRAMMABLE

DRIVEWCOMPARATOR CARD

941 51A-1. Modification to improver drive signal

characteristics under cepaCitive
9571A.

load

when

used

a

.

in

ORDER

FORM

If you want service notes, please
check the aDDroDriate boxes below
and return %is lorm separately to
one of the following addresses.

Hewlett-Packard

1820, Embarcadero Road

Palo Alto, California 94303

0

0

14OT-1A-S

0

141T-7A-S

0

204ClP3A

0

239A-1

0

239A-2

0

339A-1

0

339A-2

0

339A-3

0

339A-4A

0

419A-7A-S

0

427A-5

0

432C-2

0

465A-6

0

478A-12

0

478A-2A

1725A-2

0

1725A-3

0

1742A-1

0

1915A-4A

0

3325A-1

0

333OAl6-10

0

3335A-2

0

3335A-3

0

3403C-7

0

342OAI6-5C-S

0

3435A-3

0

343849-3

0

34506-5

0

3455A-126

0

3455A-13

For European customers (ONLY) NAME

Hewlett-Packard

COMPANY NAME

Central Mailing Dept.

P.

0.

Box 529

Van Hueven Goedhartlaan 121 CITY

AMSTELVEEN-1134

Netherlands

0

3747Al6-5

0

3763A-2

0

3770A-17A

0

377OA-36

0

3770A-37

0

37706-14

0

37706-16

0

377lAl6-1

0

378OA-46

0

3780A-106

0

378OA-16

0

3976A-16A

0

2968A-16N8868A-14A

0

5045A-53

0

5045A-9

0

0

0

0
0

0
0

0

0
0

0

0

0
0

0

STATE ZIP-

6116A-2
6128C-1
6129C-2
613OC-2
61316-2

6282A-3
6282A-3

6291A-2
6296A-3
64276-2

64286-2
64336-2
64346-2
64386-2
64396-2

0

85586-18

0

8565A-4

0

8565A-5

0

8568A-2

0

8mA-3

0

8568A-4

0

8568A-5

0

8568A-6A

0

8568A-9

0

8568A-11

0

8568A-12

0

8614A-19A

0

8616A-17A

0

866OA-29

0

8699B5A

0

478A-3

0

495A-8A

0

608D-46

0

895A-2

0

1200AlB-lA

0

1201Al6-9

0

1220A-21A

0

1222A-1A

0

131OA-19s

0

1311A-19s

0

1317A-6-S

0

1321A-6-S

0

135OA-1

0

161OA-4-S

0

161OA-5

0

161OA-6

0

1610A-7

0

1615A-1-S

0

1640A-1-S

0

1640A-2

0

1640A-3

0

17106-15

0

1712A-14

0

1715A-2

0

1715A-3

0

3466A-4A

0

3466A-6

0

3466A-7

0

3495A-3

0

3551A-9A

0

3551A-11

0

3555520

0

3582A-1

0

3585A-1

0

3702A-24

0

3702A-25

0

3702640

0

3702641

0

37022-9

0

37022-10

0

3721A-16

0

3721A-17

0

3745Alwc

0

3745Al6-19

0

3745N521

0

3745Al6-22

0

3745N6-23

0

3745Al6-24

0

3745Al6-26

0

3747N6-1

0

5045A-10

0

5045A-11

0

5045A-12

0

5045A-13

0

5045A-15

0

5083-4

0

5300A-5

0

53006-2

0

5307A-1A

0

5308A-4A

0

5312A-3

0

5314A-1

0

5328A-U-15A

0

5328A-22

0

5328A-23

0

5342A-9

0

5354A-8

0

5363A-3

0

5370A-1

0

537OA-2

0

5381A-2

0

542OA-14

0

5451

6-1

0

5526A-4

0

611OA-2

915451 C-01

0

64436-2

0

64486-2

0

6515A-2

0

6516A-2

0

652lA-6

0

6522A-6

0

6525A-6

0

7221 A-619872A-8

0

7402A-0

0

7402A-9

0

8018A-1

0

8018A-2

0

8165A-2

0

8165A-3

0

8411A-2

0

841lA-3

0

8412A-6

0

8412A-7-S

0

8412A-8

0

8414A-5

0

8443Al6-1-S

0

84786-1A

0

84786-2

0

8501A-2

0

8503A-1185038-1

0

8750A-218565A-3

0

8750A-4A

0

8750A-5

0

875OA-6

0

9411A-3

0

9571A-1

0

9571A-2

0

9571A-3

0

9862A-6A

0

9872A-9

0

10262A-1

0

10761A-1
59308A-3

0

69351A-11693516-1

0

86242A-36

0

86252GlC

0

86250A-3A

0

8625053A

0

8825061A

0

8625001A

0B-3 863306-3186331

0

863416-3

0

86342A-46

0

86342C-16

0

86350C-1A

0

1720A-18

0

1722A-18

0

17226-1

0

3747AlB-2

0

3747Al6-3

0

3747Al6-3

0

6111A-2

0

6112A-2

0

6113A-2

WWW.

H

PARCHIVE.COM

0

8505A-14

0

85588-13A

0

85586-16

0

86351A-3A

0

86352A-3A

0

94151A-1

-.

*--

0.

:

I

li

I

‘

Here’s your chance to share your ideas and
Reader’s Corner.

tion, and new tools and products that have made your job easier. In short, Reader’s Comer will

feature anything from readers that is of general interest to electronic service personnel.

’

If there is something you have

Puzzles
recently attended. The solutions are found by matching the numbered statements with the

2)

3) What a bloodhound does in chasing

4)

5)

6)

often

1)

That which

An

artiele for

An

expression

An

appropriate title for

A

sunburned man

7)

A

tall

turn

Noah

coffee

we

will

print letters to the Editor, troubleshooting tips, modification Informa-

to

share with other Bench Briefs readers, let us hear from you.

up in the strangest places. This one was given

built

serving

ice

cream

to

represent the lose

pot perking

a

knight

of

named Koll

a

woman

a

views

parrot

with

other

Bench Briefs recipients,. In

to

me

at

a

picnic outing

9)

A

dog sitting in a refrigerator

10)

What a boy doea on the

11)

What

do

you

call

12)

What the captain said when the boat was bombed

13)

What a little acorn says when he

14)

15)

What one

What

you

does

to

do

if

you have yarn and needles

lake

a

person who

trees

that are in the way

Zn

P

su

ocnemtors.

be 08641-oo064.

Also,

rectly numbered Volume 18

should

Volume 19 Number

Sorry

I

caused.

I

list

of

when his motor won’t run

wrote

for

an

grows

up

Part

Me

kt

issue

be Volume 19 Number 1. This

for

any inconvenience

Inn

number 0841-oo061

of

Bench

Briefs

was

Number

2.

this

may

A.

Hypianuse

B.

Fdpgvn

C.

Indb

D.

Gsometry

E.

Unit

F.

ceatar

G.

Decagon

H.

Arc

I.

Circle

J.

Axiom

K.

Cone

L.

Coincide

M.

Cosecant

N.

Tingent

0.

Hem

t

1

should

incor-

1; it

issue

is

haw

Editor

6