HP 3320AB OPERATING AND SERVICE MANUAL

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N M

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0.

:I:

OPERATING

AND

SERVICE

o

MANUAL

FREQUENCY

o

SYNTHESIZER

3320A/B

o

0-

.",",

......

.....

-

•.

-

----

-.--

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o

HEWLETT

iii

PACKARD

:I:

..

'"

~

'"

.....----HEWLETT

The Hewlett-Packard Company certifies that this instrument was thoroughly tested and inspected and found specifications when Packard Company further certifies that its calibration measurements are traceable the extent allowed by the Bureau's calibration facility.

ifJ

PACKARD

---

CERTIFICATION

to

meet its published

it was shipped from the factory. The Hewlett-

to

the U.s. National Bureau

of

Standards

to

......

WARRANTY

All

Hewlett-Packard products are warranted against defects

materials and workmanship. This warranty applies for

from the date of delivery, or, nents listed will

repair or replace products

the

warranty Packard. liable for consequential damages.

Service contracts or customer assistance agreements are available for Hewlett-Packard products

pair on-site.

For any assistance, contact your nearestHewlett-Packard Sales and Service Office. Addresses are provided

in

the operating manual, for the specified period.

period provided

No

other warrantyisexpressed or implied.

AND

in

that

ASSISTANCE

the case of certain major

which

prove to

they

are

require maintenance and re-

at

be

returned

the back of this manual.

in

one

year

compo-

We

defective during

to

Hewlett-

We

are not

W.J.

FORD

A

DIVISIONOF3125661

21

MARKET

P.O.

Box

606.

TELEPHONE

(613)

SURPLUS

ST.N.(corner

SMITHS

FALLS,

~195

ENTERPRISES

CANADA

Market8rWilliam)

FAX

ONT.

(613)

INC.

K7A

4T6

283-0637

OPERATING

MODEL

FREQUENCY

The main

Serial

and

higher. Any changes madeininstruments having

serial

numbers foundina "Manual Changes" supplement supplied with

this manual.Besuretoexamine this for any changes which record these changes in the manual. Backdating information for bers will be

AND

Manual Part No. 03320-90001

Microfiche Part No. 03320-90051

SERVICE

3320A/B

SYNTHESIZER

bodyofthis instruction manual applies

Number1I38A-00276

1319A-00691 (Model

higher

than

applytoyour

instruments

foundinSection VIII.

(Model

the above

with lower serial num-

3320A) 3320B)

number

supplement

instrument

MANUAL

to

will

be

and

Copyright Hewlett-Packard

P.O. Box

301,

Loveland, Colorado,

Company

80537

1971

U.S.A.

Printed: August

1973

Model

3320A/B

TableofContents

TABLEOFCONTENTS

Section

I.

GE

ERAL I FORMATION I-I

I-I.

Introduction.._ _

1-3.

Specifications

1-6.

Description.....

1-9.

Options _

1-12.

Accessories Supplied

1-14.

Accessories Available

1-16.

Instrument

Section

II. INSTALLATION

2-1. Introduction 2-3. Initial

2-5. Power Requirements

Inspection.

_.....

. I-I

and

Manual

Identification

.............•

...........•.•.........

. . . . . .

.

_

•.........

2-7. Grounding Requirements

2-10. Environmental Requirements

2-12. Repackaging for Shipment 2-16. Power Cords and Receptacles 2-18.

Interfacing.........

2-19. Remote

BCD

2-22. Remote GPIB

Options.

Option.

. 2-2

. . . .

. . .

Section Ill. Operating Instructions

3-1.

Introduction...

3-3. Controls, Indicators

and

Connectors

3-5. Front Panel Operation 3-7. Frequency 3-9. Amplitude 3-12. Leveling 3-14. Remote

..................•....

..................•......

BCD

Programming

.....•......

3-16. Remote Enable 3-18. 3320B Amplitude 3-20. Frequency

...........•......

..........•............

3-22. Vernier 3-3

3-24. Range _ 3-26.

Leveling......

. . . 3-3 3-28. Delay and Response 3-34. Remote GPIB Programming 3-48. Handshake

...............•.......

......•.....

........•.•.....

......•.....

3-52. Delay Flag 3-7 3-56. End Output 3-58. Reference Crystal

Section

IV.

THEORY OF OPERATION

............•.•.......

Oven

.......•.•.....

4-1. Introduction . 4-3. General Description 4-6. Simplified Block Diagram

...........•.•....

.....•..•....

4-7. introduction 4·9. Controller Section 4-11. Frequency Section

..........•.•....

.....•......•....

4-13. Amplitude Section 4-2

Page

1-1

I-I

1-3 1-3 1-3

1-3

Page

Section

4-15. 4-17. 4-19.

4-41.

4-49. 4-56. 4-62. 4-63. 4-70.

Reference Section _ 4-2

Functional Block Description __4-2

Controller Section 4-2 Frequency Section Amplitude Section

Reference Section _4-9

Unique Circuits

3320B Thermopile Circuitry The'"

N Counter

...........•.....

...............•....

....•....

............•....

Page

4-7 4-7

4-10 4-10 4-11

2-1 2-1 2-1

2-1

2-2

2-2 2-2

Page

3-1

.

3-1

3-1 3-1 3-1 3-1 3-1 3-1 3-2 3-3

3-3

3-4 3-6

3-9 3-9

Page

4-1

Section V.

MAINTENANCE. . . 5-1. Introduction

..........•......

......•......•......

5-3. Test Equipment 5-5. Performance

Tests.

. . . .

5-7. Frequency Accuracy, Vernier Out

5-9.

5-11. Harmonic Distortion

5-13.

Frequency Accuracy,

Spurious............

Vernier

.. 5-15. Signal to Phase Noise 5-4 5-17. Amplitude Accuracy, Absolute 5-19. 3320A Frequency Response, 0.0I

13

MHz.

3320B Frequency Response,

Hz

- 10

0.01

Hz

5-21. 3320B Frequency Response,

Hz-13

10

5-23. 3320B Attenuator Accuracy,

MHz

10kHz

5-25. 3320B Attenuator Frequency Response

5-27. Adjustment Procedures 5-29. Power

5-31. Reference Oscillator

Supply.

. . . . . .

.....•....•....

5-33. VTO Linearity 5-35. Vernier 5-37. Amplitude Reference, 3320B 5-12 5-39. Carrier Balance 5-12 5-41. Amplitude 5-12 5-43. Harmonics,3320B

...........•....

5-45. Leveling,3320B 5-13

5-47. Transient Response, 3320B 5-14

5-49. General Maintenance Information 5-14 5-51. Front Panel Removal 5-14 5-53. Front Panel Disassembly 5-15 5-55. Front Panel Assembly 5-16 5-57. Impedance Cam Settings 5-16

In

Hz-

Page

..

5-1 5-1 5-1 5-1 5-1

5-1

5-3

5-4

5-6

5-7 5-7

5-8 5-11 5-11 5-11 5-11 5-11

5-13

4-1 4-1 4-1 4-1 4-1 4-2

Section VI. REPLACEABLE PARTS

6-1. Introduction

............•..........

6-4. Ordering Information 6-6. Non-Listed Parts

......•...•........

.....•..........

.......•............

Page

6-1 6-1 6-1 6-1

iiI

iv

8-1

5-9 5-7 5-7 5-6 5-2

4-4

3-6

3-5

3-1

2-3 1-3 1-3

5-16

.. ..

MHz) .

13

MHz)

- lO Hz)

-

13

Hz

.......•.•........

~

N Number 4-12

..........•.....

....•..........

. . . . . . • . . . . . .

TABLES

.............•.•......

vs.

.............•.•.......

Signal Mnemonics

Cables

Supplied.

LIST

OF

Programming Codes

Bus

8-1. Serial Number Index 5-7. Readout Disks Positions 5-6. 3320B Frequency Response 5-9 5-5. Output Artenuator 5-4. 3320B Frequency Response (10 5-3. 3320B Frequency Response (0.01 5-2. 3320A Frequency Response (0.01 5-1. Test Equipment Required

4-4. Preset Number 4-14

4-3. Frequency Serting 4-2. GPIB Bus Signal Mnemonics

4-1. 3320A!B Ranges 4-2 3-7. Sertling Times 3-7 3-6. GPIB Programming 3-5.

ASCII

3-4. GPIB

3-3. Addressing Codes 3-4

3-2. Amplitude and Frequency Sertling Times 3-4

3-1. Frequency Control Sertings . . . .

2-1. GPIB 1-4.

Accessories Available

1-3.

Accessories

1-2.

General Information 1-2/1-3

I-I. Specifications . I-I

Table Page

8-3

8-2

...

....

II38A-

Model 3320A/B

B.

SALES AND SERVICE OFFICES

A.

CODE LIST OF MANUFACTURERS

APPENDICES

8-2

....

I I39A-00200 and Below (3320B)

00135 and Below (3320A),

4,

for Serial Numbers 1138A-

8-11. Change 8-9. Change 3, 3320B 8-2

1319A-00690 and Below (3320B)

00275 and Below (3320A),

8-21. Change 9, for Serial Numbers 1138A-

00590 and Below (3320B) 8-2

8-19. Change 8, for Serial Numbers 1139A-

1139A-00540 and Below (3320B)

00185 and Below (3320A).

7,

for Serial Numbers 1l38A-

00340

and Below (3320B) 8-2

6,

for Serial Numbers 1139A-

8-17. Change

8-15. Change

I I39A-00250 and Below (3320B)

00135 and Below (3320A),

8-1

7-1 7-1 7-1

7-1

..

Page

.....

A-

1121

.

..........•.......

.•...•.........

.......•.•.........

I I22A-00120 and Below (3320B)

00

II

0 and Below (3320A),

8-13. Change 5, for Serial Numbers

Section Page

Page

8-7. Change 2, 3320B 8-2

8-5. Change I, for Serial umbers 8-3. Instrument Serial Number Sequence 8-1. Introduction .8-1

VIII.

BACKDATING.............

Section

7~.

Schematic Diagrams

7-3. Troubleshooting 7-1. Introduction

TROUBLESHOOTING

VII. CIRCUIT DIAGRAMS AND

Section

Table

of

Contents

Model

3320AjB

TableofContents

LISTOFILLUSTRATIONS

Figure 2-1. Power Module 2-2.

Power Receptacles

2-3.

BCD

Remote Connector

...........•.•...........

............•...........

2-4. GPiB Remote Connector 2-5. Typical

GP[B

Bus

System

.....•........•....

............•......

Page

2-1 2-2 2-2 2-3

2-3 3-1. Controls, Indicators, and Connectors 3-0 3-2.

BCD

Input Connector

3-3.

BCD

Timing Sequence 3-4. GPiB Input Connector 3-5. Programming Example

..............•......

........•.•..........

........•............

3-6. Handshake Timing Diagram 3-7. Option 002 Circuit Diagram

..........•.....

4-1. Simplified 3320A!B Block Diagram

.....•.....

3-2 3-4 3-5 3-7 3-8 3-9

4-1 4-2. Frequency Generation 4-2 4-3. Reference Sources 4-4. 3320A Standard Controller

4-5. 3320B Standard Controller 4-6. 3320A 4-7. 3320B 4-8. Typical

GPIB

4-9. 4-10.

VTO

4-11.

BCD

GPIB

Cantroller

and Phase Lock Loop 4-6

Range

Dividers

4-12. 3320A Amplitude 4-13. 3320B Amplitude Section

4-14. Simplified Amplitude Reference 4-15. Reference Section

..................•.....

...........•.....

.........•.•.....

Controller

Bus

............•.......

System 4-4

Section.

. .

.............•....

......•......

4-3

4-3 4-3 4-3

4-5

4-7

4-8 4-8 4-9

4-9

4-16. Vernier Oscillator 4-10

AC/OC

4-17. 4-18.

AC/OC

4-19.

.,.

5-1. Harmonic Distortion 5-3

5-2. 3320 Output Section 5-3. Spurious

5-4. Signal to Phase Noise 5-5

Converterinthe Amplitude Section Converter with Overload Circuits 4-[ 1

N Control

Logic

Diagram 4-13

..............•.•.....

4-11

5-4 5-5

5-5. 3320B Frequency Response(i0Hz-13MHz)..5-7 5-6. 3320B Attenuator Accuracy

5-8 5-7. 50 Ohm to75Ohm Adapter 5-10 5-8. Chassis Mounted Components

.........•....

5-13

5-9. Front Panel and Vernier Control

Mechanical Parts

External Mechanical Parts 6-33

6-1.

Internal Mechanical Parts 6-34

6-2.

Front

Panel

6-3.

and

.................•....

Vernier

Control

5-17

Mechanical Parts 6-35

System Component Isolation and

7-1.

GPiB Troubleshooting Tree 7-3/7-4

Reference Frequency Troubleshooting Tree .7-5/7-6

7-2.

Figure

Page

7-3. Frequency Generating Section

Troubleshooting Tree 7-7/7-8 7-4. Amplitude Section Troubleshooting Tree..7-9/7-10 7-5. Controller Functional Block Diagram 7-11/7-12 7-6. Controller Configurations 7-13/7-14 7-7. Analog Functional Block Diagram 7-15/7-16 7-8. Common Assemblies, Top and

Bottom View 7,17/7-18

7-9. Panel Interface A20. 3320A Standard,

Options 001, 002, 006

..

7-19/7-20

7-10. Panel Interface A21. 3320B Standard,

Options 001, 002, 006 7-21/7-22

7-11.

BCD

Frequency Control. p/o A23, 3320A

Option 003, 3320B Option 004 7-23/7-24

7-12.

BCD

Frequency Control. p/o A23, 3320A

Option 003, 3320B Option 004 7-25/7-26

BCD

7-13.

Amplitude Control A24B. 3320B

Option 004 7-27

GPIB

7-14. GPIB Input A37 and

Controller A38,

3320B Option 007 7-29/7-30

7-15.

GPIB

Latches A25, 3320B Option 007 7-31/7-32

GPIB

7-16.

Frequency Control. p/o A23,

3320B Option 007 7-33/7-34

7-17.

GPIB

Frequency Control. p/o

An,

3320B Option 007 7-35/7-36

7-18.

GPIB

Amplitude Control A24B,

3320B Option 007 . 7-37/7-38

VTOA3. . . . . . . . . . . . . . 7-39/7-40

7-19.

~

7-20.

N Counter

7-21. Range Divider

7-22.

Range

A2

A4

Divider A5, 3320AjB Standard. Range

7-41/7-42 7-43/7-44

Divider A6, 3320AjB Option 006· 7-45/7-46

7-23. Mixer Preamp AIO. . 7-47/7-48

..

7-24. Power Amplifier AI2A, 3320A . . . . .

7-49/7-50

7-25. Power Amplifier A14, Attenuator A15;

3320B .7-51/7-52 7-26. Modulator A9A, 3320A 7-53/7-54 7-27. Modulator

7-28. Detector AI2B, 3320B 7-29. Amplitude Reference 7-30. 20

MHz

Reference Phase Lock. p/o

7-31. Vernier Reference Oscillator

Reference

A9B,

3320B . . . . . . . . ......7-55/7-56

All,

3320B 7-59/7-60

Reference Oscillator A8,

A7

AI,

Ph"e

Lock. p/o

A7

..7-57/7-58

.7-61/7-62

7-f,3/7-64

7-32. Power Supplies; AI6A, AI7 A 3320A.

AI6B, AI7B 3320B 7-65/7-66

7-33.

Wiring

Diagram

..

. 7-67/7-68

v

Model 3320A/B

Section I

SEeTIO N I

GENERAL

I-I.

INTRODUCTION.

1-2. This section contains general information about the

Model 3320A/B Frequency Synthesizer. A general descrip-

tion plus information on specifications, accessories, and

instrument identificationisgiven.

1-3.

SPECIFICATIONS.

1-4. Table

critical specifications

1-2

contains general information that describes the opera-

ting characteristics

Frequency accuracy

Vernier Vernier

Frequency

Long

Signaltophase noise (integrated>. >40dBin30

I-I

is a complete list

that

are governed by tolerances. Table

of

the 3320A/B.

Out:±0.001%ofsetting In:

± 0.01%

stability

term:±10

with

ambient

crystal reference oven available

excluding Out.

Improves

of

range

partsin106of

temperature

± 1 Hz, centered

on

lower

frequency

for6mo,

reference.

of

the Model 3320A/B

for6mo.

setting

(Option

on

carrjer.l0

OoCto5SoC.

per

Optional

002).

ranges.

year

MHz

Table

(Vernier

high

kHz

range,

'·1.

Out)

stability

band,

Vernier

INFORMATION

1~5.

Any change in the specifications duetomanufac-

to

turing, design, or traceability Standards will be covered by revised pages in this manual. This manual supercedes all previous information concerning

of

specifications

1·6.

DESCRIPTION.

the 3320.

1-7. The Hewlett-Packard Model 3320A/B Frequency

Synthesizer provides accurate and stable frequencies from

0.001 Hzto12.9999 MHz. Frequency selection is by three controls that provide three digits

Specifications.

Harmonic

Amplitude:

full than

output

the

BOdB

-

50dB

-40dB

distortion:

amplitude

following

with

with with

3320A

maximum maximum

with

output

any

specified levels.

output

from

output

from

output

from1MHzto13

AMPLITUDE

2 V rms ± 10%open

1 V rms ± 10%

the U.S.National Bureau

of

resolution plus an

frequencies>

harmonically

5 Hzto100 100

kHzto1

SECTION

into

related signal

kHz.

MHz.

circuit.

50!1.

0.1%ofrange

of

at

wiltbeless

Spurious:

> 60dBdown.

33208

ATTENUATOR

Standard

+

26.99

to

3.00

3.01

to

-

23.00

- 23.01

to

-

53.00

- 53.01

to

-

69.99*

* -

73.00

**-75.00

dBm, dBm,

remote remote

Amplitude

+26.99

Attenuator

Frequency

SETTINGS

control.

33208

AMPLITUDE

accural;Y (absolute): ±

dBm

(20°Cto30°C

accuracy

response (10

(l0

kHz

IdBml

Option

001

+

24.99

to

5.00

5.01

to

-

25.00

- 25.01

to

-

55.00

- 55.01

to

-

69.99**

Frequency

SECTION

I.

reference): ±

reference):

LEVELING

response: ± 2dBover

0.05

dB

at

0.02

dB/l0dBstep.

SPECIFICATION

OFF

±

0.5

±

0.5

±

0.5

±

0.5

10

kHz

and

LEVELING

total

IdB)

ON(>10

±

0.05

±

0.1

±

0.2

±

0.4

range.

Hz)

I-I

line

ms,

four

times

most

Digital

dBm

accuracy.

Vernier

15

The

(3320A

to

rated

range, 15 ms;

except

response

range,

and

amplitude.

range,

in

seven ranges

thus

giving

on

3320A.

month.

75

n.

to

-

69.99

s

0.01%

controls,

loop

*

0.01%

on

3320A.

per

into

dBm

HP

112388.

<

1.5

±

line.

panel

leveling

frequency

Only

Control

HP

11238A.

±

line.

frequency

programmed

only

Only

Control*

HP

11237A.

setting

oven.

Oven*

n.

24.99

rl.

kit

time:

non-isolated.

front

and

of

3320B

Remote

kit

time:

non-isolated.

of

be

available

frequency

3320A

Remote

kit

10

of

7

10

/mo.

7

lOS/day.

3320A/B

Crystal

into

75

control)

+

to

75

3320A!B

Impedance

accessory

settling

low,

plus

remote

All

overrange,

control

004

BCD

accessory

settling

low,

plus

remote

control

may

is

not

of

003

BCD

accessory

part

in

part

in

part

in

stabilized

002

11

dBm

remote

only):

referenced

001

Output

order

and

60

ms.

and

"1"

state

40

in

remote.

digitally.

of

amplitude,

of

frequency,

remote

Option

Parallel

order

60

ms.

and

"1"

state 24

overrange,

the

Vernier

level

control

Option

Parallel

order

± 1 ± 1

± 1

temperature

Option

Reference

to

+

under

(3320B

output

Option

75

Ohm

TTL,

digits

TTL,

required:

of

remote

in

dBm

installation

switching

% range,

switching

lines

required:

are

disabled

controlled

four

digits

full

digital

installation

switching

lines

optionall.

plus

30%

digit

of

output

digital

installation

accuracy:

stability:

crystal

- 2

dBm

range

and

field

±

0.001

levels:

Four

field

± 0.001 %range,

levels:

are

field

term

only): (-75.00

For Amplitude

Frequency logic Control

switCh, are all In/Out.

G)

Allows

=

For

Frequency logic Control

(two

digits, significant control

if

Allows

For

Frequency

long

5

MHz

Amplitude Attenuation

to

front

BNG.

BNG,

main

MHz.

1

MHz

mV

female Can be

dBm

turn

output

depending

but

remains

Tracks

rear panel

rear

5

from

200

002).

crystal.

(+

26.99 dBm

3/4

n)

female

for

or

MHz,

a

50

n,

-

69.99

through

as

counter

(into

50

output

signal.

to

front

is

available.

2.5 20

MHz with

(Option

temperaturE;

into

to

SECTiON

range SECTION

sine

wave.

be used

rms

as

main

nl.

rear panel

Rear panel

offset

of

performance

cable

output

2

MHz,

of

locked

available

ambIent

C.

0

3320A/B

watt)

dBm

May

mV

wave,

33

MHz

be phase

to

+ JOoC.

C

to

55

dB.

contrail

dBm

(1/2

+

13

BNG.

setting.

and

158

frequency

(>

0

dBm/50

sine

offset.

to

internal

or

rear panel

MHz,

subharmonic

may

oven

20

MHz

-

40

0

OoC

GENERAL

50

n.

0.01

under

remote

26.99

33208

AMPLITUDE

50

n.

(not

programmablel.

dBm

to

3320A

AMPLITUDE

female

level

mV

rms

same

rms/50

n

output:

rms/50

n.

20

MHz

20

MHz

No

degradation

by

routing

front

female

connector.

(e.g., 1

that

is

any

3320A/B

crystal

standard:

temperature:

resolution:

into

SOn).

dBm

range: +

range: 0

Rear panel output

50

output:

mV

reference

mV

with

output:

outputs

output:

BNC

10

MHz

signal

the

MHz

reference

temperature:

impedance:

5 V

rms

C·

73.00

impedance:

panel

control

wanted. on

main

between

Low

level

>

220

MHz

>

100

output

Tracking

output. BNC

connectors.

easily changed

10

MHz).

through

2 V

rms

locking:

5

frequency

J·2

Storage

Operating

Output

Amplitude

Output

Amplitude

Auxiliary

Rear panel

Phase

Optional Internal

Hz,

to

63

3320AjB

Hz

48

Model

basisl.

10%,

V ±

on

special

230

or

kg).

V

(27,5

kg).

(26,7

kg).

operation

115

lb.

Ib

61

(21,3

59

(20,4

Hz

lb.

45

(400

drawing:

Shipping:

471b.

Shipping:

110

W,

requirements:

OPTIONS

Outline

3320B:

3320A:

Weight

<

Power

10

(local

Hz

100

Hz Hz

10

kHz

100

kHz kHz

10

MHz

Range

resolution:

overrange

ranges:

range:

1000

Frequency

30%

Frequency

0.01

Hz

HZ}

Hz kHz kHz kHz MHz

Hz

10

100

Hz Hz

Hz Hz kHz

kHz

remotel

Out

1000

0.01

1 Hz

1

10

or

0.1

100

10

all ranges.

Vernier

on

Hz

0.1

Hz

1

Hz

10

Hz

100

Hz

1

kHz

(remote)

Vernier

In

in

7 ranges.

In

mHz

1

mHz Hz Hz

1 Hz

10

Hz

(local)

Optional

MHz

0.1

0.01

0.1

Vernier

to

13

0.01

mHz

0.001

Hz

0.01

Table 1-2. General Information.

Section I

Model 3320A/B

Allows

functions.

and

7-bit

3320B's

mer.

programmer

This

of

bit~rallel

(..!)

then

accept

parallel ASCII

(with

TheHP3260A

option

the

line.

Full digital isolation is

Timing:

this

for

requires 8 digital

eight

are

maxof5 J,l5

GPIB

Remote

Option

word-serial digital remote

A

33208

instructionsina serial

this

programming

with

code.

Duetothe

option)

maybeprogrammed

Marked Card

option.

standard

per

word

Control*

007

33208

this

option

Programmer

input

lines

input

lines

with

requiredtoinput

Table 1·2. General Information (cant'd).

Only

control

will recognizeanaddress

fashion.

addressing

this

for

and

oneisa

option.

Instructions

feature.upto

from

maybeusedasa

full

control.(!)

program

one

data

of

are

program-

seven

command

data.

Logic Level Requirements

all

in a

ten

"Low"

"High"

Adds

two

greater

resolution

of

specifications).

remote

options

F.or

field

installation

lower

State

(logical

frequency

for These

are

for

All

oV

"1")

contact through

"0")

+

2.4

contact

100

Hz and10Hz Ranges·

Option

006

ranges,

low

frequency

two

order

ranges are

accessory

installed.

Digital

Remote

Requirements

to

0.4V(5 closuretoground

<

80

ohms.

V

to

+ 5 V

closuretoground.

3320A/B

100.0

Hz and

outputs

(see

fully

programmableifdigital

kitHP11240A.

rnA

or

Control

max.)

or

removal

10.00

Hz,

resolution

Section I

Options.

of

yielding

section

Logic level

and

the parallel BCD

accessory

requirements:

settling

kitHP11239B.

times

(sameasparallel BCD

for

frequency

remote

and

option.

amplitude

For

field

remote).

are

the

installation,

Switching

sameaswith

order

overrange digit, and a vernier control that provides two

of

digits

resolution. A range control provides five ranges

1000 Hz, 10 kHz,

output

frequencies are derived from a precision single

100kHz,

1000 kHz, and 10 MHz. The

of

frequency source by an indirect synthesis technique.

1-8. In the 3320A, the

0-13

dBm continuous potentiometer. Maximum

output

voltage is I V rms into

amplitude is selected by a

50

fl. The 3320B has a range

output

+26.99 dBmto-{)9.99 dBm with a resolutionof0.01 dB.

of

The output amplitude can be selected in steps

0.1 dB, 1.0 dB, or is

3320B

1-9.

5 V rms

OPTIONS.

10 dB. Maximwn

into

50

fl.

output

0.0 I dB,

voltageofthe

1-10. The 3320A/B seriesofinstruments include a total

nine options. These options are as follows:

3320A

Options

001 001 75 002 003 004 Parallel 006 006 100 Hz and 10

3320B

Options

fl

Output

Description

Impedance

002 Reference Crystal Oven

BCD

Remote Control

Hz

GPI B

007

Remote

Control

Ranges

1·11. The 3320B Option 007, GPIB (General Purpose Interface Bus) Remote Control utilizes a seven line data bus, a three line transfer bus,and four additional control bus

to

lines and the transfer bus. Data information

manage the flowofinformation over the data bus

is transferred in an

ASCII (American Standard Code for Information Interchange) code. For more information concerning this and other options, refer

Table 1-2, Section

III,

or

your local

to

Sales and Service Office.

of

·Field

installable.

Q)

Except

1-12.

ACCESSORIES

last vernier

digit

and

line

SUPPLIED.

switch.

1-13. Accessories supplied with the 3320A/B are listed in

Table 1-3.

Table

1~3

Accessories SupDlied.

03320-84401

1·14.

ACCESSORIES

~p·Model

or

Part

No.

11235A

<ltv

1 1

AVAILABLE.

Description

Rack GPI B

Mounting Adapter

Kit

1·15. Accessories available for the 3320A/B are listed

Table 1-4.

Table

14.

Accessories Available.

-hp.

Model

or

Part

No.

3260A 11237A 11238A 112388 112398 11240A 11048C 110948

1-16.

INSTRUMENT

1-17.

TIlls

manual applies to instruments with the serial

Marked Card Programmer Option Option Option Option Option 50nFeedthrough 75

n Feedthrough

AND

number prefix shown on the title page.

Description

002

Kit

003

Kit(Aonly)

004

KitIBonly)

007

Kit(Bonly)

006

Kit

MANUAL

(Opt.

001

only)

IDENTIFICATION.

If

changes have been made in the instrument since this manual was printed, a "Manual Changes" supplement supplied with the manual

will

define these changes.Besuretorecord these changes in

in

your manual. Backdating information

Section VIII ad;lpts the manual to instruments with serial number prefIxes lower than those shown on the title page. Part

numbers for the manual and the microfIche copy

of

manual are also shown on the title page.

in

the

1·3

Model 3320A/B

Section II

SECTION

INSTAllATION

2-1.

INTROOUCTION.

2-2. This section contains information and instructions

necessary for the installation and shippingofthe Model

3320A/B Frequency Synthesizer. [neluded are initial

inspection procedures, power and grounding requirements, environmental information, power cord information, inter-

facing and instructions for repackaging for shipment.

2-3.

INITIAL

2-4. This instrument was carefully inspected both mechani-

cally and electrically before shipment.Itshouldbefree

mars or scratches and receipt. To

ted for physical damage

performance should be tested using the procedure outlined

in Paragraph 5-7. [f there

warranty inside the front coverofthis manual.

2-5.

POWER

INSPECTION.

in

confum

this, the instrument should be inspec-

in

is

REQUIREMENTS.

perfect electrical order upon

transit. and the electrical

damage or deficiency,

see

the

II

grounds the instrument. The offset pin on the power cable

is

the ground wire.

2-9. To preserve the protection feature when operating the

instrument from

two-prong adapter and connect the pigtail on the adapter to

power line ground.

of

a two-contact outlet, use a three-prong to

2·1a.

2-6. The 3320 can be operated from any sourceof115 V

±

10%

at 48to66

panel contains the switch for selecting 115 V or 230 V

operation and the input power fuse. The instrument leaves

the manufacturer with the 115 V/230 V switch

115 V position. It is necessary to set the switchinthe 230

V position when operating from a

the following procedure and Figure

115 V/230 V switch:

a. Disconnect power cord and slide the cover to the left

to gain access to the fuse compartment (Figure 2-1a).

b.

Remove the Line Fuse by pulling outward on the

Fuse Puller (Figure

c. With the Fuse Puller positionedasshown (Figure 2-1c), set the 115 V/230 V Selector Switch to the position that corresponds with the line voltage to be used.

d. Replace the Line Fuse using a 3

operation or a 1.5

2·7.

GROUNDING

2-8.Toprotect operating personnel, the National Electrical Manufacturer's Association (NEMA) recommends that the

instrument panel

3320A/B

which, when plugged into

is

Hz.

The power receptacle on the rear

in

the

230

V source. Use

2-1

for setting the

2-1

b).

A,

250 V for 115 V

A,

250 V for 230 V operation.

REllUIREMENTS.

and

cabinet be grounded. The Model

equipped with a three-<:onductor power cable

an

appropriate receptacle,

!IM

!ij~~Ji

111/

,~

"-

1~1111J11~{

IL..J

~

F

J:;

c.

2

II

"'

I

7~·,,1;t:

-

f ·...lst.

III

2-1b.

2-10.

1. POWER CORO

2. FUSE

3.

4. FUSE

5.

COMPARTMENT

115

V/230VSELECTOR

PULLER

LINE

FUSE

Figure 2·1. Power Module.

RECEPTACLE

COVER

SWITCH

--,

2-1

2-2

shown directly above each receptacle drawing United States and in other countries. The -hp- part number (wall

outlet)

2-17. Figure 2-2 illustrates the standard power receptaele

2-16.

POWER

full serial number.

Remote

required is given in Section description input/output Interface Bus, see Paragraph programming from an external GPlB (General Purpose 2-23. The 3320B Option 007 is designed for remote

2-22.

III.

of

the

is

shown in Figure 2-4. A complete

input/output

connector

GPIB

Option.

signals and logic levels

I-II)

source. The remote

is

the part

configurations that are used throughout the

AND

RECEPTACLES.

CORDS

identify the instrument by model number and of

the instrument. In any correspondence,

clude the model number and full serial number

the service or repair to

instrument identifyingthe owner and indicating

....

.,.

.......

,..

Figure 2-3. BCD Remote Connector.

be

accomplished. In·

Packard for service or repair, attach a tag to the If

is

to be shipped to Hewlett-

NOTE

etc.

INSTRU-

supplied with the kit.

BCD

remote controlled option. Installation instructions are

An

source. The remote

available for converting a standard

11238A for the 3320A, or 11238B for the 3320B)

application. A field installation

connector can 10513-4001) are supplied for external connections. 1251-3056) and 2-21.

signals and logic levels

in Figure 2-3. A complete description

BCD

are designed for remote programming from an external

2-20. The 3320A Option 003 and the 3320B Option

of

the

as

the

(-hp- Part Number

of

connector is shown

3320A

kit

contribute

Section III.

to

given

in

input/output

wired

connector covers (-hp- Part Number

is

be

two

interfacing connector (-hp- Part Number

or

This

3320B

to

the user's

input/output

to

a

is

004

"DEUCATE

and

seal with strong tape or

not

to be used, proceed

wooden box

protect the panel face with cardboard

the instrument

"FRAGILE".

or

and

an

inner container.

the original container is

If

MENT".

d. Mark the shipping container

metal bands.

heavy carton

C. Place the instrument and the inner container in a

strips. instrument

b. Place packing material around all sides

placing in

a. Wrap the instrument in heavy paper or plastic before

follows: 2-15.

or

metal bands.

appropriate packing material and seal well with strong tape 2-14. Place the instrument in the original container with

8120-1348

the appropriate

Model 3320A/B

2-19.

BCD

Options.

8120-1351

3320

power cord, power input

and

a replacement cord

If

receptacle.

that

8120·1369

included with the instrument," notify the

power cord eqUipped with the appropri-

not

3320

Remote

2-18.

INTERFACING.

is

to

be

to

used; 2-15

to

158° F).

are furnished as

and

replaced

be operated where

not

mters

removed

FOR

SHIPMENT.

to

70° C (- 40° F

or stored where the ambient tempera-

be

out

the perforated covers. The

is

equipped with a cooling fan

REQUIREMENTS.

if

it

or

of be

Para-

not

Figure 2·2. Power Receptacles.

8120-1689

(lEC).

set forth by the International Electrotechnical Commission

receptacle and mating connectors meet the safety standards

will be provided. The nearest -hp- Sales and Service Office

is

power cord

ate mating plug for

number for a

have any questions, contact your nearest -hp-

the original container

you

if

131°F)

the rear panel and

on the rear panel. The instrument should

locations). Sales and Service Office (See Appendix B for office is not.

If

graph 2-14 repackaging the instrument for shipment. Refer 2-13. The following paragraphs contain a general guide for

2-12.

REPACKAGING

ture range exceeds - 40° C

to

(32° F the ambient temperature range exceeds 0° C to 55° C

spares. The Model 3320A/B should flushed with soapy water. Two extra filters for the cooling fan can

air

into

mounted in any manner which would obstruct the flow mounted 2-11. The Model 3320A/B

2-10.

ENVIRONMENTAL

Section II

Model

3320A/B

Section

11

"

....

".-

..

,.

Figure 2-4. GPIB Remote Connector.

2-24.

Remote

007

include Programmer, 2100

series usedtointerface all -hp- GPIB SOurcestothe

input.

programming sources for the

the

-hp- Model

the

-hp-

computers.

9800

The

3260A

series Calculators, and

-hp-

11235A

3320B

Option

Marked Card

the

Adapter must

3320B

remote

-hp-

2-25. There are three GPIB bus cables available (See Table 2-1). Up to

15

instruments

may be

connectedinparallel

using these cables; however, the following two restrictions

mustbeobserved.

1.

When

more

than two instruments

the bus,

the

cable length added for each additional

instrument cannot exceed six feet

2. The total cable lengthtoall 51

feet.

The

cables

are

listed with their respective lengths,inTable

2-1. A typical bus

system

Table 2·1. GPI B Bus Cables.

Accessory

is showninFigure 2-5.

Number

units

Length

are

connected to

per

unit.

cannot

exceed

not required. However, modification must

3260A

CABLE

(For

use

1.

Remove the

interface

2.

Move

the

Move

3.

4. Move

5.

the

Replace the screws

four

cardonthe

violet

white

key from pin Jtopin T.

the

following

be

performed

(03260-61605)

with

3320B

Screws

holding the cover on

endoftheWICable.

wiretopin

and

8.

18.

covers.

card

for

proper

operation.

MODIFICATION

Option

007)

reader

cable

the

be

6.

The

modificationiscomplete.

2-27. The -hpthe 3320B using the -hp1063IA/B/C

2-28. The -hp- Model

canbeinterfaced using

The

59310

card,

and

11235A Adapter must be used

supplied with the

9800

series Calculators can be interfaced

1I144A

GPIB bus cable,

and

the

2114,2115,2116

the

-hp- Model

kit

includes an interface cable, a

computer

9820,01,

CAI..CUI..ATOR

3260,01,

"

MARKED

PROGRAMMER

<CONTROLLER)

~ ~

59310

CARD

programming

kittothe

(2

FT.

MAX.)'

GPIB

.us

CABLES

3320B.

Interface Card, a

11235A

or

59310

2100

Adapter.

computers

Interface Kit.

computer

instructions.

to

interface the cable

3490A

lTAL~ERI

""

(LISTENERl

An

to

I/O

-hp-

10631 A 106318 10631C

2-26. The -hp- Model

3260A

its own interface cable.Ifthe

No. 03260-61607, an interface the card reader cable

is

-hp- Part No. 0326Q-61605,

11235A

to

3ft. 6

ft.

12

ft.

Marked Card Reader supplies

card

reader

Adapter

the

3320B.Ifthe

the

cableis-hp-

must

be used to

11235A

card

Adapter

Part

reader

r--

6

FT.

MAX.

----

FREQUENCY

COUNTER (TALKER) (LISTENER)

is

Figure 2-5. Typical

GPIB

33208

FREQUENCY

SYNTMESIZER

( LISTENER)

".0.,.

••·»'·

Bus System.

2-3

(BCD

out

of

from

Must

crystal

oscillator

MHz

External

and

007

of

Synthe~

attenuatar

30

dB

pad

jack.

output

jack.

5

MHz

assembly.

003.

004,

Oscillator

offset).

portion

boar-d. Indicates selected

electronic

front

panel

power

Signal.

for

Reference 5

Reference

MHz

Generating

follows

through

jack

from

front

Oscillator.

input

Lock

Input

3·14,

3·17),

for

options

of

with

20

Mixer

Comes

Backdating)

rear

as

board.

Frequency

from

Amplitude

to

output

Reference

Includes

Phase

Lock:

connector

Lock

output

front

panel

of

Output

dB).

OUTPUT:

VIII,

Manual

Same

and

adjustments.

002

power

input:

or

External

Phase

GPIB)

(Paragraphs

input

Phase

out

connector

Oivided

MHz:

(9.99

amplifier.

LEVEL

Section

output:

MHz:

output Option

@

Ac

Oven

®

External

and

®

Remote

Reference

@

1

sizer (tracks frequency

@

2~33

5etting

output

LOW

(See

move cable

Rear

@

3-0

Figure 3-1. Controls, Indicators, and Connectors.

+

26.99

dBm

=

-69.99

dBm,

0.01

dB

ohms.

from

stability.

1000

5 ranges

oscillator

significant

digit

resolution.

50

Hz (Paragraph J.121.

kHz,

third

into

50

ohms_

loop

MHz

or

output

dBm

Short

10

in

standard

on

frequency

digit

3·7).

of

0~13dB

+

26.99

kHz,

of

con-

to

off

of

= 5 V rms

V rms

into

amplitude

10

amplitude

kHz,

100

of

frequency.

Turns

vernier

overrange digit (Paragraph

most

significant

3320B

for> the

control.

10

least significant digits

second and

for

output

loop

range

OUT:

two

for

Sets

Hz,

(Paragraph 3·71.

controls

adjustment.

3320A=1

(Paragraph J.91.

Hz.

Long

Controls

on/off

~

1()()()

Controls

3·7).

Controls

controls

Also

control

jack:

dBm

<

10

Power

IN/VERN

frequency

tinuous

CD

Output

-

69.99

CD

AMPLITUDE:

for

CD

LEVELING:

CD

LINE:

(Paragraph 3-7). instrument RANGE:

(Paragraph J.71. VERN

(Paragraph

o

Vernier:

output

Frequency

frequency.

Frequency

Model

3320A/B

@

CD

OUTI'UT

@

@@

@@@@

CD

~I'-"

LEvELING

LINE

.:

•

n••o

won

•••

FReQUENCY

...09........

••

Mt*..<f'

:53208

III

Section

00

CD

"""

......

SYNTHESIZER

Model 3320A/B

SE

CTI

OPERATING INSTRUCTIONS

3·1.

INTRODUCTION.

3-2. This section contains information necessary for opera-

tion

of

the ·hp- Model Included are descriptions and identification rear panel controls, indicators and connectors, operating

and

instructions,

3·3.

CONTROLS.

34.

A brief description

connectorisgiven in Figure 3-1. Controls, indicators

connectors requiring additional information are referenced

to

descriptive paragraphs within this section.

3·5.

FRONT

3-6. The following paragraphs contain information for setting frequency, amplitude

information

connectors.

3·7.

Frequency.

3-8. The

tion plus an overrange digit. The frequency

by the position controls (VERN IN/VERN OUT and vernier frequency).

the

and QUENCY controls set the three most significant digits

the overrange digit. point. The vernier controls allow the operator additional digits vernier control additional digits are always 00. Table settings for maximum

positions.

Range

Hz kHz kHz kHz

MHz

3-9.

Amplitude.

3-10. The 3320A

remote

PANEL

on

remote programming and input/output

3320A/B

of

three FREQUENCY controls. Thc three FRE-

is

Table 3-1.

Frequency

3320A/B

programming information.

INDICATORS

of

Frequency Synthesizer.

and

CONNECTORS.

each

control,

OPERATION.

and

leveling. Also included

provides

the

The

of

frequency from

in

(MAX)

1299.

12.99

129.9

1299.

12.99

output

five

digitsoffrequency resolu-

RANGE control, the two Vernier

RANGE

the VERN

output

Frequency

Digits

control places the decimal

00to99. When the

OUT

3-1

shows the control

in each

Control Settings_

amplitude

of

Verniet'"

(MAX)

is

of

front and

indicator

is

to

position. these

the

Digits

99 99 99 99 99

adjusted by a

and and

determined

and

adjust two

five

range

0 N

is

III

0-

13 dB porentiometer. Maximum

3320AisI V rms

3-1

I. The 3320B front panel AMPLITUDE controls. +26.99 dBm are obtainable. Each amplitude control operates independently, allowing changes in

the

output

50

into

3-12.

3-13. The 3320B frequency responseisdetermined by the

position

10Hz, position. This prevents the thermopileinthe leveling loop from responding

sinewave. For frequencies above

respond only therefore, the LEVELING control should be

(>

3-14.

3-15. The 3320A Option 003

be remotely programmed with an 8-4-2-1

functions exception

power switch.

med with the exception

power switch. There

therefore, the program lines must be held until the program

is

the signal inputs for each pin. Paragraphs 3-16 through 3-33

explain each

input/outputs

ohmsor10

Leveling.

of

the LEVELING control should be

10Hz)

REMOTE

changed. Figure 3-2 shows the BCD input

L

LOW

H HIGH (logical

3-16.

Remote

3-17. The signal

local modeofoperation (REN

= local). When the

mode, the

into50ohmsor2 V rms open circuit.

output

to

-69.99 dBm with a resolutionof0.01 dB

level. Maximum

V nTIS open circuit.

the LEVELING control. For frequencies below

to

the true rros valueofthe

position.

BCD

of

the

3320A

of

amplitude, the last vernier digit, and the

All

functionsofthe 3320B can be program-

input/output

are as follows:

State

(logical"

amplitudeisadjusted by four

of

0.01 dB.

the instantaneous valueofthe

PROGRAMMING.

can be programmed with the

of

is

no internal storage capability,

signal. logiC levels for the BCD

I

")

"0")

Enable.

input

labeled REN controls the

3320A/B

front

panel controls havenoeffect.

output

10Hz,

and

3320B Option 004 can

the last vernier digit and the

oV

max.) sure

<80

+ 2.4 V

moval

sure

LOW

is

programmedtothe remote

voltage for the

Output

0.1

dB, I dBor10

voltageis5 V rms

the thermopile will

output

BCD

Requirements

to

or

to

ground through

ohms.

to

of

to

ground.

= remote, REN HIGH

Section III

levels from

dB

in

the

OFF

output

frequency,

in

the ON

code.

All

connector

0.4 V (5 rnA contact

+ 5 Vorre-

contact

and

clo-

remote/

3·1

3·2

code

LOW.

BCD

(·75.00dBm

used, the mini-

an

8-4-2-1

of

amplitude

is

programmed for a

is

of

amplitude

If

the 3320B

is

·73.00dBm

a·

dBm the input level must be

polarity

most significan t digit

33201\-B-2565A

the amplitude. For a +dBm the input level

}

output

remote programming

of

be

selected from 0 to 9. The most significant digit

is

programmed by applying

lower level, the output voltage increases.

Option 001). mum

When

selected from 0 to 7. The A sign input determines

A sign

A4000 A2000

AIOOO

be

must be HIGH. For

the polarity can digits can representing the digit desired. The three least significant Each digit

of

amplitude

of

amplitude

of

amplitude

Figure 3-2. BCD Input Connector.

the amplitude. The inputs

as

follows:

of

A800

}

third significant digit

MOO A200 AIOO

A80

}

second significant digit

MO A20

AIO

A8

}

least significant digit

A4 A2 Al

representing each digit are amplitude digits and the sign 3-19. TI,e 16 signal inputs prefaced A control the four

3·18. 33208 Amplitude.

Flag)

senled

Delay

V

~

z.

~~

"

~

0

018

013 028

075 02' 013 022 011 020

0" 0"

011 016 015

ou

013 012

010 09 08 0

7

0' 0'

O'

03 02

0'

018

013 028

0" 0" 013 022

02> 020

0" 0"

011

016 015

0" 013

U

~.

uO

012

HOela.,

In'llatl'

InItIates ,he

Delay

Sl!qutOCI

L

Delay

InHialt'

In,t,alutht

Delay

StQuence

(other

cardsl

Flag

for

.hef

40 bit

-loa

••

- OUT:

IN·lo·nv

wmpulel aller

ufd)

-hp.

Enable

for eompulrI

10'

Frequency

INfOUT

I hp· 40 bit

Flag

Orlay,np"'l$

•15V

•

Pola,i'yoIArnp-.

Rem011

Vffn,e.

Vim",

Amplitude

Detay

hIS

Orlay h)$ 21tled

ard

(.

Ret

OV

Hi

••

5 V

Hi'

,5

D'

••

V'

A'

F • FrtqlllllCY

Flag'

Fllog·

Rei'

sign

REN'

v

L

Delay

• Atl Delay

•

A

5;

~~

~

A

010

09 08 07 0' 0'

O'

03 02 0

I

'"

F1

RI

V

-

• Rri

FlOOD

FlOO F80 FlO

"

02

Le~eling

In,llale

Flag

'"

AI

'"

A40

Al00

A400

AlOUD

A."

Ground

Delay

H Delay 1000"lt

L

Delay

L

"

f1

Rl

Flag

F800

F<OO

FlOO

F40

FlO

V,"

VF1

VF'

A2

AS

A20

A80

Ground

Dela.,

A20a

ABOO

A200D

AWOO

t

Ref

Model 3320AjB

Section III

Model

3320A/B

Section

I1J

Example

3-20.

3-21. The 13 signal most The

Each digitisprogrammed

representing the digit desired. All frequency digits selected from 0 to 9. or

3320A/B

amplitude

desired

LSD Al

A2

A4

A8

3

rdSD

AIOO A200

MOO

A800

program:

amplitude

H H L A40 H

H L H

H

-

12.34

2 AIO

A20

A80

MSD AIOOO

A2000

MOOO

A

nd

sign

dBm

SD

and

L L H H

Sign

L H H L

Frequency.

inputs

significant

inputs

FI F2 F4 F8

FlO F20 F40 F80

FIOO F200 F400 F800

FIOOO

a

I.

NOTE:Although the maximum frequencyofthe

frequency

representing each digit areasfollows:

least significant digitoffrequency

}

second

}

is

most

overrange digit

specified as 12.99MHz. it

prefacedFcontrol

digits plus the overrange digit.

significant digitoffrequency

by applying an 8-4-2-1 BCD

The

overrange digit can be

is

the three

either

possible to program a higher frequency. However, the response specified and will deteriorate.

Example

frequency

desired frequency

LSD FI

F2; F4

F8

; H

Program:

H

L

H

12.34

MHz *

2

nd

FlO; F20 F40 F80

SD

L L

H H

Can

is

code

be

a 0

not

3rdMSD

FIOO H F200 F400 F800

* MHz RANGE

3-22.

Vernier.

3-23. The signal inputs vernier in/out

vernier digit can be

accomplished by applying an 8-4-2-1 BCD senting

3-24.

3-25. The position

a

the by applying a 4-2-1 BCD the range position desired. The following list identifies range position by

3-26.

3-27. The signal mode

LOW frequencies) mustbeconsidered when selecting the leveling mode. If a frequency leveling should any loop (see Paragraph 3-12).

10Hzisprogrammed, ON(>10 Hz).

3-28.

3-29. The two signal input/outputs Initiate, response timeofthe

3-30. The delayissimply an internal clock which for the time interval During

prefaced

frequency.

are

HIGH;

the digit desired.

Range.

three

of

the range switch. Each

number.

There are five range

3320A/B

leveling.

of

operation

=

OFF).

distortionofthe

Delay

and

+ Ref.

the

count

labeled Delay Flag, L Delay Initiate, H Delay

L H H

programmed

input

prefacedVand

VF

control

Programming

out

and

remotely

signal

inputs

Option

The programmed frequency

number

0;

I;

100

2;

1000 3; 4;

5;

1000

6;

input

(leveling

be

programmed

10

10kHz

100

3320B

006).

Programmingisaccomplished

code

and

HZ}

Hz Hz

kHz kHz

10 MHz

labeled Leveling

HIGH;

of

10 Hz or

output

the leveling

Response.

inputs

and

+ Ref. Delay Flag

3320A/B.

programmed

sequence, the clock

Overrange

FIOOO

(See Paragraph 3-24).

the

vernier

conditions

LOW;

programmed.

prefaced R

positionisdesignated by

positions

representing

respective range:

Option

ON(>10Hz),

Jessisprogrammed,

OFF.

causedbythe leveling

If

a frequency greater

shouldbeprogrammed

prefaced D and the signal

by the

; L

the

four signal

in/out

and

for vernier

in. Only the first

Programming

code

control

available (seven in

the

number

006

controls

This will eliminate

control

Oland

outputs

the leveling

leveling

(or

group

the delay

D2 inputs.

a flagtothe

counts

the

repre-

the

for

the

than

and

is

of

3-3

34

76

0

1

0

1

0

1

1 0

0 1 0 0

1

0

1

1 1

1 0 0

1 0

0

0 0

0

0 1 0 0

1

0

1

2

1

as

in

outlined

1 1 0 0 1 0

0 0 0 0 0

0 1 1 1

0

1

0

1

0

0 0

0 0 0 1 0 0 0 0

1

0 1

1

0 0 1

0 1 1 1 0

1 1 1

0

1

0

0 1

0

I

10

4

1 1 1 1 1 0

75

1 1 1 1 1

1

0

0 1 0 1 1 0

0 0 0 0 0 0

20

74 73

1 1 1

72

1 1 1

71

1 1 1

70

1 1 1

67

1 1

66

1 1

65

1 1

64 1 1 0 1

63

1 1 0

62

1 1

61

1 1

60

1 1

57

1

56

1 0 1 1

55

1 0 1 1

54

1 0 1 1 0

53

1

52

1

51

1 0 1

50

1 0 1 0

47

1

1 0

46

1

45

1 0

44

43

1

42

1 1 0

41 40

1

Table 3-3. Addressing Codes.

Addressl

pro-

40

the following paragraphs.

to receive programming information

3320B which allows the controlling instrument to instruct the

the

of

the

the local

by

to

(delay

in

slowed to

10Hz),

mode

is

be

(>

..J

low

frequellcies are

remote, the response

the

3320B

all

other delay codes, the

is

accomplished

is

ON

the fast

the slow mode.

example, the 3320B GPIB option has only a listen address,

if

it can both receive and transmit data. For

if

it

can transmit data, or both a listen and a talk

if

it can receive data, a talk

An

instru-

an

external controller. This enables the

that

be

selected

is

assigned

in

it can

of

15

instruments may be connected

is

used

to

transfer data on the eight data lines.

address (or addresses) so

address

ment will have a listen address

communicating on the bus at any given time. external controller to determine which instruments will be

individually by

an

parallel to the bus. Each instrument on the bus 3-36. A total

code format

will

go

LOW.

40

bit BCD Interface

is

standard

the delay sequence

is

LOW

true

outputs

Timing Sequence.

laDle

~·2)

VARIABLE

if

to

NOTE

in

When

3.

With

programmed for a low frequency

When

output

TIME

is

the + Ref. input. The + Ref. Delay

BCD

(See

always

of

to

necessary to have a HIGH true delay

--

DELAY

.L.

is

the -hp- I 2556A

is

(American Standard Code for Information Interchange) contains eight data lines and seven control lines. The ASCII

is

in

Figure 4-8. Each bus

shown

typical GPIB bus system

single data/control bus with several other instruments. A

+4 V

compa-

of

TTL

not

is

control option permits the Model 332GB to operate on a

3-35. The GPIB (General Purpose Interface Bus) remote

NOTE

DELAY

FLAG

(delay code 3).

0)

Therefore,

going from local

in

the fast mode.

the

3320B

in

progress.

held at the + Ref. potential while the delay applied

as

Figure 3-3.

REF

- - - - - - - -

mode

is

be be

o +

~

~Ef-

0

~1'

DELAY

slow

programmed, the response should be set

code

is automatically set

When

will

sequence.

applied to this input to initiate the delay

tible. It may require a minimum

The H Delay Iniate input

mode, the response response gramming a delay code

eliminate the distortion. This

3320B amplitude section. This response can

output can become distorted due to the response

(below 1000 Hz) and the leveling

3-33.

completed, the + Ref. Delay Flag

sequence

Flag Card) can controller (such

flag, the positive reference voltage from the external

TTL logic. When it available. The L Delay Flag 3-32. There are also two delay flag (Holdoff Flag)

rated

3·33).

accuracy

within

i %

- -

Amplitude

Model 3320A/B

~

Range

PROGRAMMING.

- -

-

.001 .01

Tolerance

Frequency Tolerance

%

of

ms

GPIB

1500

300ms GOms 15

Time

3-34.

REMOTE

..

Response in slow mode (See Paragraph

• 3

2 1

0

Code Interval Delay

Table 3-2. Amplitude and Frequency Settling Times.

Delay

output

If

the strobe

Initiate

HIGH true, the H Delay Initiate input must

the strobe

is available.

input

must

be

used.

is

LOW

true, the L

be

used.

If

from the external controller

from the controller

output

Delay Initiate (data strobe). Two Delay Initiate inputs are

is

by

programming a

started

of

rhe delay.

3-31. The delay sequence

the timing sequence the frequency and amplitude have sertled. Figure 3-3 shows

codes, the clock time interval and the tolerances to which

the 3320B amplitude has sertled. Table 3-2 lists the delay determine the accuracy which the 3320A/B frequency and

to

monitored

This

tlag

can

be

external controller.

Section III

Model 3320A/B

is

3-37. The listen address for the 3320B ASCII character means

of

3,

internal

octal code 063,

jumper

wires on the GPIB Input

but

normally the

may be changed by

Assembly (A37). Instructions for changing the address are

in Note 2, Figure 7-14. Table 3-3 lists the different

given addresses which can be assigned.

3-38. A principal advantage

all information is routed over the same

reason standard cables are used to

the bus. SectionIIlists the GPIB bus cables available.

3-39. For convemence line

is

identified by a mnemonic, which isanabbreviation

of

the signal name. Table 3-4 lists the seven control lines

and eight data lines used

Table 3-4. GPIB

Mnemonic

DAC DAV

MRE

REN RFD SRO

EQP Dial DI02 DI03 DI04 DI05 DI06 D'07

DI08

of

the GPIB bus system is that

15

lines. For this

to

connect each instrument

and

brevity, each GPIB bus signal

on

the GPIB bus.

Bus

Signal Mnemonics.

Signal

Name

Data

Accepted

Data Valid

Multiple Response Enable Remote

Ready For Data

Enable

Service Request

End

Output

Data

Input/Output

bits1through

8.

Table 3-5. ASCII Programming Codes.

Character

?

A

C

D

F

K

M

R

V

+

a

1

2

3

4

5

6

7 8 9

I 111

• Address 3260A

Octal

077 101 103 104 106 113 115 122 126 053 055

060 061 062 063 064 065 066

067 070 071 054

and

Card Reader,

Range Codes

Character Range

a

1

2 3

4

5 6

Binary

0111111

1000001 1000011 1000100 1000110 1001011 1001101 1010010

1010110 0101011 0101101 0110000

0110001 0110010

0110011

0110100

0110101

0110110

0110111

0111000

0111001

0101100

1001001

clear

mustbeaccompaniedbyan

MRE=200

10

100

1000

10

100

1000

10

(address"" -267, clear =

Hz Hz

~

Hz

kHz

kHz kHz MHz

Section

·Address Amplitude Command Delay Frequency Vernier Vernier Range preface Vernier Polarityofamplitude Polarityofamplitude

amplitude,

Function

local

Digits

clear

code

"IN" "OUT"

preface

for

vernier,

execute

enable

optional

(A6

preface

(initiates

preface

address·; frequency,

etc.

MAE.Onthe

assembly)

1II

delay)

277).

An H preceding a mnemonic indicates

3-40. is HIGH true, L indicates

DAV

indicates

Valid signal.

thataLOW

All

GPIB lines are

LOW

true signal is required for a data

is true. For example, L

LOW

that

the signal

true except H RFD and H DAC, which are HIGH true. Table 1-2 lists the signal levels required.

NOTE

In the 3320B the Data Input/Output bit 8 (DI08) and Service Request (SRQ)

are

not

used

(no connections).

3-41.

All

3320B front panel functions are programmable with the exception Table 3-5 lists each

of

the last vernier digit and the line.

of

the functions and the octal codes,

the ASCII character for each code, and the seven bit binary

is

code for each octal code. The binary code

Input

lines

on

seven Data nectar. Figure and the

input/output

3-4 shows the remote connector pin numbers

signals for each pin.

the remote

appliedtothe

input/output

con-

CIRCUIT

SIO£

IOOTTOM

B

For

Bil

Bit Bit

Dala

0_

2

DB

.(

DC

6

00

DE

OF

OH

OJ

OK

OL

0.

ON

OP

OR

Os

OT

OU

OV

III III III Oil. III (ll

(til

III

Dalil Dilil

Data

Remote

Oil' Multiple Enable

Delay

GND

Input Input Input Input

Acupled

Rap,)n5:\!

Flag

GND

(ll

eala

InpUI

III

Dilla

InpUI

III

Dilla

Input

(ll

Dati

Valid

IHl

Ready

tLl

End

Output

Bit Bil Bit Bill

Enable

1

3

5

COMPONENT

,~

01 02 03

04

05 05

01

0'

DID

011

012 013

014

015

018

011

o

1B

SlOE

_

Figure 3-4. GPIB Input Connector.

is

3-42. The first step in GPIB programming

to address the 3320B. Addressing is accomplished by applying the address code

to

the data line, setting the MRE (Multiple Response

LOW,

Enable)

and setting DAV (Data Valid)

example program is listed in Table 3-6. The 3320B does

LOW.

An

not

3-5

3-6

the

that

is

processing it.

to

the controller

and

data

not

ready for more data. When the 3320B has set

has accepted the

LOW.

signal indicates

3320B

RFD

to

the external controller

The DAC indicates

RFD

the

3320B is The that

HIGH and

to

go

may

the local mode

to

3320B

Execute is programmed.

will remain in the local mode

It

and

a

Function

LOW.

is

initially applied, the

held

until the address

even

if

REN

is

the remote mode for a few seconds, then 3-44. When power

set LOW by the external controller, the 3320B will set DAC

LOW.

the seven

The 200 bit on the card represents the MRE.

an amplitude polarity

reprogram a specific

all

functions have been programmed

is

applied

the data lines must be accompanied by an

3320B

the no

Approximately three microseconds after the

previous data,

available on the data lines. set the DAV

to

applied lines. When an address code quence, controlling

Data Accepted (DAC) signals form a

3-49. The Data Valid (DAV), Ready for Data

3·48. Handshake.

the

DA

V.

The strobe marks on the right edge

Marked Card Programmer. The

example program using a marked card for the instrument assumes a

to

left.

If

Loading sequence is

programmed the instrument assumes

to

reprogram

to

is

desired 3-47. If

Function Execute. been

strobed

of

99). After each preface desired digits for that function (ie., representing the function (ie., V for Vernier) function LDAV. The programming information for each

applied 3320B. The LDAV seven data lines and strobing

ASCII code, representing the information desired,

tion programming. This

346.

The second step

mode. The programmed conditions when programmed

assembly,

If

there

LEVELING DELAy VERNIER M.1PLITUDE RANGE FREQUENCY

to

1 0 0

1 1 1 1

0

1 1

1

is

:;

a

applied.

MRE

by

0 0

0

0 0

1 1

N

Amplitude

LOW,

1 1

4 2

0 0

M

dBm

DAVis

into the remote

time.

be

followed

0 0 0

0 0 0 0 0 0 0 0

1 1

0 0 0 0 0 1 0 1 0

1 1

0 1 0 0

10

is is is

..

Codes

-

5.00

3-<i).

L

go

The REN can be set

Enable)

?) is recom-

is why the

this

must

0 1 1

0

0 1

1 0 0 1 1 1

20

is

"'

Binary

Out,

and

not

at

lines

0 0 0 0 1 1

1

0 0 0 1

1

0 0 0 0 0

1 1 1 1

1

0

<0

Vernier

the Function Execute (ie., while

LOW.

(Remote

the remote mode (after it has

mode

data

40

into

to

1

0 0 1 1

1

0 1 0 1 1 0 1 1 0 1 1 0 1 0

1 0

0 1 0 1 1 0 0 0

1 0 0

1 0 1 0 0 1 0

0

0 0 1

0 1 0

is

0 0 0 0

~

the

100

remote

to

or

delay.

kHz

frequency

Table 3-6. GPI B Programming.

the 3320B will

the 3320B

Bus.

goes

applied

103 054

104 054 060 060 065 055

115

054 060 065

106

054 064 122

HIGH

lOW 063

077""

lOW

Octal Code

State

60

ms

5.0

but

put

GPIB

power is initially applied the 3320B may

lOW.

code

at any time prior

mended prior to addressing any instrument(5)

"Address Clear" command (ASCI! When

DAV

on the

or may not be addressed. This

"·Instrument

""Each

C

1 061

0

0 0 5

A 101 1

m

0 5

F

'

..

4

R

MRE

REN

Address

Clear

MRE

Instruction

Example:

programming sequence (See Notes, Table

The Function Execute can be applied during the function mode until the Function Execute addressing)

LOW

the data lines, and set DAV HIGH, apply the Function Execute code (ASCII comma) been addressed) set the REN 3-43. To

DAVis

the

RFD

the

a programming instruction for

will be HIGH

If

This indicates

data

lines,

or

the

hming

and

wiIJ

be

data

is

the DAC

is

not

processing

3320B

that

3320B

the

to

external controller must

is

data

transfer on the Data

se-

and

"handshake"

(RFD),

the

card represent

not

handshake.

of

does

3260A

3-5

shows an

is

not

programmed, the

th~

leadjng zeros.

or

amplitude

it

is

only necessary

and

it

is

and

the digits have

99

for a Vernier setting

and

the

command

+polarity. Figure

function,

command

two parts, the preface

of

the digits programmed are from right

that

function. When frequency

into

the 3320B, they must be followed by a

in

3320B

is

the strobe pulse. Each seven bit code

the

jumper.

to

and

ON(>

information

accomplished by applying the

go

to

the previously remote

is

in

GPIB programming

will

leaves the factory with no

3320B

between points A

jumper

the the

to

into

the func-

is

the remote

B on the A38

10 Hz)

1500ms

OUTIO Hz

....•...........

........•......•.......

Hz

dBm

1000 Hz

800

-

69.00

can

to

it

NOTE

mode.

it must be addressed before

to

be in the remote mode

have

Section III

assembly, the there

is

jumper

be

put

into

of

tion 3-45. When programmed

the remote

be addressed. Conversely.

wire between points A

output

3320B

jumper

a wire on the A38 assembly (See Figure 7-14).

the 3320B

will go

to

the

conditions listed below:

and

A38

B on the

If

of

a

3320AjB

Model

depends on the position

to

the remote mode, the condi-

Model

3320A/B

RFD

LOW

and

DAC

HIGH, the external controller can remove the replace programming

DA

V and the data from the data lines and

it

with new data. The cycle repeals until all

is

completed. Figure 3-6 shows the timing

relationship between the DAV, RFD, and

It~

AOOrtsS·263

vom;'"

-out

Ampli'u<lO··5<18m

Dollly

·00

....

~~;t"A"

I

""E

~ ~

..

'00'

,

Clu,

, ,

•

,

·

,

•

,

0

•

,

•

"

•

"

,

"

,

"

,

"

0

"

,

"

,

" " "

"

" " " "

"

00

" "

,

uS>:

~

no

J.

[USE

•

'NYO'

._._.

Figure 3-5. Programming Example.

'00

•

0 0 0 0

-:=

0

~

0 0

0.:0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

0

SO"'

P(NC«

NOt

....P"IN

CO"~l('fU'

lH'S

"P••"".".""

~."~

,co,

0:_

~:-

-:.-.

0:_

0:_ 0:_

c:_

t::l:_

_:0

0: 0: 0, 0:

0:_

_

:000: _

0;_

0:_

_:0

0:0 0:0 0'0

t::l:o

0:0 0'0

Cl:Cl

Cl:O

0'0

0:0

0;0

°io

SHADED

"OE

NO

.(1

•

• •

•

UP

DAC

"

•

0 0

•

0 0

0

•

0

•

0 0 0 0 0 0 0 0 0 0 0 0 0 0

"PU

signals.

o~

.

.:

-:-

oio

0:_

-:-

0:_ 0:_

O:D

-:-

CJ:Cl

-:-

0:_

0'0

0:0

-:-

O:D

-:-

O:Cl

0:0

Cl:Cl

O:D

0:0

Cl:O

oio

Cl:=

0:=

0'0

Cl:O

0:0

<TOP,

"'._

,

• •

•

0 0 0 0

•

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

•

0 0 0 0 0 0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 0 0 0

..

Section III

3-50.

It

is

not

necessary for the external controller

monitor the RFDorDAC are

not

monitored, the external controller must wait

signals. However,ifthese signals

to

approximately three microseconds before removing the LDAV and the data from the data lines and applying new data, and approximately two microseconds before setting DAV

LOW

again. This ensures the 3320B has had time

to

accept and process the previous data.

,

-

0

-

0

-

•

-

•

-

•

-

•

-

•

-

•

-

•

-

3-51. The RFD line programmed (See Paragraph 3-52). Initiate code (Octal code I remain delay. If the

LOW

for the lengthoftime programmed by the

RFD

is

also controlled by the delay

As

soonasa Delay

OJ)

is

programmed, the

RFD

will

Signalismonitored, the user can be sure the 3320B amplitude and frequency has settled to the desired tolerance when the

3-52.

Delay

Flag.

3-53. The delay

is

RFD

goes HIGH.

generated byaninternal clock which counts for the time internal programmed on the data lines. At the end

of

the

count

sequence, the clock

outputs

a flag to the external controller (delay flag or RFD). This flag can be

monitored to determine the accuracy which the 3320B

frequency and amplitude has settled. Table 3-7 lists the delay codes, the clock time interval, and the tolerances which the frequency and amplitude have settled. The programmed delay code must

be

followed by a Delay

Initiate (ASCII character C). This code initiates the delay

sequence. The Delay Initiate code does not have to be

0

,

followed

by

a Function Execute code.

Example: To program a delay

ASCII

Programming Characters

D - delay preface I - dclay code (60 ms)

,-

Function Execute

C - Delay Initiate

of

60 ms,

Frequency

Operation

~1000

10Hz

~10

Hz

* Use

**

Denotes

Remote

Hz

~ f ~

delay

Control

of

1000

code3to

amplitude

Hz

Delay

Code

eliminate

within

0

1

2

3'

4

5

6

7

rated

Table

3·7.

Leveling

Mode

On On On On

Off Off Off Off

distortion

accuracy.

Settling Times.

Settling

Time

15

60

300

1500

15 60

300

150p

causedbylow

3320

ms ms ms ms

frequency

Operation

Frequency

Tolerance

(%

of

Range)

.01

.00'

.0'

.00'

and

leveling

Amplitude

Tolerance

,%

"

,%

"

on.

3-7

3-8

low.

hold

output

be

programmed.

be

removed.

BUS

GPIB

can

Diagram.

or

4 will

data

~

3

new

the

or

and

Timing

1or2

data

and

data.

I

line.

, I

a

Iowan

has

processed

has

accepted

has

accepted

is

ready for

,

LINES

Figure 3·6. Handshake

means

DAC

or'ed

instrument

All lines wire

T9 =

Slowest

T

4'"

Fastest

T3'"Slowest

To

'"

Fastest

------.J: l '-.J

I--.--'---i--!--

, , ,

I I I

INST.4

-===t=j'==l~=~~~~t},=,~---J

INST.

3

-

lNST.

2

--J_~:

~

....

--l,------~

I I

by

delay

by

how

when

instrument

~

I

,

I I I

I

,

1

I I I I

I

,

I I

I

l:::3lJsec

I

MIN.

OF

I I I

I

I I I I

To

*

=i=i="-

I'

LINES

Determined

LINES

::

==~,

RFD

DAC

goes LOW

ADDRESSED

DAC

--------r-"t"-,

UNADDRESSED

DAC

RFD

DAV

DATA

: : ;

T2 • T4'"Determined

T2 - T3'"

•

if

programmed.

fast

controller

is

addressed.

I I I I I

,

I I I

I I

,

I

I ::::l2IlUC I

I MIN.

I

I I I

II

, +

T, T,

I

,

;

__

-'/

'

,-

T,

RFD

IL_~

To

HIGH.

-,

DAV

sets

5

I

I I

I

I I

I

1

T

OF

I

,

-----i---+l==~:i="=~=Li

INSf.

I

----===",

~

Model

3320AjB

LINE

ON

ONE

INSTRUMENT

III

Section

Model 3320A/B Section III

3-54.

When

the 3320Bisprogrammed for a low frequency

(below 1000 Hz) and the leveling

output

the

can

ampLi

become distorted duetothe response time

tude

section.

The

response

ON(>10Hz),

can

be

the

of

slowed to

is

eliminate this distortion by programming a delay codeof3. With

all other delay codes the responseisin

the fast mode.

3-55. The delay code programmed also controls the leveling

modeofoperation (Delay Codes

(>

10Hz),

Delay Code

4-7,

programmed frequency (or group

considered when selecting the leveling mode.Ifa frequency

of

10Hz

or

lessisprogrammed,

programmed OFF. This 33206

output causedbythe leveling loop (See Paragraph

will

eliminate any distortionofthe

3-12). If a frequency greater than 10

be

leveling should

3·56.

End

programmed

0utput.

0-3,

LEVELING

LEVELING OFF). 11,e

of

frequencies) must be

the

leveling should

Hzisprogrammed, the

ON(>10Hz).

ON

be

3-57. The End Output (EOP) signal allows the external

controllertoterminate all activity on the GPIB bus lines.

When

this lineisset low by the controller, the 3320B and

all

other instruments paralleled to the bus lines,

data lines, MRE, DAV, RFD, and

DAC

HIGH.

will

set

all

3·58.

REFERENCE

3-59. The 3320A/B Option 002

with

an

oven

controlled, 5 MHz, reference crystal oscillator.

The signal from the 5 reference phase lock assembly VCXO. The result

CRYSTAL

MHz

is

an

increase

OVEN.

is

a standard instrument

oscillatorisapplied to the

to

phase lock the 20

in

3320A/B

MHz

output

frequency accuracy and stability (See Table 1-2). An

Option 002 Field Installation Kitisobtainable by ordering

Accessory Kit 11237

3-60. For operation, connect a short jumper cable between

the 5

MHz

OUT and EXT FREQ REF (both on rear panel).

A circuit

diagram

A.

for

the Option

002isshowninFigure

3-7.

To

XAI7-J

XAI7-H

X.c.17-9

';'1~\1

'OK

-I~V

"'-

"-

'-'

L.

5MHI

,

vcxo

~

T

5 Ml'tl

Oul

,

nlO~

·8·l

,'s

'"

Figure 3-7. Option

002

Circuit Diagram.

3-9

Model

3320A/B

Section

IV

SECTION

THEORY

4-1.

INTRODUCTION.

4-2. This section

3320A/B. Includedisa general description, a simplified

block description. a functional block description, and basic

circuit

theory

4-3.

GENERAL

4-4. The -hp- Model

provides a wide range with variable from 0.001 Hz1012.9999 resolution plus an overrange

3320A

SO

amplitudeisvariable

SO

4-5. 3320A/B

amplitudeisvariable from 0 dBmto13 dBm

ohms

in stepsof0.01 dB, 0.1 dB. 1 dB or 10 dB.

Options

areasfollows:

contains

on unique circuits.

the

DESCRIPTION.

3320A/B

of

accurate

amplitude

by a fronl panel

available

settings. The frequency range

from

+26.99

whieh

theoryofoperation

Frequency Synlhesizer

and

stable frequencies

MHz. Five digitsoffrequency

is

provided in five ranges. The

potentiomeler.

dBm10-69.99

increase

the

The

flexibilityofthe

for the

dBm

OF

into

3320B

into

IV

OPERATION

to a crystal oscillatorinthe reference 3320B. BCD signals from the controller sectioll. frequency COl1lroUer.

0-13

from the switch settings

4-9.

~-IO.

information

is

inputs 3320A/B Controller Configuration diagram (Figure 7-6). the plexityofthe and discussion

both

frequency

onlyiscOIHrolled by BCD signals from the The

amplitudeofthe

dBm fronl panel

controller

or

GPI B

and

amplitude

potentiometer.

are.inturn.

remote

3320Aiscontrolled

cOIHrollcd by front panel

programming.

Controller Section.

The

into

and

Options.

of

controller

from the front panel

BCD

amplitudeinthe

controller

RefertoParagraph

each t:ontroUer type.

section

codes

for controUing the frequency in the

of

the

controls

3320B.Asshowninthe

section varies with rhe

4-19

se~tion.

are t:olltrolled by

In

the

The BCD

33~OA/B

for a detailed block

3320A.

or the

3320

In

the

by a

sign31s

processes

remote

com-

Model

OPTION

001 002

003,004 006

007

The discussion on options

4-6.

SIMPLIFIED

4-7. Introduction.

4-8.

The

controller,

The

4-1). frequency section where it determined.

75

A high stability reference oscillator.

BCD

Two eXLra ranges

GPI B

where applicable.

3320A/B

frequency,

signal

is

translated

Both

DESCRIPTION

ohm

OUlput

(Increases frequency stability curacy.)

remole

increase

100.00001

theory

BLOCK

can be divided

outofthe

and

frequency

programming.

(100

Hi.

the

low

frequency

Hz.

remote

programming.

in this section will include these

DIAGRAM.

into

four basic sections:

amplitude,

appliedtothe

downinfrequency

and

reference (see Figure

3320A/Bisdeveloped in Ihe

amplitude

and

amplitude

and

10 Hz)

resolution

section

and

the level

are referenced

ac-

10

FRONT PANEL

CONTRZLS

BCD BCD

I

FREQUENCY

SECTION r

is

I

10kHZ,

18MHz

Figure 4·1. Simplified

RE!OTE

I

CONTROLLEoI

I SECJ10N I

(33208

2ONHz:TO32.99MHz

LREFERENCEI2NHz IOSCILLAlOR

SECTION

I .

3320AlB

ONLY)

I AMPLITUDE

1 SECTION

20MHz

FRONT

PANEL

....

PLITUDE

'332T

ONLY)

oHzTO

~~HZ

Block Diagram.

OUTPUT

4-1

3320AIB-B-3511

kHz

1

SECTION

FROM 10

4-2

Figure 4-2. Frequency Generation.

REFERENCE

-

20-

32.99

MHz

SEC

TION

to

----

I N

AMPLITUDE

TO

MIXER

standard,

~

the

3320A

section increases

as

shown

from the

controller

broken

the

3320A/B

illustration assistance,

section,

is

For

the

four

Figure

front

synthe-

of

in

into

DIVIDERS

RANGE

only,

as in

of

the

controller

into

a BCD format for controlling

information

processes

is

a functional block description

amplitude

OESCRIPTION.

BLOCK

control

and

amplitude sections

input,

Section.

section,

SWITCH RANGE 10

MHz

1

panel

controller

following

in

Section VII.

functional block description

complexity

remote

LOCK

pHASE

VTO

front

from

The

4-1. the frequency panel

or

sizers. The

of

various controller sections used in

on

4-20.

The

4-19.

Controller

the

any schematics 7-7), the Controller Configuration (Figure 7-6), and the

to

refer to the Functional Block Diagrams (Figures 7-5 and

section, and reference section.

parts: frequency

4-18.

The

4·17.

FUNCTIONAL

lists

4-1

of

is

in

MHz

method

TO

frequencies

output

is

applied directly

If

the range switch

(20

in

the frequency

CONVERTOR

ANALOG

DIGITAL

3320A/B.

output

range dividers used

range switch

the VTO

the

of

range dividers. Table

the

output

of

stable and accurate as the

developed

BCD

of

and

of

(f

as

is

number

to

a range switch. output

oscillator (VTO) phase-locked to a

signal

Section.

frequency

than the MHz position, the

The

tuned

CONTROLLER

output

to

increase the resolution while decreasing the

positions. the

other

is

applied

reference oscillator (see Figure 4-2). The VTO

3320A/B

REMOTE-

~~~~-

Amplitude

is applied to a series

in

the MHz position, the VTO

MHz)

by an indirect synthesis technique. This

The

4·13.

maximum technique each range divider. Each range divider uses a divide and mix each range switch position, the range VTO position to the amplitude section. is

32.99 refercnce oscillator. frequency then becomes standard uses a voltage

section 4-12.

4·11.

Frequency

006

kHz

Range

10

Hz

100 HZ} Option

1000 Hz 4

10

kHz

100

kHz

1000

10

MHz

Position

Section IV

3

2

1

a

U",d

Dividers

Range

4·1.

Section.

onty

Tobie

circuits.

IN/OUT

is

the

position,

MHz Reference Oscillator

IN

all

to

source for

OUT position,

frequency

output

operator

the

VERN

is

in

of

the Vernier Oscillator. When

of

the

3320A/B

control

is

the

source for the range dividers and the

circuitry.

the

Vernier Oscillator

frequency references

two

is

in the

MHz Reference

is

the source for

control

in

the

3320A/B;

20

The

IN/OUT

Section.

90

dB

of

level

control.

the

at

3320A/B

attenuator

by

amplitude

least significant

Model

dB/step

controlled

the

three

signal from the frequency

are

the

also has a 10

with

amplitude

3320B

is

mixed

a

20

MHz signal from the reference oscillator.

the

3320B

amplitude and

3320A

3320A/B

20

the the

VERN

by adjusting the frequency

adjust the last two digits 3320A!B amplitude section. TIlis allows the Oscillator the

VTO and phase-lock

VERN (see Figure 4-3). When the VERN the

20

MHz Reference Oscillator and the Vernier Oscillator

Reference

for

this signal

of

The

MHz

4-16. There are

MHz

4-15.

output section. The

-I

~'(:dulating

digits

4-14.

Section

Applied

to

MHz

to

20.00001299 MHz

to

20.0001299 MHz

to

20.001299 MHz

to

20.01299 MHz

to

20.1299 MHz

to

21.299 MHz

to

32.99

Amplitude

Frequency

Ronges.

20 20

20 20 20 20 20

6

5

3320A/B

Model 3320AjB

Section

IV

~FERENCE

I

SECTION

-,

I

e::

I"'"'''

IFREQUENCY

""'"

OSCILLATOR

CIRCUITRY

I

I I

20

REFERENCE

OSCILLATOR

CIRCUITR Y

I

L

Figure 4-3. Reference Sources.

GPIB control,asin the 3320B Option 007. The various

3320A!B controller sections

Configuration diagram, Figure 7-6. Each conrroller

discussedinthe following paragraphs.

4-21. 3320A Standard Controller. The controller for the standard Model 3320A

codes representing the front panel frequency, range, leveling and vernier

assembly and applird amplitude setting

potentiometer on the front panel.

fRONT

PANEL

CONTROL

in/out

settings

is

controlled manually by the amplitude

CONTROLLER

~

10kHz

I

10

kH:

I

'Ok",

18

Z

MHZ I

MHz

Ir

ISMH.

I

"1Hz

I

2

MHr,20MH.

I

.-J

are

is

showninFigure 4-4. The

are

to

the frequency section. The

PANEL

INTERFACE

ICOOE

TRANSFORMATION)

nzo.v

...

showninthe

converted in the

~

(

SEE SCHEMATIC 1

FOR CODES

n20A/8-8'3~09

VTOI

PHASE

LOCK

RANGE

DIVIDERS

~PLITUOE

SECTION

·)~,~

controller

BCD

AlO

FREaUENCY

SECTION

AMPLITUDE

SECTION

controlled from the front panel or remotely with parallel BCD

linesasoutlinedinSection

control (front panel) the

frequency, range, and vernier

the

BCD

control circuits. The converted

the BCD control circuitsisappliedtothe frequency section

through the

BCD information from the remote linesisconvertedinthe

BCD control circuits and applied to the frequency section.

An

Cable Board. In remote control mode the

III

of

this manual.Inlocal

BCD

code representing the

in/out

setting

are

BCD

The Delay Flag showninFigure 4-6 remains low for the

of

amount

delay time programmed per Section amplitude setting for Model 3320A Option 003 trolled manually by the front panel potentiometer.

CONTROLLER

PANEL

INTERFACE

(CODE

TRAIII$FORMATION)

is

Figure 4-5. 3320B Standard Controller.

CONTROLLER

FROtH

I

I 8CO

PANEL

AI3

I

REMOTE

'"

INPUTfDUTPUT

Figure 4-6. 3320A

CONTROLLER

FRONT PANEL

'CO

."

I

r_

{

DELAY FLAG

CONTROL

'"

CIRCUITS

A238A24A

FREOUEOlCY

I COI<iTROL

A23

lieD

1\

I SEE SCHE...... TlCS

BCD

'CO

1\#

CABLE

60ARD

;

A22

n

I I I FREQUENCY I

l'

I '

....

J

FOR CODES

,nO"I-I·

Controller.

CABLE

,80ARO

,..

...

06.2:2:.

i

COI<iTROL SECTIO"l

----j

'"""'"

'CO

""'" {

INPUTIOUTPut

OELAY

FLAG

A24B

tl\,

SEE fOR

~

SCHEMATICS

COOES

converted in

code from

III.

The

is

con~

I "",,,

""

I FREOUENCY I

SECTION

'""'"''

........

_._..'.

I

Figure 4-4. 3320A Standard Controller.

4-22. 3320B Standard Controller. The controller for the

of

standard Model 3320B consists

as

panel interface assembly

data representing the front panel frequency setting

shown in Figure 4-5. The

rhe front panel and the

BCD

convertedinthe panel interface block and appliedtothe

frequency sections. The

panel amplitude settingisaddedtoa preset

BCD

data representing the front

BCD

number in

the panelinterface assembly. This addition provides the

BCD

proper Since the 3320B

of

tude

code for controlling the amplitude section.

outputiscalibrated in dBm, the magni-

the preset BCD number depends on the

output

impedanceofthe 3320B.

BCD

4-23. 3320A controller

is

Option 003. The 3320A Option 003

shown

in

Figure 4-6. Option 003 can

be

Figure 4-7. 3320B

4-24. 3320B

BCD

controllerisshown

Option 004. The 3320B Option 004

in

Figure

BCD

Controller.

4-7. Option 004

controlled from the front panel or remotely with parallel

is

BCD

linesasoutlined in Section

BCD

control the A23

and A24B

data from the front panelisprocessed by

assemblies",

remme control mode the

BCD

III

shown

data

of

this manual. In local

in

Figure 4-7. In

from

the remote input

linesisprocessed by A23 and A24B.

4-25. The frequency control block (A23) converts the

codes representing frequency, range, leveling,

in/out settings into appropriate

BCD

codes for controlling

the frequency and amplitude leveling. The

is

representing the amplitude setting

addedtoa preset

number in the amplitude control block (A24). This

and

BCD

can

BCD

vernier

data

BCD

4-3

be

44

a data

signal

seven

for

that

the

an

abbreviation

GPIB

bus

lists the GPIB

describes the

lines

and

true except H RFD

is

required

B.

Name

is

II

is true. For example, L

For

Data

Response Enable

each

manual

data

LOW

true

signal

LOW

bits 1 through

Data

1

nput/Output

Output

Service Request

Ready

Multiple Data

Valid

Data Accepted

4-2 lists the seven control lines

brevity,

of

this

and

III

used to connect each instrument to

B lines are

a

LOW

Table a mnemonic, which

are

lnO.J!II·"~

( LISTENER)

SYNTHESIZER

FREQUENCY

33208

..,

=tj

(LISTENER)

(TALKER)

DVM

3490.0.

All

GPI

that

,

'

name.

by

each GPIB bus line. Section

cable contains eight

Bus

System.

~

7

V indicates

HIGH true, L indicates

An

H preceding a mnemonic indicates

DI08

0107 0106

0105 DI04 DI03

0102

DIOl EO? End

SRO RFD REN Remote Enable

MRE DAV DAC

Mnemonic Signal

Table 4·2. GPIB Bus Signal Mnemonics.

the

signal

is

identified

For

convenience

of

bus.

The

various lengths)

MAX.

BUS

GPIB

FT.

MAX.

Valid signal.

DA

is

4-29.

and eight data lines used on the GPIB bus.

of line 4-28.

bus cables available. function

control lines. Section the be

same 15 lines. For this reason standard cables (which may

6 FT.

CABLES

12

the

of

the

is

in

the

For

and

a

An

will

be

the

be

is

time

in

"---

over

but may

can

on

may

9800 series

outlined

time.

it

system

4-7.

delay

calibrated

Figure 4·8. Typical GPIB

is

routed

advantage

-hp-

063,

as

transmit data.

both a listen

can

receive data, a

given

so

that

instrument

bus

in

Figure

of

is

(LISTENER) (TALKER)

COUNTER

FREQUENCY

r

D

(CONTROLLER)

PROGRAMMER

MARKED CARD

3260.0.

OR

CALCULATOR

9820.0.

principal

octal code

and

or

if

it

at

any

Each

of

15

instruments

GPIB

is

performed by the A23

the

amount

BCD

number depends on

output

code for controlling the

all

information

in

Section III. The 3320B GPIB

3,

data,

address

the

bus

determine which instruments

an

external controller. This enables

(or addresses)

the

bus.

the dotted line

for

the 3320B. The delay flag shown

the preset

BCD

that

both receive

transmit

a listen

on

to

address

to

remote control option permits the

by

low

of

is

Connections. A

remote controller.

outlined

it

can

it

can

have

an

4-8. A total

Bus)

system

Bus

as

the

directly compatible with the

as

if

will

in

parallel

Figure

as

indicated

4-7

remains

impedance

GPIB

bus

4-27.

GPIB

also

be

used

calculators. The -hp- 3260A Marked Card Programmer may

is

option

be

changed

normally the ASCII character Paragraph 3-34. The listen address for the 3320B

3320B to receive programming information which allows the controlling instrument to instruct

example, the 3320B GPlB option has only a listen address,

talk

address

talk

address

instrument be

communicating

the

external controller

selected individually by

bus

is

assigned

connected

in

other instruments. A typical

shown

several

Model 3320B to operate on a single data/control bus with

pose Interface

4-26. 3320B GPIB Option 007. The GPIB (General Pur-

assembly

A24B assembly, the actual timing programmed. Although the delay flag(s) comes from the

in

Figure

output

the dBm, the magnitude amplitude sections. Since the 3320B addition provides the proper

Model

3320A/B

Section IV

Model

3320A/B

Section IV

and H DAC, which are HIGH true. Table 1-2 lists

the

signal

levels required.

NOTE

In

the 3320B the Data Input/Output bit 8

(DI08)

and Service Request (SRQ)

are

not used

(no connections).

4·30.

GPIB Basic Theory and Operation. The 3320B GPIB

circuits employ both combinational

convert the ASClI data input into parallel

controlling

black

A

4-9.

4-31.

ASCII character on the data lines

Circuit.Aseach data characterisaccepted, a Data Accepted

Signal (H DAC)issupplied backtothe remote controller indicate character has been processed,

indicating to the remote controller that the

for

new data.

4·32.

various control dataistransferred to

by

controller decodes Command"

ASCIIcharacters

Input Circuitinsequence,

decoded (storage registers)

next decoded prefaced

4-33.

ilyasa series to

commands

into stored parallel

the

various

diagramofthe

By

meansofthe GPIB control lines, each appropriate

that

the data

To provide isolation, each ASCII character

means

of

or

settingsoffrequency

GPIB

has

pulse

transformers

the

ASCII

"Numerical Data".

A,I,2,

3 and 4 were accepted by the

the

in

the

controller asanAmplitude Preface

four

ASCII

characters, being numerals. would

as

The

by

Latches

and

the

numerical

earlier

the

data

Amplitude

and

associated circuits function

parallel

converter.Itconverts

serial

numerical

BCD

data.

and

sequential logic

BCD

and

amplitude.

to

data for

circuitsisshowninFigure

is

accepted by the

been accepted. After a data

RFDisallowedtogo HIGH,

33208isready

the

controller block

or

photo-couplers.

character into a

For

example, if

first

character A would

and applied to the Latches

Command.

and

applied to

Preface

Command.

the

Input

and

The

"Preface

the

The

Latches

primar-

the

preface

data

from

the

controller

number nine. For example, the 9's BCD

settingsisadded to a preset

Circuits. This BCD addition provides the numbers for controlling the amplitude reference and 10 dBI

step attenuatorinthe

Since

tude impedanceofthe 3320B.

4-36. quency data, the programmable

eling

the GPIB RFD

which, when added to the first

complementofa

7 since 2 + 7 = 9. The BCD data for the amplitude

BCD

number,

numberinthe

amplitude section

the

3320B outputiscalibratedindBm,

of

the preset BCD

In

addition to processing

BCD

parameters

and

delay. The delay flag showninFigure 4-9 holds

LOW

number

circuit

also

suchasvernier

for the

depends on the

the

amplitude

processes

amount

of

programmed.

NOTE

to

A more detailed functional block

diagramofall

the assemblies IA37, A 38, A25,

in

the

GPIB

A24B) used Figure

7·5.

4·37.

Reset

Conditions.

3320B, Reset and Clear signals from

reset

the

latches to

III.

However, the Resel

Flip-Flop,

control.

be

applied evenifthe REisheld

4·3B. Addressing

be

lnput Circuit waits the

informationonthe dala lines, compared is

indicate

LocaJ

data

informationisvalid.

to

addressed and the DAC signalisallowedtogo HIGH

that

the

forcing the 3320B

controlisautomatic

the

33208.

for

the

3320B

the

address

turnonconditions

theDAV 10 go

has

controllerisshown

When

powerisfirst

the

controller block

giveninSection

signal

also

clears

into

local (front panel)

when

powerisinitially

LOW.

When the MREisLOW, the

LOW

WhenLDAV!s

LOla

1 through

address.Ifthey

been

NOTE

match,

accepted.

equals

BCD2is

proper

of

the

3320B.

the

magni-

output

and

the

remaining

frequency,

delay time

A23

and

in

appUedtothe

the

Remote

indicating

received, the

LDI07,

the

3320B

a

BCD

fre-

lev-

that

are

to

4-34.

The

main

functionofthe

the

BCD

format used for controlling the frequency and

amplitude sections. 4-35.

The

BCD

data

to

9's

complement

sectionofthe 3320B.

GPiB

DATA

L1NES---'

GPIB

CONTROL

LINES

,___

~

BCD

Circuitsisto

for

the

frequency settingisconverted

and applied directly to the frequency

The

9's complementofa

CONTROLLER

I N

PUT

A37

J

process

numberisa

I--

A38

f----

Figure 4-9. GPIB Controller.

When

powerisinitially applied the 3320B may

or may not be addressed. This

"Address Clear" command (ASCII

mended prior to addressing any inslrumetll(s)

on the

GPIB

Bus.

4-39. Remote Programming. After the

BCD

LINES

FROM FRONT

DELAY

LATCHES

A25

FLAG

PANEL

BCD

CIRCUITS

A23

ANOA24E1

:n~O"'/a-8-'508

is

why the

1)

is

recom-

3320B

TO

AMPLITUDE

FREQUENCY

SECTIONS

has been

AND

4-5

4-6

Figure

4-'

O.

VTO

and Phase Lock Loop.

3320"/8'8-3507

SECTION

REFERENCE

FROM

tOkHz

N

10kHz

SIGNAL

de

ERROR

COUNTER

•

COMPARATOR

PHASE

D/A

I

2

1

4 8

'A

20 40

80

?nn

1400

800

1000

DIGIT SIGNIFICANT

LEAST

DtGIT SIGNIFICANT

SECOND 1

DIGIT 100

SIGNIFICANT

MOST

OVERANGE

CONTROL

BCD

the

a

of

33208

settings

DIVIDERS

-RANGE

TO

have

by

one

The

panel

front

the

local control.

MHz

from

control the REN and

32.99

La

NOTE

during remote control.

during

In

local control, the BCD circuits

20

TO

I)

data

coming

Schematic No.6.

controlling the REN.

giving a "Local Enable" command (ASCII

no function

VTO

notes

on

force local control. For more information, see front panel switch Some "special" 3320B instmments

3.

By

Character

2.

By

I. Initially applying power.

have

the

BCD

following methods:

GPIB option may be put into local control

circuits

(switch closures to ground). The input, controller and latch

process

4-40. Local Control.

PRE

TUNE

de

placed

in

remote cOlltrol.

be

cal!

The 3320B lIlust be addressed before it

NOTE

Latches.

Execute command simply transfers the prefaced data to the

any prefaced data to the Latches. Any following Function

sets

each

Section III.

of

Function

sequence

in

This

in

a

programming

as

discussed

the

programming

the

data

lines.

to the remote model and transfers

follow

on

must

Flip-Flop

Function Execute

command

is

received

first

the Remote

The

preface command (parameter)

Execute comma)

local mode until a Function Execute command (ASCII

data

the

by simply holding REN

to

LOW.

go

not

The 3320B

will

33208

lines. The

will

in

remain

into remote mode

applying a "Function Execute" command (ASCII comma)

and

REN

by

is

selected

it

may be placed into the remote

control mode. Remote control

addressed to listen,

Model 3320A/B

IV

Section

Model 3320AjB

4-41.

Frequency Section.

442.

The frequency sectionofthe 3320AjBiscomposed

ofaBCD

lockedtoa10kHz

including Option

4-43. The variable from20MHz to 32.99

controlinthe vernier out position. control digits

output frequenc)'

controlled voltage tuned oscillator (VTO), phase

are

output

in

variable

reference

006

(see Figure 4-2).

frequency

the

vernierinposition, two

via

of

signal,

and

six

range

of

the frequency section

MHz

with the vernier

With

the vernier in/out

more

additional

the vernier oscillator making

the frequency section20MHz

dividers,

in/out

the

32.9999 MHz.Inthe following discussion. the frequencies

given

are

consideredtobe

vernier

discussion

4·44.

out position. Refer

of

the vernier oscillator.

VTO,

Phase-Lock Circuitry.

the controller section. for

most significant digits

of

with

the

to

Paragraph

the

ovcrrange digit

3320AjB

vernier

The

output

in/outinthe

4-60

BCD

signal,

and

frequency,

the

for

from

two

applied to a 0/A converter on the VTO assembly (sec

Figure 4-10). The D/A converter converts the

adevoltage whichisapplied to

the

BCD

signal

VTOasa pretunc

voltage. This sets the VTO close to the desired frequency.

4-45. Precise frequency control

locking the

from

applying the

number

outputofthe VTO to a

the

reference oscillator. Thisisaccomplished by

outputofthe VTO to a

is

controlled by the same

pretuned the VTO plus the

the

frequency digits. This

such a manner

that

the counter

is

achieved

10kHz

reference signal

-0-

N counter. The

BCD

signal for the remainder

signal

sets

the

-:-

will

divide

by

phase-

-0-

signal which

N coumer

the

output

the VTOto10 kHz (refertoParagraph 4-70 for a detailed

discussion

the is

compared

oscillator.

on

the

-0-

N counter). The 10 kHz

-:-

N counterisapplied to a phase comparator where

to

<l

Any

differenceinphase

10kHz

signal

from

between

output

the

two signals

reference

from

willbedevelopedasa de voltage. This de voltageisapplied

to

the

VTa

to correct its frequency.

4-46. Range Dividers. The

applied either

range

dividers, depending

to

the amplitude sectionorto a series

control. Seven ranges are available including Option 006. Table

the

numberofrange

the

output frequencyofeach

output

on

the

4-1

dividers used

range

signal

position

on

lists the range positions,

for

each position,

divider.

is

With

the

range

4-47.

output

of

the VTO (20

directly to the amplitude section.

the

Signal

is

frequency

to

output jack.

448.

a

MHz

more mjx signal

frequency by one decade (see Figure

is

the

VTO

to

(0Hzto

With

the

position, the

of

the

range

technique to increase

by

one decade while decreasing

range

controlisplacedinthe 1000 kHz position.

output

(20

controlinthe10MHz

MHz

to 32.99 MHz)isapplied

In

the

amplitude section,

mixed with 20 MHz and the difference

12.99

MHz)isavailable at the 3320A/B

range

switchinany position other

outputofthe VTOisapplied to one or

dividers.

MHz

Each

divider

the

resolution

to

32.99 MHz) is divided by 10

4-1

uses

I).

(2 MHz to 3.299 MHz) and mixed with 18 MHz from the

reference section.

21.299 MHz)

signalismixed with 20 MHzinthe

the difference frequency(0Hz

The

sumofthese two signals

is

applied to the amplitude section. This

amplitude section,

to 1299 kHz)isavailable at

the 3320A/B Output jack.

N

4-49.

Amplitude

of

4-50. 3320A Amplitude. The 3320A

in

variable from 0 dBm to13dBm, intoSOohms, by a front

of

panel potentiometer.

Section.

The

potentiometer applies a

output

voltage to a modulator to amplitude modulate a 20 MHz

signal from the reference section (sec Figure 4-12). The

leveled (amplitude modulated) 20 MHz

it

mixer

where

it

is

mixed

with

the20MHz

from

the

frequency section.

of

the mixer (0 HI to 12.99 MHz)isamplified, filtered, and

amplified

again

before

The

difference frequency out

it

is

appliedtothe 3320A output.

is

Section IV

of

the VTO

of

the

range

the 3320AjB,

and

position, the

than

the

a divide of the

the

and

Output

maximum

For example, if

the

(20

MHz

and

signal

applied to a

to 32.99

MHz

is

of

to

is

de

SIGNAL FROM

VTO

_-",,-1\_-1

10MHz RANGE POSITION

2 TO

3.299MHz leMHz

20TO21.299MHz

Figure 4-

11.

1000

kHz RANGE POSITION

Range Dividers.

leMHz

SIGNAL TO

AMPLITUDE

SECTION

100kHz RANGE

POSITION

~-c,.....,tr--

SIGNAL TO NEXT

RANGE

DIVIDER

3320AJ9·

B-!!)l!)

4-7

4-8

Figure 4·13. 33208 Amplitude Seelion.

UT

B

OHMS

SO

3320

OUTP

LINES

BCD

ATTENUATOR

IOdS/STEP

1_4

SECTION

CONTROLLER

FROM

LINES

12

BCD

de

LEVELING

(10Hz)

SECTION

CONTROLLER

FROM

T

REFERENCE

AMPLITUDE

de

CONVERTER

Qe/c1c

OFF

ON

3320A/I-S-3506

de

REFERENCE

MHz

PRETUNE

COMPARATOR

AMPLIFIER

SECTION

FROM

2

POINT

SUMMING

de

TO

12.99MHz

LEVELED

Hz

SECTION

FROM

MODULATOR

20

MHz

LEVELED

o

MIXER

REFERENCE

FREQUENCY

MHz

SECTION FROM

20

20-32.99

de

the OFF position, the 20

opened and switch B

difference in the two

This

detects the signal and applies the

\'pplied in to the thermopile circuit.

control position

applied

circuit and a comparator (see Figure 4-13). The signal

4-53. The Leveling assembly consists Leveling assembly.

is applied to the Modulator

transferred to holding capacitor,

switch C is closed. time allowed by the through R

is

switch A determines the length Figure 4-14). The

controlling the charge and discharge

from the Reference Oscillator, and a series

signal

The D/A

MHz

(All).

of

a counter. clocked with a 2

in

the D/A converter assembly

converter consists

originates 4-52. The de voltage used to modulate the 20

10 dB/step attenuator at the 3320B output.

are

4-13). The most significant digit the modulated 20 from the reference section with a digits

is

by

a

MHz

controlled

de

voltage and applying

MHz

to the output mixer (see Figure

by

amplitude modulating the 20

controlled

remote mode) into 50 ohms. The three least significant

dBm

in

is

(.73.00

signal

to -69.99

variable from +26.99 4-51. 33208 Amplitude. The 3320B output

Figure 4·12. 3320A Amplitude Seelion.

.......

/11

•••

".".

~~~~I~itEREHCE

20

MHz

~~~r~EQlLNCY

20·32.99

MHz

IV

Section

.J

~WMS

3320A

__

I,-

12.'39 MHz I AMP1.IFI[R

E-J AMPLITUDE

r I FRONT PAIt£L

TO

.J

I

10HZ

LEVELED

20

MHz

LEVELED

__

MIXER

L-

I MOOUUTOII 11-''''_.-0

I,---,_.JI

I

de

levels

de

from the modulator

When

a pretune dc, and the

From

the LEVEUNG control is

C,.

is applied

MHz

as

voltage remaining on C,

1

to charge to 10 V. Switch A

When

de

signal, switch B

is

closed allowing C

time the counter counts.

signal from the controller section

the de from the D/Aconverter.

of

to

position, the 3320B output

The BCD

the counter has couoted the length

BCD

ON

compared

the thermopile circuit. The thermopile circuit

the LEVEUNG control.

the thermopile circuit is determined by the

1

When

.

is

closed allowing C

is

to

is in the

of

to

the modulator

Any

to the comparator.

is

applied

the LEVELING

of

a thermopile

C"

the

de

level

is

opened and

of

1

to

discharge

At

To,

of

a capacitor (see

of

FET switches

Model

3320A/B

Model 3320AjB

Section IV

A

Rl

e

f11/1,

IQV-=..

12

BCD Lines

F,omCont,ol,.,

to correct the amplitude

Paragraph

circuitry.

4-54. The leveled 20

mixed with the 20

section. The difference frequency

12.99

before it

attenuata! assembly.

~3

for a detailed discussionofthe thermopile

MHz)isamplified, filtered, and amplified

is

applied

I

l I I W I I

" I

I I I I I I

~

2MHz

of

the leveled 20

MHzisapplied to a mixer where it

MHz

to 32.99

to

MHz outofthe mixer (0Hzto

a

BCD

controlled10dB/step

C

,

rei

~~~.

~

To

Tl

CI

:

.,

:

J

Figure 4-14. Simplified

MHz.

from the frequency

again

See

Amplitude

-69.99 dBm.

o

dBofaltenuation.

dBisfrom the leveled 20

9.99 10

dB/step altenuator

the

is

and the leveled 20

operation continues through the attenuation

-69.99

dBm.

ator below 0

etc.

To Leveling Assembly

And

Modulotor

Switches Are

Reference.

At

+26.99 dBm, both attenuators are applying

The switching pointsofthe10dB/step altenu-

dBmis-3.01 dBm, -13.01 dBm, -23.01 dBm,

A,B,aC

Fet

Switches

B20A/B-B-

When

MHzisback to 0dBof

)!>02

altenuationisadded, the first

MHz.

will

supply 10dBof

Assembly

Then at +16.99 dBm,

attenuation

altenuation. This

range

to

4-55. The10dB/step altenuatoriscapableofswitching up to 90dBof

MHziscapableofapplying 9.99dBof

20

0.01 dB, in conjunction to cover the 3320B range

0.1

EXTERNAL

RfFERENCE

INPUT

attenuation in10dB

dB, or IdBsteps. These two altenuators work

.--<.

)

CO:~::;TOR

steps. The leveled

attenuation in

of

+26.99 to

~------""'-------------"M:::H:",~·:~t-h~DE

~

in

4-56.

Reference

4-57. The reference sectionofthe 3320AjB consistsoftwo

voltage controlled crystal oscillators; a vernier oscillator, which is switched

20Mttz

VCXO

Section.

in

MIXER

and

out with the vernier .control,

20

~

;;'8:;.,.RANGE

MHz

1

- 7

--.

1-

1

0

.

• 2

....,.~2

"H

,...,

~_,.!Ic...PANEl

MHzIMHz

~_",I",.VERN

MHz

and

a

TO

MODULATOR

TO

DIVIDERS

TO

_-N

AMPLITUDE

.t

SECTION

TO

REAR

OUT

TO

IN

IER

~~~~JOL

Figure 4-15. Reference Section.

4-9

4-10

protect the thermopile and

in

point

positive.

An

Signal.

AC/DC

the

this

the

level

the

20

comparator.

to a

3320B

UNIUUE

applied to the oscillator

8-4-2-1

007

003

dental application

overvoltage causcd

to

shown AC/DC

be

the

to

front front

4·68. Protection Circuits. A simplified

at RMS voltage at voltage as

voltage more point 2 to 4-67.

range.

loop to function effectively

frequency response the heater element for the thermopile. The extremely flat

input

100

is

the

utilizes a thermopile

AC/DC

of

4-66.

is

a

amplitude leveling loop.

off,

output

dc

amplified by the

amplitude reference. verts

Modulator (see Figure 4-13). The AC/DC converter conAC/DC converter monitors the

4-65. When the 3320B LEVELING circuit

Any

it

is

to

a

oven

The

an

approach

by The changes

of

the reference.

the

signal amplifier (see AC/DC

4-64. When the 3320B LEVELING

the

MHz

the

also

4-63.

of

4-62.

is Vernier BCD Option

programming

Option

can be accomplished

two digits to Remote

3320A/B

10 kHz reference will vary the last

and

to

The

m<a/.·.·._

.;.

in

output

change

create a

Here,

MHz

locking

phase-lock

to

of

20

in

is

four fre-

an external

frequency.

be

used

by

either a

in

the frequency

from the

.;.

10 circuit

Oscillator

will

output.

is

applied

5

oscillator.

phase

the

is

applied to a

is

applied

on

the

Counter

10 circuit

the frequency

oscillator. The

are

to

can

'''1'1.1

oscillator to

MHz

002)

the

MHz

for

to

-;-

in

MHz

There

output

tuned

""."

REFERENCE

"ON

loop

applied to the VER

signals

as

20

10 circuit and a mixer

the

10kHz reference to

programming.

OSCILLATOR

is

20

remote

can

be

.;.

10 circuit (see Figure 4-16).

Vernier

20

the

two

the

Vernier

circuit

a

The

the

of

Oscillator.

10KHz

MHz

Phase-Lock assembly.

such

the

is

provided

is

applied

.;.

2 circuit

-;-

2 circuits

MHz

from the

.;.

lOis

applied to the mixer

.;.

20

MHz Reference Oscillator;

Oscillator.

phase-locked

the

3320A/B

oscillator

in

the frequency section. Varying the

turn

varies

or

by

Oscillator

4-16.

vERNIER

to

the

phase-lock

the.;.

10

to

between

on

the

circuit

100 circuit

the Vernier Oscillator assembly. The

With the VERN IN/OUT control

and

to two

~

N Variable Modulus

MHz signal. The difference frequency

of

the

MHz

Reference Oscillator assembly. The

directly from the 20 applied to the amplitude section level

digits

of

The

vernier

loop

in

allows the 10 MHz from the oscillator

control

Vernier

Figure

FREQUENCT

a

.;.

100 circuit. The

position, the I MHz from the

Oscillator.

is

applied

in

phase

to

a portion

frequency generating section.

the.;.

on

control.

is

applied to the rear panel I MHz OUT jack.

the

applied to the range dividers

20

out

20

is

also applied to a

is

Reference

two

which

control

vernier

The

is

applied

to

IN

Vernier

output frequency.

which

comparator

phase-lock

in

the

100 circuit

the VERN OUT position, the I MHz

lOUT

2 circuits

to

MHz

is

MHz signal

modulator

MHz signal MHz, 18 MHz, 2 MHz, and 1 MHz (see Figure 4-15). The

20

MHz oscillator can be

MHz

osciUator.

phase-lock

varied

panel

4-61.

generating section.

circuit applied VERN IN/OUT control. With the VERN IN/OUT control

The I MHz from

the oscillator is applied

10 MHz voltage controlled crystal oscillator. The

4-60.

its voltage difference

compared

phase

stabilized reference oscillator (Option

external frequency reference, external frequency reference to 4-59. A

loop

10 KHz from

-;-

in VERN I The I MHz from the second .;. Reference Oscillator assembly. The I MHz from one

amplitude section

applied

generating section. The 2

18

mixed with the 2 MHz signal circuit on the 20 control 20 20 quencies supplied by the

4-58. 20 MHz

reference source.

The vary the last

20

of

protection circuits

associated protection circuits

is

very nearly equal

which

level

the thermopile allows the leveling

responds to

in

Amplifier

and

resulting difference voltage

voltage which

allows

the

mixer

of

the Modulator. This,

is

Circuitry.

voltage

instrument malfunction

The

the

at point 1 yields 1 volt de at point

I

increased voltage

positive

signal

of

signal

and

shown

The

dc

of

comparator output changes

4-13).

by

4-18.

and

ac

point

2. Since the thermopiles are

This

causes point 4

This

marc

input

is

Converter. A simplified diagram

and

Power

comparator

to a

and

out

output

The

resulting difference voltage

Figure

converter

3 (J volt

point

at

4.

go

increased

The

converter

Mixer

of

the Modulator. When

signal

the

amplitude reference level.

converter

change

the

level

MHz

The

dc

voltage which

converter monitors

Thermopile

to

the

If

acci-

or

by

are

designed

terminals.

Amplifier from

output

Output

are

to

the de level

matched,

the

3 increases

point 3 to

frequency

value

The

converter

diagram

to

approach

at

cause

the

converter

very

broad

the

RMS

4-17.

are

not included

LEVELING circuit

to

adjust the

will

a resistive load

a

into

over

drives

Figure

the

used

of

the

3).

the

same

the

go

causes

which

is

of

the

of

the

in

the

is

20

MHz

is

dc

the the

by

the

turn,

level

this

of

off,

amplifier.

in

the

amplitude

power

compared to a

output

is

monitored

power

is

amplified

dc

of

the

(>

10Hz),

0

MHz

converter output to

the

20

converter converts

output

is

the

power amplifier

and

compared to a

The

the

CIRCUITS.

to

output

frequency.

on

the

a

options,

remote

programming

BCD

remote

programming

of

these

00

to

99. two

digits

of

the

vary its

applied to a D/A converter

all

programming

or

ASCII

model or by the

the BCD remote programming

0 to 9. Remote

the

most significant

is

3320A

by

from

allows

signal

Option 004

be

varied

frequency (Vernier digits) from

Oscillator assembly. The de voltage from the D/A

in the 3320B. With

for the

programming

output

Model

3320A/B

Section IV

Model 3320A/B

Section

IV

SIGNAL '/1J)1r -

I ,

, ,

- -

FROM <lIITPUT

AMPLIFIER

FROM _

t.lOOULATQR

Q3

(RESPONSE

r--+--~~---/_---,

1®

®

'\

THERMOPILE------:..

THE THERMOPILEISA SOUARE-LOW

DEVICE THAT CONSISTS

ntlN

THE

HAVE CLOSELY MATCHED CHARACTERISTICS.

(I

Of

"

'EE'BACK

FILM THERMOCOJPLES IN SERIES.

TWO

HALVESOFTHE

VOLTATPOINTeD

de

AT

POINT ® I

CONTROL)

IC

OF

SEVERAL

THERMOPILE

PRODUCES

I

ABOUT

+v

t---T----i~~PO"'R

:

•

70rrH

Figure 4-17. AC/DC ConverterInThe Amplitude Section.

031RESPONSE CONTROL)

ONt>+OHt

I

OFF

aClde

CONVERTER

>.,...--t--i.-~--_/

IC2

.4.

o

IOtRESFONSE

cIc

OUTPUT

COMPARATOR

CONTROL)

TO

i--(2

I I

I

t

+5V

,

OVERLOAD

SIGNAL

(gz~~OLS

ATTENJATOR)

voltage at

Monostable

TP2 exceeds about +2.5 volts,

Flip-Flop. converter input to ground and the provide at least

40dBof

Flip-Flopisset, the voltage at TP2 approaches 0 volts. At the end state. is

of

5 seconds, the Monostable returns to its normal

If

the overload condition still exists, the Monostable

set again. The resistor

QI J and the de reference pulls the dc reference line

negative during overload. This reduces the 20 outofthe Modulator.

4-{j9.

The response is settoSLOW

TItis requires the four response control switches shown

Figure 4-18tobe

closed. Options 003. 004 and 007 allow

L_

T--i.-_

-1!lV

deREfERENCE FROM

AMPLITUOE·-------'M.-------'

SECTION

R53

Figure 4-18. AC/DC Converter With Overload Circuits.

IC5

sets the

This causesK2to

close shorting the

output

attenuator

attenuation. While the Monostable

and

diode between the

output

MHz

signal

for the standard 3320B.

de

QB

'<5

IIREsflONSE

CONTROL)

r----j+

the response

T

'09(RESPON$E

t

¢.

to

-r--

COW'ARATOR

CONTROLl

be remotely programmed to FAST. FAST

OUTPUT

TO

MODULATOR

response requires these four switches

to

4-70.

The.,. N Counter.

4-71. Refer to Figure 4-10 for the block diagram

VTO Phase Lock Loop containing the

of

purpose output the

output

position

in

the VTO Phase Lock Loopisto provide

frequencytothe amplitude section. The range

frequency from the VTO depends on the

of

the vernier control switch:

Vernier

In Out

VTO Output

20to32.9999 20to32.99

to

be open.

.,.

N Counter. The

MHz MHz

of

the

an

of

4-11

3299

3000 2500 2000

MHz

MH, MH, MH,

32.99

30

25 20

Hz

H,

a

1299 10000

500 Hz

H,

kHz

kH, kH,

12.99

10

5

a

H,

kHz

kH, kH,

a

129.9

too

50

H,

kHz kHz kHz

4-12

12.99

H,

MHz

MH,

10

5

a

1299 1000

500

a

BCD

N number between 2000 and 3299

VTa

of

the

will

signal

frequency

the

.;-

10MHz

VTa

control circuits shown

as

shown

and 3299

.;-

the

output

the required frequency.

output

by

a new frequency

VIa

an

error

N Counter

the

N Counter

control tines from the controller. The

of

N number varies between 2000 and 3299 at

N =

of

to

set

.;-

from

-;-

to divide the

the

N Counter utilizes three preseHable decade

.;MHz

A converter prelunes the

is

BCD

by some number N. The number N is

and

.;-

frequency =N x

VTa

DI

When

signal,

the

signal

the

Where

VTa

to the proper frequency.

of

MHz)

starts counting the "preset" number by the

presettable counters and the A

counters

4-73. The

each range setting

setting. The between 20

tional resolution, the output

Since the 3320A/B uses Range Dividers to provide addi-

formula: the frequency

phase locked, the tunes the close to the required

time, the

.;-

N number

frequency. reference and the

is

exactly 10 kHz, the Loop

VTa

reference

output

reference

output

mined by the

32.99 Lock Loop

4-72. The function

1000

4·3.

Figure

kHz

FREQUENCY

Table

cycles starting with the preset

control lines. The counter

Flip-Flop

in

100

Number

-;-N

(A3TP31

VTO

F

Hz

1000

-;-

N Number.

kHz

10

kHz

RANGE/SETTING

Frequency Setting vs.

0700 and 1999.

is

always between

number from 3999. This number

are

The

set to a

4-19.

3. To determine the preset number, subtract the N

tween 2000 and 3299.

frequency

~

2000

= 20.00

= 32.99

VTa

frequency

2.

To determine the N number, divide the

the desired output frequency.

I.

To determine the

VTa

Preset Number

N

VTa

Minimum frequency (0 Hz)

Preset Number N = 3299 VTa

Maximum frequency (any range)

N number from 3999 (preset = 3999 - N), for exam-

4) Repeat cycle.

3) Provide

(maximum count).

2) Count

If the

ple: the 3999, the preset number may

Since the maximum number that the counter can achieve

in

Table 4-3.

MHz

of

RANGE

independent

of

the VTO always varies

10kHz

is

given

by the following

the

.;-

is

and

is

10kHz

the loop

When

N counter

and then the Phase Lock Loop

VTa

to a frequency

BCD

is

selected, a different

tuned to the correct

the output

is

generated

reference

of

control lines.

be

phase locked to the

When

not equal to the 10kHz

compared with the 10 kHz

is

output

N Counter

At

the same

10kHz

of

the

.;-

N

to

tune

the the

If

deter-

Phase

section.

is

the

VIa

(20 to

in

the

VIO

by

be-

is

always

10kHz. This number

VIa

VTa

MHz

to

as

follows:

frequency, add 20

is

unknown, proceed

~

1999

~

3999 - 2000

MHz

= 0700 3999 - 3299

MHz

be

determined by subtracting

is

pulse to Phase Comparator.

output

frequency until counter reaches 3999

1)

BCD

control lines).

of

-;-

is:

N Counter

is

supplied to the Phase

operation for the

is

-;-

N Counter counts up to a maximum

Model 3320A/B

Load Preset Number (from

The basic sequence

Comparator.

in

the out position.

NOTE

is

considered to be

control For the following discussion, the vernier in/out

reached, a completed pulse

of

3999 (Sense No.). Each time the 3999 number

number

number. The

the frequency

on

frequency depends

output

IV

setting selected. The actual

Seclion

Model 3320A/B

Section

IV

Counting Sequence

VTO

FREQUENCY

(CLOCK)

Flip-Flops

B

~

--:J

(I~'Z)

~

L.

A

IC5 IC4

,..

PRESETTABLE

(Ie

DECADE

, ,

TRIPLE INPUT

J-K

FLlP-

Presettable

I

3)

COUNTER

(1~2:1

4

,

L--

),

---K

FLOP

Decade

Counters

BCD

2

BCD CONTROL

10'· 100"

LOAD

PRESET

NO.

PRESETTABLE

(IC4)

DECADE

COUNTER

,

F·F

C

(

1e7)

,

C

IC3

BCD

C D E

1

LINES

PRESETTABLE I

OECA6~Cc1)uNTER

, ,

,

,.,

0

(

Ice)

,

I

, ,

IOrOKNERANGE)

I

,.

,

A

(IC6

) (ICGl

,

,.-J

,.

F

E

(ICBl

,

t----

'

."0./.·.·

Flip-Flops

Gates

F G

,.

,

8

,

IO~Hz

OUTPUT TO

PHASE

COMPARATOR

....

+5v

Remarks

Preset

Number

Preset

3990

3993

3994

3995

3996

3997

3998

3999

+ 1 t

0

1 1

1 1 9 9

1

0

0 0

0

, ,

t t t t t

9 9 0 0

9 9

1 9 9

·

· ·

· · ·

•

· · · ·

· · · · ·

·

· ·

·

0 0 0

1 0

1 1

0 1 1

0 0 0 0 0

·

0 1

1 0

1 1 0 0 0

· ·

·

· ·

0

1

Enabled

Disabled

Enabled

Disabled

Enabled

1

Enaoled

Disabled

StartofCycle

GateGEnabled

Counters preset.

Outputtophase

comparator

Outputtophase comparator and

cycle

and

F·F

repeats

S,iscleared

goes high

goes

F·F

1 are

low

Settopreset

t

Preset

number

+ 1

Figure 4-19.

-;-

N Control Logic Diagram.

4-13

4-14

Care

is

reached.

continues

count

Flip-Flop

Most

and E until 3999

0100·

0101

Digit

3rd

is

reached.

the phase comparator goes high and

C,

D,

is

disabled but the

all

three J inputs at

to

of

the corresponding

DOll·

0110

Digit

Most

output

Flip-Flops

2nd

MHz

3994, Gate F

compliment

3996, the

At

is

enabled. At 3993,

32.650000

9's

0010

2 6 5

Digit

Most

remains high until 3999 At by clocking high. G

kHz·

the

10

is

4·4. Preset Number.

0 7 3 4

1 0111 *

1

Digit

Table

~

3265

Digits

number

Overrange Significant Significant Significant

3265

x

-

734

table:

determined by the

Frequency =

3999

of

Control

Number

-:-N

Counter

Control

is

~

required preset

Digits

Title

N

Summation

Frequency

·The

Preset

Code to

Frequency

BCD Code of 1

Frequency

the counter reaches 3990, Gate

in

Table 4-4.

When

Figure4-19 shows the counting sequence

shown

The

control lines

example

for the

4-74.

BCD

An

.;-

N Counter.

table

in

is

of

how the preset number

VTQ

Model 3320A/B

Section IV

Model 3320A/B

Section V

SECTION V

MAINTENANCE

5-1.

INTRODUCTION.

5-2. This section contains the information necessary for

maintenance sizer. Included in-cabinet performance tests for standard and options, adjustment procedures for standard and options, and front panel disassembly procedures.

5-3.

TEST

5-4. The tcst

the 3320A/BislistedinTable 5-1. If the recommended

modelisnot

required characteristics.

To insure proper stabilization allow a 30-minute warmup period before begin· ning any performance tests or adjustment pro-

of

the Model 3320A/B Frequency Syntheis

a list

of

test equipment required,

EQUIPMENT.

equipment

available, use a substitute that meets the

required for the majntenance

NOTE

of

all circuitry,

of

cedures.

5-5.

PERFORMANCE

5-6. The following performance tests compare the

3320A/B

in inspection, periodic maintenance. or to verify specifications after repair. A Performance Test Card of instrument during the performance tests. The card may removed from the manualasa permanent record. If the instrument fails to meet any

the adjustment procedures outlined in Paragraph 5-27. During the performance test, periodically vary the line voltage

proper operation at various ac line voltages. When checking

the performance

adapter on the graphs 5-17 and 5-21). Refer

and diagram

5-7.

5-8. This performance test insures the 3320A/B meets the

Frequency Accuracy performance specifications listed in Table The 20 MHz Oscillator

performance with the listofspecifications given

Table

1-1.

this section for recording the performance

± 10% with a power line transformer to insure

of75ohmto50 ohm adapter.

Frequency

1-1

when the vernier controlisin the

output

frequencyofthe 3320A/Bisderived from the

TESTS.

These tests may

of

Option 001, use a 75

output

Accuracy.

as

follows:

of

the 3320A/B (excluding Para-

to

Vernier

be

used for incoming

is

provided at the end

of

the

its specifications, perform

ohm

to 50

ohm

Figure 5-7 for part numbers

Out.

out

position.

be

NF

__

R

XN

FR

2000

-;.

2000

The

XN

cirCUitryiscontrolled by a phase lock loop.

either the 7 2 K or the

will

not lock. The following formula canbeused to derive

FO:

If FO = FR(K) and if the phase lock loopislocked up, any frequency error This performance test measures the accuracy

Reference Oscillator and the insure phase lockup. The Frequency Accuracy specification listed

in

Table I-I with the Vernier

selling.

a. Connect jack on the should

be

b. Connect the counler to the 3320A/B front panel

OUTI'UT jack.

c. Set the to 12.22. Set VERN IN/OUT to VERN OUT. The counter indication should be 12.220000 MHz

d. Set the indication should

e. Set the 3320A/B FREQUENCY counter TIME BASE AVERAGE

100.00000 IlS ± 1 ns.

5-9.

Frequency

5·10. The 3320A/B uses two unrelated reference oscillators

to derive the

an

3320A/B

1.000000

3320A/B

10K.

output

2000

FR

XN

numberisincorrect, the loop

=FR(N- 2000) =

in

FO mustbedue to

outputofthe 3320A/B to

electronic counter to the 1 MHz

rear panel. The counter indication

MHz

± 10 Hz.

RANGEtoMHz

FREQUENCY to 1.10. The counter

be

1.100000 MHz ±IIHz.

to

.1

IlS and FUNCTION

The counter indication should

Accuracy.

Vernier

frequency when the vernier control

20MHz

REFERENCE

OSCILLATOR

2000

± 122 Hz.

In.

MIxER

F

R

FR

of

out·is

and FREQUENCY

to

00.01. Set the

± 0.001%

(K)

(20 MHz).

the 20

output

to

PERIOD

F

O

MHz

If

of

be

is

5-1

5-2

No.

9100-1639

No.

0160-2223

No.

0160-0301 0160·2221

No

.

0160-0159

No. No.

0757.Q340 No.

0757.Q178

No.

0757-0489

11

094C

11

048C

10534A

001) 11

049-H01

11

049A

355C

-hp-

Model10515A

·hp·

105A/S

-hp- Part

-hp- Model

See

Figure 5-5

See

Figure 5-4

-hp- Model (for

Option

-hp-

Model

-hp· Model

MHz

ohms

steps

down

> GOdS

02% 02%

13

75

1

dB

:I:

±

to

ohms

and 1 down

and 50

in

ohms

dB

Ratio:

ohms ohms

kHz

50

5

MHz

5

MHz

80

each)

each) -hp- Part

75 50

15

150

100

10dB

>

each)

each) -hp- Part

(1

each)

(1

each) -hp- Part

Noise

to

~h

(1

pF

(1

J,lF

(1

pF

(1

~F

kilohm

ohm

(2

Impedance:

7.0mVdc 3 V rms -hp- Model

Impedance: Frequency:

Frequency:

Spurious: Signal

150

1600 .

012

1300 .0068

10 100

Impedance: Frequency:

Frequency:

Input

Output:

Input:

Attenuator:

Mixer

Doubler

thru

Termination

Pass

Filter

Pass

Filter

Balanced

Frequency

Oscillator Coil

Capacitors

Resistors 10

Feed Low

Low Double

Thermocouple

Attenuator

with

(with

error

3550

141Sdisplay)

8553B/8552A

Model

3450A

1820A

Model

l80A

403A

Model

3450A

plug-in)

3590A

(with

Models

312A

5261A

5245L

known

(in

-hp- Model

-hp-

plug-ins.)

1801Aand

-hp-

.hp- Model

.hp-

3593A

and

-hp-

plug·in

with

-hp· Model

V

steps -hp- Model

MHz

30

to

dB

kHz

10

to

MHz

sec

in

10

to

48

mV

MHz

Trigger);

dS

100

jJ.V

16

panel)

10

MHz

dB

setting

13

100

to

mV

±

70

>

70dB

to 30 V

to

1

MHz,

to

33

± 0.01

20

0.5 10

MHz

± 0.05%

100

.1%of

de

to

50

Hz

25

mV

100

IlV

20

Hz

1

mV

(front

panel)

kHz,

ltolQOK

.1

}Jsec

de

to

±

Range:

5 V ±

7.000

Range:

Recorder

Hz

10

MHz

(rear

100

10

Accuracy:

Attenuation:

Response: ±

Frequency: Accuracy:

Voltage Range:

Accuracy:

Frequency:

Dual channel (Ch. B.

B.W.: 1 Hz

Dynamic

Frequency:

Range:

Dynamic

Outputs:

B.W.:

Amplitude:

Frequency:

Sensitivity:

Output:

Period Average:

Time Base:

Frequency:

Analyzer

Counter

Attenuator

Spectrum

dc

Voltmeter

Oscilloscope

ac

Voltmeter

.0

Voltmeter

Wave

Electronic

Model 3320A/B

Model

Recommended

Required.

Characteristics

Required

Equipment

Type

Instrument

Table 5-1. Test

Section V

Model

3320A/B

in

the I position. This performance test insures the

instrument

listedinTable

3.

panel

b. Set the

to

VERN IN, and FREQUENCY to

meets the

I-I.

Frequency

The specificationis0.01%ofrange.

Connect an electronic OUlFUT

jack.

3320A/B

RANGE to MHz, VERN IN/OUT

Accuracy specifications

counter

to the 3320A!B front

00.0150.

PERFORMANCE

The

indication shouldbe15.000 kHz ± 1.0 kHz.

c. Set the

counter

3320A/B

indication should be 12.9999 MHz ± 1.0 kHz.

d. Step the RANGE

counter

indicationinStep

FREQUENCY

to

eachofthe lower positions. The

to

12.9999. The

c should be divided by 10 with

each step.

5-11.

Harmonic

5-12. Tltis performance test insures the Harmonic Distortion specification listed specification from 5 and -

Hzto100 kHz, -50dB from 100 kHz to I MHz,

40

dB from I MHzto13 MHz.

Distortion.

is

divided

3320A/B

in

Table 1-1. The

into

three frequency ranges: -60dB

meets the

3320A:

a.

Connect

b. Set the

the

equipmentasshowninFigure

3320A

front panel controls as follows:

5-].

counter

TESTS

AMPLITUDE VERN IN/OUT VERN

RANGE. FREQUENCY...

c. Set the

.......•.•.........

. . 100 kHz

355D

to

J0 dB, the 355C

.

to

Section V

Full

CW

IN

010.0

3 dB, and adjust

the wave analyzer for a 0 dBm meter indication at 10 kHz.

d. Tune the wave analyzertothe second, fourth should

harmonicsofthe be

at least60dB below the reference level set in

10kHz

signal. Harmonic levels

third,

and

Step c.

e. Repeat Steps c and d for the following FREQUENCY and RANGE settings:

RANGE FREOUENCY

100

1000

10

kHz kHz

kHz

MHz

129.9

0150

1299

04.00

f. Exchange the wave analyzer with a

Specifications

·50

dB

-50dB

-40dB

spectrum

ana-

lyzer.

g.

Set the

spectrum and

the

h. The harmonic signals should be at least40dB

3320A

analyzer to display the 7.00 MHz reference signal

second,

third,

FREQUENCY

and

fourth

harmonics.

to

7.00. Adjust the

below

the 7.00 MHz reference.

FREQUENCY

..

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SYNTHESIZER

hp

3320B

10DB/STEP

ATTENUATOR

SHORT

Co>

CABLE

WAVE

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@

hp

355D

@

hp

• 0 •

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Figure

ATTENUATOR

SHo::,r

CABLE

ANALYZER 3590A

I

I I

10

@l>

@

@T@

5-1.

Harmonic

I

DB/STE

hp

@

hp

"".

.

P

355C

@

Distortion.

SHORT

CABLE

,

FREOuENCY

HIGH

FREOUENCY

RANGES

LOW

RANGES

@

0

=@

WAVE

ANALYZER

hp

312A

I~I

@

@ @

~

@

0

@

~

0

@

5-3

5-4

MIXER. DO

NOT

equipment

slightly

to

Noise.

10.300 kHz. Meter indications for the

EXCEED THE

5,000,000.0

and

the

reference oscillator drift through phase

signal will drift slightly.

output is

tuned

a wideband ac voltmeter. When

5 MHz oscillator, with a frequency doubler, as a

To

Phase

- 110 dBm, whichever

and

3320A/B

below the reference set

0.1 V meter indication at

to

10.10. In

3320A/B

to

Phase Noise specifications listed

dB

to

Connect the 5 MHz oscillator

to

Signal

for

Tune the wave analyzer

kHz. Meter indications for 10 kHz sidebands should

Tune the wave analyzer

Hz).

b. Connect the

3.

kHz band, excluding ± I Hz

Step

i.

h. Set the

> 60

60

g.

f. Adjust the amplitude

10

e. Set the

the frequency for

the maximum phase noise. quadrature, the ac voltmeter will peak. This peak value output 3320A/B oscillator applied reference frequency are mixed r<ference frequency. The test uses a 30

specification for signal Signal 5-16. This performance lest insures the

5-15.

in

60 Hz sidebands should be >

10.240 kHz,

Step f for 10 kHz.

wh.ichever is greater.

be

and

analyzer

(>

QUE CY

or

the

Hz

For

of

3593A

60

MHz

2, I

output

in

Step b

front panel

monitoring

3320A/B

40

2F,

-

Fl'

the mixing

and

meets the

entire frequency

))20"/1-11-))'0

OUTPUT

and

2F,

- F1 =

frequency (See

by

is

greater. A wave

3320A/B

the

(>

10 Hz) (3320B) and

the

3320A/B

Section.

3320AtB

10kHz

by mixing the

and

is

equal to

output

generated

to

Output

MHz

programmed for an oUlput

is

dB below the selected OUtpuI

MHz is 7 MHz (40 MHz

NOTE

greater.

wave analyzer will cover the upper

wave analyzer with the

3320

2QMHz

F2

1 0-13 MH,

MIXER

3320A/B

2,

1 spurious. 10 kHz and

is

3320A/B

60

i3

is

AMPLITUDE and the wave analyzer

3590A

=

ohms, whichever

is>

of

i spurious for a 3320A/B

dB below the reference set

3I2A

5-2.

~

OUTPUT

MHz

3320A/B

develop the

50

into

RA

TED INPUT OF

as shown in Figure 5-4.

Hz.

to

a

- I 10 dBm,

the

dB

Table

for

kHz, 70 kHz,

and

counter

As

3320A/B

on carrier. This

is

>

40

in

3320A/B

kHz, 10.120 kHz,

to

10m

Step

80

kHz.

10 MHz

the difference signal

of

the

centered

is

greater.

dB below the reference set

10.060

in

90

kHz,

100

3320A/B

set LEVELING

to

frequency, the phase

and

to

the

off

output

phase noise

60

FREQUENCY

of

3320B,

RANGE

and

adjust

is

3320A/B

of

the

5

MHz

is

and the

down in a

I-I.

The

meets the

and

repeat

the wave

to

0

and

FRE-

2,

60

the 3320A/B. The wave analyzer meter indication

3320A/B

plug-in will cover the lower frequencies

Figure

F

1

=

12

of

8 MHz, F1 =28

to

is

used to check random spurious

7MHz with the wave analyzer.

- 33 MHz). In Step c above, be sure to check at

frequency

The

of

C. Tune the wave analyzer through

b. Set the LEVELING ON

3594A

a. Connect a wave analyzer

20-33MH,

frequency to 100 kHz and

MHz

110 dBm

The specification

Spurious.

- I 10 dBm, whichever should be > range

for a convenient reference level on the wave analyzer meter. adjust the

frequencies.

3320A/B. The or OUTPUT jack. The

the sidebands with a wave analyzer.

output sidebands are checked at 10

- 28 frequency example, if the

Figure 5-2). The 2, I spurious

action used spurious. The 2, I spurious analyzer or -

I-I.

Spurious (short term stability) specification listed in Table 5-14. This performance test insures the

5-13.

OF

Hz).

in

Figure 5-3

3320A/B

iNPUT

Model

RA

TED

5,000,000.0

(2)

In

001)

Step c, set

(+ 24.99, Option

(1) In Step b, set AMPLITUDE

exceptions:

Use

same procedure as 3320A with the following

a.

3320B:

12.99 MHz.

i.

Repeat Steps g

Section V

355D

to

20 dB and 355C

and

LEVELING

and

h for the frequency

to

7 dB.

MiXER.

DO

NOT

EXCEED THE

is

at

(insure the 5 MHz osciJIator

d. Connect the equipment as shown

TESTS

dBm

of

PERFORMANCE

+

26.99

OFF.

to

Model

3320A/B

PERFORMANCE

TESTS

Section V

FREQUENCY

..

a

hp

l£l

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SYNTHESIZER

33208

@

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EXT

REF

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IN

MIXER

hplO534

150KHz

r----------,

,

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3$20"'8·8'

260110

c. Set the 3320A/B RANGE to 10

to

1O.Ql,

and VERN IN/VERN OUT to OUT. Adjust the

MHz,

3320A/B amplitude for a convenient reference

ac voltmeter.

d. Set the oscilloscope DISPLAY to adjust for a convenient display channel A signal

will

not lock.

ALT

of

both channels. The

e. Set the 3320A/B FREQUENCY to 10.00. Adjust the

frequency display on the oscilloscope

of

the 5

MHz

oscillator until the channel A

is

drifting very slowly.

L

Figure

FREQUENCY

level

BTrigger and

LPF

"

.0068

_________

on the

FREQUENCY

OOU8L[R

hPlO515A

QUARTZ

g

I

9

OSCILLATOR

hp

105A/8

•

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WAVE

ANALYZER

hp

3590A

.

® : lil

I

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@ @

@)

CI

&-3.

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C2

.012

1300pF

Spurious.

f.

1~lol

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>0

~

,

,~

C3

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& I

.J

Ground the Channel B input terminal on the oscillo-

OJ

"

scope and adjust the display for a convenient reference. Set the input terminal to de.

g.

Disconnect Channel Bofthe oscilloscope from point

A(Figure 5-4) and connect to point

B.

h. The oscilloscope display on Channel B should

through 0 Vdc when the 3320A/B signal and the reference

oscillator signal areinphase quadrature. The indication on

theacvoltmeter, when the Channel B oscilloscope display is

at 0 Vdc, should

be>40dB

below the reference set in

Step c.

0

•

hp

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FREQUENCY SYNTHE SIZER

a

hp

33208

IL-""'-"-"""'-""-'

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OSCILLOSCOPE

hp

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150KHz

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Figure

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PLUG IN

hPl80lA

LPF

---

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.00&8

--

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150

C2

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AI

SignaltoPhase

A

-

---,

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CiW'

Noise.

fREOUEHCY

OOU8LEJt

hp

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QUARTZ OSCILLATOR

hp

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AC

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15KHz

LPF

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--,

I

RI

.

""

VOLTMETER

[g@

I

ho403A

@ ;

5-5

5-6

IN

kHz

follows:

IN IN IN

OUT OUT OUT OUT OUT OUT OUT OUT OUT OUT

VERN

+24.99 dBm

as

__ _. + 26.99 dBm

__

....

0000.10

0000.50

0000.99

0001.

1299.

00.01

12.99

000.1

129.9

0001.

1299.

00.01

12.99

LEVELING OFF FREQUENCY 10.00 RANGE _..10

VERN IN/OUT

in

Table

I-lover

in

Table

also

insures the 3320B

(Option 001) "

om

Hz to 10 Hz. The specification for the

I-I from

meets the Frequency Response specification listed

its entire frequency range. This test

Frequency Response specification listed

5-20. This performance test insures the 3320A meets the

AMPLITUDE (Standard)

33208

b. Set the 3320B front panel controls

Hz.

MHz.

-13

Hz

0.01

Hz

-

10

Response,

Frequency

3320A

5-19.

OUTPUT jack.

rms

a.

an

oscilloscope to the 3320B front panel

Connect

rms

be

10.000 V

± 0.048 V rms, Option 001).

(9.726 V

voltmeter indication should

3320B:

1000

Hz

1000

Hz

Hz Hz Hz

kHz kHz

kHz

kHz kHz

MHz MHz

10 10

1000 1000 1000

100

lOa

1000 1000

be

10 Hz)

IO.OO

kHz

dBm

10

(>

ON

+26.99 dBm

...

ac

voltmeter indication should

an

ac

voltmeter to the 3320B front panel

...•...................

(3320B, Option 001) . + 24.99

± 0.05 V

ac

The

c.

Remove the 50 ohm load (75 ohm load, Option 001).

Option 001).

5.000 V rms ± 0.025 V rms (4.863 V rms ± 0.024 V rms, Option 001). The OUTPUT jack through a 50 ohm load (75 ohm load,

b. Connect

LEVELING

FREQUENCY RANGE VERN IN/OUT VERN OUT

AMPLITUDE (3320B Standard)

a.

Set the 3320B front panel controls

c. Remove the 50 ohm load (75 ohm load, Option 001).

b. Set the AMPLITUDE

a.

Connect

3320B:

The ac voltmeter indication should be 2 V

meter indication should be 1 V rms ± 0.1 V rms.

Option 001). OUTPUT jack through a 50 ohm load (75 ohm load,

3320A:

at

em

the

13

MHz).

0.8

so

sweep

IN/OUT

the

VERN

positive and

the osciJIoscope and

as

em

3320A

Table 5-2. The peaks on the oscilloscope display

RANGE

in

e.

Set the 3320A front panel controls to the positions

Table 5-2.

negative.

should not vary more than I

listed

positive peaks

V rms.

volt-

ac

FREOUENCY

Frequency Response (0.01 Hz -

of

are

on the center line.

the display

0.2

±

follows:

rms

full

clockwise. The

d. Set the osciJIoscope vertical position control

gain

for 8 em display.

de

and adjust the vertical

of

center. Set the input terminal to

adjust

the vertical position control to position

c. Ground the input terminal

an

ac

voltmeter to the 3320A front panel

9.73 V rms ± 0.5% open circuit.

b. Set the 3320A AMPLITUDE

OUTPUT jack.

a.

Connect

QUENCY OUT to VERN OUT, RANGE to 10 kHz, and FRE-

3320A:

75

ohms

± 0.5% into

001

:

± 0.5% into 50 ohms.

4.86 V rms 3320B Option

10.0 V rms ± 0.5% open circuit.

5.0 V rms 3320B Standard:

10%

open circuit.

2 V rms ±

to 10.00.

full

CW,

VERN IN/

an

oscilloscope to the 3320A front panel

Option 001).

±

10%

5-25.

into 50 ohms (75 ohms,

3320B Output Attenuator Frequency Response, Paragraph

Hz

- 13 MHz, Paragraph 5-21; and

this

test;

of

test

To

all frequencies

dB

output level attenuator.

the 10

(referenced to 10kHz). The total frequency

is

± 2 dB. The specification for the 3320B

all

settings

dB

Frequency Response, 10

total frequency response of the 3320B perform at response specification for the 3320B covers

± 0.5

3320A

in

Table

Absolute.

Accuracy,

I V rms

3320A Standard and Option 001:

This performance test insures the 3320A/B meets the

Amplitude

I-I . The specifications are:

absolute amplitude accuracy specifications listed

5-18.

5-17.

Model 3320A/B

TESTS

PERFORMANCE

Section V

Model 3320A/B

PERFORMANCE TESTS

Section V

c. Perform Steps c

performance check.

d. Set the 3320B FREQUENCY, RANGE, and Vernier

to

the

positions listed in Table 5-3. The peaks on the

oscilloscope should not vary

Table 5-3. 3320B Frequency Response

RANGE FREQUENCY

1000

Hz

1000

Hz

1000

Hz

1000

Hz

1000

Hz

1000

Hz

1000

Hz

!i-21. 3320B Frequency Response.10Hz

5-22. This performance test insures the 3320B meets the Frequency Response specifications listed the 10 dB specification

a. Set the 3320B front panel controlsasfollows:

b. Connect the equipment

c. Adjust the AMPLITUDE

7.000 mV

altenuator

is

± 0.05

AMPLITUDE (Standard)

VERN IN/OUT VERN OUT

RANGE.. FREQUENCY 10.00 LEVELING

± 10

IlV

anddof

in the straight through position. The

dB

(Option

indication on the de voltmeter.

the

3320A

mOre

than ± 0.2 em.

0010 0005 0001 0000 0000 0000 0000

(referenced to

001)

. 10 kHz

ON(>10Hz)

as

shown in Figure 5-5.

of

the 3320B for a

sectionofthis

<0.01Hz- 10 Hz),

Vernier

00 00 00 99 55 10 01

·13

MHz.

in

Table

I-I

with

10kHz).

+26.99 dBm +24.99 dBm

to

d. Set the 3320B RANGE and FREQUENCY positions listed should

voltmeter indications by 71.5 to transpose the errors

indications. Record these adjusted indications. These readings will quency Response performance test.

Table 5·4. 3320B Frequency Response (10 Hz -

!i-23. 3320B

5-24. This performance test insures the 3320B meets the attenuator specification to the straight-through position This specification the

the tolerance of calibrated

output

voltmeter. The

later use

frequency response.

not

output.

the 3320Bisapplied to a

signal and applies

a. Connect the equipment

in

Table 5-4. Thedevoltmeter indication

vary more than ± 70

be

usedinthe 3320B Output Altenuator Fre-

RANGE FREQUENCY

10

MHz

10MHz

1000

kHz

1000

kHz

100

kHz

100

kHz

10

kHz

10

kHz

1000

Hz

1000

Hz

Attenuator

accuracy specification listedinTable

is

± 0.02 dB/IO dB step, 10 kHz, referenced

The tolerance for each added stepisequal to

of

the previous

attenuator.

dc

in

determining the 3320B

Accuracy. 10 kHz.

is

accumulativeasattenuationisadded to

The wave analyzer detects the 3320B

,he

voltmeter indications are recorded for

NOTE

IlV.

12.99

00.01 1299

0001

129.9

000.1

12.99

00.01 1299

00'0

of

the

step

plus 0.02 dB. The

wave

analyzer through a

detected signal

as

showninFigure

Multiply the de

output

attenuator.

output

the

to

mV

13

MHz),

I-I.

The

output

to

a de

attenuator

5--6.

NOTE

Do

not change the settingofthe 3320B 10 dB

attenuatar.

FREOUENCY SYNTHESIZER

hp

3320B

~

H2o

....

I-nn...

CONNECT OR

USE

NOTE

DIRECTLY

SHORT

CABLE.

l

L-----~=):I===================::::::j

TO

33206

Figure !i-5. 3320B Frequency Response (10Hz- 13 MHz).

THERMAL

FOR

hp

OPTION

CONVERTER

II049A

001

USE

This performance

rest

uses a 355A 10 dB

attenuatar with a known accuracy on the 0 dB

dB

and 10 must

settings. The errorinthe attenuacor

be

considered in determining the error

the 3320B.

[~

lip

II049A

MULTI-FUNCTION

,OPTION HOI

hp

3450A

~

METER

~

of

~

~'

;Jl

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5-7

all

of

all

the

All

attenuator.

When

a reference,

of

controlled

(mVI

dB

and 5-23 to

as

are

this attenuation,

.18

.16 .14

• 12

<10

• 8

• 6

• 4

• 2

of

the

IO

5-21

conjunction with

desired frequencies, the

by

The specifications

output attenuator.

Response.

(accumulative)

Specification

of

the output attenu-

in

all

the 3320B Output Section.

+26.99 dBm)

The last three digits

to

10kHz.

dB

is

used

at

dB

attenuator). Each step

is

not affected

in

5.Q. 10

Frequency

56.00

36.00

6.DO

4.00

repeated at another frequency.

(10

in

Table

referenced

· 66.00

·

·46.00

·

-

26.00

-

16.00

•

+

14.00

information

is

steps have been measured at that frequency. Then

digit

again

are

of

the 3320B

Attenuator

·65.00

-

55.00

·

45.00

·

35.DO

·25.00

-

15.00

•

5.DO

+

5.00

+

15.00

Attenuatar (dBm)

as

follows:

all

electronic attenuation

listed

3320B

Standard Option 001

are

h. Specifications for each position

determine the frequency response

recorded information in Paragraph

recorded

steps have been measured

the procedure until

specific frequency, using the previous step

attenuator is measured and the measurement recorded for a

significant therefore, this performance test evaluates only the most Frequency Response

dc

dB.

dBm

by amplitude (i.e. 6.99 digits are

specifications

positions

wave

Frequency Response specifications listed in Table I-I at 5-26. This performance test insures the 3320B meets the

5-25.

and

dBm

dc

atar

dB

the difference

Step e to the

+5.00

analyzer for

to 0

10 Hz)

IO.OO

10 kHz

OUT dBm dBm

of

algebraically add to

in

to

wave

voltmeter indication

3550

to + 15.00

ON

(>

VERN

as

follows:

f,

voltmeter.

dc

indication on the

AMPLITUDE

dc

dB

and down range the

dB

and adjust the 355C and the

d.

Adjust the 355C and thc

AMPLITUDE

10

.....•..............

(Option 001) + 24.00

(Standard) +25.00

dc

indication on the

dB.

IN/OUT

5-8

recorded in Step the previously recorded difference instcad

settings listed in Table 5-5. In Step

g.

Repeat Steps e and f for the remaining attenuator

difference recorded in Step d.

voltmeter indication and the reference set

Algebraically add and record the difference between the

(+

4.00 dBm, Option 001) and set the 355D to 0

L Set the 3320B

a 1.000 V analyzcr 10

e. Set the 355D to 10

and

the reference set in Step c.

record the difference between the

(+

14.00 dBm, Option 001). Set the d.

Set the 3320B

voltmeter.

wave

analyzer for a 1.000 V

c. Set the 355D to

LEVELING FREQUENCY RANGE

VERN AMPLITUDE

b. Set the 3320B front panel controls

(I

~.:

~

OUTPUT

RECORDER

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METER

@

i

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ANALYZER

hp

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MULTI-FUNCTION

CABLE

SHORT

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355C

lOB/STEP

3320B

Attenuator

CABLE

SHORT

<.)

3550

5-6.

SHORT

P

AThENUATOR AT"hENUATOR

10DB/STEP

Figure

CABLE

'"

SJlO

..

·.·llO

..

• •

@ II' II' @

.

hp

<e)@-©

FREQUENCY SYNTHESIZER

@ @

3320B

Model

3320A/B

TESTS

PERFORMANCE

Section V

Model 3320A/B

33208

Standard

+

25.00

+

15.00

+

15.00

+

5.00

+

5.00

15.00

'5.00IRef!

25.00

-

25.00

-

35.00

.

35.00

-

45.00

-

45.00IRef!

-

55.00

-

55.00

.

65.00

Attenuatar (dBml

Option 001

(Ref)

(Ref) +

IRef)

IRef! -

(Ref) .

IRef!

+

+ +

-

24.00

14.00

4.00

6.00

'6.00

16.00

26.00

36.00

46.00

56.00

66.00

PERFORMANCE

Table

5-5_

Output

3550ldBI

(Ref)

IRef!

(Ref)

IRef!

(Ref!

(Ref)

IRef) 10

(Ref)

'0

0

'0

0

'0

0

'0

0 Record de Voltmeter Indication

'0

0

10

0

10

0

'0

0

TESTS

Attenuator.

Wave

Analyzer

Record de Voltmeter Indication

RecorddeVoltmeter Indication

Record de Voltmeter Indication

RecorddeVoltmeter Indication

Record de Voltmeter Indication

+ 10

- 10

-

-30

-40

-

0

20

50

60

70

Section V

(dBm)

3.

Connect the equipmentasshowninFigure 5-6.

NOTE

This performance lesl uses a 355D 10 dB

atlenualOr with a known accuracy on the 0 dB and

10

dB settings. The errorinthe attenuator

should be usedindelermining Ihe errorofIhe

3320B.

b. Set the 3320B front panel controlsasfollows:

Table 5·6. 3320B Frequency Response.

3320B

ATTENUATOR

Standard Option 001 LEVELING

+

26.99

to +

3.00

3.01 to

-

23.00

SETTINGS

24.99

-

·25.00

5.00

5.01 to

(dBm)

to

..

AMPLITUDE (Standard)

(Option

001)

+ 25.00 dBm

+24.00 dBm

VERN IN/OUT VERN OUT

RANGE 10 kHz FREQUENCY 10.00 LEVELING . . . _

c.

Set the 355Dto10dBand adjust the 355C and wave

..

ON(>10 Hz)

analyzer for a 1.000 V de indication on the de voltmeter.

d. Set the 3320B AMPLITUDE

(+ 14.00 dBm, Option 001). Set the 355D to 0

fa

+ 15.00 dBm

dB

and

record the difference between thedcvoltmeter indication and the reference set

SPECIFICATION IdBl

OFF

±

0.5

±

0.5

in

Step c.

LEVELING ONI>'0

:!:.

0.05

± 0.1

H,)

- 23.01 to . 25.01 to

·53.00

. 53.01

.

69.99·

..-73.00

75.00

.... -

to

dBm, dBm,

remote control. remote control.

-

55.00

- 55.01 to

. 69.99

±

0.5

1:

0.5

±

0.2

1:

0.4

...

5-9

Ohm Adapter.

75

To

5-10

Figure 5-7. 50 Ohm

(+

14.00, Option 001) attenuator step has (2)

Once the frequency response for the

+ 15.00 dBm

OFF,

NO.

SLEEVE

NO.

I/eW

NO.

The specifica-

11048-27604

-hp-PART

0698-4398

86.6n

R2

CONNECTOR

Hz.

I/BW

THREADED

c;:-

-hp·PART

c::--

11048-27603

-hp-PART

NO.

1%

-PART

RI

500

750

attenuator settings.

0757-0291

-lip

24.9n

NO.

on

all

RI

0757-0392

-hp-PART

43.201/aw

is

± 60 mY

h. Repeat steps b through e with the LEVELING

tion FREQUENCY 00.05, and RANGE 1000

as

B recorded

attenuator step in

recorded in Paragraph

measured on the

10kHz.

001)

in

Paragraph 5-23, Step d.

is

2 mV positive in respect to

MHz

10kHz

d)

+ 15.00 dBm attenuator step.

10 kHz on the

= 2 mY. Indicates I MHz

+ (- I mY) - (- I mY) = 2 mV - I mV + I mV

A = 2 mV

Paragraph 5-23, Step d = - I mY.

+ 15.00 dBm (+ 14.00, Option

0=

The recorded error at 10 kHz measured on the

mY.

5-21,Stepd=-1

C = The adjusted error at I

I MHz (Step d) = + 2 mY.

B= The recorded error at

Example:

+ 15.00 dBm attenuator step

D = The recorded error at

in

d.

of

the recorded error (Step d),

Paragraph 5-21, Step

C = The adjusted error at the same frequency

B= The recorded error (Step

measured at a specific frequency, to

A = The relationship

as

of

the

Hz)

of

10

A = B

+C - 0 where

..

75.00

dBm,

remote

control.

..

73.00

dBm,

remote

control.

-

69.99

±

45mV

±

23mV

:!:

12

mV

5mV

±

ON

(>

LEVELING

Specification

to

001

5.01

5.00

(dBm)

.

55.01

-

55.00

- 25.01

.

25.00

+

24.99

Option

Settings

• - 69.99 ....

to

3.00

to

Attenuatar

- 53.01

-

53.00

• 23.01

·23.00

- 3.01

+ 26.99

Standard

33208

step

001)

as

follows:

of

each step.

di·

g).

by

comparing

a specific attenuatar

10

kHz. Due to the

of

frequency response, use the following formula:

(I)

For the + 15.00 dBm (+ 14.00, Option

of

Step d are compared

10

kHz

on

that step (See Step

the recorded indications

g.

To determine the frequency response

rectly to step cannot be determined

the frequency response

reference frequency for the frequency

amount response specification

The

of

errOT

in

the test equipment used,

is

NOTE

follows:

(4) The frequency response specifications are

in

Table 5-4.

f.

Repeat Steps c, d. and e for frequencies listed

the preceeding steps for C in the formula.

are

of

the attenuator using the calculations

(I» for each

remaining steps

(3) Repeat the procedure (Step g

Table

c.

Ref

in

Step

the settings used

5-5

The Attenuator settings marked

for the

+ 5.00 dBm attenuator step.

-

D,

for C. The procedure (Step g (I» will then be repeated

+C

Model 3320A/B

been calculated, it must be used in the formula, A = B

PERFORMANCE TESTS

NOTE

e. Repeat Steps c and d for seltings listed in Table 5-5.

Section V

Model 3320A!B

ADJUSTMENT PROCEDURES

Section V

5-27. ADJUSTMENT PROCEDURES.

5-28. The following

for the 3320A/B. This procedure should be

if

the 3320A/B has failed the performance tests.Ifproper performance dures, refer to the troubleshooting procedures, Section VII.

5-29. Power 5-30. This adjustment procedure sets the +15V de supply

and checks the voltages

± 30 V

3. Connect a de voltmeter between

(+

15

V de) and

b. Adjust

15.050 V de.

c. Connect the de voltmeter to the following pins and

insure each voltage

d. Connect the de voltmeter ground to A17pin 4.

Check the following voltages to insure they are within the

tolerances shown.

cannot

Supply.

de

supplies.

AI7R23

AI7pin AI7

pin p 5.000to5.300

AI7

pin 7

AI7pin8..........

is

a complete adjustment procedure

conducted

be achievedbythe adjustment proce-

of

the -15V dc, ± 5 V dc, and

AI7

pin 10 (ground).

(+

15

V adjust) for 14.950 Vdeto

is

within the tolerances shown.

14

5.000t05.300

·4.850

...-14.8to-15.2

to - 5.370

AI?

only

pin L

b. Connect the oscilloscope to

panel

outputofthe counter to the EXT FREQ REF input

on the rear panel

c. Set the counter rear panel MODE to I T STD FREQ

and OUTPUT STD FREQ

d. Adjust A8C4

the oscilloscope

e. Ground the oscilloscope input and adjust trace for

center

of

A8C4 for 0 V de with no sinewave on oscilloscope display.

of

the 3320A/B.

to

(20

MHz ADJUST) until the display on

is

a sinewave >6 V p-p.

display. Set oscilloscope

f. Connect the counter

panel

of

the 3320A/B. Counter indication shouldbeI MHz

± I Hz.

5-33.

VTO

Linearity.

5·34. This adjustment procedure sets the VTO for a linear

output

over the 3320A!B frequency range.

a. Connect the de voltmeter to A3TP2. Set the 3320A/B FREQUENCY to 12.99 and adjust A3R38 (PRETU E ADJUST) for

- 10 V de ± 0.3 V de.

de

b. Connect the 3320A/B FREQUENCY from 00.99 to 12.99 steps. The de voltmeter indication should not

negative

than-4Vdeon each

voltmeter

10 MHz.

to

the I

A7TPl.

inputtode

Connect

MHz

OUT on the rear

a voltmeter indication

to

A3TPI.

frequency

setting

the

rear

and readjust

Set the

in

I MHz

be

more

.

of

AI7pinB AI7pinC

5-31. Reference Oscillator.

5-32. This adjustment procedure sets the20MHz Refer-

ence Oscillatorbymonitoring the I MHz

panel

of

the 3320A/B.Italso sets the External Reference

Phase Lock circuitry.

If

Ihe 002, steps not need being adjusted this performance test does not need to

. . . . . . . . . . . . . . 29.125 to 30.875

. .

·28.800

NOTE

to . 31.200

output

3320A/B being adjustedisan

bandcof

to

be performed.Ifthe 3320A/B

is

Ihis

performance lest do

notanOption 002, step a

on the rear

Option

of be

performed.

a. Disconnect the short cable between the EXT FREQ

REF and the 5 MHz OUT on the Connect the electronic adjust the COURSE and FINE adjustments on

rear panel for 5,000,000 Hz. Reconnect the short cable

between the EXT FREQ REF and the 5 MHz OUT. Connect the oscilloscope

counter

to

A7TP I

3320A/B

to the 5 MHz OUT and

rear panel.

the

3320A/B

5-35. Vernier .

5-36. This adjustment procedure sets the Vernier Oscillator

10kHz

for a Vernier.

a. Set the 3320A/B FREQUENCY TO 12.99, RANGE

to

10 MHz, VERN IN/VERN OUT to VERN IN.

b. Connect the

(DC

REF

± 0.02 V de.

c. Connect the counter to the 3320A/B rear panel OUTPUT (20-33 MHz). Set the 3320A/B FREQUENCY to 0000,

adjustAlR50 for 20 MHz ± 100 Hz.

d. Connect the oscilloscope capacitor. Adjust maximum signal on oscilloscope display. Display should

>250 mV

e. Set the 3320A/B Vernier to 99. Adjust (10 kHz ADJUST) for 20,010,000 Hz to 20,010,075 Hz indication on the counter.

swing (VTO

de

ADJ) for adevoltmeter indication

AIC3

pop.

output)

voltmeter to

(10 MHz LEVEL ADJUST) for

on the front panel

AITPI.

to

AITP2

through a 6.8 pF

Adjust

of·

6.06 V de

AIRI

L.a.

AIR34

f. Set the 3320A/B Vernier to 50. Adjust AI R50

(5

kHz ADJUST) for 20,004,950 Hz

indication on the counter.

to

20,005,050

Hz

be

5·11

5-12

24.99 dBm,

output

± 2 mV

thereisa

(+

jumper cables.

de level on the

Hz).

10

10.00, RANGE to

all

shifting back.

th~

dBm

of

(>

to

+26.99

to

Option 001), and LEVELING to ON

10

kHz, AMPLITUDE

j. Set the 3320B FREQUENCY

10

MHz.

to

RANGE

e. Set the 3320A/B FREQUENCY to 12.99 and

necting to 3320A/B.

out on the

I0 assembly.

Set 355D attenuatar ta 20

MHz

This adjustment procedure sets the output

d. Connect the spectrum analyzer through the 355D

c. Remove the brown cable from the Pre-Amp output voltmeter « 100

b. Connect the

a. Set the 3320A/B FREQUENCY

(20-33 MHz). attenuator to the 3320A/B rear panel L.O. OUTPUT

output jack.

20-30 on the A

ac

AIOR37 (AC SIGNAL NULL) for a null indication on the

1000 Hz, and LEVELING to

common mode rejection. Mixer for minimum carrier signal feed thru and maximum

540.

dB

jack.

ohm load, Option DOl) to the 3320B front panel

i.

ac

voltmeter through a 50 ohm load (75

de

1.5 (OFFSET ADJUST) until

voltmeter

MHz

input on the AI2B assembly.

is

on the threshold

the opposite direction until

AI2BRI0

to

the 3320B front panel

em) de level shift (either up

Connect the

dc indication on the dc voltmeter.

h. Adjust AIOR45 (DC OFFSET) for a 0 V de

(+

24.99 dBm, Option DOl). g.

Set the 3320B AMPLITUDE to + 26.99 dBm

output

jack.

f.

Connect the

cable to the 0-13

Replace the red cable to the 20 MHz input and the clear

e. Remove the 5 ohm resistor and

oscilloscope display

d. Adjust

A12BRI 0

or down) on the oscilloscope display then readjust noticeable (approximately

the

of

in

before con-

NOTE

AID

assembly to the Pre-Amp

Move

the green cable from the

mV

ac).

ac

voltmeter to AIOTPI. Adjust

OFF

(3320B).

to

0100, RANGE to

to

input

MHz

15.00 dBm,

jack on the

(+

MHz

display for a convenient reference. .1

is

used). Adjust oscilloscope

to

de and VOLTS/DIV to

of

the oscilloscope across the 5

in

parallel) between A12BTPI and ground.

input on the AI2B assembly. Short AI2BTP2 to

to

10.00, RANGE

output

voltage level.

(.0I if 10:1 divider probe

c.

Set the oscilloscope INPUT

ohm resistor. Connect Channel A input

10

ohm resistors

b. Using jumper cables connect a 5 ohm resistor (two

ground with a jumper cable. 0-13

MHz

on the AI2B assembly. Remove the clear cable from the Option 001). Remove the red cable from the 20

10

K,

and AMPLITUDE to + 17.00 dBm

a. Set the 3320B FREQUENCY

3320B:

de

offset, and proper

of

the 3320A/B for minimum temperature drift, minimum

542.

This adjustment procedure sets the amplitude section

5-41.

Amplitude.

output

on the AID assembly.

AID assembly. Replace the brown cable to the Pre-Amp

g.

Return the green cable to the 20-33

to

level

(3.0801 V de

(DECAY

de

AIIRI6

RIO (REFERENCE

indication on the

limits are met.

All

AIITPI.

Hz

(10 kHz ADJUST) for

all

± 0.0005 V de (9.729 V de

to

de

± 0.0002 V

3320B.

AIR34

33,000,100

Balance.

Option 001). Adjust

DI

A Converter.

Reference,

Hz

to

5-39.

Carrier

± 0.002 V dc, Option 001) indication on the de voltmeter.

ADJUST) for 3.1659 V

(-5.00dBm,

c. Set the 3320B AMPLITUDE to 17.00 dBm

meter.

± 0.005 mV dc, Option 001) indication on the de volt-

ADJUST) for 10.0000 V de

(- 5.01 dBm, Option 001). Adjust

b. Set the 3320B AMPLITUDE to 16.99 dBm

a. Connect the de voltmeter

from the 5-38. This adjustment procedure sets the reference de

5·37.

Amplitude

counter. 33,000,000

12.99. If necessary readjust

I.

Set the 3320A/B Vernier ro 99, FREQUENCY

h. Repeat steps e, f, and g until

Model 3320A/B

analyzer display.

of

MHz

signal on the spectrum

the 32.99

amplitude

indi-

Hz

f. Adjust AIOR31 (CARRIER NULL) for minimum

PROCEDURES

ADJUSTMENT

to

20,000,000

to

00. Adjust AIC6

cation on the counter. (0

Hz

ADJUST) for 19,999,950 Hz

g.

Set the 3320A/B Vernier

Section V

Model 3320A!B

ADJUSTMENT

PROCEDURES

Section V

k. Adjust AI2BR30

± 0.001 V

indication on the enough range remove AIBAR2 (thermocouple), rotate it

0

180

adjustment

l. Set the 3320B AMPLITUDE

(+ 15.00 dBm, Option 001) and adjust A12BR34 (1.583 V

ADJ) for 1.583 V ac

ac, Option

3320A:

a.

output jack. Set the 3320A AMPLITUDE Full C

b. Remove the brown cable from the input assembly. Connect a jumper cable between AI2A ground.

c. Adjust

de

indication on the de voltmeter.

d. Remove the shorting cable from A12A replace the brown cable. Adjust AIOR45 a 0 V de

ac

(4.8646 V

ac

and replace it back on the AI2B assembly. Repeat

,

of

A12BR30.

001)

indication on theacvoltmeter.

Connect the de voltmeter to the 3320A front panel

AI2ARII

± 2

mV

de indicationonthe de voltmeter.

(+

5 V ADJ) for

ac

± 0.0012 V ac, Option 001)

voltmeter. If AI2BR30 does not have

± 0.001 V

(DC OFFSET) for 0 V

ac

(1.540 V

5.000V

to

+ 17.00 dBm

ac

of

(DC

OFFSET) for

± 0.002 V

W.

the A12A

11

and

de

± 2 mV

11

and

ac

e. Connect the

ohm load, Option 001) to the 3320A front panel output

jack.

f.

Adjust A9AR52 (AMPLITUDE ADJUST) for

1.000Vac

5-43. Harmonies,

544. the

3320B

a. Connect the spectrum analyzer through the 355D

(set to

jack.

b. Set the 3320B FREQUENCYto12.99, RANGE to

10

MHz, AMPLITUDE to + 26.99

Option 001), and LEVELING to

c. Adjust AI4R55 (BIAS ADJUST) until the third harmonic below the 12.99 analyzer display.

5-45. Leveling,

546. signal for equalaelevels when switching from LEVELING OFF to LEVELING

± 0.1 V

This adjustment procedure sets the harmonic level

output signaltoa minimum.

40

dB) attenuatortothe 3320B front panel

of

the 12.99

This adjustment procedure sets the 3320B

voltmeter through a 50 ohm load (75

ac

indication on the ac voltmeter.

33208.

dBm

(+ 24.99 dBm,

ON(>10 Hz).

MHz

signalisapproximately 42

MHz

funuamental

33208.

ON(>10Hz).

on

the spectrum

output

of

dB

+

15

CR

I,

CR2

!,

CR3

I,

04

aS

'-

02

-I

03

R23

V a

:nl

+5

""

AC

Power

Module

(includes

F1J

"'"

[~LLJ

-_01-1~

~ 7 ;

'--;::;-

Rev.

l:0

A

~

Ir,.

~

;;

~

«

"

A39Pl,

A28Pl

(ASCII)

(BCD)

'"

'LIL

I;!

~~~~4:

IIIII1

rIDJIII

!

~

A22

~

«

•

:;;0

« «

U

•

ro

~

J=.J'

I

§

Ml

€

~

MI~

Lr[]1

A2S.

AI.

h

..

~

0

~

;;. ;;

«

~

;--

Al3

•

u

Al5

...J

b'-"."

U

A39

I

c"

w w w

i i

n'o.

i !

~

,

AI9

.rtrn

XA17

I I

<,

1U

IlJ

iii

LI

.

1lJ

RI

'2

':-'

.

Figure 5-8. Chassis Mounted Components.

5-13

5-14

..

..........

_-""--

at J9. Turn instrument upside down and remove the output cable

Step C

Screws

holding front panel to side castings.

Remove four

MP25.

and

MP21

om

covers,

top and bolt

Remove

Step A

removing the 3320A!B front panel. 5-52.

The

following procedure provides information for

dBm

as

recorded

(+ 14.99 dBm,

dBm

+ 16.99

5-51.

Front

Panel

Removal.

75

ohm instruments.

on

Step B

INFORMATION

± 200 mV de.

tions are within

MAINTENANCE

INFORMATION.

GENERAL

MAINTENANCE

+16.99 dBm. Repeat steps b and c until the two indica-

d.

Adjusting A9BR27 effects the voltage indication at

33208.

in

step

b.

de

voltmeter indication

Set

AMPLITUDE to + 17.99

voltmeter indication.

3320B

de

ADJUST) for the same

(+

15.99 dBm, Option 001). Adjust A9BR27 (PRETUNE

c.

Option 001). Record 10 kHz, and AMPLITUDE to

b. Set the 3320B FREQUENCY to 10.00, RANGE to

ac

ac.

10m

V

10

Hz). Record the

(+

14.99 dBm,

(>

dBm

in

step b ±

ON

to + 16.99

Response,

as

recorded

AMPLITUDE

lion for 50 ohm and

panel assembly. Also included is a cam positioning infom1a-

front panel removal, front panel disassembly and front 5-50. The following paragraphs cOhtain information

5-49.

GENERAL

loop

transient response.

548.

This adjustment procedure sets the 3320B Leveling

5-47.

Transient

voltmeter indication A9BC24 (LEVELING OFF ADJUST) to the same

c.

Set the 3320B LEVELING to OFF and adjust

ac voltmeter indication.

Option 001), and LEVELING to

10kHz,

b.

Set the 3320B FREQUENCY to 10.00, RANGE to

Model

3320A!B

outputjack.

a.

ac

a.

de

voltmeter to AI2BTP3.

Connect the

INFORMATION

MAINTENANCE

GENERAL

voltmeter to the 3320B front panel

Connect the

Section V

Model

3320A/B

GENERAL

MAINTENANCE

INFORMATION

Section V

StepD

---".,

Remove

and remove the front panel.

5-53.

5-54. The following procedure provides information for disassembling the 3320A/B front panel. This replacement Assembly. wafers Section

in~truments.

Step A

the ribbon cable from the A13Switch Assembly

Front

Panel

Disassembly.

will

of

the switch wafers on the AI3 Switch

On

earlier 3320A/B instruments the switch

were

not replaceable. Refer to the backdating

VIII

for serial number breakdown for the earlier

allow

six

Remove the

Switch Assembly. Unsolder decimal indicator wires (Note

wire colors and destinations).

Step C

Remove Readout Disks

MP59

- 3 each, MP60).

MP54. MP55. MP59 and

have cams mounted on them. Do not loosen the

Allen screws on the cams.

screws holding the front panel to the AI3

MP60

MP55,

NOTE

MP61

",l,

MP58

- 2 each,

Readout Disks

Step B

<

•

Remove

'.

•

..

front panel knobs and leveling switch.

:

Step D

•

'!{t;

)

•

.--

MP19/

Remove mounting nuts holding AI3 Switch Assembly to MPI9.

•

't

..,

•

5-15

5-16

tighten Allen screws.

as

shown above,

Loosen Allen screws on cam, position cam

"

•

..

•

.'

output

posi-

as

shown above,

3320B Option

for

the

maximum

output

for the standard 3320B is

cam, position cam

output

this cam prevents the amplitude

on

of

dBm.

the impedance cams. These cams are located on

+

24.99 dBm. The maximum

SAD Readout Disk (See Paragraph 5-56, Step B).

of

is

2nd

3320B Option 001 :

tighten Allen screws.

Loosen Allen screws

Standard 3320B:

001

+

26.99 dBm. The maximum controls from being set higher than Proper positioning the

tioning

5-58. The following procedures indicate the proper

M..

....

G:P

Thi!i

..

.I.

. .

,

...

R07BL~:E

..;;-

TOP

OF ASSEMBLY

rotated.

of

Readout Disks when

are

they will prevent scratching between Readout Disk and front panel.

Maintain approximately 1/16 inch clearance

NOTE

tighten Allen screws. Hold Readout Disks in positions listed in Table 5-7 and

CW,

then

CCW

one position.

CW

(See Figure below).

.....

gap

in

rotor blade is up.

3rd

SAD,

CW

and

LSAD

amplitude switches

2nd

amplitude

3rd

SAD

digit. digit.

SAD

as

\

Range MSAD

2nd

SAD, LSAD

2nd SFD, LSFD,

MSFD

Most significant

..

Most significant frequency

MSAO'"

//./

follows: Set the frequency, Range

**

the

MSF D

for

a 1 in

Readout

M)

Window

the

rotate

flag

the

to

Panel

Model 3320A/B

in

to

rotate

0 0 0

+2

K

(next

0

12

Front

Positions.

Continue

overrange

3rd

In

Disks

the

Settings.

window.

trips

overrange digit,

..

Number

Readout

cam

Cam

Disk until a 2 appears

the

and

MSFD

Disk

5-7.

Impedance

window.

Readout the

overrange

Disk

until

..

On

MSFO

LSAD

SAD

Range

LSFD

SFD

Readout

Table

5-57.

2nd 3rd MSAD

2nd Overrange,

INFORMATION

not

tighten

MAINTENANCE

GENERAL

MSFO'"

OVERRANGE

switch shafts. (Do

onto

front panel.

Step

B).

with locking nuts. (Sec Paragraph 5-54, Step

3320A/B

Panel

Assembly.

MPI9

Front

Step B

graph 5-54, Allen screws). Replace and fasten front panel. (See ParaD). Slide Readout Disks Replace

Step A

assembling the 5-56. The following procedure provides information for

5-55.

Section V

Model

CAMS

3320AjB

and

COLLARS (See Note)

Section

V

~

~(MP54)

17

.

~-"'---

•

f

MP62

NOTE:

Cams

Disks noted

and collars (parts

in

parenthesis).

..

·

.~Ll1

:

~

,

=-i@;~

r~:

11

12

d

Q~~13

.A?

~'"

~

16

17, 18.

Figure 5-9. Front Panel and Vernier Control Mechanical Parts.

15

19,

'\

14

8

20)

fit

on

Readout

7tl~

MP62

5-17

PERFORMANCE

TEST

CARD

Hewlett-Packard Model 3320AlB

Frequency Synthesizer

Serial No. _

Frequency

Harmonic

Accuracy

Vernier

12.22

1.10MHz

00.01 Vernier

00.0150

12.9999 1000

100

10

1

000

Distortion

10

kHz

129.9

kHz

150

kHz

1299

kHz

4MHz

7

MHz

12.99

MHz

Out

1

MHz MHz

MHz

In

MHz MHz kHz

Range

kHz

Range

kHz

Range

Hz Range

.9999990

12.219878

1.099989

99.99900

14.000

12.9989

MH'

MH,

MHz

'"

kHz MHz

Test Performed

By

_

Date _

1.0000010

12.220122

1.1000'1

100.00100

16.000

13.0009

>-

>·50

>-

>·40

> -

>-

>·40

60 50

40

MH, MHz

MHz

JlS

kHz MHz

dB

Spurious

SignaltoPhase Noise

3320A

Amplitude

50

Open

33208

Amplitude

50

Open

Frequency

Ohm

Accuracy

load

circuit

Accuracy

load

circuit

Response

3320A 3320B, 0.01

3320B,10Hz-13

Adjusted Errors:

MHz

12.99

Hz-l0

.01

MHz

Hz

1299

kHz

>·60dBor·110dBm

>-

40

dB

0.9 V

rms

1.8Vrms

4.975

V rms

9.95

V

rms

·0.8

em

-

0.2

em

6930~Nde

1

kHz

129.9

kHz

.1

kHz

12.99

kHz

1.1Vrms

2.2 V rms

5.025

V rms

10.05

V rms

+ 1 em

+0.2em

7070

IlV

.01

kHz

de

1299

Hz

10

Hz

Attenuator Accuraey,

+ 15.00

d8m

+

5.oodBm

-

5.00

dBm

-

15.oodBm

-

25.00dBm

-

35.oodBm

-

45.00

dBm

. 55.00 dBm

- 65.00 dBm

33208

0.998

V de

0.996

V de

0.994

V

0.992Vde

0.990

0.988 V de

0.986

0.984 V de

0.9B2 V de

de

V de

1.002

V de

1.004

Vdc

1.006Vde

1.008

V de

1.010Vdc

1.012Vdc

1.014Vde

1.016Vdc

1.018Vdc

Attenuator Frequency Response,

Record Readings (Step

12.99 MHz I

+15

+ 5

- 5

- 15 25

-

-35

- 45

-

55

-65

Calculated Error (Step g):

.01

MHz

---

+15

+ 5

- 5

- 15

-25

-

35

-45

-55

-65

12.99

MHz

33208

d):

.01

MHz

11299

kHz

1299

kHz 1 kHz 129.9 kHz

--

11

kHz I

1299kHz

•

.1

---

1.1

kHz 12.99

kHz

I12.99

kHz

.01

kHz 12.99 Hz

---

1.01

kHz

1299

10

--

Hz

I 10

Hz

Specification

5mV

•

5

mV

•

±

12

mV

±

12

mV

±

23mV

±

23mV

±

23mV

±

45

mV

± 45

mV

Model 3320A/B

SECTIO N VI

REPLACEABLE PARTS

6-1.

INTROOUCTION.

6-2.

TItis

section contains infonnation for ordering replace-

6-1

ment parts. Table reference designators and indicates

each part, with any applicable notes, and provides

following:

a. Total quantity used in the instrument (TQ column).

The total quantity

number appears.

b. Description

below.

lists parts in alphameric orderoftheir

the

-hp- part number

of

a partisgiven

of

the

part. See listofabbreviations

the

fIrst time the part

of

the

Section VI

6-3. Miscellaneous parts are listedatthe endofTable 6-1.

6-4.

OROERING

INFORMATION.

6-5. To obtain replacement parts, address orderorinquiry to

your local Hewlett·Packard Field OffIce. See Appendix B

of

for a list

offIce locations. Identify parts by their Hewlett-Packard part numbers. Rebuilt boards can be purchased

at

a reduced price on an exchange basis.

See

Page

6-31 for a listof3320A/B rebuilt boards and their part

For

numbers.

more information contact your local

Hewlett-Packard Field OffIce.

6-6.

NON-L1STEO

PARTS.

6-7. To obtain a part thatisnot listed, include:

c. Typical manufacturer

See Appendix A for a list

d. Manufacturer's

Ag

.............•.......•..•.•..•

AI

. •

A.

Au.

c.

~.

~

..

_.

00_.

conn.

.....

OPOT .

DesT

elcct encap

F

..•.•..........•....•.•••••••

FET field

hd

. .

GaAs

GHz

gd

• •

Ge.

gnd

..............•.

H.

H!I_.

A.

8

BT..••..................•.•.

C . CR

Dl.

OS.

E • mise

F

_ _

•....................•.

• CQnMCtion

..

..•...

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

.................•

...•.

.•.................•.

•..............

.•.•..•.•.••...........

.

_

•............

.

•.........

doubl

..

double·poI1

gi9OJhertz·

.

..........•.•

·polll

__

.

.....•••

part

.

... double·thro

eflect

.

gallium

.

...

electronic

of

manufacturers.

number.

~IYff

munum

1I~bl

•..

lJOld

CIlPk'10<

•...c..

.....,

coefficient

common

oomposition

~ted

..

"ngll·thro

..

Ilectrolytic

encipsullited

.1

...

.-1('11

fr~sinor

..

flxed

affenidl

9

10.

herU

~

...

dled)

.gltrmanium

groundledl

henryliesl

mercury

..-mblv

.•.

molor

battery

••

capacitor

diode

wlay

line

•

.Iamp

pan

fum

the

partina fIve-digit code.

H2

10 .

•..•.••.••••...........

impg

incd. ins.

kil

..

kHz.

l..

lin

.......................•••

log.

rnA

MHZ

...•.•..•.....

M!1. met

11m

.•....•................

mlr

ms..

~~

p:F.••

J.Is_•.••.••••.••••.••.••

IN.

"'"

nA..•....

NC nor 'V

N., • •

NO

...•.•.••.••..........

Pr"i.

terl gill"

kilo

-

0.<<0

.....

""'.

'C.

HR

".

, .

K.

'-

M

..........•.

M'

,.

hertz

(cyclels!

••

,irt1idOl!

•

.••.........

•

.•.......

•........

...

miliiamPf!l"elsl •

.

....

.....••.•...'.•.....

:::

•••.••............

.

~.lsl.IO·g.mperes

5ymbob

T

G

MorM"ll

If:

ark

,

..

d

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

.

•.••..........

.••.••.•.••.••.••.

........

j~t

in

kilohrnlsl _ 10+

kilohertz

.

...looprithmic

1()"3

ml!g.llhertz -

megohm(s)·

manuflCtur

. .millise«>nd

·..:.ili;~l~isi

microhwillHsI

microsecondlsl

micrO¥Ottlsl-

_

normally

MUltipli.

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

inMgl"ated

...•.•..

_

....•.

mechlnical

a. Instrument model number. b. Instrument serial number.

c. Description

d. Function and location

ABBREVIATIONS

per

SllCOtIdl

NPO

•..•..•.••.•.•..

ns

(tillmeter

impngnallKl

..

l,tionl«l1

_ 10+ 3

Ii

10

10+6

meu,1

'

•.

~:~

10-6

Mvl-@

DECIMAL MUL

10'2

",

,,.

,0'

..

,.

,..,

nsr .

.....

"

3

ohms

DO

hertz

P • . •

induclor

pA.

pc

Ufl«

taper

amperes ...

e

hertz

ohms

valls

dOlled

.nf!Of>

~

'

DESIGNATORS

filt.... Q . .

circuitR.. . . . . . . . ....••. ff!'Sinor

.•

''''IV

inductor

m'n.... TB

. . plug

.......•.•............

pF

• •

piv.

plo

pos

. .

poly . pot

•.•.......•...........

film

....

Pi'

ppm

prec:. .

•....

long

R.

,..

rms

..

ro

..

Se

.......................•.•.•

3Kt.

5i..............

TIPl.IERS

Pr.li.

centi

milli m micro

"~O

pico femlo

.n.

at....

OCR.

jact<

RT S _ T.

part

TC. TP.

nell"liwe

I,ero

temper.lur.

R3f\OSKOtKl(s)

not

separel2ly

........

ordil'rbydeteJ"iption

...

outside

•

•.•.........

.••.•.

picof.adls)

.

.•.....

pe

.•..•........

(temperah"l1

stability

•

•..............

Symbols

<

"

,

..

andlor

rOOt-me..->-$ClUilfe

.

prKision

Urm

•

• transistor-diodf!

.

. lISt

of

the part.

posili

coeffieieflll

• 10"9 seconds

rltpl_~

.

...

ohm(sI

di__

.•..

~etsl

printed

circuit

10'·12 tilfads

in vallllge

part

position

polystyrene

pollntiometer

peak·lo-peak

p;vts

pe<

million

caefl""t.

toler8llC1l1

resistor

.rt>odium

••..••

selenium

• . t1Ctionlsl

• .silicon

Multiplier

10.

,,~

10·g 1O.

1()"IS

1O.

•••

transistor

.

thermistor

•.•••• trandorn-

terminal .

thermocoupl.,

of

..

lero

SPOT

SPST.

Ta.

TC . •

T"r02

1011

tol.

peak

trim

TSTA

V.

VilCW

01

v.

lsi

vdc...

W

wI

wlv

..10 . .

........

~lIry

2 3

t2

t8

TS . •

U

V

W

X _. •

switch

xes

XF

board

Y.

poiM

Z . .

the part.

...

single~e

.....

single"i)Ole

.

•••••••.••••.•.

.•.......

1ftnperItur.

.•.••.••••••••

. •

•..................

.

•••••

IIlternalir.g

. . vlltiable

.

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

.optimum

_.

V"1Ii! .

no

vacuum

CUITent

direct

cur",nt

orking

value

showrt

(pan

~d

type

selected

®

•............

tube.

MOlt

•••••••••••.•..•.•.

.••.•••••••••.•

.•.•..•.•.

...

DupontdeNemours

bulb,photClClell.

.......•..

.II/ide

OWl*·throw

single'ltvow

Utlulum

coetticient

titanium

dio"ide

toggle

..

101er

trimmer

IrlinsiSlor

voltlsl

wvorking

vOIi

working voltage

in rse voltll9fl

without

i..-ound

.cted.t

f.,tory.

"'IV

be

omitt«ll

number

~

or

special

terminal

microcircuit

.JIOCket

llmplloIder

fu.holder

•

...

cry~tal

network

_

alllsi

Wilh

type

mil:l

.cable

•

etc.

6-1

6-2

t See Section VIII, Manual Backdatinll.

79

2100-3103 0698-32 0698-3519 0757-0442 0757-0442

0157-0459 0698-4473 0751-0460 0757-0460 0698-4489

0698-3558

0698-3160 0698-3160 0698-4419

0751-C28~

0698-4480

0698-4479 0757-C283 0698-3259

0698-3259

0698-4479

0757-0283

0698-3279

0757-"442

0757-0289

0757-0441

0757-0452 0698-3279 MF4C·T-O

2100-2489 1854-('404 1853-0020 1854-0404 1854-('019

1854-0019 1854-0019 1853-0C20 1853-(\020 1653-('020

1853-0020 1853-0020 J840-38 1840-38 1840-38

1840-38 9100-1621 9140-0180 1826-0043 SN74196N

SN741'i6N 1820-0584 SN741'i6N 1820-(584 1826-0043

1826-0043 1826-C043

FOG10G8 0122-0059 FOGl0e8

0180-1746 801-KeOOOll 0180-1746 0180-1746

T~pe

GA

0180·1746 0180-1746 0180-1746 801-K800011 189-505-105

!lOI-KeOOOll 501-K600011

189-509-105

0140-{ll93 ROM15FA2tJ3C 03320-66501

26480 28480 28480 28480 28"'80

28480 26480 28480 28480

28480

28480 26480 28480 28480

28480 28480 28480 28480 28480

28480 28460 28480 28480 28480

28480 28480 28480 28480

19701

28480 28480 28480 28480 28480

28480 28480 26480 28480 28480

28480 28480

Q9aOO

99800 99800

9'l800 28480 28480 28480 01295

01295 28480 012'l5 28480 28480

28480 28480 01263 28480 C7263

2848C 72982 2848e 28480

78488 28480 28480 28480 72982 7497C 72982

72982 14910 2848C 00853 28480

3/4W

TYPE P

1/8W

It

1/8'11

11

1/8W

l~

1/8W

It

1/8101

1~

1/8W

U:

1/8W

11 U

1/8101 1/8w

It

1/8W

It

118101

1~

1/8101

II

1/8101

It

1/8101

11

1/8W

II

1/8W

1~

"

1/8W

11

1/8101

1%

1/8W

1/2w

2N37021

2N37021 2N37021

....

2"131021 2N37021

21'137021

100VOCW

IGOVOCW 100VOCW 100VOCW

101

OHM

1~

OHM OHM OHM

"

OHM

1/8W

OHM OHM

IS

1/8W

OHM OHM OHM

11

1/8101

OHM OHM

OHM

1%

1/8W

OHM

U

1/8W

a

1/8W

11

1/8W

OHM

11

OHM

OHM OHM OHM

11

OHM

LIN

FROM

FROM FROM FRO

FROM FROM

10% lOt

,0<

10~

lOt

AMPLIFIER

NOR

GATE

NOR

GATE

AMPLIFIER

AMPLIFIER AMPLIFIER

30WV

101

20VOCW

+80-20%

101

20VDCW

101

20VOCW

101

20vacw

10% 20VOCW

+80-20~

PF

+80-20~

PF

5~

300VOCW

OSCILLATOR

'HM

10~

,0<

10%

"

'HN

OHM OHM

UH

4990

12.4K 1O.0K

10.0K

56.2K

61.9K

61.9K OHM

4.02K

31.6K H.6K OHM

2.00K

15.8K

15.8K OHM

2.00K

OHM

2.00K 4990

10.0K

13.3K

8.25K

27.4K 4990

5.49K

OHM

SELECTED

27

UH

21

UH

27

UH

27

UH

INPT

30MA

15

Uf

"'

15

OF

15

UF

15

UF

15

UF UF

UF

PF

2-

2-INPT

CERMET 10K MET

FlM

NET

fLN fLN

NET

fLN

NET

fLM

NET

8.06K

FLIoi

FLM

NET

fLN

fLN 26K

fLN

NET

MH

flN

MET

flN

fLN 14K

MET

flN

FLM

NET

FlM

NET

fLN

i'tK

MH

FlM

flN

7.87K

1.87K

fLN

14K

flN NET

flN

NET

flN

NET

fLN

NET

FlM

MH

FLM

NET

FLM FlM

NET

Fl"

NET

5K

FlM

NPN

PNPt

N" NPN

NPN N"

PNPISELECTEO PNPt PNPISELECTEO

PNPISElECTEO

PNPISELECTEO RF RF RF

RF

18

2.70 OPERATIONAL

QUAD QUAO

OPERATIONAL

OPERATIONAL OPERATIONAL

ELECT CER

0.01 ELECT HECT

PF

ELECT 15

ELECT ELECT CEP,

0.01

0

'lR

1.1-14.1

CER

0.01

CER

0.01 AIR

2.4-24.5

MICA

82

MICA

820

ASSY:VERNIER

'"

,

'"

,

'"

,

fXO

,

'"

,

"0

'"

,

'"

f<O

,

f<O

,

'"

fXO

,

'"

,

'"

,

'"

f<O

,

'"

,

"0

'"

,

'"

,

'"

fXO

,

'"

,

'"

,

'"

fXO

,

'"

,

'"

f<O

,

TSTR:SI TSTR:SI TSTR:SI TSTR:SI

TSTR:SI TSTR:SJ TSTR:St TSTR:SI TSTR:SI

TSTR:SI TSTR:SI COJl:fXO CQIL:fXO COIL:FXO

COIL:FXO COll/CHCH COJL/CHOKE

IC:LINEAR

IC:OIGITAL

JC:OIGITAL IC:

TTL

IC:OIGITAL

IC:TTl IC:LINEAR

IC:LINEAR IC:L1NEAR OIOOE:SILICON OIOOE:VOLTAGE VARIABLE CAPACITANCE OIOOE:SILICON

C:FXO C:FXO C:fXD C:FXO C:

FXO .68

c:

FXO

C:FXO C:

FXQ

C:FX

C:FXQ C:

FXD

C:VAR C:

FXD

C:FXD

BOARD

2

1

2

3

2

1

2

3

2

5 3

10

12

3

1

16

, ,

1 R:VAR

21

16

10

,

1

6

2'

27

,

57

3

29

2 C:VAR

12'

2

,

•

1

0020

2100-3103 C6'18-3219

0698-3519 0757-0442 0757-0442

0751-0459 0698-4413 0157-0460 0757-0460 C6<)8-4489

0698-3558

C6<;8-3160

0698-3160

06S8-4479

0757-0283

C6<)8-4480

0698-4460

':6<;8-4479

0757-0283

06<;8-3259

0698-3259

C6<;&-4479

0757-0283

0698-3279

0757-0442

0757-0289 0757-0441 0757-0452

0698-3279

0698·3382

2100-2489 1854-0404 1853-0020 1854-0404 1854-0019

1854-0019 1854-0019 1853-0020

18'33-0020

1853-0020

1853-0020 1853-

9140-01C1 9140-0107 9140-0107

9140-0107

'l100-1621

9\40-0180 1826-0043 1820-0151

1820-0151

1820-0584

1820-0751 1820-0584 1826-0043

1826-0043 1826-0043 1901-0040

0122-0059 1901-0040

0180-1746 0150-0093 0180-1746 0180--1746

0150-0046

0180·1746 0190-1746 0180-1146 0150-0e93

0121-0432 0150-0e93

0150-0093 0121-0436 0140-0193 C160-2009 03320-66501

AIR34 A1R33 A1R32 AIR-30 AIR29

AIR28 AIR21 AIR26 AIR25 AIR24

AIR23

A1R21 AIR20 AIR19 AlII.18

AIR17

AIR16

AIR15 AIR14 A1R13

AIRI2 AllUO

AIR9

AIRS AIR 7

AIR6

A1R.5

AIR4 AIR3 A1R2

AIRI A1'll1 AI'lI0

AIQ9 AI'l8

AI'l7 Al,;)6

A1'l5 AI'l4 AIQ3

AI'l2

AI'll A1L7

AU6

A1l5

A1L3

AIL 2

AILl

AllC9

Allca

AllC

7

AliCe

AllC5

A

lle

4

All

C3

AlIC2

All

C1

AICR3 AICR2

A1CR 1

AICIS A1C14

AIC13

AIe12

t

AICII

Al

Cl0

A1C9

AIC8 AIC7 AIC6 AICS

AICft AIC3 AIC2

"

AICI

Part

Number

Model 3320A Ie

Mfr

Code Mfr

Parts.

Description

6·1.

Replaceable

Table

Oty

Number

HP Part

Designation

Reference

Section

VI

Model

3320A/B

Table

6·1.

Replaceable

Parts

(cont'd)

Section

VI

Reference Designation

AlOl35 A1R36 AIR31 AIR]8 A1R19

A1R./oO Alit41 AUt42 A1R43 AIR44

AU45 A1it46 A1R41 AIR48 AIR49

AIR50 AUI;l AIRS] AIRS4 A1R55

A1l1..56 A1R51 A1R58

I

A1R59 AlR60

A1R61 AHPI AlTP2 AIYl

"

A2:

1 A2C2 A2C3 A2Cl,; A2C5

A2C6 A2C7

m,

A2C9 A2Cli

AlC

12 A2C13 A2C14 A2C15 A2C16

A2el1 A2C

18 A2e19 A2C21 A2C22

A2C23 A2C24 A2(Z5 A2C26 AlCRl

I

A2CR2

t t A2CR3

A2Cit4

t

A2CR5 A2C.t6

A2eR7 A2Cil.8 A2CR9 A2CRll A2C1U2

A2CRl) A2CRI4 A21

Cl

A21C2

t

A2IC)

A21C4 A21tS A21C6 A21C7 A2Ica

t

HP Part

0698-3279 C6<;8-3219 0157-0283 (151-0401 0157-0./042

0757-0./0)0 0757-0442 0698-3279 0698-4./086 C757-0459

0698-4./013 C151-0401 0151-0401 0698-3219 0151-0290

210~3103

0698-4435 0157-0./olt2 0157-0283 0757-C283

0684-1051 C157-0280

0614·1051

068....-.3321

C6<;S-3279

0844)-00041 08443-00041 Oit

10-0it31

03320-t:6502

018~1702

0150-0093 0150-0C93 0150-00'l3 0150-0C"3

0150-00<;) 01S0-0e"J3 0ISO-OC"J3 0150-0093

0180-174b

0150-0C84 0180-01"J4 0150-0084 0150-0C84 0160-01"J4

0160-222" 0160-2199 0160-2291 0150-0C84 0180-1746

OlB~1146

0150-00"3 0110-0040 0150-00")

l"Jl

0-001

1910-0016 1910·0016 1910-0016

l"JOI-0040

1"01-0050

1901-0053 1901-0050 1901-0053 1"JOI-0040 1901-0050

1901-0040 1"01-0050 1820-0370 1820-0686 1820-0151

182~0151

1820-0151 1820-0752 1820-0469 1820-0695

Number

6

Qty

R:FXO R:FXO R:fXO

4

R:fXO R:fXD

2

R:FXD R:fXO R:FXO

1

R:FXO R:fXD

R:

fXO ;l:fXD R:fXD R:

flCO R:fXO

2

R:VAR

2

R:FXO R:flCO

R:fXD

R:FXO

3

10

21

R:fXO

R:fXO UNASSIGNED R:fXD

4

R:fXO

R:FXO

4

TEST

POINT

TEST POINT

1 CRYSTAL:QUARTI

1

BOARD

1

C:FXD C:

fXO

C:fJCO C:FXO C:fXO

C:FXO C:fXO C:

fXO

C:fXO C:FXO

C:FJCD C:fXO

1

C:Fll:O

C:FXO

I C:

1

3

1

,

3

1

1 1 1

FXO

C

:fXD

C:FXO

C:fXO

C:

FXO

C:fXD

C:FJCO ELECT C:fXO

C:FXQ C:fXO OIOOE:GER50lilA60WIV

DIODE 01 OOE: DJOOE:GERSOMA SOWIV Dl00E:SILICON DIOOE:SI

0100E:SILICON OIODE:SI OIOOE:SILICON OIODE:SILICON DIODE:SI

OIOOE:SILICON 01 DOE: S I IC:TTL IC:TTL IC:OJGlTAL

It

DIGIT

It

DIGITAL

It

DIGITAl.

It

DIGITAL

It

DIGIT

Description

FLM

MET

"T

MET

MET Fl'

MET MET

MET

CERMET fUI

MET

COMP

MET

COMP

CQMP

MET

ASSY:N-

ELECT CEil. CEil. CEil. CER

tEA

CEil.

ELECT

CE~

TA

CER CEil.

MY

MICA

MICA30PF5t)aOVOC'"

MY CER ELECT

CEil.

MY CER

:GER50MA60WIV

GER50MA60WIV

4990

FLM

./0"90

FLM

2.00K

FLM

100

FLM

10.OK

FLM

2.21K

FLM

10.OK

FLM

4990

FLM

2./o.9K

FlM

56.2K

8.06K flM

100

FLM

100

FLM

4"90

FLM

6.19K

10K

2.49K flM

10.0K

FLM

2.00K

fLM

2.00K

If1EGOHM

fLM 1K

IMEGOHM

3300

flM

4990

SAMPLER

180UF201

0.01

UF

0.01

UF

0.01

UF

0.01

Uf

0.01

UF

0.01

UF

0.01

UF

0.01

UF UF

15

0.1UF+eD-20Z

150

Uf

0.1

UF

0.1UF+eO-201

0.015

Uf

3000PF51

0.18

UF

0.1Uf+80-20Z 15

UF

15

0.01

UF

0.047

UF

0.01

Uf

30MA

200MAAT

30VOCW

200MAAT

30YDCW 30MA

200MAAT

lOMA

200MAAT

QUAD

2-INPT

TRIPLE

3-INPT

AL

TTL

TTl

HI-SPEED

AI..

TTL

DUAL

OHMIt1/8W OHMIt1/8W

OHM

OHMIt1/8W

OHM

OHMIt1/8W OHMIt1/8W

OHM

OHMIt1/8W OHM

OHM

U:

OHM

It

OHM

"

OHM

lOt

OHH

OHM

"

OHMIt1/8W OHM

10"

114W

OHM

11

11lll/4W

OHM

lOt

OH!'t

+80-2a1

+80-201 +80-201

+80-201

+80-Z=

+80-20t

+80-Z01 +80-Z01 10%

20VDCW

10>

15VDCW

+to-20t

10>

BOI/DCW

lot

20l/DCw

101

20VDCW

+8~ZOI

lOt

200VDCW

+8~2al

)OWY

IV

11/

30'111/

IV

30WV

IV

HAND

AND

.)-K

1/8W

61/0CW

It

U;

11:

1%

1/8W

I/SW 1/8W

11:

"

TYPE P

11:

It

1/8W

1/4W

11:

100VDCW

100VOCW

100l/DCW

GATE

FlF

FF

l/AW

1/8W

1/SW

1/8W

I/SII

1/8'"

100l/DCW 100VOCW 100l/DCW 100VOC'"

100VDCII 100VOCW 100VOC'" 100VOCW

100Voc.W

100VOCW

3/4'11

Mfr Code

28./080 28"80 284110 28480

28./080

28480

28./080

28480

28..80 28480

28./oS0

28./080

28..80 28480 2S480

28480 28480 28480 28480

28..80

01121 28480

01121 01121

28480 28480 28480 28it80 28it80

56289 12"JS2 12982 12"82 12"JS2

12982 12982 12"J82 12982

28480

56289 5628"J 5628"J 5628" 56289

Z8480

28480 56289

5b289 28480

284S0 72"J82 562S"J 12982

93332

93332 93332 93332 07263 01263

01263 07263 07263

0126) 07263

012b3

07263

O12"J5

01295

012"J5

01Z"J5

012"J5

01295 012"J5 Q4.1l3

Mfr

Part

Number

06"8-3219 0698-321" 0151-0283 C151-0401 0751-0./0./02

0757-Oft30 0751-0./olt2 0698-3279 0698-./0./086 0751-O't59

0698-4./013 0151-0401 0151-0401 06"8-321" C151-02"0

2100-3103 0698-4435

0151-04"2

0157-0283 0151-0283

C8

1051

0151-028':1

C8 1051 C8

33'21

0698-327"J

084it3-000"1 08443-00041 0410-0it31 03320-66502

1500187XOOC6R2-DYS

801-K800011

801-K800011 801-K8eOOll 801-K800011

801-K80oo11

801-K800011 801-K800011 801-)(800011

0180-11..b

HC4185-COH 1500157X9015S2-0YS HC41B5-COH llC4185-COH

192PI53"2-PTS

016fl-2229

0160-21"9

192P18491l8-PTS 33C4185-COH OlBO-1146

0180-1746

801-K800011

I<J2P473<J2-PTS

801-K80oo11

0236

I

02361 02361

02361 fOGI088 fDA

6308

FD3it./o4 fDA

6308 FD3444 fOG1088 fOA

6308

FDGIOS8 fDA

6308

SN4418

SNZ4654

SH74196N

5N74196N SN14196N

5N33586

SN19234

SC9150PK

t SeeSectJon Viii, Manual Backdlillng

6-3

.

-,

t

See

Section VIII, Manual Backdatmg•

182tl-OCl43 1820-0306

1826-0043

0122-0059 0122-0059

1901-0513

1901·0518 0150-009:1

8

01-K

8000

11

OH

6

38

....

j

04

B5-C

800011

..

·'45

1~;

~;

..

0404

202~;

10

2025 1535

101

202

202~;

2025

5125

331~;

2715

1500106X9020B2-0YS 1500106X9020B2-0YS

33C416S-COH 33C41 801-K800011 801-K800011 801-K80001l

801-K80001l 801-K800011 801-K8()OO11 801-K 0160-2]99

0160-2]99 011lO-l"f46 SDI-K8000ll 0160-1146 148P17()A-PUM

0160-0201 0160-0207 RDMlSF39lJ3S 192P47292·PTS

150DI05X9035A2-DYS

03320-66503

9100-1293

0157-0

0757-0',38

0751-0438

0157-0'.42

0698-3',91

0757-0',42

0757-0'.38

0751-0346 0751-03 0757-C346 0751-0346 0157-0',42

0751-D442 0698-4123 0751-0;'80 0757-C280 0698-6

C8

C,

CB

C8

CB

CB CB CB

C8

CB

C8

1854-0',04 1854-0

185.1853-0203 1854-0354

1854-{)O19 9140·0137

9100-1629 9100-1b13

9101)-1618 Sl22486

26480

28480

28480 28480

28480 28480 28480

28480

72982

56269

562!!9

56289

72982

12982 72982

12982

28480

28480 72982

28480 56289

28.80

28480

00853 56289 56289 28480 28480

19701 MF4CT-O

28460

28480 0151·04:18

28480 28480

28480 28480 28480 28480

28480 28480 28480

28.80 28480

28480 28480 28480 28480 28480

01121

01121 01121 28480 28480

28480 28480 28480

28480

28480 28480

28480

07263

100VQCW

100VDCW

100VOCW 100VDCW 100VDCW 100VOCW

100vDCW 100VOCW 100VOCW 100VDCW

100VOCW

"

1/8w

1I8W

1%

1/8 W

it

1/8W

"

1/810

1/8101

"

1/810

1%

1/8W

1/810 1/810 1/8W

"

1/8W

1/810

"

1/8W

1/8W 1/8W

35VOCW

1/411

II'tW

AMPLIfiER

CAPACITANCE CAPACITANCE

l00VDCW

UF

+80-20%

Uf

101

20VDCW 20vOCW

UF

lOX

+80-201 +80-20%

UF

+80-201

UF

+80-20% +80-201

UF

+80-201 +80-201

UF

+80-20t

UF Uf

+80-20t

300VDCW

,.

51

300voew

lOX

20VOCW

UF Uf

+80-20t

20VDCW

Uf

lOX lOX

4DOVoew

UF

"

2covoew

"

5t

200VOCW

30DVDew

Pf

10%200vOCW

PF

10'

UF

OHM

1%

OHM

OHN

"

OHN

1/8W

OHM

OHN OHN

"

OHM

It

OHM

"

it

OHN OHN

OHM

"

DHM

"

OHI<'.

"

OHN

"

OHM

1I8W

"

OHN

"

OHM

1/4W

"

1/4W

OHN

"

OHN

1I4W

1/4W

"

OHN

1/411 1/4W

OHN

"

OHN

1/4W

,.

OHN

01:11".

5t

1/411

1/4\01

OHM

,.

1/4W

OHM

5%

UH

5%

UH

5%

5.60

UH

5.60

UH

OPERATIONAL

CIRCUIT

OPERATIONAL VARIA8LE vARIABLE

UF

+80-20%

0.01

10

•

10

0.1

UF

0.1

Uf

0.01

30

PF PF

30

IS

0.01

IS

O.OlUf O.OIUf

390

1.0 VTO

TOROID

10 K

FLM

FLN

5.1ll';

5.11 K

FL. FLN

5.11K

FlM

5.11K

FLN

10.0l';

6.04K

10.OK

FLN FLN

5.IlK 10

FLN FLN

10

FLN

10

FLN FLN

1O.0K

HN

10.0K

"

HI<'.

499

HN HN

IK

22

OHM

2000 100 2000

",

100

OHM

2000 2000 2000 5100

5100 330

no

47.0

CHOKE CHOKE

0_01

0.020

N" N"

NPN

PtlP

N"

CEil.

TANT

TANT •

CEil.

CER

CEil.

C'R CER

CEil. CEil. CEil. CEIl. MICA

MICA ELECT CER fLECT MY

MYLAR

MICA

ELECT

ASSY:

MET

N"

."

N"

""

N" HN

NET

N"

""

N"

""

NET NET NET NET

FLlo!

COMP COMP COMP caMP COMP

COMP COfllP caMP COMP

COMP

CD~P

COMP

I

:SI

LINEAR

FXD

FXO

fXD FXD

:FXD

FXD

FXO

FXD

fXO

:fXO

fXO

fXD

FXD

fXO FXD

FXD

ASSIGNED

FXO FXO FXO FXO

ASSIGNEO

IC:lINEAR INTEGRATEO

1

IC:lINEAR

OIOOE:VOLTAGE OIODE;vOLTAGE

DIODE:HOT CARRIER DIODE:HOT CARRIER

2

C:FXD CER C;FXD

C;fXD C:fXO

,

C:fXO C:FXD C:fXO C:FXO C:FXO

C:fXO C:fXO C: C:FXO C:FXD

C: C:fXO e:fXO C:

1

C:

C:FXD C:fXO

3

2 C

C:FXOMYLAR4700

1

C:fXD 80ARD TRANSfORMER: R; R:fXD

R: R:FXO

R:FXO R:fXO

R: R:fXD R:fXD

R: R R:

R:FXO R:FXO

R: R:FXO

R: R:fXO

R:FXD R:

R: R: FXD

R: R:FXO

NOT R:

R: R:

R:

R:FXD

R:FXD R:FXO

TSTR:SI TSTR:S

TSTR:SI rSTR:SI rSTR

CHOKE/COIL:FXD 1000

COIL/CHOKE COIL:MOLOED NOT

COIL:HOLOED

IC:

21 1 1

1

8

,

1

4

,

16

"

17

,

1

"

,

1 3

8

1

1826-00.t,3 1820-0306 1826-0043

0122-0059 0122-0059

1901.Q518 1901-0518 0150·0093

01SO-0093 0180-0374 0180-0314

0150-0C8.t,

0150-0C84 0lSo-OG93 0150-0093

0150-0093

OlSO-0093

0150-0093

0160-2199

e160-2199

0180-1746

0150-0093

0180-1746

0170-0063

0160-0207 0160-0207

0140·0200

0160-0157

0180-0291

03320·66503

9100-1393

0757·0442

0157-0438

0757-0438

0751-0438 0751-0442

0698-34';7

0757-0442

0151-0438

0757-0346

0757-0H6

0751-0346

0151-0346

C757-0442

0151-04.2

0698-4123

0151-0280 0751-0280 0698-6745

C683-2C25

0683-1015

0683-2C25

0683-1535

0683-1015

0683-2025

0683-2025 0683-2025

0683-5125

0683-3315 0683-2715

1854-0404

U!53-0203 1854-0354

9140·0137

'HOO-1629 9100-1618

9100-1618

1826-0066

A31C3

A31C2

A31C 1 A3CR4 A3CR3 A3CR2

A3CRl

A3C26 A3C25

A3C2.

A3C23 A3C21

A3C21 A3C20 A3C19 A3C18

A3CI1 A3C16 A3C15 A3C14 A3C13

A3C12 A3el0 A3C9 A3C8 A3e6

A3C5 A3C. A3C3 A3C2

"

A3Cl

A2Tl A2R35 A2R34 A2R33 A2R32

A2R31 A2R29

A2~28

A2R27 A2R.26

A2R.25 A2R2. A2R23 A2R2l A2R21

A2R19 A2lU8 A2RI7 A2R16 A2R15

A2RI4 A2R13

A2R12

A2Rli

t

A2R9

t

A2R8

A2R7 A2R6 A2R5 A2R.

A2R3 A2R2 A2Rl A2Q6 A2Q4

A2Q5 A2Q2

A2Q3

A2Ql 1854-0019 TSTR:SI NPN A2L5

A2L. A2L3

t

A2L2 A2Ll A21C9

3320A/B

Model

Part Number

Mfr

Code Mfr

(cont·d).

Parts

Description

6-1.

Replaceable

Table

Qty

Part Number

HP

Designation

Reference

SeCtion VI

Model 3320A/B

Table

6-1.

Replaceable

Parts

(cont·d)

section

VI

Reference Designation

A31C~

Alli' A]l4

A3U

AllS

A3l6

AlP

1 A]Ql A1Q2 A]Ql

A)04 A]Q5 A306 A)07 A)08

A]Q9 A)010 A3011 A3012 A3Q13

A]014

A3015

AlQI6 A3017 A3il.l

A3R2 A1R3 A3R-4 A)R5 A3R6

A)R 1 A3R8 A3R9 URI0 A3il.l2

A3R13 A1RI4 AlR15

.0

...

16 A)Rl1

A)~18

A3R19 A3R20 A3R22

A3~23

A3R24 A3R25 A3R26 A3R27 A)R28

AlR29 A3R30

A)R12 A3RJ)

A1R34 A3R35 A3R36

A3~Jl

A3R)8

A3~19

A3R40 A3R41 A3R"o2 AlR43

A3R44

A3~45

A1R46 A3R47 A3R48

A3it49 A1R50

A3~52.

RSJ A3R54 AlR55

HP Part

1826-00~3

C;14~OM6

9140-0179

914~0098

9100-1629

9100-1629 1250-1314

185~-0404

1854-0~O4

1854-O't04

1854-0404

185lo-0lo04

18'5'0-0404 1854-0404 18';4-0"00"0

1854-0404 1853-0010 1854-0345

18~4-0345

1854-0345 1854-0404

1854-040-4

1'l54-0~0~

1853-0010

0683-6825

068)-7535

0683-51~5

0683-5145 0681-6825

0883·7535

0683-2045

0683-)0~5

0683-6825 0683-15'35

0683-1045

0683-1545

0681-6825

0683-1535

0157-04065

0151-0465

068]-6825 0683-1535 069

8-322

10698-3228

0683-6825 (683-7535

0751-0-449

0157-0453

0683-6825

0683-7535

0157-04~2

0157-0446

0683-6825 0683-1535

C157-0~42

0157-040402

C698-

0751-0H'j

2100-2521

0683-6825

0683-2215

0683-1015

0151·0213

0151-0283

0683-6825 0157-0431 0757-0420 0757-0410 0157-1094

0157-109-4

0683-5105

0757-04-49

0157-

0757-0447

Number

8

3162

0-4~9

Qty

IC;lINEAR

,

COll;FltO

2

COIl/CHCKE

2

COil

:FltO

COlllCHOKE

COILICHOKE

,

CONNECTOR:RF COAlt,CENTER

TSTR:SI

TSTR:$(

TSTR:Sl TSTR:SI TSTR:SI TSTR:SI TSTR:SI

10

11

10

TSTR:SI

6

TSTR:SI

TSTR:SI TSTR:St

TSTRtSI

TSTR:St

RtFltO

R:FltO

Z

R:FltO

R

:FXO

R:FltO

5

R:FltO

1

11.:

1

6

,

2

,

9

2

1

2 R:VAR"02oaO

1

2 1

1

2

,

FXD

R:FltO

11.:

FXD

R;FXD

R:FXD

R:FXO

R:

FXO

R:FltD

RtFltO

RtFXO

R:FXO R:

FXO

R:FltO

R:FXO

R:FltO

Rt

no

R:

FltO

RtFXD

R:FltO R:FltD

R:FXO

R:FXO R:

FXO

R:FXO RtFltD R:FXO

R:FXD

R:

FXO

R:

FltD

R:FXO

R;FXO R:FXO

R:FXO R:FXO R:FXO R:FXO R:FXO

R:FXO R:FXO R:FltO R:FltD

R:FXD

Description

OPERATIONAL

RF

1

U"

22.0

UH

RF

41.0

~1.0

">N ">N

NPN

N>N N>N NPN NPN NPH

NPN

PNPI

",N NPN N>N

NPN NPN NPN

PNP1SElECTED

CO"P

6800

COMP

15K

CO,",P

510K

COMP

510K

CO"P

6800

COMP15KOHM5~114W

CO,"P

200K

COMP

300K

CaMP

6800

COMP

15K lOOK

CO"P

CO,..P

150K

CO,"P

6800

COMP

15K

"ET

FLM

MET

FlM

COMP

6800

CO"P

15K

"ET

FLM

MET

FlM

CaMP

6800

CCMP

15K

fL~

20K OH"111/811I

"ET

Fl"

CCMP

6800

CO"P

15K

"ET

FlM

MET

FlM

CO"P

6800

CaMP

15K

NET

FlM

fL"

OET

FlM

'"

IlK

"0

CO"P

6800

CO"P

220 CO"P MET

HoM

MET

FLM

CO"P

b800

MET

Fl"

MET

FlM

"ET

FlM

MET

fLM

MET

FL"

CDMP

51

FUI

20K

FlM

20K

FLM

16.2K

.01

2.2

UH

"

UH

51

SelECTED

100

FRO"

fRO"

OH"

51

OHM

51

OHM

51

OH"

51

OH"

51

OHM

51

OHM

5S

OHM

5t

OHM5S1/4W

OHMS

51

OH"

5S

OhM

ss:

OH~51I/~W

lOOK

OHM111I8W

lOOK

OHM

OH"511/4011I

OH~

51

~9.9K

OHM

49.9K

OHM

OH"51IH

OHM

51

3O.IK

OHM

(JiM

51

OH"

51

10.oK

OH"

15.0K

OHM

51

OHM

51

10.OK

OHX

10.0K

OHM

406.4X

OHMU

(Ii"

IS

1/8W

OHM

lOt

OHM

ss:

OH"511/411I OHM

51

3.0\KOHM'"1/8 W

2.001<. OH"

OHM511/4

~750

OH"

150

OH"

)01

OHM

1.~lK

OHM

1.471(

OH"

51

I/~W

1/8W

"'0

OHM111/8W

"

OHM1%1/8W

AMPLIFIER

CONTACT

2N32511

2N3251)

1"""

I/~W

1/411

I/~II

1/4W

1/4W I/IoW 1/4'"

1/4

...

I/~W

1/411

11

1/8

1/4W

11

1/811I

11

1/8W

...

1/4W

IS

1/8W

1/4>'1

1/4W

IS

1/8'1

11

1/8'"

I/~w

1/'0'11I

It

1/8

1/8"

1/8W

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lIN

1/2

1/4

...

IHV

11

1/8W

..

1/8

11

II

1/8

..

1/8

...

11

1/8'"

11

1I8W

Mfr Code

28~80

28480 28480

28~80

28480

28480 98291 28480

28~80

28480

2M80 28480 28480 28480

28"080

28480 28480 80131 80131 80131

28480 28480

28~80

28480 01121

01121

01121 01121

01121

01121 01121

01121

...

..

28~l!O

28~80

01121 01121

2840

28480

01121

01121 28480

28~80

01121 01121

28~80

28480

01121 01121

28~80

19101

284080

28~80

01121

01121 01121

151J42 284eo

01121 28480 28480 284080 28480

28480 01121 28-480 28480

284llO

Mfr

Part

Number

1826-0043 9140-0096

91~C-0179

9HO-0098 9100-1629

'1100-1629 52-054-0000 1854-0404 1854-04O't 1854-0404

1854-O't04

1854-0loOit

18H-Qlo04 1854-Qlo04 1854-O't04

1854-

GH)4 1853-0010 2N5179 2"l51H 2"'5119

1854-O't04 1854-0-404 1854-04Oit 1853-0010 CB

6825

75)5

SiloS

"

5145

"

C8

b825

C81535

2045

"

3045

co

C8

6825 1535

C' C8

10~5

15~5

C8

6825

C8

1535

0151-()Io65

0151-0465

C8

6825

C8

eo

7535

0698-3228

ce

6825

ce

1515 0151-Qlo49 0751-0453 C8

6825

C8

7535 0151-0442

0151-04406

ce

6825 C8

1535

0151-0442 0151-04402 MF4C

T·O 0151-0445 2100-2521

C8

6825

C8

2215

C8

1015

CEA

T·O

0151-0283

C8

6825

0757-Dlt31 0151-0420 015T-DltlO

0157-1094

0757-109~

C8

5105

0157-O't~9

0151-Qlo-49

CMf·)/lO·32

,

T

6-0

11

526-COH

1

021

S26-eOH

32

T·1

801-K800011 C0678102EI02l526-COH C0678102El02lS26-CDH C0678102fl02Z526-COH

BCI-K800011

C0678102EI02ZS26-CDH e0678102EI02lS26-COH C0678l02El02lS26-eOH e0678102EI02Z526-COH

801-K800011

C0618102EI02ZS26-COH 801-K800011 8 01

~K8000

801-K,

800011

ROM15EI02JIC

ROl'l15EI02JIC RDM15F821J3C

C0678102EI02l526-COH 801-K,8000

C0678l02fl02lS26-eDH

C061BI02EI02l526-COH

C0678102EI02lS26-COH BOI-K8POOIl 801-K800011

CQ67BI02EI02l526-COH

C0678102EI02lS26-COH

e0678102EI02lS26-CDH 801-K800011

CC618102EI02ZS26-CDH

e0678102EI02l526-CDH

C0676102EI02l526-COH

C0678102EI02l526-COH 801-K,800011

COb

7810

2EI02l

SCl-KSOOOll

801-K,800011 801-K800011 0160-0939 POl'l15F75IHS

ROM15EI02:JIC

0160-0939

C0678

102E

801-K800011

COb7BI02EIC2lS26-COH

03320-62702

0332:0·62:701

0332:0-66504

0757·0447

0151-0449

0151-(449

C8

1025

0698-4473

0151-0451

0757-0444

CB

2015

e8

2425

CB

1025

C8

3025

e8

6225

e8

5105

e8

sus

C8

5115

e8

5105

C8

4325

e8

1625

e8

3315

CB

5105

e8

2025

e8

1025 3325

C8

CB

3915

e6

3915

CB

5105

C8

6825

CB

2025

CM F

·111

0

72982 56289 5628'l 56289 72982

56289 56289 56289 56289 72982

56289 72982 72982 12982 72136

72136 00853 56289 72982 56289

56289 56289 72982 72982

56289

56280;

72982

56289

56289 72982 56289 72982

72982 72982 28480 00853 72136

28480 56289 72982 5628<; 28480 28480 28480,

~8480

I

28480 28480 01121

28480 28480 28480

01121 01121

01121 01121 01121 01121 01121

01121

01121 01121 Oll21

01121 01121 01121 01121 91637

100VOC)f

1000VDCW

1000VOCW

100VOCW

1000voew 1000VOCW

1000VOCW

100VOCW

1000voew

100VDCW

100VOCW

..

1000VDCW 100VOCIII 1000VOCW

1000VOCW 1000voew 100VQCW 100VDCW 1000VDCW

1000VOC

..

1000VOCW 100VDCW looovoew 1000VOCW

looovoew 1000VOCW 100VOCW IOOOVOCW 100VOCIII

100VDCW 100VOC

..

VOCW

",,;,

1000voew

10DVDC W

lCOOVDCW

1/8W 1/8W

..

1~

1%

'oW

1/4W

300

1/4W 1/8W

1/4W

1/4W 1/4W 1/4W

11

1/4W

1/4W 1/4W

1/4W

1/4 1/4W

1/4W

1/411I

1/4W

1/411I

+80-2~

+80-20S

+80-20t

-t80-20~

-t80-2~

+80-20t: +80-20t:

-t80-20~

+80-2ot

"'80-20~

+8D-2ot

+BO-20t:

+8a-20t:

+SO-20t

5t:

5~

300VOC

+80-20%

+80-20t:

+80-20~

+SO-20t: +8D-20t:

+80-20~

+8a-20t:

+80-20~

+80-20t: +80-20t: +8D-20t: +80-20t

+S0-20~

+80-20~

+8D-20t:

+80-20~

+SD-20t:

+80-2:0t +80-20t:

5~

300voew

5t:

+80-20~

"'80-20%

+8D-20'

1I8W

l~

1/8W

1~

1/8W

st:

a

OHM OHM

5~

5t:

1/411I

5t:

5~

1/411I

5%

"

5t:

5t

1/4W

5t: 5t:

5%

5~

l/4W

5t: 5t:

I/SW

1%

U,

PF

U,

PF

PF PF PF

u,

PF

UF

Pf

PF

u,

PF

PF PF

u, u,

PF

u,

PF PF

PF

u,

p,

u,

Uf UF

Pf

PF

Pf

PF

UF

Pf

OHM

OHM OHM OHM

OHM

OHM OHM

OHM

OHM OHM

OHM

OHM OHM

DIV

OHM

OHM OHM

24.3K

l2.1K

OHM

0.01 1000 1000 1000

0.01

1000 1000 1000 1000

0.01

1000

0.01

1000

1000 820

1000 PF

0.01 1000

1000

0.01

1000

0.01 1000 1000

1000

0.01 1000

0.01

430

750 1000

430

1000

0.01 1000

RNG

16.2K

2:0K 20K

1000

8.06K fLM

FLM 200 2400

1000 3000

6200 51 510

510 51 4300 1600 330

51 2000 1000

33000HM

390

390 51 6BOO 2000

CER

CEil.

CEa

CEil.

e,.

eER e,. e,.

CER CEil. CER CEll.

MICA

MreA MICA

e,. e,. e,.

e,. e,. e,. e,. e,.

e,. e,. eER e,. e,.

e,.

CE'

eER eER eER

CER CEll.

MICA

MICA MICA

MICA

CEil. eER

CEil.

ASSY

ASSY:

fLM

FlM FL,," eOMP

fLM

MET

COMP eOMP

CaMP CO"P COMP COMP

eOMP

CD"'P

COMP

CO,,"P COMP eDMP

CDMP

eo,,"p

CaMP

COMP

FUt', I11KOHM1%

FXD

FXO

FXD FXQ FJ(O FXO fXD

"0

''0

"0

"0 "0 "0 "0

"0 "0

'<D '<D

FXO FXO

FXO

FXD FXD

FXO

FXD

FXQ

FXD

FXO

FXO FXO

e e e e e

e e e e C

e e e e e

C e e e e

C: e:FXO C:FXO e: FILTER FILTEA ASSY

60ARD

R:fXD R:

R:

R:fXD

R:FXO

R:FXD

R:

R:FXO

R;FXQ

R:FXD

R:

Fl.:

R:

R:FXO

R:

R:FXO

R:FXQ

R:

R:FXO

R:FXO R:FXO R:

015O-00'l3 0150-0050 01SO-0050

0150-0050

01SO-0093

0150-0050 0150-0050

0150-0050

0150-0050 0150-0(193

01SO-0C50 0150-0093 0150-0C93 0150-0C93 0160-0'ill8

0160-0938 0160-2009

0150-0050

0150-0C93

0150-0050

0150-0093

01SO-0050

0150-0050

0150-0093

0150~0050

0150-0050

01SO-0050 01SD-0050 0150-0093 01'50-0050 0150-0093

0150-0093

01SO-0093

2

,

2

"

2

1 1

1

8

7

1

H

•

1

56

8

2

0160-0939 0160-2035 016D-0'l38

0160-093'l 015D-0050 01SO-0C'l3 015D-OC50

0332D-62102 03320·62701 03320-66504 0757·0447

0751-0449

0757-0449

0683-1025

0698-4473

0151-0451

0157-0444

0683-2015

0683-2425

0683-1025

0683-3025

0683-6225

0683-5105

0683-5115

0683-5105

0683-4325

0683-1625

0683-3315

0683-5105

0683-2')25

0683-1025

0683-3325

0683-3915

0683-5105

0683-6825

C683-2025 0757·0442

A4C

....

A4e43 A4C42 A4C41 A4C40

A4C39 A4e38 A4C31 A4C36 A4C35

A4C34 AltC33 A4C32 A4C31 A4C30

A4C29 A4e28 A4C27 A4e26 AltC25

A4C24 A4C23 A4C22 A4e21 A4C20

A4e19 A4C18 A4C17 A4C16 A4C

15

A4CI4 Aloe

13

A4C12 A4C

11

A4CI0

A4C9 A4e8 A4e7 A4C6 Aloes

A4C

..

A4C3 A4e2 A4Cl

A4A2 A4A1

M

A3R85 A3R84

A3R83 A3R82

A3RlH A3R80 A3R19 A3R78 A3R77

A3R76 A3R75 A3R

74

A3R73 A3R72

A3R

71

A3R10

A3R69

A3R68

A3R67

A3R66 A3R65

A3R64 A3R63 A3R62

A3R50 A3R59 A3R58 A3R57 A3l'56

Mfr

Part

Number

IE

Model 3320A

Code Mfr

Description

Table

6·1.

Parts

(cont d).

Replaceable

Qty

HP Part Number

Designation Reference

SecUon VI

Model

3320A/B

Table

6-1.

Replaceable

Parts

(cont'd).

Section

VI

Reference Designation

A4C",5

A4C46 A4CH A4C4S

A4Clt9 AltlC

1 A4IC2 A41C3 A4IC

.. A41C5

A<tolC6 A<toIO A41C8

hU

Alol2 A4L 3

A4L4 A4L5 A4l6THRULll A4Pl A4Ql ,1,41;12 A403

A4Q4

A405

A406

A4Ql A4Q8 A41;19 A4Ql0 A4011

A4Q12 A4013 A4014 A4A1 A4RZ

,1,41'3

A4R~

A4R5 A4A6 A4Rl

"4;1,8 0683-8215 A4R9 0683·4115 A4RI0 A41111 A4R12

AIHl13 A4;1,14

A4Rl5

A4R16 AIHl17

A4R18 A4R19 A4RZO A4R21 A4;1,23

A4R24 A4R25 "411.26 "4R21 ,1,411.28

A4R29 A4R30 "4R3! A4A32

A4RB

A4R34 0441135 "4R36 A4R31 A41U8

A411.39 A4R40 AltR4l A4R42 A411.43

HP Part

0150-0093

015~0050

0150-0050

0180-1746

182(1·(1450

1820·0427 1826-0058 1826-005 1820-0450

h20·0427 1826-0058 1826-0058

'H0D-32<to8 9100-3248

9100-3241 9100-1618 9100-1618

9170·0016 1250·1314 1853-0203

1853-02'J3 185"0-0009 1854-0071 185<to-OC71 1853-0010

1854-0071

1853-0203 1853-0203 1854-0009

1854-

1854-0011 1853-0010 1854-0071

0683-0215

0683-5625

0683-5625 0683-6215 0683-6215 0683-1025 C683-2015

Ob83-5105 0683-6815 0683-7505

Ob83-2225

0683-5105 0683-1125 0683-1615 0683-1025

0683-1315 0683-1025 0683-4115 0683-1315 0683-]325

0683-)025 0683-1025 0683-1025 0683-4735 0683-6835

0683-1125 0683-6215 0683-1045 06U-2735 0683-1525

0683-5125 0683-6215 0683-5625 0683-5625 0683-6215

0683-6215 0683-102'; 0683-2015 0683-6215 0683-6215

Number

e

0071

Qty

5

•

2

3

6

18

10

'"

1 1

•

10

1

,

5

13

6

• •

,

1

C:FXO

CUI C:FXD C:FXD C:FXD C:FXD

IC: IC:lINEAR IC:lINEAR IC:lINEAR IC:DIGITAL

IC: LINEAR

IC:LINEAA IC:lINEAR

COIL:FXD10UH CDIL:FXD

COIL:FXO COIL:HOLOED COIL:HOLOEO FERRITE 8EAOS CONNECTOR: TSTR:SIPNP

TSTll.:SI

TSTR:SI TSTR:SI TSTR:SI

TSTR:SI

TSTR

TSTR:SI

TSTR:SI TSTR:S TSTR:SI R:FXO R:FXO

R:FXO R:fXO R:FXO R;fXO R:

FXO

II:

FXO

II:

FXQ A:fXD R:FXO R:FXO

A:FXO R:

FXD R:FXO R:FXO R:FXO

R:

FXO CaMP R:FXO R:FXD R:FXO R:fXO

"0

•

"0

•

FXO

•

FXO

•

FXD

FXO

•

,

FXD

"0

•

FXD

•

FXO

•

FXO

•

FXO

•

fXO

•

FXO

•

FXO

•

FXO

•

fXD

•

FXO CaMP

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FXD

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FXO

•

0.01

CER

ceo

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DIGITAL

MOOUlE VIDEO VTDEO

MODULE

VIDEO

VIDEO 10 15

PHP

HPH

"lPNI SELECTED "lPNISELECTED PNPI SELECTED

NPNISElECTEO

PHP PHP

;SI

HPH

NP"llSELECTfO NPNISELECTEO

I

PNPISHECTEO

NPNISELECTEO CO"P COMP

COMP CO,,"P COMP COMP COMP

COMP COMP

caMP51OHM COMP COMP15l)-iM

CO"P COMP COMP COMP caMP

COMP caMP COMP caMP

COMP COMP caMP COMP CO"P

COJIIP CO"P CaMP lOOK COMP COMP

COfllP COMP COMP COMP CO"P

CaMP COMP

1000 1000

TTl

RFCOAX,

620 5600

5600 620 620

1000

200

820 470

680

2.2K 51 1100 360 1000

130

1000 4TO 130 3]00

3000

1000 1000 47K 68K

1100 620

27K

7500

5100 620 5600 5600 620

620 1000 200 620 620

Description

UF

+S~201:

+SO-20t

"

+SO-21);

UF

15

lOt

20VDCw

"

15

UF

lOt

20VOCIII

AMPLIFIER AMPLIFIER

IJH

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CHO<.E

5.60

CHOKE

5.60 CENTER CONTACT

FROM FAOM

FROM

FADM

OHM

51

114M

OHM

51

OHM

51:

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51:

1/4111

OHM

51:

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OHM

51

114M

OHM

5%

1/4 W

OHM

5%

1/4 W

51

1/4111

OHM

51:

1/4111

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OHM511/4111

C»iM

51

1/4111

OH"51114'1

114M

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5t

OH~

5t

OHM

51

114M

OHM

51:

OHM

51

1/4111

OHM51114M

OHM

51

OHM511/4M

OHM

51

OHM

5t

C»iM

51

1/

OHM

';t

1/4111

OHM

51

OH"5t1/4111

OHMS5t1/4111

OHM

51:

1/4111

otiH

51

OHM

5t

OHM

51

114M

OHM

51

otiM 51

OH"511/411 DiM5t1/4'1

OHM

51

OHl'l5t1/4111

OHM5tlI<tolll

OHM511/4111

UH UH

114M 1/4111

1/4'1

1/4111

114M

114M 114M

...

1/4'"

1/4111 114M

1/'"

1/4111

111

100VOCIII 1000VOCIII 1000VDCW

2N31041 2N31041

2N32511

2N31041

2N3704) 2N3704

2N32511

2N31041

Mfr

Code

72982

56289 ';62S9 28480 2S480

183H 04713

18)24 18324 1832<to

04713

18324 18324 28480

28480

28480 28480 28480 28480

98291

28480 28480

80l)1

28480 28480 28480

284S0 28480

28480

80131

28480

,

28480 28480

28480 01121 01121

01121 01121 01121 01121 01121

01121 01l4'l 01121 01l4'l 01121

01121 01121 01121 01121 01121

Part

SOIA 50104

501A SOIA

6215 5625

5625 6215 6215

1025

2015

bZ15

6215

5105 6815 7505

2225

5105

1l2S

3615

1025

1315

1025 4115

1315

3325 )025

1025

1025 4735 6835

1125 6215

1045 2735 152';

5125 0215

5625 5f>25 6215

62l".) 1025 2015 621'; 6215

Number

32:48

Mfr

SOl-KSOOOH C0678102EI02ZS26-COH C0678102EI02lS26-COH

0180-1746 0180-1146

N829(1A

SC8232GK

HE

NE

N8290A SC8232GK

"IE

NE

q

100-

9100-3248 'H00-3247

9100-161S

QI00-1619

9110·0016 52·054·0000

1853·0203

L853-0203

2"ll09

1854-0071 185't-0071

18';3-0011) 1854-0071

1853-0203 1853-0203

2"ll09

1854-0011

1853-0010 1854-0011 C8 C8

C8 C8 C8 C8 C8

C8 C8

co

C8 C8

C8 C8 C8 C8 C8

C8 C8

<. <. <.

C8

<. <. <. <.

<.

C8

<. <. <.

<.

C8

<. <. <.

t See Section VIII, Manual Backdatin9

6.'

10ZZ

S26-COH

NE

SOIA

SC8232GI< N8290A 0180·1746A51CI 0180·1746A5C48

C

0618102E

C0678102EI021SZ6-COH

e01-K8000ll

C0618102E102lS26-COH

80l-K8000ll

C0618102EI02ZS26-COH C0618102EI021S26-COH

18324 04713 18324 28480 Z8480 56289 56289

12"82 S626Q

12982 56289

56289

211

VOCw

20

VOCW

1000VOCW 1000VOCW

100VOCW 1000VOCw 100VOCW 1000vOCW 1000VOCW

201:

10% 10%

"

+60-201:

PF

+80-20;

+80-201:

UF

PF

+80-20;

UF

+80-20;

"

PF

+60-20; .80-

IC:

LINEAR VIDEO AMPLIFIER

IC:

LINEAR MODULE

IC:

DIGITAL TTL

C:

FXD

ELECT

15

UF

15

UF

1000

0.01 1000

1000

ELECT

CEil

CEil.

CER CEil. CER CEil. CEil.

FXD

c: C:FXO C:FXO

C:FXO C:FXO C;FXO C:FXD C:FXO

1826·0058

1820·0427

1820·0450 01811·1746 01811-1746 01SO-0050 0150-0C50

0150-0093 0150-0050 0150-0C93 0150-0050 0150-0050

A51C3 A51C2

A5C47 A5C"6

A5C45

A5C'o4

A5C43

A5C42

ASC'tl

A5C40

!:i-I::I

H

1021

S26-COH

102Z

S26-CDH

102Z

SZ6-COH

022S26·(D

lOll

S26-cOH

801-K801l011 C0618102E102IS26-COH

C0618102EI021SZ6-COH

C

0618102E

801-K800011 C06181e2EI02lS26-COH 801-KaOOOll

aOl-K8C'0011

C

06181

02E

801-K800011

ROM15E1C2JIC ROM15EI02JIC

ROM15F821J3C

0,

E1022S26·COH

C0678 1 aOl-1<800011

C

0618

102E

C0616102EI02IS26-COH

81

02E 102ZS26·CO H

C067

C0678 102E 1

801-K600011

C06781v2EI021S26-COH C0618102EI021S26-COH

801-K800011

CQ618102E102ZS26-COH

C0678102EI021S26-COH C0618102EI02ZS26-COH

801-K800011

C0618102E102ZS26-COH

801-K800011

801-K600011

C0618102EI02ZS26-COH

RO~15EI02JIC

RO.'ol15F621J3C

RO~15E1C2JIC

C0618102EI021S26-COH

801-K800011

C

0618102E

03320-62102

03320-66505 C8

5125

CB

1525

CB

2135

CB

1045

CB

6215

CB

Il2S

CB

6835

C8

4735

CB

1025

CB

1025

CB

3025

CB

3325

CB

1315

CB

8215

CB

2425

CB

1315 1025

CB CB

1515

CB

1125

CB

432!>

CB

5105

1115

CB CB

<H15

CB

SID!>

72982 5626"

56289 562

a"

12"82

56289

12982 12982

56289 72982 72136 72136 00853

56289

72982 56289

56289

56289 72982 801·K8001l11 56289 72"82

56289

5628" 12982 56289

5628"

56289 72982

5628'1

12982

12962 56289 72136

0085:1

12136

56289

12982

5628"

28480

01121

01121 01121 01121

01121

VOCW

vocw

100VOCW 1000vOCw 1000VOCw

1000VOCw

100VOCW

1000VOCW

100VOCW 100VOCW

1000VOC'oI 100VOCW

'0%

1000VOCW

100VOCW 1000VOCW 1000VOC'oI 1000 100

vocw

1000 100VOCW 1000VOCW

20; 1000vOCw 100VOCW 1000VOCW

1000VOCw

20; 1000VOCW 100VOCW 1000VOCW 100VOCW

201: 100VOCW

1000vDCW

1000VOCW 100VOC'ol

20; 1000VOCW

20;

1/4101

1I4W

1/4W

1/401

1/4101

1I4W

1/4101

1/4W

1/4'1

1/4101

1/4W

1/4101

1/4W

..

IHW

1/4W

+80-20;

.80-20;

+80-20; +80-20; +80-20; +80-20; +80-2ot

+aO-20t; +80-Z0;

"

VDCW

'80

+80-Z0; +80-20; +60-20; +80-20;

.80-20;

.80-201 +80+60-20; +80-20; +60-20;

+80+80-20;

+80-20t +80-20Z

+80+80-20'

+80-20;

5;

"

5;

300VOCW

+80-20;

.80-

+80-

"

5;

"

5;

"

5;

"

5;

51

"

5; 5;

5:C

5;

1/4

5;

1/4W

+80·20%

PF

PF PF

UF

PF

"'

UF

PF Uf

PF 5:1

PF

5%300

PF

UF PF PF

PF

UF

PF+80·20%

Uf

"

PF

UF

PF PF

PF

UF

PF

UF

UF PF

PF

"

UF

01 V OHM OHM

OHM

OHMS

OHM

OHH OHM

OHM OHM

OHM

OHM OHM

OHM

RNG

..00OHM

O.OlUF 1000 1000

1000

0.01

1000

0.01

1000

0.01 1000 1000

820

1000

0.01

1000 1000

0.01

1000 1000

0.01

1000

1000 1000

0.01

1000

0.01

1000 1000 820 1000

1000

0.01

1000

5100 7500 27K lOOK

620

1100

68K 47K 1000

1000 3000 3300 130 620

2 130 1000

150 1100

4300 51 110

910

51

1000

CER

CEil.

cee

CER

cee

'"

cee

CEil.

CEil MICA MICA MICA CEA CEil. CER CEil. CEil 1000 CEil 0.01

CER

CEil CEil. CER

CER

cee

'"

CER CER CER CER

CEil.

cee

MICA !".ICli /IIICA

CER CEil. CEil.

ASSY

ASS": COMP

COMP COMP

COMP

caMP

ceMP CaMP

COJIIP COMP

C

O,",P

CQMP COMP caMP

COMP

CaMP COMP CaMP

C

Ofl!P

COMP

COMP CaMP CaMP COMP caMP

C:FXO C:FXO C:FXO

C:FXO C:

FXO

C:fXO C:FXO C:FXO

C:FXO C:FxO C:FXO C:FXQ C:FXO C:

FXD

C:FXO

C:FXO C:FXO C:FXO C:fXD

C:

FxO

C:FXO C:FXO

C:FXO

C:

FXO

C:FXO

C:

FXO

C

:FXO

C:

FXD

C:fXO C:

FXO

C:FXO C:

FXO

C:fXD C:

FXO

C:FXO

NOT

ASSIGNED

C:FXO C:FXO C:FXO FILTER

R:

FXO

R:FXO R:

FXO

R:FXD

R:

FxO

R:

FXO

R:fXO R:

FXD

R:

FX

0

R:FXO

R:

FXO

R:

FXO

R:FXD

R:

FXD

R:

FXO

R:FXD

R:

FXD

R:

FXO

R:FXO

R:

FX

0

R:

FXO

R;Fxa R:FXD

0150-01193 0150-0050

e150-0050

0150-0C50 0150-00"3

01~0-OC50

0150-0C93 0150-0C93

0150-0050

0150-0093

0160-0938

0160-0<;38

0160·2009 0150·0050 0150-0093 0150-0050 01SO-0050 0150-0050

0150-0093 0150·0050 0150-0093

01SO-0050 0150-0C50

0150-00"3 C150-0050

0150-0050 0150-0050

0150-0093 0150-0C50

0150-0C0;3

0150-')0<;13

01

~0-()050

0160-0"38

0160-20C9

0160-0<;38

0150-0050

0150-0C,"3

0150-0050

03320-62102

1 80ARO

5

4

3 3

03320-66505

0683-5125

0683-1525

0683-2135

0663-1045

0683-6215

0683-1125 0683-6835

0663-4135 0683-1025

0683-1025 0683-3025

0683-3325 0683-1315

0683-8215

0683-2425

0683-1315

0683-1025

0683-1515 0683-1125

0683-4325 0683-5105 0683-1115 0683-9115 0683-5105

7

19

13

..

1

A5C39 A5C38 A5C31

A5C36 A5C35

A5e34

A5C33 A5C32

A5C31 A5C30 A5C2'.l A5C28 A5CZ7 A5C26 A5C25 A5e24 A5C23 A5C22 A5C21 A5C20

A5(

A5C18

A5Cl1

A5C16 A5C15

ASCII,. A5C A5C12 ASCII A5C10

A5C'I A5C8 A5C6 A5C5

A5C7

A5C A5C3 A5C2 A5C A5A1.A2

A5

A4R&8

A4R&

A4R&6

A4R65

A4R64 A4R63 A4R62 A4R61 A4R60

A4R59 A4R58 A'oR57 A4R55 A4R54

A4R53 A4R52 A'oR51 A'oR50 A4R49

A4R~7

A4R48 A4Rlt6 A4R45 AItRItIt

3320A/B

Model

Part Number

Mfr

Code Mfr

(cont"d).

Parts

Description

6-1.

Replaceable

Table

Qty

Part Number

HP

Designation Reference

Section

VI

Model

3320A/B

Table

6-1.

Replaceable

Parts

(cont'd)

Section

VI

Reference Designation

A51C4 A51C5 ASIC6

1.510 ASIC8

ASll A5L2 ASll A5L" A5L6THRUL11 ASPI A5Ql

1.502

1.503

1.50"

1.505

1.501.

1.501 A5Q8 A5Q9 '5010

A5Ql1

1.5:;112

1.5'113

1.5014 ASRI

A5A.2 ASR3

A5R4

1.510.5 ASR6

A5R7 A5R8 "5R9 A5RI0

"510.11

ASR.

12

,0,510.13

A5R14

1.510.15

1.510.16 ASR

17

ASU8

,0,510.19 A51l20

A51l11

A5R.23

A5R24

1.510.25

A5R26 A5R27

A5U8 A5R29

,0,510.30

ASR.31 A5U2

1.510.)) ASIl.34 A5R35 ASUb

ASR31 A5R38

A5R39 A5HO

ASRlt! ASII.42

"5R."3 "SR."4 A5R./05

1.511.46 "510.107

1.510.48 A5Rlt9 ASR50

HP Part

1826-0lj58 1820-0450 1820·0421 I826-o05e 1826-0058

9100-3Z47 9100-3247

9100-1618

9100-1618 '110·0016

1250·1314

1853-0203

1854-0009

1854-0071

leS4-0071

1853-0010

1854-CC11

1853-0203 1853-0203 1854-0009

1854-0C71

1854-0011 1853-0010

185it-007l 0683-6215

0683-5625

(683-5625 06e3-6215

0683-6215 0683-1025

0683-2015 0683-6215 0683-6215 0683-5105

0683-9115 0683-1115 0683-4325 0633-5105 0683-1125

0683-7515 0683-1025 0683-1l15 0683-2425 0683-8215

0683-1315

06830683-3025 0683-1025 0683-1025

C683-4135

0683-6835 0683-1125 0683-6215 0683-1045

0683-2735 0683-7525 0683-5125 0683-6215 0683-5625

0683-5625 0683-6215

0683-6215 0683-1025

0683-2015 0683-6215 0683-6215 0683-5105 0683-9115

0683-1115

0683-4325

0683-5105

0683-1125

0683-1515

Number

3325

Oty

7

Description

IC:LINEAR IC:OIGITAL IC:LINEAA IC:LINEAR IC:LIHEAR

COIL:FXD COIL:FXO COIL:MOLOEO COIL:MOLOEO

BEAD: MAGNETIC CONNECTOR;RfCOAX, CENTER CONTACT

TSTR:SI TSTR:SI TSTR:SI TSTR:SI TSTR:SI

TSTR:SI

TS

TR:S

TSTR:SI TSTR:SINPNISElECTEO

TSTR:SI TSTR:SI TSTR:SI R:FXO

R:

fXO

R:fXD

R:

FXO

R=FXO

R:fXO

R:

FXO

R:fXO

R:FXO

R:fXO

R:FXO

R: FXO

R:

FXO

Fl.:

F)(O

R:FXO

R

:FXO

R:

FXD

R:

FXO

R:FXO

R:F)(O

R:fXO

R:FXO

R:FXD R:fXO R:FXO

R:fXD

R:FXO

R:fXO

R:FXO

R:FXD R:FXO

R:FXO

FXO COJtP

•

FXD CaMP

•

FXO

•

FXO

•

FXO

•

,"0

•

,"0

•

,"0

•

'"0

•

'"0

•

VIDEO

TTL MOOULE VIDEO VIDEO

IS

UH

15

UH

CHCJI(,E CHOKE

SHielDING

PHP

HPH

NPNI SELECTED NPNlSElECTEO

PNPI SELECTED NPNISElECTEO

PHP

I PHP

HPH

NPN(

SelECTED PNPISElECTEO NPNISELECTEO

CQMP

620

OHM

COMP

5600 5600

620

OHM

620

OHM

1000 200

0liH

620

OHM

620

OHM.

OHM

"

910

OHM

110

OHM 4300 51

OHM

1100 750

OHM 1000 110

OHM 2400 820

OHMSZ1/4W 130

OHM 3300 3000 1000 1000

68K

OHM 1100

1.20

OHM

21K

CliM5Z114W 7500 5100 620

OHM5Z1/4'01' 5600

5600 620

OHMSZ1/4'1 620

OHM.SZ1/4W 1000

200

CliM5Z114W 620

OHM

620

OHM5Z1I4W 910

OHM 110

OHM5ZI/ltW 4300

lIDO 750

Otvl5Z1/4'01'

CliM OHM

OHM

COMP CaMP

COMP COMP

CGMP COMP CQMP CaMP

COMP COMP COMP COMP COMP

COMP CO,,"P COMP COMP COMP

CO~P

COMP CO"'P

COMP COMP

COMPHKOHM CaMP COMP COMP CaMP lOOK

CO,,"P COMP caMP caMP caMP

COMP COMP

CaMP COMP

COMP COMP51OHM COMP

COMP caMP COMP51OHM CaMP

CQ"P

AMPLIFIER

AMPLIFIER AMPLIFIER

5.60

UH

5.60

UH

FROM FROM

FROM

FROM FROM FROM

5Z

1/

..

5l

I/ltW

5l

1/4W

5Z

1/ltW

5l

1/4'01'

5Z

1/4W

5Z

1/4W

"

5l

1/4'01'

5Z

114

..

5l

1/4'01'

5Z

1/4W

OHM

Sl

1/4"

SZ

1/4W

CliM

SZ

1/4W

5l

1/4W

OHM5l1/4W

5Z

1/4'01'

CliM

SZ

114'01'

5Z

1/4W

OHM

5~

1/4W

OHM5l1/4W OHM

5l

1/4W

OHM

5l

11

5Z

1/4W

5l

114'1

OHM

5'l:

1/4'1

5l

1/4W

OHMS

5l

114w

OHM

SZ

1/4

CliM 5Z

114'1

(0)4

5l

1/4'1

OHM

Sl

1/4'1

OHM5Z1/4'01'

SZ

1/4'01'

'5l

1/4W

5l

I/ltW

OHM

51:

1/4W

5l

1/4"

OHM51lIltw

2N31041 2N37041

2N325lJ 2N31041

2N37041 2N310"1

2N32S11 2N37041

..

Mfr Code

1832:4 1832-\ 04113 SC8232G K

18324 18324

28480 28480 28480 28480

02114 '82'1

28480 28480 80131 28480 28480

28480 2848C' 28480 28480 80131

28480 28480 28480 28480 01121

01121 01121

01121 01121 01121 01121 01121

01111 01121 01121 01121 01121

0112l 01121 01121 01121 01121

01111 01121

01121 01121

01121 01121 01121 01121 01121

Mfr

HE

50lA

H8290A HE

SOIA

HE

SOIA

9100-3247 9100-3247 9100-1618 9100-1618

56·S'O.fi5138

~\'~)~:%~033

1853-0203 2N709 1854-0071

1854-C071

1853-0')10 18510-0071 1853-0203 1853-0203

2H709

1854-0071

1854-0011 1853-0010 1854-0011

C8

6215

C8

5625

C8

5625 6215

C8

6215

C8

1025

C8

2015

C8

6215

C8

6215

C8

5105

C8

9115

C8

1115

C8

"325

C8

1125 7515

C8

co

1025

C8

1315

C8

2425

C8 C8

1315

C8 C8 C8

1025

C8

1025 4735

C8 C8

6835

C8

1125

C8

6215

C8

1045

C8

2135 7525

C8

5125

C8 C8

6215

C8

5615

C8

6215

C8

6215

C8 C8

1025

C8

2015 6215

C8 C8

6215

C8

9115

C8 C8

1115 4325

C8 C8 C8

1125

C8

7515

5105

8215

3325 3025

5625

5105

Part

Number

'·9

6-10

VIII,

Manval Backdating

t See Section

,bd

,Od

""d

,bd

CB27G5 CB3325 C81025 CB2025 CB3605

CB9115 CB2025 CB1625 C82035 C85125

CB'04S CB1805

CBI025 C8103S CB512S

CB2025 C8123S C82125

C81515

C85115

C82015 C84315 C81315 CB1025 C81525

SKAIl2l 5·6516 SS7316K 555651 52·053·0000

9100·3313 9140·0119 9100-3315 91400119 9100·3314

DM74L7:iN Sll2795 5C7521PK FOG10BB

1500

2·0Y 5

156X9020B2·0

90208

05X 9035.1.2-0

158X902082-0

5125 752S

2735 10"S

6215 1125 6835

(0735 1025 1025 3025 3325

1315 8215 2".2S 1315 1025

ADM19F132J3C 192P27392-PlS

TA

1500 156X

RDM15E390J3C 15001

T' T'

ROM15CIOOJ55

TA

RDM15F391J35

7A

RDM15C050K5S AOM15E390J3C

1500

03320·66501

03320·68505

C8 C8

C8 C8 C8 C8

C8

"

C8 C8 C8 C8

C8 C8 C8 C8 C8

YS

01121 01121 01121 01121

01121

01121 01121 01121 01121 01121

01121 01121 01121

0112' 01121

01121 01121 01121 01121 01121

01295 04113 04113 04113 98291

28480

28480 28480

28480

12040 12040

04713 07263 56289

72136 56289 5CI3C-CIAL 56289 91418 56289

72316 56289

91418 91418

12136

91418

00853 91418 12138 12138 58289

28480

01121

01121 01121 01121 01121 01121

01121 01121 01121

01121

01121 01121 01111

01121

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200

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0180-1746 014{)-O190 0180-0291

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A5R61 ASR60 A5R59 A5RS8 A5R57

ASRSS A5RH ASR53 A5R52 A5R51

3320A/B

Model

Part Number

Mfr

Code Mfr

(conl'd).

Description

Parts

6-1.

Replaceable

Table

Oty

Part Number

HP

Designation

Reference

Section

VI

Model 3320A1B

Table

6.1.

Replaceable

Parts

(cont'd).

section

VI

Reference

Designation

A7

R34 A7 R35,R3S A7

R31 A7 R38 A7 RJ9

A7 R40 A1

R41 A1

RU A1

TI A7 T2

A7 T3

AS

A8Cl

ABC2

1..80

A8C4

A8C5 A8CIl

A8C7 A8C8 A8C9 A8CI0

A8Cll A8CI2 A8C

13 A8CI4 ABC15

A8CI6 ASC17 ASCL8 I..8CI9 ASC20

A8C2t A8C22 A8C23 A8CH A8C25

A8C26 A8C21 A8CZ8 A8C29 ASC30

A8C.lL A8Cll A8C33 A80lt A8C35

A8C30 A807 ASCla A8C)9 A8CIo0

t ASC41 t ASC42

t

A8Clt]

t

A8CIolo

t ASCIo5

t ASClo6

1..8(47 ASClt8 A8Clt9 A8C50

A8CRI A81Cl A8IC2

t

A8Pl A8L 1

HP

Part Number

0683·

1025

068

J.

1055

0683

4325

0683

2225

0683

5125

OS8

3·

1035

0683·

1025

0683

2025

0683

J005

91

DO·

1362

9100·

1361

9100·

1362

03320-66508 0150-0122

ot

80-1

74b

0160-0181 0121-04)6

01bo-n22

0150-009) 0160-220)

01

SO-0093

0150-009)

0ISO-009)

016~2C09

0140-017<1 0140-0179 015O-00'H

0150-0093

0150-0C93

0150-0Cq3 0IltC-0222 0150-0122 01so-oe93

0150-0C'J3 0150-0122

0150-0122

0140-0222

0lSo-OC93

01S0-0C93

0140-0222 01SO-0122

0150-0122 0ISO-0122

OHo-0210

0160-2225

D150-0C93

0150-0093

e15e-0093

0150-0093

0150-0e93

01SO-0093

015O-0C93

0ISO-00'J3

D18o-17lt6 0180-1146

0150-0093

0180-1746

01Z2-0059

1820-0450

1820·0427

9140-0179

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2

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2

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1

7

1

,

1

Description

R,

FXO

COMP

1000

R,

FXO

COMP

R,

FXD

COMP

R,

FXO

COMP

R,

FXO

COMP

R,

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COMP10k

R,

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COMP

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TRANSFORMER: TORDIO TRANSFORMER:

TRANSFORMER: TOROID

8QAIl.O

ASST~Il.EFEIl.ENCE

C:FXO

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C:fXQ

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C;FXD

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MICA18PF51100VOCW

C:FXO

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C;FXO

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UNASSIGNEO UNASSIGNED UNASSIGNED UNASSIGNEO UNASSIGNEO

UNASSIGNED

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C:FXO

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C:FXO

CEil.

C;FllO

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OIOOE:VOLTAGE

IC:0IGiTAL TTL

IC:LINEAR UNASSIGNEO COIL/CHOKE

OHM5%1/4 W 1 MEGOH/A5%1/4 W 4JOO

OHM5%114 2200

OHM5%114

5100

OHM5%114

OHM5%1I4W

1000

OHM 2000

OHM5%1/4 W

OHM5%l(4W

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ZOOO

PF 201: 500VOCW UF

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2.4-24.5

0.01UF+80-201 91

PF

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0.01Uf+80-201:

0.01Uf.80-201:

820

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VARIA8LE

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100Voew 100VOCW

300VOCW

500VOCw

100Voew

100Voew 500VOCW '.iOOVOCw

300VOCW

100VOCW

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300Voew

100voeW

100Voc.W

10evoew

100Voew

100Voc.W

100Voew

100VOCW

20Vacw

zovoew

100VoeW 20Voew

CAPACITANCE

Mfr Code

01121 01121 01121 01121 01121

01\21 01121 01121 01121 28480

28480 28480

28~80

1'2982

28480

14&55 1',970 C085)

12982

72136 1'2982 72982 1'2982

0085) 28480 28480

72982

72962 72982 28480

72982

72962 12982

72'J82

72982

28480

72982

7298Z

2SltSO

12982

72982

28480

12136

72982

72982 12982

12982 12982

729S2 12982

28480 284S0 72982

28480

28480 1832'i

04113 2848C

Mfr Part Number

C81025 C81055 C84325 C82225 C85125

C81035 C81025 C82025 CB3005

9100·1362

9100-1361

9100·1362

0)310-66508 801-000-Y5S-202M

0180-110\6

ROMI5ElODJ3S

189-50Q-I05

1l.0M

15C

180Jl

5

801-";800011

ROMI5f910.J3C

801-K800011 801-K800011 801-K800011

RDMI5f821J3C 01lo0-0179

0140-0179 801-";800011 S(II-KSOO01l

801-1(,600011 801-K800011 0140-0222

8~1-000-Y5S-202"

8CI-K800011 801-K800011

8CI-000-Y5S-202M 801-000-'t'55-202M 0140-0222 801-K800011

801-K800011 0140-0222 80t-DOO-Y5S-202M

801-00~-Y5S-202"

801-000-Y5S-202H OHO-0210

ROH19F202J3C 801-1(,800')11 801-K800011 SOl-K800011

801-K800011 801-K800011 801-K800011 801-K800011 801-K80oo11

0180-1746 0180-IH6

801-K800011

0180-1746 0122-0059

N8290A SC8232Gk

9140-0179

f See SectIon

VIII,

Manual

B~ckdalmg.

6-11

6-12

t See Section Vlll, Manual Backdating.

40.2K

FLM

PNP PNP

PNP PNP NPN NPN NeN

NPN PNP PNP NeN NeN

RF Rf RF

0.33

COMP CaMP COMP

COI'IP

COMP

coro.P

COMP

COMP COIl.P

COMP CO,.P COMP COl'P

COMP CaMP COMP COl'P COMP

ca,.p COMP CO"P COI'IP COl'P

COI'IP CO,.P COMP CC,.P CDI'IP

COMP CCI'IP CO,.P CQI'IP CO,.P

COMP

CC,.P COI'IP CO/liP COMP

caMP COMP

COplP COMP

COMP caMP

COMP FLM

METFLM 30.1 K 0 HM

MET

CO~P

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,

R:FXD

R:

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R:fXD R:

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R:FXD R

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R:FXQ

R:

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R:

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fUFXO

11.:

FXO

R:FXO R:

FXO

R:FXO

R:FXD

R:FXD R:FXQ R:

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R:

FXO

R:FXD

UNASSIGNED

UNASSIGNED TSTR:SI

TSTR:SI

TSTR:SI TSTR:SI TSTR:SI

TSTR:SI TSTR:SI

TSTR:SI TSTR:SI TSTR:SI TSTR:SI

TSTR;SI

COIL:MDLOEO

COIL

COIL:fXO UNASSIGNED

COll:Rf

COIL;

COIL:Rf COIL;Rf

COll;~OLDED

0683-5125

0663-4705

0683-5125

0&83-

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715

0683-4705

068.3-6215

0683-1025

0683-3315

0663-1035

068.3-1035

0&83-4705

0683-2225

06e3-1015

0683-2225

0683-3315

512

0683-4705

0&83-4705

0683-3315

0683-7525

0683-1315

C683-51C5 0683-5105 0663-3025

0683-3025

0683-9125

0683-1015

0663-&215

0683-6215

0683-2025

0663-1035

C683-3315

0683-2015

0683-1025

0683-6215

0&83-5625

0683-5625 0683-1025

0683-2025

0683-1025

0683-4715 0683-3035 0683-3035

0683-1535 0&83-4715

C698-3499

0757·0453 0757·0442

0683-

1853-0203 1853-0203

1

~53-0203

16~3-0203

1654-0019 1654-0019 1654-0009

1854-0009 1653-0203 1853-0203 1854-0019 185lo-0C19

9100-161S 9140-0107 9140-0107 9140-0107

91.0-0ess 9140-0066 9140-0086

9140-006S

9100-1620

9

1 R

5

2

5

4

3

A8R51 A8R50 A6R49 A6R.8

A8R't7

A6R46 A8R45

A8R44 A81h3 A6R42

A8R41 A8R40 A8R39 ASR38 A8R37

A8R36 A8R35 A8R34 A8R33 A8R32

A8R31 A8R30 A8R29 A8R26 A8l'27

A8R26 ASR25 A6R24 A6R23

A8R22

A8R21

A8R20

ASF.19

A6RlS

A8R17

A8R16 A8Rl5

A8R14

ASR13

ABR12

A8R\1

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A6R9

A8R8

A6R7

A6R6

A8R5

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ASR3

A8R2

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C6

1015

C'

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4705

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3315 3315

C8 C8

7525 1315

C8 C8

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C8 C8

3025

C8

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C6

1015

C6

6215

C6

6215

C6

2025

C6

1035

3315

C6 C6

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C6

1025

C6

6215

C6

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C6

5625

C6

5625

C6

1025

C6

2025

C6

1025

C6

47i5

3035

C8

C6

3035

C8

1535

C8

4715

069S-3499 0757-0153 0757-0142

C6

5125

1653-0203 1853-0203

1653-0203 1653-0203 1654-0019 IS5

..

-0019 2N709

2N709 1853-0203 1653-0203

lS54-C019

165.-0C19

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IS40-36 1640-36 1840-38

PS PS PS PS

N8-0.37 N8-0.37 N8-0.37 N6-0.31 9100-1620

01121

01121 01121 01121 01121

01121 01121

01121

01121 01121

01121

01121 01121 01121 01121

01121 01121 01121 01121 01121

01121

01121 01121

01121 0112\

01121

28.80 28480 2S460

01121

26480 26480

26480 26480 26460 26480 80131

60131 28480 26480

28480 2f!460

2S.80 99800

99800 99800

95265

95265 28480

102:

....

1/4W

lI..W

1/4W

1/414

1/4W 1/4W

1/4W

1/4W 1/4W

1/4101

1/4W

l/"tW

1/6W

1/8 W

118W

1/

UM

UK

1/4101

11"tW

1/4W

1/4101 1/4W

1/4W

114101

1/4W

114101 1I4W

I/"tW

1/4W

1/..101

1/4W

1/..W

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1/4101

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1/4101

1/410

1/4W 1/4W

1/4W

1/4W 1/4W

1%

5:1:

52:

51:

52:

5%

1%

5J:

52: 52:

52:

52: 52:

52:

5%

52:

5%

51:

5%

52:

5:1: 52:

5:1:

52:

"

,.

"

,.

"

51: 51:

52:

5:1:

52:

5%

OHM

5.60

10l

10l 10l

15.0

OHM OHM

OHM

OHM OHM

OHM

OHM OHM

OHM

OHM OHM

OHM OHM OHI'I

OHI'I

OHM OHM OHM

OHM

OH~

OHM

0"' 0",

OHI'I OHI'I

0",

OM'

OHM OHM

OHM

OHI'I

UH

52: 5% 52: 52:

OHM

OHM OHM

UH UK UH UH

47

5100

5100 410

47

620

1000 330

10K

..1OHM

2.2K 100

2.2K

330

41 47

330

7500

130

51

3000

3000 9100

10'

620 620

2000 10K 330 200 1000

620 620 5600 5600 1000

2000 \000

..70OHM

3o,

30'

15K 470

10.0 K 5100

CHOKE 27 27 27

CHOKE

5100

OHM

Mfr

Part Number

Mfr

(contd)

Model

3320A

/e

Parts

Description

6-1.

Replaceable

Table

Oty

Part Number

HP

Designation Code Reference

VI

Section

Model 3320A!B

Section

VI

Reference

Designation

A8R52

A8R53

ASR5" A8R55

"'8R56 ASil51

"'8il.58

"'Sil.59 "'8R1oO

A8R61

t

A8R62

t

A8R63

f ASR!>" f

1.81'65

f

A8Rb6

t A81161THIIU

t

ABT

1

ABYl

(332M

A9A

A9Cl THRU A9C12 A9C24 A9C32 A9C3S

A91Cl THRU A91Ci

1.901

THIIU

A9RI

THIIU

A9R43 A9R44

1.91145

A9R41 A91151

A9R52

1.98

(33208 A9CI A9C2

HP Part Number

0683-2015 0683-6215

068J-'HOS

0683-~

06e3-S125

0683-

0683-.to105 0683-5125 0683-2015

1111

ONLY)

1.905

A9112~

ONLY

0410·0438 03320·66533

0180,1146

0683-1025

115

512 5

06983551 06833315 06984448

0698·3510 2100-248981 03320·66509 0180·0314 0180·1135

Table

6.1

Replaceable

Description

R:FXQ

COMP R:FXO R:FXO R:fXO

R:FxO

R:FXD

R:FXO

R:FXQ

R:fXQ

R:FXD

UNASSIGNED UNASSIGNED UNASSIGNED UNASSIGNED UNASSIGNED

UNASSIGNED

UNASSIGNED CRYSTAL: OUARTZ PC

ASSY: MODULATOR A9A FOLLOWING EXCEPTIONS:

NOT

ASSIGNED

NOT

ASSIGNEO NOT ASSIGNED C: FXO

NOT

ASSIGNED NOT

ASSIGNEO NOT ASSIGNEO

R:

FXO

R:

FXD

Ro

FX,O

NOT

ASSIGNED R:

FXD

R:VAR CQMP

PC

ASSY: MOOULATOR

C:

FXO

C:

FXO

zoo

COMP

1000

COMP

620

COMP

"'1

caMP

470

ceMP

5100

CO,"P

5100 CaMP '01 COMP

5100 COMP

200

IS

IOENTICALTOA9S

HECT15Uf

FLM

806

COMP 330

FLM

TANT. 10UF10"20vocw elECT

OHM1%H8 OHM5%1/4 W

FLM

294

453

OHM

51(

OHM 10'l'

0.22UF10"35Vocw

OHM

5~

OHM

5l

OHM

51

OHM

5~

OHM

51

OHM

51

OHM511/4\11

OHM

51

(JiM

51

OHM

51

10"20VDCW

OHM

I'll, 1/8 W

I'll.

1/8 W

112W

Parts(Cant'd)

1/"'W

II"''''

1/"'w

1/4W

1/~\II

1/4W

1/0'0\11

11,",

WITH

THE

W

Mfr

Code

01121 01121 01121 01121 O1l21

01121 01121 01121 01121 01121

28480 28480

56289

14614

01121

14614

12136

284BO

28480 56289 28480

Mfr

Part Number

ca

2015

ca

1025

ca

6215

ce

4705

ce

1+115

CB

5125

CB

5125

CB

"'105

CB

5125

ce

2015

0410·043B 03320·66533

1500

156X90

cn·o

obd

ca3315 C41·0

obd

MF4C

T·O

21002489 03320·66509 1500

106X90I

0180·1135

1082·

082·0

OYS

obd

YS

A9C3 A9C4 A9C5 A9C6 A9C1

A9C8 A9C9 A9Cl0 A9Cli A9CI3

A9C14 A9C15 A9C16 A9C11 A9C18

A9CI9 A9C20 A9C21 A9C22 A9C23

A9C24 A9C25 A9C26 A9C21 A9C28

A9C29 A9C30 A9C31 A9C32 A9C33

A9C34, A9C35

A9CIIl A9CR2 A91Cl

A91C2

A91C3 A91C4 ,.,91C5 A9rC6 A9Jl

I

See Section VIII, Manual Backdating.

0180·1135 01800374 01800313 01801743 OlliO

01600154 0180-1143 0160·0159

0180·1143 0150 0093

0150 0093 01500093 0160·2201 01500093 0140·0191

0150·0093 0150·0093 0180·1146 0150·0093 0150·0093

0121·0432 0160·0958

0160-2150

0160·0318 0160·2202

0160·0196 0160·2202 0160·0318 0180·1146 01801146

0150·0093 1901-0040 1901·0040 1826·0043 18260043

1826 1826 1826 1821·0001

0154

0043

1250,1195

0043 0043

C:

FXO ELECT 0.22 UF

C:

FXO

TArn.l0UF10%20VOCW

C·

FXO

ELECT

C:

FXO

ELECT 0.1UF10%35VDCW

C:

FXO

MICAMY0.0022UF10%

c:

FXO

MICAMY0.0022UF10"

C:

FXO

HECT

C:

FXOMY0_0068Uf10% 200

C:

FXO

elECT

C:

FXD

CER 0.01

C:

FXD

CER 0.01UF•

C:

FXO

CER

C

FXO

MICA51PF

C:

FXD

CER 0.01

C:

FXD

MICA56PF5"300

C:

fXD

CER 0.01

C:

FXD

CER 0.01

C:

FXO

ELECT 15UF10"20VDCW

C:

FXO

CER 0.01

C:

FXD

CER 0.01

C:

VAR

AIR C· C:FXDMICA33PFS'1lo C: C:

C: C:

C: C:FXOCERD.01UF

OIOoE: OIOOE: SILICON 30MA30

IC: LINEAR OPERATIONAL AMPLIFIER lC: LINEAR OPERATIONAL AMPLIFIER

IC:

IC: LINEAR OPEIIATIONAL AMPLIFIER IC: LINEAR OPERATIONAL AMPLIFIER TRANSISTOR ARIIAY: SI rlPN CONNECTOR:

1.7·14.1

FXO

MICA

FXO

MICA21PF

FXO

MICA

FXO

MICA24PF5"300

FXO

MICA15PF

FXO

MICA21PF

FXO

HECT15UF

FXO

ELECT 15UF10"20VDCW

SILICON 30MA30WV

lINEAII

OPERATIONAL AMPLIFIER

10%35VDCW

0_68UF10%35VOCW

0.1UF10"35VOCW

0.1UF10'11:35VOCW Uf.

80·20"

0.01

UFt811·

20"

5"

UF~80·20"

VOCW

UF.

80·20"

UF.8020"

UF;.

80·20"

UF.

80·

211%

PF

390PF5%

31111

VOCW

5"

15PF

5%

VDCW

5"

5%

10"20vocw

+80·20%100VOCW

WV

RF

SU8·MINII\TURE SERIES

200

Vocw

100

100 1110

100

100 100

VDCW

VOCW VOCW

VOCW

VOCW vocw

VOCW VDCW

vocw

VOCW

28480 56289

56289

56289 56289

56289 56289 56289 56289

12982 12982

12982 12136 12982

19101

12982 12982

28480 12982 12982

14910 00853

28480 12136

28480

04062

28480 72136 28480

28480

12982 01263 01263 28480 28480

2B480 28480 28480 02135 98291

0180·1135 1500106X902082·0YS 1500

684X9035A2-0

15001

04X9035A2·0

192P22292·PTS

192P22292·PTS 15001

04X9035A2·0 192P61282·PTS 15001

04X9015A2·o 80H,BOOOIl

801-1';800011 801·1';800011 ROM15E510J1C 801-1';800011 ROM15E560Jl00V

801·K800011 801-K800011 0180-1146 801·K80DOII 801·K800011

189·505·105 RDM15F391J3S 0160-2150 ROM15E270J5S 0160·2202

ROM15C240J3S 0160·2202 ROMI5E270J5S 0180·1146 0180·1146

801·K800011 fOG1088 FOG1088 1826·0043

1826~043

1826·0043 1826-0043 1826·0043 CA3046 52-053·0000

YS YS

6-13

6-14

1500225X9020A2-0YS

150010;X9035A2-DYS

801-KFOOOll 801-K800011 801-K800011

801-KEOOOH

801-K800011

801-K600011 801-1(,800011 801-K800011 801-Ka00011 801-K800011

RD"15E820J3S

01~a-0202

RO"15E430J3C 03320-66510

0757-0271

0157·03'l8

0757-0334 0151·0415 0757·0346 0151·0426 0757-0397

C84705 0157·0280

410~

C8 0757-0281 015J.0200

0157·0280 0698·4415 069S-4476 0757·0438 0698·4123

0698·4123 0698·4123 0751·0273 2100-2521 0757·0349

0698-3493

C84725

0698·3259 0698-4482 0698-4307

0751-0444 0151-0280 0757-0463 069S-3518

C82735

C84755 C82135 e8

475~

C82735

0698·3259 0698·4482

0698·4307 0751-0444 0757-0280 0757·0463

0698·3518

0698-3518 2N4250 1854·0019 1854·0019

1854-0019 2N4250 2N

5245

2N5245 1853·0071

1853-0020 1854-0071 1840-38 9140·0112 9140-0112

9140·0111 9140·0096 1840·38 9140·0096 9140·0096

Mfr

Part Number

56289 56289

72982 72982 72982 72982 72982

72982 12982

72982

12982

1~655

28~80

72136

Z8~8a

28480 28480

28480 28480 28480 28480 28480

01121 28480 01121 28480 28480

28480 28480 28480 28480 28480

28480 01121 28480 28480 28480

28480 28480 28480 28480 01121

01121 01121 01121 01121 28480

28480 28480 28480 28480 28480

28480 28480 80131 28480 28480

28480

80131

80131 80131 28480

28480 28480 99800 28480 28480

28480 18480 99800 18480 28480

Code

Mfr

20VDew 35VDCw

100VOCW 100VDCW 100VDCw 100VOCW 100VDCW

100VDCW lOOVOCW 100VOCW

100VOCW

1/8 W

W

lISW

1/8W

1{6W 1/8W

1/8 W

1/8W

l/SW

1/8W

1/2

W

1/8W

lISW

1I8W

l/SW

1/4W

1/4 W

1/8W

W

2N3702)

2N3704)

101

lot

300VOCW 500VDCW

1%

1/8W

W

1%

I/SW

liS

1%

1/4

W

1%

1/4 W 1% 1%

1%

1/8W

1%

1/8W

1%

LIN

1%

1/4 W

1/8W

1/SW

1%

1I8W 1/4 W

5% 1!4W 5% 1/4 W

1/8W

1%

1/8

J/8W

2N3704)

FROM

fROM

2.2

UF

1.0

UF

+80-20%

UF

+80-Z01

UF

+80-201

UF

+80-201

UF

+80-20%

UF

+80-20%

UF

+80-201

UF

+80-201

UF

+80-20%

UF

+80-20%

PF

5%

PF

5%

PF

5%

0HM 1% 1/8 W

75 OHM

OHM

1%

1/8

475 OHM 10 OHM

1%

68.1 OHM

5%

1 K OHM

OHM

5%

2,14 K OHM

5.62 K OHM 1 K OHM

J%

1%

5_11

K OHM

499 Of-iM

499 OHM

OHM

1%

3.01 K OHM

22.6 K Of-iM

OHM

l%I/SW

OHM

5%

OHM

1%

1 K OHM

82.5 K OHM

K OHM

1%

K OHM

5%

MEGOHM

K OHM

5%

MEGOHM

K OHM

5%

1%

12,1 K OHM 1 K OHM 82_5

K OHM

1%

from

UH

10%

UH

UH 10%

UH

Description

ELECT ELECT

CEll.

0.01 CEll.

0.01

CER

0.01 CER

0.01

"ICA

82

"ICA

15

"ICA

~3

ASSY:A"P

MET

FlM49.9

MET

FlM

FlM'20 MET

FlM

MET

fLM

FlM

1.3 K OHM

MET

FlM

MET

FLM

COMP47

FlM

MET

FLM

MET

FlM

FLM

165 OHM

FLM

10.2 K OHM FLM FlM

MET

HM

MET

FlM

2000 OHM \0%

MET

FlM

FlM4.12K

4700

FLM

7.S7 K

FlM

17.4 K OHM 1 %

FlM

14.3 K OHM

MET

FLM 12.1 K OHM

MET

flM

MET

FlM

fLM

7_32

COMP

27

FlM

7.87 K OHM

FLM

11.4 K OHM I'll.

FlM

14,3 K OHM

MET

FLM

MET

FLM

MET

flM

7.32 K OHM

fLM

7.32 K OHM

PNP NPN NPN

PNP FET

NPN

(S~I~Cl~d

SI

PNP

(SELECTED

SI

NPN

(SELECTED

Rf

27

RF 4.1 UH

Rf

27

AF

1 UH

C:FXO C:FXO

C:FXD C:FXD C:FXQ C:FXO C:FXO

C:FXO C:FXO C:FXO C:FXO C:FXO

C:FXO C:FXD C:fXD

BOARD

A:

FX D

R: FXO

R:

FXO

R'

FXO

R:

FXD

R FXO

R: FXO COti,P 47 OHM

R: FXO

R: FXO R: FXO MET R: FXO

R'

FXO

R: FXO

R:

FXO

A: FXO MET A'

FXO MET

A:

FXO

R

FXO

METFU/,499

R:

FXO

R:

VAR

R:

FXO

A:FXO R: FXO COMP R'

fXO

R: FXO R: FXO

R:

FXO

A: FXO A: FXO

R'

FXO

A'

FXO

R:

FXO COMP 4.7

R:

FXO COMP

R:

FXQ COMP 4.7

R: FXO COMP A: FXO

A'

FXQ

R: FXO

A' FXO R: FXO

A: FXO

A

FXD

R'

FXD

TSTR:

SI

TSTR:

SI

TSTR:

SI

TSTA:SINPN TSTR:

SI

TSTR

SI

TSTA:SifET TSTR:

SI

TSTR: TSTR: COIL:

FXO

COIL:

FXQ RF 3.3

COIL:

FXD

COIL:

FXQ RF 3.3 UH

COIL:

FXO RF 1

COIL'

FXQ

COIL:

FXO RF 1

COIL:

FXO

5

13

1

3

1

Qty

3493

4482

0066

0111

0180-0197 0180-0291

0150-0093 0150-0093 0150-0C93 0150-0093 0150-0C93

01SO-0093

0150-0093

0140-0146 01"00-0202 0160-2200 03320-66510

01510277 07570398

07570384 07570415 07570346 07570416 07570397

0683·4705 0751 0280 0583·4705 0757·0281 0757·0200

0757·0280 06984415 06984416 0157·0438 06984123

06984123 06984123 07510213 2100·2521 0757·0349

0698 06834725 06983259 06984482 05984307

07570444 07570280 07570463 06983518 06832735

06834755 06832735 06834755 06832735 06983259

0698 05984307 07570444 075702S0 0757·0463

06983518 06983518 18530066 18540019 18540019

18540019

lS53

185500S1 1855·00S1 IS54·0071

18530020 lS540071 91400107 9140 91400112

9140 91400096 91400107 91400096 91400095

HP

Part Number

Aloe

l7

AIOCl6

AIOC15 AlOCllt Al0e12 AIOCll AlOCIO

Aloe8 Aloe

7

AIOC6 Aloe; AIOC

...

AIOC3 AIOC2 AIOCI

AI>

A9R48 A9A47

A9R46

A9R45 A9A44 A9A43 A9R42

A9R41 A9R40 A9R39 A9R3S A9R36

A9R35 A9R34 A9R33 A9R32 A9R31

A9R30 A9R

29

A9A2S A9RH A9A26

A9A25 A9 R24 A9R2) A9R22 A9R21

A9R20 A9R

19

A9R

lS

A9R16,A9R17

A9A

15

A9R14

A9A12.

A9R13

A9R

11

A9A9,

MR10

A9RS

A9R7

A9A6

A9A5

A9A4

A9A)

A9R2

A9Rl

A9010 A909 A90S

A907 A906 A905 A904 A90)

A902 A901 A9L8 A9L7 A9L6

A9l5 A9L4 A9L3 A9L2 A9L

1

Designation

Reference

Parts

(cont'd).

Model 3320AlB

Replaceable

Section VI

Table

6-1.

Model 3320A!B

Table

6-1.

Replaceable

Parts

(cont"d).

Section

VI

Reference Designation

AlOC18 AI0C20 AI0CH

Al0e22 AI0eB AlOCH AIOC25

AIO:26

Al0C2? AI0C28 AI000 AlDOl AIOC32

AIOC33 AI0CH AlOC35 AI0(36 AI008

AI0C39 AIOC40 AI0C41 AlOC.2 AI0:H

Al;:lCH AIOCoCo5 AI0CRI AIOCR2 AIOCR]

AI01CI AIOJe2 AI01C] AIOIC4

1.101

C5

AIOJ

1

AIOJ2 AIOLl AIOl2 AIOl]

AIOL4 AIOlS AlOl6 AIOll AI0l8

AIOl9

A

10LlO AlOLlI AtOPI AI0:U

AI0Q2

AlOH

AI004 AI0Q6

A1D07 AI008 AI009 A

10RI

AIORZ

AlOR3

AI0~4

AIOR5 AIOll.6 410R7

AIOR8 AIOil,9 AICiUO AIORll AI0R12

AIOR13 A10rU4 AlORI6

AIO~17

AI0RI8

AI0R19 AIOR20 AI0UI

A

lOR22

AI0R2]

HP Part

0150-0093 CI60-0157 0150-0093

0150-0093

0180-0197

0150-00.2

0160-0.88

0160-3306

0160·0205 0180-0291 0160-2009 0180-0291 018')-0291

0140-0176 0160--01S7 01'0(1-0198 0160-0174

0150-0ce4

0150-0(84

0180-0291

0180-1746

0180-0197

0180-1146

0180-0197

1901-0044

1901-001010

1858-001S 1826-0062 1826-0043

1826-0043 1826-004]

1250-1195 1250-1195 9140-0106 9140-G098

9HO-OI06

9lito-OU4

9100-1620 9100-3316

9100-3311

911t0-01l4 9HO-01loCo

9

lIto-O

9100-1620

125D-I3IoCo

1854-0019

1854-0404

1854-0457

1853-0203

1854-0404

1854-0019

1853-0203

06<;!l-3279 0751-0407

06')8-3498 0157-0398 0157-0388 0698-]4]4 0698-10420

0698-0C0406 0698-..43]

0698-1t4"S

0698-3512

0698-101052

0698-"123

0698-4452

0757-0277

C757-0434

0698-348lt

C6QS-4474

0157-0289

C698-4435

0757-0421

Number

I

lit

Qty

C:FXO

3

1 1

3

1 1

,

1

2

•

1

1 R

1 R 1

1 1 R

1

•

1

3 R

2

CER

C:FXO

~Y

CER CER

ELECT

Tl

CER10PF

JIlICA

ELECT JIlleA ELECT ELECT

MICA MY tHCA CER

CER

CER ELECT ELECT ELECTISUF ELECT

ELECT elECT

HEX

LIMITER

HEX

MIXER

:FXORF10

NPN

MET MET

FXO

MET

fXO

"T

fXO

fLH

FXC

HET

fXO

fLH

fXD

fl'

fXD

FLM

fXO

FL'

fXD

FLM

fXO

FL'

fXO

RET

fXO

FL'

fXO

RET

fXO

'ET

fXO

'ET

fXD

FL'

fXD

FLR

fXO

'ET

fXO

FL'

FXO

'ET

0.00.7

••

0.0047

0.oCo7 RF

0.47

5.6

6.0 Rf10UH

RF

",H

HPH HPH HPH

PHP

HPH PHP

C:FXO C:fXO

C:FXO C:FXD C:FXO C:FXO

C:FXD MICA C:FXO C:FXD C:FXO C:fXO

C:FXO C:FXO C:FXD C:FXO

C:fXO

C: FXO C:fXD C:fXO C

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C:fXD

C:fXO C:FXD

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IC:LINEAR IC:lINEAR

IC:lINEAR

CDNNECTQR:Rf CONNECTOR:RF SUA-JIlINIATURE COll:FXO COIl:FXD COIL:FXO

CoIL:FXDRF10 COIL:HOLOED COIL:fXD COIl:FXO

COIl:fXD

COIL:FXO

COlL

COll:HOLDED

CONNECTOR:Rf

TSTR:SI

R: FXO

R:FXO

R R

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R

,

R R

R

,

R R

, ,

R R

,

Description

0.01

UF

+80-201

UF

101

0.01UF+80-2OS

0.01

UF

2.2

1 PF

2S+I-0.

10PF

5%

1.0

820PFSI

1.0

1.0UF101

100PF21

ZOO

PF

0.47Uf+80-201

0.1UF+80-201

1.0

1.0UF101

2.2

15Uf101

2.2 20JllA/IV 20JllA/IV 20MA/IV

OPERATIONAL OPERATIONAL

OPERATIONAL

SUB-MINIATURE

UH

2.2

UH

CHOKE

UH UH

10

UH

CHOKE

COAX,CENTER CONTACT

FlM

4990

Fl~

200

FLM

8.66K

flM15OHM

30.1

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FlJll

34.8

226

OHM

115

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<'260

OHM

5.161( 1180

OHHII1/8W

3110

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37

...

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FlJll

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FLJIl

49.9

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3.651(

6650

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13.3K

2."91( FlJll

1.51(

+80-201

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101

51

500VOC

21;

500VOC

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PF

UF

10'

UF

10'

UF

10'

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10>

101

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101

UF

101

UH

15.0

15.0VHlin

OHH

OHM

1~

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11

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OHM

OHJIl

OHM

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OHM11118"

200VOCW

20VOC

100VOCW

3SVDC

300VOC

35VOCIoI )SVDCW

200VDC

3SVOC 3SVDC

20VOC"

20VOC

20VDC

AMPl I f IER

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UH

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Mfr Code

lZ982

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56289 lZ982

lZ982 56289 78488 71471 00853

28480 56289

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2M80 56289

72136 56289 56289

56289 56289

56289

28.80 56289

2848C 28460

28480

28480 28480

2848C

28480 28480

98291 98291 28480

28480

28480 28480

281080

28480 28480

28480

281080

284110 98291

28480

28"80 28480

28480 28480 28480 28480 28480

28480 28480 28480 <'8480 28480

280C080

28480

281080

28480

28..80 28480

28480 28480

28480

28"80

Mfr

801-1l800011 192P4lZ9Z-PTS 801-K800011

8DI-K800011 ISOO22SX9020A2-DYS

TYPE CN-l IWJllISC2S001e

0160·0205 150010SX9035A2-DYS

ROMISF821

89

150010SX90l5A2-DVS

ISOOI05X9035A2-0YS 0140-0176

192P47292-PTS RD!415F201J3C 5CIIB1S-CJIll 'BC.IB5-COH

33C4185-CDti 150DI05X90)SA2-DYS lS0DIOSX90)SA2-DYS 0180-11.6 IS00225X9020A2-DYS

0180-1146

1500225X902~A2-DYS

1901-0040C0 1901-0044 1901-(10104

1858-0015

1826-0062 18261826-0043 1826-0043

52-053-0000

52-053-0000 9l1tO-Ol06 9litO-0098

9140-0106

9140-0114 9100-1620 91(10-3316 9100-3311 9140--01110

9140-01110 9140-0114 9100-1620 52-0S"-0000 1854-0019

1854-0019 1854-0404 1854-0'057

1853-0203

1854-0404 18S"-0019 1853-0203 0698-3219 0757-0401

0698-3498 0751-C398 0757-0388 0698-'343. 0698-

0698-"406 0698-44))

0698-4""5 0698-3512 D698-0C04S2

0698-4123 0698-4452

0151-0217

0151-0277

0151-04]4

0698-]OCOS" 0698-4474 0751-0289

0698-4oCo35

0751-0421

Part

GA

0043

.....

20

Number

J)C

6-15

6-16

1826-00)43

IS20-0l01

lS20-0l01

1820-0595 1820-070]

1820-0703

1820-0Ul FOGI088

1902-0692 Sll0939-IH

FOGI088 FOGI088

801-K800011

01SO-1146

801-K8000H 801-KeOOOll 0180-11lo6 0180-17lo6

192PI0lt02 33C4165-COM

ROM30F223FIC

0160·0207 192P41292-PTS 03320-66540

03320-55511

9100-1361

9100-1362 0757-0271

0698-4123 ('698-3262

0698-3262 069S-lo123

0157-C271 0751-(271

CS

5611

.,151-(271

0757-(437

C8

56lo1

0151'-(442

0151-Clo42

0698-3558 07S7-(lt38

0151-0414 0698-1151

0698-4369

0698-H51

0151'-0280 0151-(271

0751'-('438 0151-(271

0698-4457 0698-]268

0751-0278

0698-4508

0698-lo211

2100-:054

CB

3911

0698-~279

0157-0442

0757-043S

0151-0291 0751-0449

2100-315lo

0157-Clo49 18l0-OC7!!

07S7-C291 069S-4426

2l00-~S7lt

0157-0317

0757-0281

0151-11281 01S7-C289 MF4C

T·O

MF4CT·0 0757-Clte8

28480

28loS0

284S0

28480

2S480

28lo80

28loS0 01263 28480

04113 07263

01263 72982 284S0

129S2 12982 28480 28480 56289

56289 00853 28480 562S9 28480 28480 28480 28480

28lo80

28loS0 28480

2S480 2Slo80 28lo80 28lo80 01121

2S480 28480

01121

284S0

28lo80

28480 28480 28480

28loeo

28480

28480 28480 284eo 28480 2848C

28480

28480 28lof!0 28480

28lo8C

01121

28lo80

28480 28480

28480 2SloS0 28480 284f!0 2Slo80

28480

28lo80

28480 28480 28480

2Blo80

28lo80

19701 19701 28480

F/F

1/2W

GATE

11

VOCW

IOOVOCW 100VOCW

100VOCW

l/Sw

1/8W

1I8W

1/8W

I/SW

1/8W

1/8101

I/SW

1/4W II

I/SW

11

1/8W

II

1/8W

11

1/8101

11

1/8W

II

1/8W

1/8101

11

1/8W

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11

1/8W

3/4W

1/8W

II

1/8W

II

1/8W

LIN

II

1/8W

11

1/8W

11

I/aW

11

1/8W

AMPLIFIER

NAND 30WV

6.3V

51

20l. 100

20VOCW

20VD(W

200VOCW

200

vocw

101

200VOCw

OHM

11

II

OHM

11

OHM

1l

11

OHM

II

OHM

11

10'

1/4~

OHK

I~

OHM

II

101

OHM OHM

1/8W

OHM

11

1/8W

OHM

11

OHM

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l'

I/SW

OHM

11

1/8101

11

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11

OHM OHM

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1/8W

n

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OHM

OHM OHM

1/8W 1/8W

II

10~

101 101

11

II

1~

OHM

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J-K

HASTEA SLAVE

TTL DECADe COUNTER

TTL OECADE COUNTER TTL oeCADE COUNTER

2-!NPT

30MA

AEFERENCE

6.81V

30MA 30WV 30MA 30WV

0.01

UF

+

80·

IS

Uf

0.01

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OHM

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11

UF UF UF

201

UF

+80-201

PF 11 100VOCW

UF

5%

UF

CONVERTER

49.9 499

40.2

lo99

49.9

lo9.9

OHM

lo9.9

4750

OHM

10.OK

lo.02K

5.11K OHM

2.81K

OHM

2.81K

lK

OHM

49.9

5.11K

49.9

OHM

aiM

1.18K

OHM

OHK

OHM

4990

10.OK

5.IIK

OHM

CHM

LIN

OHM

OHM OHM

O~M

1.33K

2.74K

2.14K

13.3K OHM

OHM

101

500

15

IS

22000

O/A

560

S60K

390

0.01

O.lUF

0.1

0.0047

FLM FLM FLM

FUt

Hili

FLM FLM

FLM FLM 432 FLM

23.2

FLM FLM FLM FLM FLM

516

11.5K FLM

18.1K 15SK

FlH FLM FLM

24.9 20K

OHM

20K

NETWORK

24.9

1580

FLM FLM

FLM FLM 162

162

FLH 2lo3

IC

liNEAR

IC

TTL

MONOSTA8LE MULTIVIBRATOR

IC

TTL MONOSTA8LE

DUAL

IC TTL

IC

OIGITAL

IC:OIGITAL IC:DIGITAl IC:TTL

QUAO

DlOOE:SILICOH OIOOE:TC

0IOOE:8REAKOOWN OIOOE:SILlCQH DIooe:SllICON

c:

FXO

CEA

C:

FXO

ELECT

C:FXO

CER

C:FXO

CER

C:FXO

ELECT

C:FXO

ELECT

C:FXO

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C:FXO

CEA

C:FXO

MICA

c:

FXO

MYlAR 0.01

C:FXD

MY

80ARO

ASSY:O/A

BOARO ASSY:

TRANSFORMER:TOROIO TRANSfORMER:TOROIO A:FXO

MET

R:FXO

MET

R:FXO

MET

R:FXO

MET

R:FXD

MET

R:FXO

MET

R:FXO

MET

R:fXO

COHP

A:FXO

MET

R:FXO

MET

R:FXO

CO~P

R:FXO

MET

R:FXO

MET

R:FXO

MET

R:FXO

MET

R:FXO

FLM

R:FXD

MET

R:FXO

FLM

R:FXO

MET

R:FXO

KET

R:FKO

MET

R:FXO

MET

R:FXO

MET

R:FXD

FLM

R:FXD

FU'

R:FXO

MET

R:FXO

FL~

R:FXO

FLM

R:VAR ceRMET 50K R:FXO

COMP

R:FXO

KEf

R:fXO

MET

R:FXO

KET

R:fXO

FLH

R:fXO

FLM

R:VAR

IK

R:FXO

FLK

RESISTIVE

R:FXO

FLM

R:FxO

FLM

R:VAR

CERMET

R:FXO

MET

R:FXO

MET

R:FXO

MET

R:FXO

MET

R:FXO

FLM

R:FXO

FLM

R:FXO

HET

1826-0043

•

7

J

11

2

•

2

8

2

1 1

1820-0201 1820-0201 1820-0595 1820-070l

1820-0103

1820-

0703

18W-OS83

1901-00loO 1902-0692

1902-00loS

1901-0040 1901-00lo0 0150-0093 C180-17lo6

0150-00'H 0150-0093 01S0-lllo6 C180-

I

H6

0170-0055

0150-0C84 0160-0496 0160-0207 0160-0157 03]20-66540 03320-66511 9100-1361 9l00-1362 0751-0211 0698-4123 069S-3262

C698-3262

0698-412] 0757-0271 0751-0277 0684-5611

0751-0277 01'51-0431 0684-5641 0151-0442 0157-0442

C698-3558 0757-0438 0151-0414

0698-3151

0698-4369

0698-

3151

0757-0280 0151-0277 0151-043S 0157-0277

0698-

....

57

0698-3268 IH51-0218 0698-4S0a 0698-4211

2100-3054 C68't-HIl 069S-3219 0151-0442 0151-0418

C151-0291

0157-0449 2100-3154 0157-0449

1810-0078

0151-0291 0698-4lt26 1l00-2574 0751-0317 0757-0281

0157-0281 0757-

0289

0757-0405 0157·0405 0757-0lt08

0011

7

Al11CS AUtO AIllC6 AIlIC5 AlllC4

All10 AUIC2 AlIlCI .lUCAS AllCR4

AUCR3 AllCR2 AUCRI AIlC12 AllCU

AllC10 AUe.9 AUC8 Al1C6 Alle5

AUClt AllCl AllC2 AllCI All(Option

All

AI012 AIOTI AIORT5 AlORH AlOAn

AIORT2 AIORTO AlOR69 AIOR68 AIOR67

AIOR66 AIOR65 AlORt>4 AI0il.63 Al:)ito2

AI0R61 AIOjl,60

AIO~59

AIOR57 AIORS6

AIO~SS

AIORS4 AlOR53 A

10R52

AI0R51

AIORSO AI0.=1.49 Al:lR4S

A10il,l. 7

AIOR4t>

AlO1l4S

AlOI!;...,. AlOil;42 AIOil.41 AI0R40

AIOAl9 AIOR3S AlOin AI0R3t> AIORH

AI0R3~

AIOR3Z AI0R31

AIO~JO

AIOR29

AI0~28

AIOR27 AIOil.2t> AI0R2S

AIOU~

Part Number

Mfr

Code

Mfr

(cont-d)

Parts

Description

6-1

Replaceable

Table

Qty

HP Part Number

IB

Designation Reference

section

VI Model 3320A

Model 3320A/B

Reference Designation

HP Part

Number

Oty

Table

6-1.

Replaceable

Description

Parts

(cont"d)

Mfr Code

Mfr

Part

Section

VI

Number

AllJC9 AllJCIO Al1Ll. All12 AllL3

All01

All~2

AllQ3 AUOlt

Al1~5

A1106

All~7

All

08

AIIQ9 AllQI0

A11Q11 A

1111. AllR2 AllR3 AIU4

,1,1111.5

AI1R6 AllR.8 AIU9 AllRil AllRl0 AllRll

A

1111.12 Allill3 AlliU5 AllR

AllR17 AllR18 A

1111. AI1R20 AllR21

AllR22 AllR24 AllR25 Allil.26 A111t21

AllR28 AllR29 A1IR30 AllR)1

A12A

A12 A12 A12 A12 A12

A12 '12 A12

'"

All All A12 All All

All

'"

All All All

All

'"

All

'"

All All All All All

L2

1

(Option

16

19

lJ320A

C1

cz

C, C, C,

C.

C7

C8

C.

CIO Cll

C13

ct,

CIS Cto

017

C18

Cl9

CZO

C22

m

CZ; C25 C2. CRt

CRZ CR3 C"

CRS CR'

DOl)

ONLYl

1626-0043

1826-00'03

914().()137

91'00-003

9100-1616

1853-0020

185.to-0351 185S-0326

1854-0.toOlt

1853-0010

1853-0020

18

~.to-03'51

1855-C3e6

lan-0020

l65~-0351

1655-0366 015"7-C4.to9

0751-04'09

0683-.to125

0683-1525

0683-2225 0683-1035 0157-02H 0698-8026 0698

-3202

2100

-3095 0698-6670 0683-333S

0683-1025

0698-8027 2100-315'0

C683-2225 0698-oltoltB4 0683-2225 0683-1035 0683-2225

0698-.toolt8olt 0683-

2225 0683-1525 0683-5635 0683-102S

06e3-1025 0683-2235

C698-3228 0698-010'059

03320.66518 0160-2198

01'00-0176

0160-3691 0140-0218 0160-0205

010100-0228 0140-0226

0160-2198 0140-0220

0160-2009 0150-0eq)

0150-0C8lo 01SO-OC8.to 01

SO-0093

0150-0093

0180-2398 0150-0C84 0150-0CB.to 0150-0093 0150-0093

0180-

2398

0150·0121 0150·0121 0180-1146

1901-000100

1901-0040

IC:LINEAR lC:LINEAR

2

,

1 1 1

1

2

1

1 1

,

1 2 2

2 2

2

COIL:FXO RF COIL COIL:HOLOED

TSTR:5l TSTR:SI T5TR:FET T5TR:51 T5TR:51

TSTII.:51 TS T5TR:FET T5TR:51 T5TR:SI

T5TR:fET Il.:FXD R:FXD R:FXQ

R:FXO

R:nD

ll.:fXD

R:FXD

R:fXO

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FXO

11.:

VAil.

R:fXO

11.:

fXO

R:FXO

II.

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R:

FXO

R:FXO

R:

FXO

R:FXD

ll.:FXO R;FlO

R:FXO R:FXD R:FXQ

R:fXO

R:FXO

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FXO R:FXO R:FKO AMPLIfiER

C:FXO C:fXD C: C: C:FXD

C:FXQ C:FXD C:FXO C:FXO C:FXO

C:FXQ C:FXO C:FXO C:FXO C:FXO

C:FXO C:

FXO C:FXQ C:

FlO C:

FlO C:FKO

C:FlO C:FXQ

C:FXO

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f

51

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PNPISHECTEO

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FLM

20K

FLM

20K

CO"P

4100

CO/OP

1500

2.2K

COM' CaMP 10K GiM SI:

HET

FL"

FlM

1.61K

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FLM

CERMET 200

MET

FLM

COMP

33

CO/,,:P

1000

FLM

19.3K

IK

OHM

COMP

2.21(

FLM

19.1K

CO/OP

2.21( CO/oP 10K COMP

2.21(

Flt~

19.IK

CaMP

2.21( CC,,"P

1500

CCMP

56K

CCMP

1000

COMP

1000

CO,,"P

22K

MET

FLM

63'0

ASSY

MICA20PF

MICA FXD FXO

100PF21: MICA75Pf MICA

160

MICA

lO PF

MICA

360PF11: MICA

320 MICA

20PF51: MICA

200 MICA

820

CEO

0.01UF+-80-201:

CEO

0.1Of+80-201

CEO

0.1UF+80-201:

CEO

0.01UF+80-2ot

CEO

0.01UF+-80-201:

ELECT

CEll.

0.1UF-+-60-201

CEil.

0.1UF+80-201

CEil.

0.01UF+8D-201:

CEil.

0.01Uf+80-201:

elECT

CEil.

0.1UF+

CEil.

0.1Uf+

ELECT15UF

S

ILICOH SILICON SIUCON SILICON

S

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AMPLIFIER

AfltPlI F I

UH

2143102)

2143251 )

2N

21437021

1/.toW

Illtll

1/411

II:

1/8W

1I8W

I'll.

118

W

TYPE P 3/4W

1/8W

1/4W

1/8W

1/4W 1f8W

I/loW

1/4W

1/.toli

1/.tow 1/411 l/loV 1/.toW

1/oltV

I~

1/8W

100VOCW lOOVDCW 100VOCW

100VOCII

100VOC"

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100VOCII

100VOCW

lOVecw

Ell.

37021

UH

5"

CHOKE

5.60

FRO"

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SElECTED

600UF+-75-101

600UF+75-lot15Vocw

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OHM

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OH'l

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51:

1.21K

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DH!'I511/01011

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51:

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n

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80·20"50voew

80·20"50VDew

101

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30l"lA 30MA

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30

....

3lll1V

30MA

3lll1V

30....

3lll1V

26'060 28'080

2ll48O 9140-0137

99846

28.to80 26480

0.t0713 80131

28480

28lt80 04713 80131

28'080

04713

60131

28'080

28480

~1121

01121

01121 01121 28480 28480 28480

28480 28480

01121 01121

28.to80

28480

01121 28480 DIl21 01121 01121

28480 01121 01121 01121 01121

01121 01121 28480 28480 28480

72136 28480 12136

28.to80

28480

28.to80

2801080 72136 28480 00853

72982 56289 56289 72982 72982

56289 56289 56289 12982 72982

56269 5628<0 5C5081-CMI

5628<0 28480 07263

01263 01263 07263 01263 072&3

1826-COlo3

35000-15-502 910')-1618

la'S"I-0020 2"13904 2,..392 185lo-040.t0 1853-0010

18S3-0020 21430;04 2"14392 1853-0020 2N3904

2N.to392

0157-0'049 0151-0449 C8

'0125

C8

1525

C8

2225

C8

1035 0757-C274 0698-8026

0698-3202

2100-3095 0698-6670

C8

3335

C8

1025 0698-6027 2100-315'0

CB

2225

0698-4484

C8

2225

CB

103S

C8

2225

06098-4.to84

C8

2225

C8

1525

C8

5635

C8

1025

C8

1!l2S

C8

223S

0698-

3228

0696-4459

03320-66518

ROH15C200J3C 0140-0176 ROMISE150FlS 0140-0218 0160-0205

0140-0228 0140-0226 ll.OMI5C200J3C 0140-0220 ROM15F821J3C

801-K80COll )3CH8S--COH 33C.toIBS-COH 801-K800011 801-K80001l

390607G015E14 33C4185-CDH 33C4185-COH 80l-K800011 801-K800011

'3906

07G015E

5C5081-CMI

0180-1146 FOGI088

FOGI098 FOGI088 FOGI088 FOGI088 FOGI088

14

6-17

6-18

.bd

M

601PE

obd

-PW l-PWM

T·l

1/38

1138

192PI0392-PTS

HE"

101

192PI0392-PTS 225P2739W8 J

225P27

39WB

1500106X902082-0YS 192PI0392-PTS 192PI0392-PTS 192PI0392-PTS STYLE 3 TYPE

HEW

101

192P152'l2-PTS

ROMI5E410J3S 1500105X'l035A2-0YS 1500105X9035A2-0YS

0853·0011 03320·66701 03320-66512

CB

1001

C64701

CMF·11I0-32T-l

0698-3228 MC60

T-l

C8

4121

C6

4721

06':18-4465 C8

4701

0696·

4471

0698-3259 06'l8-4449

C8

4701

0699-4452 0757-0284

MF4CT·0

0757-0346

0757-034b

M

F4C

T'O

0757-0284 0696-4452

C8

4101

0698-

')082

caB201 0698-4195 07S7-0H8 C84701 CMF-1I10-32T-l

2100-2583 CMF·l/10·32 CMF-l.'IO-32T-l

0"157-0395

0698·

34"1

0698-4354

0157-0378 2N2904A 1853-0203

2N5179

2N2218 1854-0019

1853-0203

2N5179

2N5179 1537-22

56·590-65A

56-590-65136

56-590-65/38

56·590·65A 9100-3318

9100-

3318

9100-3319 15-24-0501 15-24-0501 15-24-0501

312.125 1':102-0554 fOA

b308

1902-0554 FDA

6308

56289 84411 56289 56289 56289

56289 56289 56289

5b289

84411

84411 56289 14655 56289 56289

28460 28460 28480

01121

01121 9J631 28480

01295

01121

28480

01121

28480

01121

28480

19701

28480

28~8C

19701

28480

01121

28480 01121

2B~80

28480

01121

91637

28480

91637

28480

2848C

28480

80131

284BO

80131

28480

80131

99800

02114

28480

28~80

284110

2126"

21264

75915 28480

01263

28~80

07263

..

1/411

..

1/8W

W

1/8W

1/811

1/411

1/~w

1/BII 1/8W

1/8

11611

I/BII

1/8

11

II

1/8W

118W

JACK

200VOCW 200VDC"

VOCW

20YDC .. 200VDCW 200VDC 200vaCW

200VDC

35VOC.. 35voe

1/8

..

1/~"

1/8

1/811

1/411

1/8

..

11 11 lIBW

1t

U

1/811

11:

liB"

1/4W

It

W

112

118"

II

11

l'

1/8W

I:

JACK JACK

10: 50VOC..

101

100

10: 10: 10:

101:

300VOCW

101

101:

114W 114W

1%

118W

l!BW

1/4W 101 101:

II 101

11:

It

I: 10: II

OHM OHM

It

11:

OHM

11

101

OHM

1/4W OHM OHM

118

2~

LIN

11

OHM

It

OHM

10%

INGLE

lW

IV

1.. IV

UF

10%

UF UF

UF

201: 50YOCW

UF 101:

51:

UF

10%

1%

OHM OHM

OHM

OHM OHM

OHM

10%

1%

OHM

UH

SINGLE SINGLE

AT AT

0.01

1 UF

10:

0.01

.027

10

0.01

0.047UF

0.41

UF 201: 50VOC ..

0.0015

41PF

1.0

ASSY

DETECTOR

10

OHM OHM

OHM

49.9 OHM

73.2 DHM

~700

~100

931

OHM

47

OHM

7.15K

7.B7K 309

OHM

47

OHM

374

OHM

FLM

150

fLM

280

33.2

10

flM

150

FLM

OHM

374

OHM

47

FLM

464

82 OHM

FLM

1.02K I.OOK

OHM

10

OHM

45.3 fLM

309

56.2 FlM

215

11.8 FlM

11.0 PNP PNP

PNP

!If

2.7 SHIELDING

SHIELOING

SHIELDING

UH

0.58

UH

0.74

UH

250V

200

MA

200

MA

MY

C FXD C

fXD

MY

C

fXO

MY MYLAR

C FXO C FXO MYLAfI.021UFIIl%I00YDCW

TANT.

C FXO

MY

C FXD

MY MY

C FXO

FXD

MY

C

MY

C FXO

MY

e FXO

IUCA

C FXD

ELECT

C FXO e FXD ELECT

THERI,lOCOUPLE TRANSISTO R aOARU

ASSY:

R:

FXD

COMP

R:

FXQ

COMP47

R: FXD FLM 1.69 K R:

FXD

FLM

R:fXD

fLM

R:FXO

COMP

ll.:FXO

COMP

R:FXO

FLM

R:fXO

COMP

R:FXO

FlM

R:fXO

FLM

!I:FXO

FLM

R:FXO

COMP

R:FXO

FLM

ll.:FXO

MET

R:FXO

MET

R:fXO

FLM

R:FXO

HET FLM

R:FXO

HET

R:FXO

FLM 33.2 MET

R:FXO

FLM

R:FXD

ceMP

R:FXO

~ET

R:fXO R:FXD

COMP

R:FXO

MET

R:FXO

MET FLM

R:

FXllCO,,"P470HM10%1/4W

R:

FXO

FLM 45.3

fI: VAR CERMET R:FXO

FLM

R:FXO

MET

ll.:FXO

HET FLM

R:FXO

MET

ll.:FXO

FlM

R:FXO

HET

TSTR:SI TSTR:

SI

TSTR:

51

NPN

TSTR:SI

NPN

TSTR:SJ

NPN

TSTIl:SI TSTR:Sl

NPN

TSTR:SI

NPN

COIL

:F)(O

BEAD:

MAGNETIC

BEAO:MAGNETIC BEAO:MAGNETIC BEAD: MAGNETIC SHIELDING COIL: FXD 0,58 COIL:FXO eOIl:FXO CONNECTOR:PHONO. CONNECTOR:PHONO. CONNECTOR:PHOOO, S

FUSE:0.125A OIOOE BREAKOQWN:IOV OIOOE:SI OIOOE

8REAKOOWN:I0V

OIOOE:SI

2

4

1

2

2 1 1

•

2

0160-0161 0160--2611

0160-0161 0160·3077 0160·3077

0180-0374 01bo-0161 0160-0161 0160-0161 0170-0079

01b0-3183 0160-02':18 0160--0182 0180--0291 0180-0291

0853·0017

03320·66701

03320·66512

0684·1001 0684·4701

0698-4428

0698-3228

0757-0710

001

0684-4721 0684-4721 C698-4465

0684-4101 06'l8-4411

06':18-325':1 0698-4449 0684-4101 C6'l8-4452

0757-0284 C698-4447 0151-0389

0757-0346

0757-0346 0151-0389

e757-0284 0698-4452 0684-4101 0698-0062

0684-8201 C6<;8-4195 0757-0338 0684-4701 06984380

21002583

0698·4380 0696-4449 0751-C395 0698-3441

(6<;8-435to

0151-0378

1853-0012

1853-0203

1854-0345 1854-0053

11:54-0019 1853-0203 1854-0345

1854-03to5

'll40-0

1

80

9170-0016

'l110-0016

9170-0016

9100-3318

'll00-3318

':I100-331'l 1251-2'l6':1 1251-2':169 1251-2969

2110-0027

1902-055to

1901-0050

1902-0554

1901-0050

A12

C15

A12

CI4

A12

C13

A12

C12

AI2

ell

AI2

CI0

A12

C9 C8

A12 A12 C1 AI2

C6

A12

C5

AI2

Cto

A12

C3

A12

C2

AI2

Cl

A12 A2 AI2

A1

A12 a (33208 ONLY

A12 R31, fl38

AI2

fl35, R36

AI2

f1H

A12 R33

(Sldl

A12 R33 OPTION

A12

IU2

AI2

R31

A12

R3D

A12

R29

A12

R28 R27

A 12 A12 ll.20 A12

ll.25

A12

ll.24

A12

R23

A12

ll.22

A12

11.21 A12

R20

A12

R19

A12

R18

A12

R17

A12

11.10 A12

R15

A12

Rlto

A12 R133 A12

R12

A12

R11

A12

Rl0

A12

R8

A12

R.7

A12

Rr:.

A12

11.5 A12

R4

A12

R3

A12

R2

A 12

Rl

A12

QB

A12

Q7

A12

Qo

All

Q5

A12

Q4

A12

Q3

A12

Q2

A12

Ql LB,

L9

A12 A12

L 7

A12

L 0

A12

L5

A12

L4

A12L3

A 12

L2

A12

Ll

A12

J 3

A12

J2

J 1

A 12 A12

f 1

A12

CRI0

A12 CR9

A12

CRa

A12 CR7

Mfr

Part Number

IE

Model 3320A

Code Mfr

(cont'd)

Description

Parts

6·1.

Replaceable

Table

Qty

Part Number

HP

Designation

Reference

Section

VI

Model 3320A!B

Table

6-1

Replaceable

Parts.

(cont'd).

Section

VI

Reference

Designation

A12

Clb

A12

C17

A12

C18 A12C19 A12CR1.

CR2

A12

CR3

A12

C",

A12

CRS

All

CRO

A12

CR7

A12

CRa

A12

CRO

All

CRI0

All

ICl

All

lC2

All

Ie3

All

Ie4

All

lC5

Jl,

J2

All

K1

All A12

K2

All

Ql

All

Q2

All

Q3

All

OS

All

06

All

07

All

O'

All

0'

All

010

All

011

All

Oll

All

Ri

All

R2

All

R3

All

R4

All

R5

All

.6

All

• 7

All

••

All

RiD

A12

'12

All

'13

All

'14

All

'15

All

'17

All

.18

All

.iO

All

'20

All

'21

All

'22

All

.23

All

.24

All

'25

All

R27

All

'28

All

.29

All All

'31

'"

All

"2

All

.33

All

.34

All

.35

All

'36

All

"7

All

'38

All

R3'

All

.40

All

.41

All

'42

A12

'43

All

'44

All

'45

All

'46

All

'47

A12

'48

A12

".

All

RSO

HP Part

01bO-2611 0180-01'n

0180-0060

0160-2322 1901-(l040

1901-00ltO 1902-00lt" 1901-0053 1901-0040 1902-0049

1901-0040 1901-0040 1901-0040 1826-0043 1826-0043

1826-0043 1820-020T

1826-0043 1251·2969 0490·0963

0490·1015

1854-0404

18~3-0012

1855-0368

1854-0210

1854-0404 1855-0368 1855-0366 1855-0368

1854-0210

1854-0210 0684-4121 0684-2231 0684-2231

0684-4131 0664-4151 068"'-2251 0698-44 01><;8-8004

2100-3056 0698-8004 0757-0412 0151-0412 0684-4731

0698-4530 0157-0446 0151-0280

0698-4462 0751-0128

0757-0428 0757-0427 0684-3331 01>';8-8005 0698-3228

0157-0270 06"8-8007

2100-3122 06'>8-8006 0698-3262

06"8-3562

2100-3054 0684-1221 068"'-1061 0684-4151

0684-4751 01>84-1021 06'>8-3228 0698-34"9 0684-4151

C684-6811 0684-3311 0664-3321 0684-4731 0684-1021 0698-3160 0698·3226 06S4·6821

Number

....

Qty

4

• •

,

1

3

2

6

,

4

2

1

2 2 2

1

1 3

1

,

3

1 1 1

1

2

,

C:FXO

MY

,

C:FXO C:FXOAlELECT

C,FXD

DIDDE:SILlCDN

OIODE:SllICON OIODE:8REAKOOWN OIOOE:SllICON OIOOE:SIlICON OIODE:8REAKOOWN

OIOOE:SILICON

DIODE:SILlCON

OIOOE:SILICON

IC:LINEAR

IC:LINEAR tC:TTL IC:LINEAR CONNECTOR:

RELAY'

RELAY,

TSTR:SI TSTR: TSTR:FET

T5TR:5I TSTR:SI

TSTR:SI TSTR:FET TSTR:FET T5TR:FET

TSTR:51 TSTR:51 R:FXO

~:FKO

R~FXO

F"

•

"0 "0

•

"0

•

"0

•

'A'

•

"0

•

"0

•

"0

•

"0

•

"0

•

"0

•

"0

•

"0

•

''0

•

''0

•

''0

•

FXO

•

F"

•

''0

•

''0

•

'"

'A'

•

'"

''0

•

F"

•

'A'

•

''0

•

F"

•

''0

•

F"

•

F"

•

''0

•

F"

•

'"

•

'"

''0

•

"0

•

"0

•

FXO

•

,

FXD MET FLM 31.6 K

R

FXO

,

FXO

UF

ELECT

MICA18PF

30MA

OPERATIONAL

OPE~ATtO~Al

OPERATIONAL

MONOSTA8LE

OPERATIONAL

PHor~o

MULTI-REED REED

COIL10VA

NPN

SI

PNP

51

NPN

NPN "N

NPN

SI

NPN

SI

NPN

SI

NPN

NPN NPN

COMP

4100

COMP

22K

COMP

22K

COMP

47<

eeMP

4.7

COMP

2.2

FLM

54.9K

FLM

200K

CERMET 5K FlM

200K

MET

FU\

MET

FLM

COMP

47K

FLM

232K

ME7

eLM

ME7

eLM

FLM

768

ME7

FLM

MET

FLM

MET

fLM

COMP

13K FLM15OHM MET

FLM

ME7

FLM24..KOHM

FLM

7.054K

CERMET

FLM

1.772K

MET

FLM

MET

FLM CERMET COMP12K CaMP10MEGOHM CaMP

4.7

COMP

4.7

COMP

1000

MET

FLM

HM

'oO.2K

COMP

4.7

COMP

680

COMP

330

COMP

:HOO

COMP

41K

COMP

1000

MET FLM 6.49 K

MET

COMP

Description

lOt

50VOCW

2.2

UF

lOt

200

5%

30l'lA 30W'I 30VOCW

30MA

30MA 30W'I 30MA 30WV 30MA 30WV

OHM OHM

,"M

MEGOHM

OHM

OHM 200K 200K

OHM OHM

lS.0K

lK

OHMIt1/8W 619

1.62K

1.5K

OHM

49.9KOHM

100

40.2

41.2K

50K

OHM

MEGOHM

49.9K MEGOHM

OHM

OHM OHM

6.SKOHM

20VOCW

UF

+75-101

100VDCVI

30WV

6.19'1

51

30101'1

6.19V

St

AMPLIFIER AMPLIFIER

AMPLIFIER

~ULTIVI8RATOR

AMPLIFIER

250 V

N-CHANNEL

N-CHANIlEL N-CHANflEL N-CHANIlEL

OHM

lOt

1/4W 1/411 1/411

""

1/411

10'

lOt

OHM

1%

O.I~

0.1% OHM OHM

lot

It

OHM

'0'

OHM

101

10%

OHM

"

10'

''''

'"

lOt

""

1/811

""

It

1/411

1/8101

n

It

11

1/4W 1/8W

11 1%

.0011 lOt

.0011

1%

lot

1/4W

lot

10%

lOt

118101

10l

1/4W 1/4'"

1/4W

lXoll8W

190

I!SW

1090

1/4101

1/8101

1/811

Il 1/8W

11

3/411

11

3/4W 1/4101

1/4101

11

1/4W

1/411

1/4 W

OHM

OHM'"TYPE P 3/411

OHM

.001t

OHM OHM OHM

OH!'!

OHM

OHM OHM

1/411

1/8W 1/6W

1/4W

1/8101

1/811

1/8W

1/4101

1/4W

l/'oW

1/8101

1/8W

1/8W 1/8W

1/8W

1/8'"

3'10CW

Mfr Code

84411 5628 56289

00853

07263 FDG1088

07263 04713 07263 07263 04713

01263 07263 01263 28480 28480

28480

28480 27264 28480

15636 R2731·2 28480 80131

28480

80131 80131

28480

28480 28480 28480

80111

80131 01121 01121 01121

01121 01121 01121 28480

28480

28480 28460 28480 01121

28480

28460

28480

28480 01121

28480

19701

26480

28480

28480 28480

28480 28480 01121 01121 01121

01121 01121 28480

28480 OIl21

01121 01121 01121 01121 01121

28480 0698·3160

28480 0698·3226

01121

..

Mfr

HEW

RDM15C18OJ15

FOGI088 f03444

FOGI088 SZ10939-122

FDCI088 fOGI088 fOGI088

1826-0043 1826-0043

1820-0201 1826-0043 15·24·0501 0490-ll963

1854-0404 2N2904A 1855-0368

2N22:22 2N2222

1854-C404 1855-0368

16~3-C368

1855-068 2N2222

21'12222 e8

C6 C8

"

e6

"

0698-4499 06"8-8004

210Q---3()56 0698-8004 0157-0472 0751-0472 C8

0698-4530 0751-0446 0751-C28Q 0698-4462 0757-0728

0157-0428 0157-C427 C8 06<J8-80C5 MF4CT·0

0157-0270 06<;8-8007 2100-3122 0698-8006 0698-3262

0698-3582 2100-3054

C6

CB C8

"

C8

0698-3228 0698-3499

C8

"

C8

C86821

150D225x9020A2-QYS 300207G003CC2-0SM

Sll0939-122

1826-0043

... 2231 22:31

4731 4751 2251

4131

3331

1221 1061 4751

4751 1021

4751

6811

3311 3321

4131

1021

Part

101

721

Number

"d

6-19

6-20

obd

0140-0176 0140-0220

ROI'I1SC200J3C 0140-0126 0140-0228

0160-0205 0140-0218 ROM15E750FIC

0160-0336 Il.OM15C200J3C

03320·66514

3130-0474

3130-0477 3130-0477

3130-0472

3130-0479

3130·0477

3130-0472

1/1032T·l

3130·0474

3130·0472 3130-0473

1/1032

T·1

28480 28480 72136 28480 28480

28480

7213t:

28480

12136

28480

28480 3130·0478 28480 3130·0475 28480 28480 3130·0477

28480 3130-0472 28480 28480 3130·0472 28480

28480

28480 3130,0476 28480 3130·0477

28480 3130-0472

28480 28480 3130·0473 28480 3130·0471 91637 CMF 28480 03320·61901

28480 3130·0475 28480 28480 3130-0477

28480 3130·0477

28480 28480 28480 3130,0471

91637 CMF

28480

2%

U 300VOCW

5~

It

300VDCW

It

"

2~

U

100VOC..,

"

U

1/8w

100

PF

200

PF

20

PF

320

PF

360

PF

10

PF

160

PF

"

75

PF

100

20

PF

POWER

AMPLIFIER

WAFER

1%

FXO

MICA

'XO

MICA

FXO

MICA

'XO

MICA

FXO

MICA

FXO

MICA

FXO

MICA

FXO

MICA

FXO

MICA

FXO

MICA

80TTOM TOPWAFER

DETENT

SAD:

....

FER

DETENT

FXDFLM1690HM1%1/8W ASSY: SWITCH

DETENT

FXD

FLM

169 OHM

ASSY: SWITCH

C C C

C

C C

C

RANGE: DETENT RANGE: RANGE' LSAD: DETENT

LSAD: WAFER 2ND SAD: DETENT 2ND SAD: WAFER 3RD 3RD SAD WAFER

MSAD: DETENT 28480

MSAD W lSFD: LSFD: WAFER

2ND SFD: DETENT 28480

MSFll: R:

PC

RANGE: DETENT 28480 3130-0478

RANGE: BOTTOM WAFER

RANGE· TOP WAFER

LSFD,

LSFD: WAFER 28480 3130-0472

2ND SFD: DETENT

2ND SFD: WAFER MSFO: MSFD; WAFER

R:

PC

0140-0176 0140-0220 0160-21<18

0140-0226

0140-0228

0160-0205

1 C 1

1 BOARD ASSY:

1

0140-0218

0160-3520 0160-0336 0160-21<18

03320·66514

3130-0478 3130·0475 3130-0474 3130-0477

3130·0472 3130·0477 3130·0472 3130-0477 3130·0472

3130·0479 3130-0476 3130·0477 3130·0472 3130-0477

3130·0472 2ND SFD: WAFER 3130-0473 3130·0471 MSFD: WAFER 0698·4416 03320·61901

3130-0478 3130·0475 3130-0474 3130-0477 3130·0472 3130-0477

3130·0472 3130-0473 3130·0471 0698·4416 03320·61902 1

ONLYI

ONLYf

ONL

Yl

7

(3320A

A14CI0

AI4C<I

A14C8

A1<tC A14C6

A14C5 A14C4 A14C3 A14C2 A14C 1

A14 (3320B

A13Rl A13B (33208

A13R1 A13A

CB1001 C81001 0757·0270 C81051 C84731

Mfr

Part Number

Model 3320A/B

01121 01121

28480

01121 01121

Code Mfr

10%

1/4 W

10%

1/4 W

OHM

1%

1!8W

10%

1/4W

10%

1!4W

PartslCant'dl

caMP

10

OHM

caMP

10

OHM

MET

FlM

249K

COMP

1 MEGOHM

OHM

COMP47 K

Description

Replaceable

Fxa FXO FXO FXD FXO

R, R·

R, R,

6-1.

1 R

Qty

Table

1001 1001

1051 4731

0684 0684· 0757 0270 0684 0684

A12R55, A12R54 A12R53 A12R52 A12R51

HP Part Number

Designation

Reference

VI

Section

Model

3320AlB

Section

VI

Reference Designation

AlofoCll AlltC12

Altte13 Al1oel1o AHClS

AHCt6

,

AlltC17 A14C18 A14C19 A14C20

A14eZl

Al4e

2l A14C23 AlofoC24 AHC25

A14C26 Al1oC27

,

A14C28 A14C29 Al4(;30

A14C32

A14C33 A14C34 A14C35 Al0f0C36

Al4t31 A1406 Al4C39

Al~C40

A14:41 A14C42

A14CRl A14C

R2 A14CI\3 AHCR4 Al4CRS

Al4CRh AHCR

7 AltteR8 A14CR9 Al4tR10

Al"'CRll Al4CR12 A14CR14 Al/oCR15 A14CRlb

A14CR17 A14CR18 A14CRl9 AlloCR20 AhCR22

A14CI\Z3 A10f0CJ<Z4 Al0f0CRZ5 AlloCR26 A14IC1

HP Part Number

0160-2228 0180-0291 0150-0093 0180-18106 0180-0291

OBo-Oe8lt

0180-0291 0150·0015 0150·0084

0180-0116 0150-0C84 0180-0291 0180-0376 0180-0316

0190-0291 0150-0CI!Io

0180-18'06 0180-0291

0150·0022 01500084 ')180-0291

elSO-OC84

0180-0116

e

0180-02

n

0180-0291

019~0)76

0160·3011 1902-3205

1902-3105

1902-0556 1901-0044 1901-0044

1901-0040 1901-00100 1901-00100 1901-0040 19D!-00"'0

1901-0040 1901-00'00

1901-00~4

1901-0044 1901-0040

1901-0040 1901-0040 1901-0OS0

1902-0202

1901-0050

1902-0202 1902-0556

1901-00ltlt

1901-0044

1820-020)

Table

Qty

1

2

,

2

I

6.1.

Replaceable

Description

C:fllO

MICA

2100

Pf

C:fXD

EUCT

C:fXD

eER C:fXO C:fXO

e:fXO NOT C:FIlD C: FXDTIDIDX 2.2 PF 10% 500VDCW

C:

C:fXO C:FXO C:FXO C:FIlO

C;FXO

C:FIlO C:fXO NOT C:FXO C:FIlO

C:fXQTIOIOX 3.3PF10% 500VDCW C:FXD CER 0.1UF+80-20%

C:fIlD C:fxD C:FxO

C: C:FIlD C:FXD C:FIlO C:FXO

C:

FXO DIODE BREAKOCWN:lS.OV DIODE 6REAKODWN:15.DV 0100E:BREAKOt\lN 010DE:SILICON

OIODE:$ILICON

OIODE:SIL1CON OIOOE:SILlCClN OIOOE:SILICOH OIODE:$ll1COH OIOOE:SIUCON

OIOOE:SlliCOH OIOOE:SILICOH OIOOE:S 01 OOE:S OIOOE:$

OIODE:SILICON DIOOE:$ OIOOE:SI DIODE BREAKOOWN:1S.0V OIOOE:Sl

OIOOE DIOOE:6REAKOOWH

DIOOE:SILICON

OIOOE:SILICON

lC:OPERATICNAL

0.01 elECT elECT

CER

0.1

ASSIGNED

ELECT

FXD

CEA

0.1UF+80-20%

ELECT CER

0.1UF+80-201 elECT elECT elECT

elECT

CER

0.1UF+80-20'l

ASSIGNED

ELECT elECT

ELECT CER

0.1 ELECT

FXO

ELECT ELECT ELECT ELECT ELECT

MYLAR

.021UF1(1%

ILlCCN

IUCON

ILICON

200MAAT 200MAAT

BREAKOOWN:lS.0V

S~

1.0

Uf

10~

Uf

+80-20~

2.2Uf101

1.0

Uf

101

Uf

+80-20~

1.0Uf101

6.8

Uf

1"

1.0Uf101

0.47

UF

0.47

UF

1.0

UF

10'

2.2

UF

10'

1.0

Uf

10~

1.0

UF

10'

UF

+80-20~

6.8

UF

10'

1.0

10'

"'

1.0

UF

10'

\.0

'0'

1.0

Uf

10~

"'

0.41

UF

100

20.0V 20MA/IV 20MA/1V

30MA

JOWV

30MA 30WV

,OW,

30MA

30WV

30"'

30MA

30WV

,OW,

30MA 30KA

30WV

20MAI1

20MA/IV

30/'\A 30JjV

30MA

30WV

}OMA

30WV

20.0V

ZOMA/IV 20MA/IV

AMPLIfiER

l00VQCW

101

l00'lDCW

10'

'IOCN

V

IV

Parts(Cant'dl

35voew

100VOCW

35VOCW

100VDCW

3SVDCW

35VOCW

100vacw

HVQCW

)SVDCW )SVOCW

15VOCW

100VOCW

35VOCW

3SVOCW

100VOCW

3SVOCW

35VOCW

)5VOCW

3SVOCW

)I)VDCW

5~

1W

1.

"

,.

1.

"

Mfr Code

28~80

56289 12982 56289 56289

56289

78488

56289

56289 56289 Sb289 56289 56289

56289 5628'>

56289 56289

78488 56289

~628'>

56289 56289

56269 5628'> 56269 56289

S6289 56289 225P2139W61·PWM

2848C 28460 28480 28480 2846C

0126)

01263

0126)

01263

07263 28"'80

26480 01263

01263

011.63 28480 C12lo3

28480 28480 28480 28"'80

01263

Mfr

Part Number

0160-2228 150010SX903SA2-DYS 801-K8000 lS0022SX903582-0YS 15001CSX9035A2-0YS

BClt18S-CDH

150DI0S1l9035A2-0YS TYPE GA 33C41

15C0685X903582-0YS 33C41BS-COH 15001C51l9035A2-0YS lS004141l9035A2-0YS lS004141l9035AZ-DYS

150DI051l9035AZ-OYS 33C418S-COti

15C0225X903582-0YS lS00105X9035A2-0YS

TYPE GA 33C41

15001CSX9015A2-0YS 33C4165-COH 1500h85X903S6Z-0YS

1500105X9035A2-0YS 150010SX903SA2-0YS 150010SX9035A2-DYS 1500105X903SA2-0YS

150D41'oX9035A2-0YS 1902-3201)

1902-3205 1902-0556

1901-C044

1901-00'0'0

fOGI088 FOGI088 FOGI0S8 fDGI066 FOGI088

FOGI088 FDGI088

1901-0044

1901-0044 FDGI088

FDGI088

FDGI088 FDA

1902-0202

FOA

1902-020Z

1902-0556

1901-0044

SL8940

11

B5-CDH

6108

6)08

1

See

Section

VIII,

Manual Oackdating

6·21

...

74

....

2

.....1

8009

80C8

7990

0442

Part Number

3321

n21

HG5

ICOI

1521

1~21

4019

...

eo

06980698-3535

06<;18-7985

0751-0271

07510211

2100·198 0757-0271 0757-0428 0757-04"'2 0757-0283

0751-01"07 0151-C291 0757-038't C868G5 C868G5

0757-0394 0751-0442

0157-0283

C8 0757-03<;14

06"8-

0698-~"'26

06980698-1990

0698-

0698-7990 0698-7990 0757-0338

(8

E8""G5

E8 06<;18-7985 E8 06<;18-]535

06<;18- .....

0151 0211

0757-0211 0698-"'135 0157-0"'28 0157-07"7

0757-0291 0757-038" 0751-0"'42 0757·0283 0757-039't

CI'~8G5

C868G5 0698--4"'27 0698-3518

C8 C8 0757-0280 0751-C210 0151-0

0151 0151·0277 5080·9042 2N"'037

1853-0010

MM

2N51&1I

1854-(,531

2N3<;101t

50809042

2N35S3

2N3053 2N3904

1854·0531 2N5160 1853·0010 5080·9041 5080·9041 52·053·0000 9170·0016 9170·0016

'H00-1619 <;1100-3318 9100-3318

9100-3319

15-24-0501

15-2"-0501

15·24·:l501

...

80

...

80

...

80

...

80

...

80

...

80

...

ao

...

80

...

80

...

80

0

...

80

...

713

...

80

...

80

Mfr

t See Section VIII. Manual Backdating

28

28~80

28480 28 28480

28

28480 28

28"'80

28

28480 28480

28..80

OU2l

01121

28480 28480 28"'80

01121 28"'80

28480 28480 28480 28480

28"'80

28..80

28480 28480

01121

28480

01121

28 28480

28480

28"'80

28480

28

28480

28

28480

01121

28

01121

28

28"'80

28480 28480

28480 2848

80131

2h80

0~713

04713

28

0

28480

80131

04713

28480

(1471 J 284BO

28480 28480

98291 284BO 28480

28~80

28

28480

21264

212M,

27264

Mfr

1/2W

1/2'11'

1/2W

1/8W

1/211

1/811

118'11'

1/8\11

W

1/8\11

1/8N

1/8W

1/211

1/2'11'

II2W

1/2\11

1/"'\11

1/811

l/aw

1/8W

1/8'11'

1/8W

2H32511

10~

1/811

1.0l

I~

LIN

1l

n

II

I~

I/

...

1/8\11

114N

1/4W

I~

n 11 114'11'

II

1/8W

.Ol~

.on

.Ol~

.OU

1~

II"'"

112\11

112\1

1/2'11'

1.0%

I/aw

U 1/8'11'

I.O~

1~

1/4W

1/811

I~

1~

Il

1/4'11'

I/"oW

1/8\11

1/8'11'

1/''''11'

1/4'11'

1/8W

Il

It

I"

1/8 W

2N3251)

UH

JACK JACK

U

OHM

I/"W

1/8 W

OHM OHM OHM OHM

U 1l

1/8N

5l

OHM OHM GlM

101

OHM

U

OHM

"

10~

5~

114\11

OH"

I~

1I8W

OHM OHM OHM

U

U 1/8W OHM OHM

OHM

5~

5l

U

11

101

10l

Il

OHM

I"

FROM

OHM

1650

5~

"'9.9

OHM

1"

OHM

10%

"'<;1.9

1.62K

10.0K

2.ooK

OHH

9

OHM

1%

OHl1 OHM

51.1

10.0K

2.00K

OHM

51.1

OHM

200

OHH

200

OHM

200

OHM

200

OHM

1.00K

OHM

7 0

...

5l

OHM

10~

1650

OHM

'"

4<;1.9

8.87K

1.62K

OHl1

OHM

l'

OHM

10.0K

2.00K

51.1

OHM OHM OHM

OHM

OHM OHM

lK

OHM

2491(

10.0K

10.0"

OHM

49.9

OHM

FRDM

SUB·MINIATURE SERIES

SHielDING

6.8 UH UH

UH

SINGLE

SINGlE

Description

8~50

FLM 2

OHM

FlM

49.9

100

FL.

FL. FL"

FL.

5110 2

....

20

6.8

FLM FlM FlM

3300

HM

95

1580

351

FL"

FLM FLM

FlH 3300

....

...7OHM

2 DiM 10

fLM

8

...50OHM

49.9

FlM

FLM

SilO

L~

24.9

20

FlM

FLM

6.8

6.8 1650

7.32K

1500 1500

FL" FLM FLM

FlM FlM

PHP

PHPISELECTEO

PHP

HPH

HPH H"

NPN NPN PNP PNP

(SELECTEO

RF

CHOKE

0.58

0.7~

R

FXO

Fl~

FKO

MEl

R

FXO

HM

FxO

HET

R

FXO

FLM

R

V'"

FL.

R

ME'

R FRO

.ET

R FRO

ME'

R FRO

"0

R

.ET

Fl"

R FRO

FlM

R FRO

Fl"

R FRO

(CMP

R FRO

"0

COMP

R

MET

R FRO

"0

MET

R R

MET

FRO

COMP

R FRO

"0

MET

R

"0

FL.

R

"0

FL.

R

"0

FL"

R

"0

MET

R

"0

R

.ET FL.

"0

MET

R

"0

R

MET

"0

R

MEl

"0

COMP

R

•

"0

CaMP

•

"0

COMP

•

"0

FlM

•

"0

caMP

•

"0

MET

•

"0

FlM

•

FXO

FLM

•

FXO

HET

•

"0

H:;:T

•

"D

.ET

•

"0

F

•

"0

FL.

•

"0

FL.

•

"0

MET

•

"0

ME'

•

"0

"ET

NOT

ASSIGtlEO

R:FXO

COMP

R:FKO

CO"P FLM

R:

FX

0

HM

R:FXQ

R;FXO

COMP

R:FKO

CO"P

R:FXD

MET

R:FXO

MET

R:FKO

MET

R:

FXD

MET

R:

FXO

MET

TSTR: SELECTED lSTR:Sl TSIR:SI lSTR:SI

TSTIi:

SI

TSTIUSI lSTR:SI lSIR:

SelECTED

TSIR:SI TSTR:Sl

ISlR:

SI

ISlR'

SI

lSlR

SI

lSlR'

SI

lSlR:

SELECTED

TSlR:

SELECTED

CON,'1EClOR: BEAD: MAGNETIC SHIELDING 8EAD: MAGNETIC

COIL:MOLOEO COIL:FXO caIl:FXD

COIl:FXD CQNNeCTQR:PHONO. CONNECTOR;PHCNO. CONNECTOR: PHOND, SINGLE JACK

6·22

0698-

.....

7~

06<;8-3535 0698-7985 0757-0211 0751·0211

1

..

2

...

1

,

2 2 2 2

1

2

3

•

1

2

1

2

1

•

2

1

Oty

2100-198 0757-0211 07'57-0<fo28 0757-0

......

0751-0283

0757-01"t7

0151-02<;11

0757-038'"

068]-06@5

0683-0685

07'j1-03<;1 0757-0442 0151-0283 0684-3321 0757-039'"

0698-8009 0698-4"'26 0698-8008 0698-1990 06'>8-7<;190

0698-1<;190 06<;18-79<;10

0757-0338 0684-3321

0698-0001

0698-1985 0687-1001 0698-3535

06

..

&-

......

710

01S1·0217

0757-0271

0698-"'135 0757-0428 0757-07"'7

0157-0291 0751-038lt 0757-0

......

2

0757-0283 0757-0394

0683-0685 0683-0685 0698-

....

27

0698-3518

068"'-1521 068"'-1521 C157-0280 0757-0210 0151-0

......

0151·0442 OH7·0277 5080·S042 1853-0051 1853-0010 1853-0313

1853·0312 18540-0531

1854-0351

5080·9042

18S

...

-0308 185"'-0039

1854·0351 1854·0531 1853·(1312 1853·0010 5080·9041 5080·9041 1250·1195 9170·0016

L8

9170·0016

9100-1619 9100-3318 9100-3318

9100-331<;1 1251-2969

1251-2969

1251·2969

HP Part Number

...

58

..

6

...

5

...

R39

...

l2a

...

R23

...

R21

18

1

...

1 16

1409

04 03

1

Al..R60 Al..R59 A14 AlItR57

t

A14R56

AlItR55

AlloR53 A14R52 A14R50 A14R49

Atlta.48

AI ........ 7

Al4R Al..R AI"'R44

A14RIo3 A14R"'2

AI4R41 A14R40 AI

Al'Hl.38 AtltR37 AtltR36 A14R35 AlIoR34

AllWt33 A14R32 A14R30 Al'tR29 Al

AUR27 AllWt26 AlltR25

Al~2"

Al

t

AI4R22 Al AIlWt20 Al..RI9 Al4R

A14R17 AHiU6 AI..RI5 A

IlWt

AlIoR13

Al4R12 Al..Rll AURiO

AHR9

Al"R8

AHR7

AlltR6

AllWt5

AlloR

Al..R3

A14R2

A

I4R

t

A140

Al4~15

U..Ql'"

Al'oQ13

A

14012

AlltQll

A14~10

t

A

AI..08

Althl1

A1406 A14 Q 5 A14 A14

t

A1402

t

A

14Q

A14J2 A

14LB

Al4L5lHRU AIltl'" Al'tll Al4l2

A1'oLI AI4J4 AlltJ3 AlltJl

Designation Code Reference

3320A/B

Model

(cont'd).

Parts

6-1.

Replaceable

Table

Section

VI

Model 3320AlB

Table

6·1.

Replaceable

Parts

(cont'd).

Section

VI

Reference

Designation

AlloR61 AlloR

62

Al4~63

A!4il.64 AU

RS5

Id513320BONLYl

AI5101'Iian A15C A15C2-C5

AI5C6 AlSCRI Al5CR2 Al5CR3 U5CR4

U51Cl

AJ5JC2

Al5JI A15J2 A15KI.1I:2

A15K3 AI5K AI5K5

1.15';11 AJ.5Q2

1.15:13 Al5Q4

A15Rl AI5R2

A15il.3 USR4

A15R5

A15R6

A15R7

A15R8

AI5B

A15R1Q

A15R12

A15R A

A A15R16 AI5RI1,II18 AI5R19

Al5it20 Al5R2110PTlON 001 A16A A16CI A16C2 A A1611 2

1.168 (33208 ONLY) A16Cl AI6C2

Al6C3 A16C4 A16Rl AI6R2 Al6R3

A16R4 AI1A (3320A ONlY!

Al1C4

Al1C9 AI11C3 A Al101

AI1111STHIIU

AI11133,1I34 AI1R39THIIU

AllB

AI1C 1 A17C2 AllC3 AI1C4 AI1C5

1.17'6 AI7C7 A17C8 A17C9 AllCI0

1

...

13

1511

14

15R

15

(33201.

16R

1

THRU

1102

THRU

(3320B ONLY)

DOll

ONLY!

C13

013

1111 1150

HP Part

0687-1001 0698-7520 0698-7520 0757-0414 0&98,8010 03320·66515 03320·66556 0180·0229 0150·0093

016Q.3622

1901-0040 1901-0040 1901-0040 1901-0040

1820-0586 1820-0256 1250-1195

1250-1339

0490-0963 0

...

90-0963 0"'90-0<;63 C490-0'iI63

185"'-0354

I 854-03501lt

185olo-0354 1854-0354 0684-3911 0684-3911

0684-3911

0684-1811 06<;8-7<;84 0698·8258 0698·7984 0698·8390

0698-7982 0698-8390 0698-1984 0698·8258 069B-7984

0698·1984 089B·8258 0698· 7984 0698·8258

06<;S-7981t 069B-B011 03320-66534 0180·2395 01BO·2395 0681·1231 0681·1231

03320-~6S16

0180-2395

0180-2396

0681-1231 0687-1231 0687-2231

0687-2231 03320·66535

03320-66511 0160-029'3 0180-03H 0180-0309 0180-0374 0180-0291 0J.80-0229 0180-1974 0180-19H

0180-0091

0160-22O"t

Number

Qty

2

1

2

•

1

,

•

4

1

,

1

2

2 2 RIFXO 2 R:FXQ

1

,

1

2

Description

R:FXO

COHP10OHM

R:FXO

FLM

R:

FXO R:FXO R;

FXO

BOARO BOARO C:FXD ElECT33UF C:FXO

C:fXD OIOOE:SILlCON OIOOE:SILICON OJOOE:SILICON OJOOE:SILICON

IC

:OIGITAL IC:OTL CONNECTOR:RF SUB-MINIATURE CONNECTOR:RFSUB·MINIATURE SERIES RELAY:KUlTI-REEO

RELAY:MUlTI-REEO RElAY:KULTI-REEO RElAY:MULTI-REEO TSTR:SI TSTR:SJ

TSTR:SI TSTR:SI R:FXO R:FXO RIFXO COl"P

R:fll.O RIFll.O R:FXD R:FXD R:FXO

R:Fll.O

R:FXO

R:FXD FLI" R:FXD

R:fXO fLM R:fXO fLM

R:fXO R:fXO fLM lI:fXO PREC FlM 247.5

R:

fXD

R:

fXO

PC

ASSY:

C:

~XU

C:

FXD

R:

FXO

R:

FXO

BOARD C:FXDALELECT C:FKOALELECT

C:FXO C:fXO

R:FxO

R:FxO PC

ASSY: AI1A THE

NOT NOT NOT NOT NOT NOT

NOT

BOARO C:FXO

C:FXO C:FXQ C:FXO C:FXO C:FXD C:FXO C:FXO CIFXD C:Fxa

3.01

FLM

3.01

FLM

432

FlIII 1.3

ASSY: ASSY:ATTENUATOR

CER

0.01UF·SU·2J"

MICA.1UF5"

OUAO

"PH NPH

HPH HPN

ceMP

COMP

caMP FLM

61.1

PREC

fLM

FLM

61.1

FI.M

96.25

FLM

71.16

FI.M

96.25

61.1

PREC

FlM 241.5

61.1

PREC

FlM 247.5

61.1

flM

61.1

FlM25OHM

fiLTeR

~Ut;1

3000Uf·10.

ELECT

300J

COMP12K COMP

12

ASSY:F!LTEII

AL

ElECT

AL

ElECT COMP CON' CO/lllP

COMP

POWER

IS10ENTlCAlTOAI18

FOllOWING ASSIGNEO ASSIGNED ASSIGNED ASSIGNED ASSIGNEO ASSIGN

EO ASSIGNED ASSIGNED

ASSy:paWER I'IY

1800

TANT

• ElECT T"NT.10UF ElECT ELECT33Uf TA

10

TA

10 ELECT10UF MICA

101

OHM

OHM111/1tW

"

OHM

11

OHM5"1/4 W

ATHNUATOR

10"

10VOCW

3011" 30liV

30""

",.IV

30MA

3011V

30MA

30WV

TTL

HEX

C()IolVERTER

2-INPUT

,.,

390

180

12<

12K

22K 22X

100PF

Ul,

OH'

0",

10. 114W

,0>

OH'

OHH

OHM

.01~

'"

247.5

OHM

.01%

OHM

0.1% 1I4W

OHM

0.1% 1 '4W

OHM

.on

OHM

.on,

OHM

.01%

OHM

.0Uli II2W

OHM

.01"

0.1"

1/4

15'Jlo40

UF.10.

75'Jlo

OHM

10'" 1/2 W

II:

OHM

10"

3000UF+75-101: 3000

1000UF+15-101 1000UF+75-.1.01:

0..-

1O.

OHM

10. 112W

OHM

101:

ll't/lll

10l

SUPPLY

EXCEPTIOIl4S:

SUPPLY

PF

101:

10

UF

101

4.7UF20l 101

1.0

UF

101

UF

101: 35VOCII

UF

101

35VOClll

+50-101:

51

1I2W 11411

1/8.,

ICOVOCW

pallER

114W 11411 114M

.1%

1{2W

o.a

.1%

112w 112w

.1" .1%

112

W

\I

voew

,t:)

VOCW

1/2 W

UF

+75-101:

1/2111 1/2.,

112.,

WITH

200voe1ll

20Voc.lif

10Voc.lif

20YOClif

35VOCW

10VOClif

GATE

112W 1!4W

114111

1/211 1f4W

1{4W 1/4W

100VOClif

SERIES

40..,oe., 40VOClll

15VOC.,

7SVOCW

Mfr Code

01121 28480 28480 28480 28480 28480 284BO 2B480 12982

72136 07263 07263 01263 07263

28480 04113 98291

98291

28480 2801lt80

2B480 28480 28480 28480

28olo80 28480

01121

OIl21 28480 01738 28480 28480

28480 28480 28480 01138 28480

284BO 01738 28480 01138

28480 280\80 28480 03320·66534 56289 562S9

01121 01121

28480 56289

56289 56289

56289 01121 01121 01121

OJI21

28480 03320·66535

28480

56289 56289 56289 56289

56289 28480 56289

56289

72136

Mfr

Part

EB

1001 0698-7520 OM8-7520 0757-041" 0698-8010

03320·66515 03320·66556 olBO·0229 SOI·KlOOOIl

AOMI5El02J1C FOGI088 FOGI08B FOGI088 FOGI088

1

B20-0586 f'IlC858P 52-053-0000 52·051·0000 0490-0963

0"'90-0963 0

...

90-0963 0490-0963 1854-0354

1854-0354

185"'-0354

1854-0354

C8

3911

C8

3911

CB

3911

C8

1811 0698-7984 CMF·60·1.T9 0698·7984

0698·8390

0698-7982

0698·8390 069'3-1984 CMF·60·1, 0698·7984

089B·7984 CMf·60·1. 069B·7984 CMF·60·1.

0698-7984 0698-

390300

EBIZ31

EB

1231

03320-66518

3<;0300

390300

39DI08G015JP4 390108G015JP4

E8

1231

E8

1231

E8 22'31 fa

2231

03320-66517

192P18292-PTS 1500106X9020B2-0YS

150~

1500106 150010S11.9035A2-0YS

0180-0229

1500ID6X903SR2-0YS

1500106X9D35~2-0YS

300106FIOOOC2-0SM ll.OIU5FI01J3C

Number

T9

T9 T9

8011

75

1l.0010A2-0YS X902D8

2-0Y

S

6·23

6·24

1525

21G5 0335 2701 2701 3301

1525

2165

1821

T·O

1041

1821

'"

Part

Number

06<;18-6616

0698-6618 C8 0157-O't46 0698-4MI 0698-)151 0698-4151

C8 C8 E8 E8 E8

C8 0698-6!l18 0698-6678 0151-0273 0698-4301

0698-l700 0811-3050 0157-0'026 0698-3219

0698-3219

0698-441l 2100-2633 0698--4411

0757-0213

06<;18-4301

Q6Q8-)100

0811-3050 C8 C8 0157-0429

0751-0430

Mf4C 0751-C'o29 0757-0401 0811-1200

0811-1200 0151-028" C8 069l!-3279 0698-3279

0151-C429 0698-3279 CB 1853-0238

1853-C238

1853-0010

1853-0238

1854-0408

185-4-COll

185-4-0408

"

2N-4C"31 2N1304 2N3053 2N30'j]

2N]053 1826-00"3

1826-C0-43 1826-0043 I

826-C0-4]

1826-C043

1901-0521 1902-3114

1901-0521

1902-(519

FDGl088 1902-3205 IN825

FOGI068

fOGIOee

Sl1093<;1-122 FOGIOf8 FOGla!!@: 1884-C068 Sll09:!9-110

FDGIOR8 30DI06FIOOOC2-0SM RDHI5FIOIJ3C

28480 28"80

01121

28480

28480 28480 28480

01121

01121 28480 28480 28480 28-480

28480 28480 28"

6e

28-480 28480

28480 28-480 28480 28480 28480

28'080 28-480

01121 01121 28480

28'080 19101 28'080 28'080 28480

28-480 28480

01121 28480 28480

28480

C112I 28480 28480

28480 28480 28480 28480 28480

01295

80111

80131

2848C

28480

28"80

28-480

28't80

28480

01263

28480

04713

07263

01263

04713

01263

28480

04113

01263

56289 12136

Mfr

Code Mfr

1/8W 1/811

1/8111

1/8W

1/8W 1/8W

1/8W

1I2w

1/8W

I/SW

1I8W I/ew 1/8W

1/8W 1/8W

1/8W

2N32511

2N31041

100VOCW

0..51

0.51

1/411

1:1

1/-4W

1:1

1/8111

1/'0"

"

...

112w

1/2111

1/2W

1/4W

0.51

II

1/8W

U

U 11811

1/8W

LIN

11

U

1/8W

114W

"

I/..W

"

n

"

1:1

1/8W

2.

2w

1/8W

1:1

1/4W

II

U

"

11

...

MPLIfIER

AMPLIFIER

AMPLIFIER AMPLifIER

AMPLIFIER

"

5:1

5~

5:1

51

OHM

(JiM

5:1

OHM

n

1/8W

lW

11 101

OHM

OHH

U

I/8W IW

101

OHM OHM

(JiM OHM

'0'

OHM

10:1 114W

fROM

21

OHM OHM

II

0.11

51

,ot

10:1

''''

O~

OHM

"

51

U

OHM

"

51

5:1

OHM

I.'

101

OHM

OHH

OHM

lOWV

"

+50-10:1

15K 15K

OHM

15.0K

OHM

2.87K OHM

OHM

OHH

OHM OHM

.....

OHM

15k 15K

3.0lK

OHM

OHM OHM

OHM

'0990

4Q90

OHM OHM

10.5K

3.01K

OHM

OHM OHM

OHM

1.82K

2.21K

4.22K

1.82K

100

.HH

OHM 150

'0990 '0990

1.82K 4990

OHM

JUNCTION

30MA 30WV

30MA 30WV 30HA 30WV

6.19V 30MA 30M'" 30WV

30MA 30WV

UF

HET

flM

MET

FLM

caMP

1500

MET

FLM

IK

2.7

3..3 21 21

33

1500

1.3K

2.7 1800

1800

10

lOOPF

3240 FLM 10K

flM FlM

FLM

14.lK

115

fLM flM

FLM fLM

14.3K

115

FLM HM

FLH FLH

HM

flM

FLM

fLM flM

FX.

HET

FlM

FX.

COMP

ceMP

FX.

COMP

FX.

caMP

,x.

COMP

FX.

COMP

FX.

HET

FX.

MET MET FLH

".

fl"

IIW

0.15

Fe>

HET

".

MET

HI".

7.15K CERMET

YAR

MET

".

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""

HI',

Will

0.15 COl',P

CO~P

MET

MET !'lET

HET

MET WW

0.10

fXO

WW

0.10 Hel CaMP lOOK (JiM MET

NET

MET

CO~P

PHP PHP

PNPI SELECTED FROH

PHP NPH

NPNISELECTEO

H"

ALLOY

PHP

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HPH ..

H

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HPH

OPERATIONAL OPERATIONAL OPER"'TIONAl

...

R

OPE~"'TIONAl

OPERATIONAL

8RE"'KOOWN:6.19V

8REAKOOWN:5.11V

8REAKDOWN:15.0V 8REAKDOWN:6.2V

1LICON

ELECT .ueA

Description

".

,

,x.

,

•

FX.

•

,x.

•

,

•

,x. ,x.

1

,

•

2

•

2

, ,

,

•

,x.

".

". ".

".

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,

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1

,

R,fXO

,

R:fXO

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R:FXO TSTR:51 lSTR:Sl

T5TR:51 TSTR:51

,

TSTR:51 T5TR:51

2

T5TR:51

1

TSTR:GE

T5TR:SJ

1

TSTR:GE TSTR:51

TSTII.:51

TSTR IC:LINEAR IC:LINEAR IC:LINEAR IC:lINE

IC:LINEAR OIOOE:CURRENT REG\A.ATOII.

DIODE

,

2

DIODE:CURRENT REGUlATOR

OlaOE

,

DIODE:5ILlcaN

DIODE

1

DIODE

DIDDE:SILICON

OIOOE:SILIeCN

DIOOE:BREAKDOWN aloaE:SILICON

DJODE:SILlcaN

1

THRIsrOR

DIOOE:BRE"'KDOWN 5.62'11

,

DlOOE:S

C:FXD

C:FXO

Qty

S4

8

Number

0698-6678 C698-6618 0683-1525

0757-04-46

0698--46-41

0698-3151

069&-4151

0683-0215

0683-0335

0681-2701 0687-2701 0687-3301

0683-7525

0698-6618

0698-6618 0751-0273 0698-4307

0698-3100 0811-3050

0751-0426 C698-3219 0698-3279

06<;;8-4471 2100-2633 0698-4411 0157-0213 06Q8-4307

0698-]700 0811-3050

0683-0215 068"-1821

0151-0-429 0751-0-430

0698-31

C151-0429

0757-0-401

0811-1200

0811-1200 0151-028"

068"-1041 C698-3219

0698-3219

0151-0429

06<;18-3219

0684-1821

I8~3-0238

1853-0238

1853-0010

1853-0238 l854-040e

185-4-0071 18!:-4-040

1850-0C62 1853-0051

18H-OC11

18~"-0039

1854-0039

185-4-0C39

1826-00-43

1826-0043 1826-0043

1826-0043

1901-0527

1<;102-3114

1901-0527

1902-C519

1901-0040

1902-3205

1902-0686

1<;101-0040

1901-0040

1902-0049

1901-0040

1884-0068

1902-3104

1901-0040

0180-0091

O160-22C4

HP Part

.1.1111.48 .1.1711.

....

1

AllR46

A17R45 ...

I1R

....

4

"'11R43

A11R42

AI1R40

.1.1711.39 "'l1R38 "'1111.37

.1.1111.36

AllR35 .1.1111.3-4 AI1R33 .1.1111.32 "'1111.30

Aln29 .1.1111.28 .1.1111.27

A17R26 AI1R25

A11R24 Al1R23 A

I1R22

A11R21 A

17R20

AI1R19 .1.1111.18 AI1Rl1

.1.1111.16 "'l1R15

"'11Rl'o

A11RI3

AI1R12 .1.1111.10

"'11R9

A17R8

A17R1

AllR6

A17RS

AI7R4

.1.1111.3

AI1R2

AllRI

AI7Q13

.1.17012

AJ1;lll

.1.11010

...

110<;1

"'1108 .1.1101

...

1106

.1.11\15

"'I1Q4

All:l3

.1.1102

...

17IH

...

171(5

A17IC4

"'lnC)

A17I(2

AI1ICI

A17CRI6

All(R15

...

I1CR14

A11CRI3

AllCR12

AlleRI0

Al1CR9

AlleR8

"'11CR 1

...

I1CR6

AllCR5

"'I1CIi.'.

AllCR3

.1.11(11.2 AllCIt!

1.11(13

"'11(.1 2

Designation Reference

3320Al8

Model

(cent'd)

Parts

6-1.

Replaceable

Table

Se<:lion \/1

Model

3320A/B

Table

6-1.

Replaceable

Parts

(coot'd),

Section

VI

Reference Designation

AllR49 AllHO AITTPI

AlTTP2

AIS

AlO

Al9XAI A19U2

AUXA3

AI9XA4 A19x.A5

AI'iX.A1,

A8

A19U9 A19XAJO

A19x.All AI9XA12

A19XA20

ISTD

332llA ISTO OPT.

(STO

332t1B

003

3mA

IC

C2

ONLY)

THRUOO71

ONLY)

1

...

3320B ONLY)

...

1

O(l7)

A19XA21

A19XA2213320A.IB

A20

(STO

A20 AZOICZ A201C3 AZOIC A201C5

A20lU A20Rl AlOjB A20R4

A21

A211Cl Alll A211C3 A21IC

A211C5

A211C6 AlllC A211C8 A211C9

AlllC12 A2UCI)

A21ICI'"

A2HCIS A21QI A21Q2

A1IQ3 A21Q4 AZUl AllR2 A2U3

A2lil4

A2lil.5

A2U6 Allil.1 Allil6

A2U9

A21RIO

A2UI2

A21RIl

A2UI4

A21RI5

A2!Rlb A2Ull A1IRI8 A21RI9

A2U2a

A21R21

A22

(OPT. 003, 004, 001)

A221C1

A23

(OPT. 003, 004,

A23Cl A23C2 A2lC3 AllC4 A2llCI

HP Part

C683-021S

0683-0335

08443-00041 08443-00041

o

J320-

1251-2(;35

1251-2035 1251·2035 1251-1633 1251-1633

1251-1633 1251-2035 1251-1633

1251-2035

12~1-1633

12511365 1251·1365 1251·1365 03320·665l0

1820-0586 1820-0598 182o-0S87 1820-0586

1820-0171

1810-0041

181D-0041

0683-2725

0683-2125

03320·66521

1820-0586 1820-0586 1820-0586 1820-0766 1820-0766

1820-0166 1820-0166 1820-0598 1820-0584

1820-0587 1820-0586

11120-0583 1820·0711 1853-0203 11155-0081

1853-0203

11I54-0Cl1

1810-0041 1810-0041 11110-0041

1810-0C41

1810-0041

181O-C041 0683-1535 06U-1535

0683-1I25 0683-2035 0683-8215 0683-2425 0(8)-1325

0683-1815 0683-1025 0683-2025 0683-2725 0683-2725 0683-1545 0683-5125

03320-66522

1820-0717

Q332Q.66523

0160-0938 01110-0210 0180-0195 0150-0093 1820-0S90

Number

~6519

Qty

R:fXQ

CO"P R:FXO TEST POINT TEST POINT NOT

BOARD

8

CONN:PC CONN:PC CONN:PC CONN:PC0.15)15 CONNECTOR:

CONNECTOR: CONN:PC3012xiS) CONNECTOR:PC CONN:PC CONNECTOR:P(;tlX15115CON1ACT

CONNECTOR;PC12X22J CONN: CONN;PC44/2X22)

BOARO IC:OIGITAl

IC:OIGITAl

3

IC:TTL

lC:OlGITAL

IC: DIGITAL

14

R:NETwap.K,8 R:NETWORK,8

6

R:FXO R:FXO

80ARa IC:OIGITAL

IC:OIGITAl IC:OIGITAL IC:

Ie:

IC:

Ie:

IC:OIGITAl IC:TTl IC:TTl

IC:DIGITAl IC:TTl IC; TSTR:SI TSTR:SI

TSTR:SI TSTR:SI R:NETWORK.8 R: NETWORK,S R:NETWORK.8

R:HETIIORK,8 R:HETIIORI<.8 R:NETWORK,8 R:FXQ R:FXO

R:FXO

3

R: R:FXQ R:FXO R:FXQ

3

R:fXO

Rlfxa

R:fXQ R:FXO R:fXO

R:FXO

R:fXO

BOARD ASSY; CABLE IC:

BOARD ASSY;FREQUENCY

C:FXD C:FXO C:FXD

17

C:FXD IC;OIG(TAl

DIGITAL

FXO

DIGITAL

2.7

CC~P

3.3

ASSIGNEO

ASSY:"OTHER

JOl2Xl51

JOl2XI51

30(lXI5ICONTACTS

PC

11

PC

11

3012XI51

PCU(2X22J

MOS NOS

1405 1405

CONTACTS CONTACTS

ASSY; INTERFACE A

TTL T1L

TRIPLE

TTL

RES. RES.

CC~P

2100

ceNP

2700

ASSY: INTERFACE B

TTL

QUAD

2-INPT

TRIPLE

TTL

QUAD

2-INPT

PNP FET

PHP

NPNISELECTEO

RES. RES. RES.

CO"P

15«.

co~p

75K

CO"'P

1I00

CONP

20K

CO"P

1120

COMP

2400

CO"P

1300

ceMP

180

COItP

1000

COMP

2000

CO~P

2100

CO"P

2700

co"p

1501:

COMP

5100

"ICA

1000PF5'

elECT

3.3UF201:

ELECT

0.33UF201:

CER

0.01 TTL

Description

OHM5'I/IoW

OH"

51:

1/411

CONTACTS CONTAC1S

CONTACT

.15)15

CONTACT

.15115

CONTACT

CONTACTS

x15)15

CONTACT

CONTACTS

HEX

CONVERTER

QUAD

2-INPT

3-INPT

NAND

HEx

CO~VERTER

2.7K

OHM

2.7K

OHM

51

1/4W

OHM511/4W

HEX

CONVERTER

HEX

CO~VERTER

HEX

CONVERTER

QUAD

2-1NI'T

NOR

3-INPT

HEX

ClH"I

OHM511/4'"

OHM5'1/

OHM

OM"

UF DUAL

GATE

NAND

CCNVERTER NANO

GATE

FRO~

2.1K

OHM

2.7K

DHJ1

2.7K

OHM

2.11(

OHM

2.1K

OH'"

2.1K

O~~

5'

11411

()Hfl

~

1/4111

.....

51

1/4111

OHM

5'

1/4W

OH"

51

1I4W

51

1/4\1

{JiM

51

1/4111

OM"5Z1/4W

OHM~1I4W

OHM

5Z

114M

{Ji"

51

1/4W

OM"5Z1/4111

15YOCW

3SYOCW

+8D-20l

2-WIDE.INPT

EXClORGATE

GATE

51 51

EXCLORGATE"

GATE

2N3704' 51 51 51:

51 51 51

100VOC'"

AND/OR

Mfr Code

01121 01121

28480 28480

28480 76530

16530

16530 11185 11185

111

85 16530 11185

16530 11185

11185

28480 28480

28480 28480 28480

01295

281080 2848C 01121 01121

28480

28480 28480 28480

28480 28480

28"080 28480

28480 01295

28480 80131

28480 2114110

211"080

2848C

28480

2848C

28480

28"080 01121 01121

01121 01121 01121 01121 01121

01121

01121 01121 01121 01121

01121

28480

01295

28480

72136

56269

5628q

72982 28480

Mfr

Part

Number

C8

21G5

C8

0335 08443-00041 011443-00041

03320-66519 65-1160

65-1160

65·1160 252·15030·310 252·15·30·310

252·15·30·310

65·H60

252·15·30·310

65-n6D

252-15-30-310

25222·30·300 252·22·30·300

03320·66520 1820-0S86

1820-0598 1820-0567 1820-0586

5"121819

1810-0041 1810-0041 C8

2125 C8

2725

03320·66521

1820-0586 1820-0586 1820-0586 11l20-0166 1820-0766

1820-0166 1820-0166 1820-05911 1820-0584 11120-05117

1820-0586 1820-0583 SN21819

1853-0201 2N5245

1853-0203 1854-0071 1810-0041 1810-0041 1810-0041

1810-0041 1810-DOlti 1810-0041

C8

1535

C8

1535

C8

1125

C8

2035

C8

8215

C8

2415

C8

1325

Ct.

1815

C8

1025

C8

20ZS

C8

2725

C8

2125

C8

1545

C8

5125

03320-66522 $N21819

00320-66523

ROH15EI02JIC

1500335XOOISA2-0YS lSOD334X003SA2-0YS

601-1(,800011

1820-0590

0140-0232 03320-66525

CB

1535

C8

2025

C6

1025

C8

1815

C8

5115

CB

5115

C8

2035

C6

8215

CB

2425

C6

1815

C8

1125

CB

1535

e8

1545

C6

5125

CB

1535

1810-0041

1810-C041

1810-0041 1853-0203

2N5245 1853-0203

1820-0411 1820-0584

1820-0583 1820-0766

18Z0-0766

1820-0166

1820-0166 l820-0590 1820-0590 1820-05"0 1820-0590

1820-1;590 1820-0590 1820-(1590 1820-0590 801-K800011

801-K800011

8

01-K

03320-66524

CB

1535

CB

1815

OB5115

CB5115

SN19235

00320-66536 CB

2025

CB

1825

CB

5125

C8

1025

CB

1235

2100-3056 CB

3925

CB272S

1810-0041

1854-

1820-0595

1820-0583

1820-0581 1820-0201

1820-0584

1820-0583

1820-0600

1820-058't

1820-0584

1820-0598 1820-0586 1820-0590 1820-0590 1820-0590

1820-0590

1820-0590 1820-0590 18Z0-0590 1820-0590

Mfr

t See Section

82

80

....

..

...

28480

28480 01121

01121

01121 01121 011Z1 01121 01121

01121

01121 01121

01121

0l1Z1 28't80 28480 28480

28480 28480 60131 28480 28480

28480 28480

28480 28480 28480 28480

28480 28 28480 28480 12"82

72

72'182

284800 01121

01121 01121

01121 01295

28480

01121

264M

01121 01121

28480 28480 28480

28480 28480 28480 28480 2848C

28480 28460 28480

28480

28480 28480

28480 28480 28480

Z8480

28480

28 28480 28480

28480

Code Mfr

GATE

AND/OR AND/OR AND/OR AND/OR

AND/OR ANDIOR AND/OR AND/OR

3/'tW

OR ANO/OR

AND/OR AND/OR

AND/OR AND/OR ANO/OR ANDIOR AND/OR

...

W

51; 51; 5%

51;

GATE

100VOCW

...

101

5% 5% 2N37041

F/F

EXCL

INPT

51;

1/4W

51;

1/4W

51;

1/4W

51;

1/4W

5~

1/4W

5%

1/4W

5~

1/4W

5%

1/4W

51;

1/4W

51;

1/4W

51;

1/4W

51;

114W

51;

1/4W

5%

1/4W

51;

I/

OHM OHM OHM

OHM

NOR

GATE

NAND

2-WIOE,INPT Z-WIDE.INPT 2-WIOE.INPT 2-WIDE.INPT

2-W1DE,INPT 2-WIDE.INPT 2-WIDE,INPT 2-WIOE,INPT

lf4

W

1/4

W

1/4 W

5%

1/

51:

1/4W

51:

1/4101

5t

1/4W

5;

1/4101

101; TYPE P 51;

1/4W

1/4 W

OHM OHM

FROM

SLAVE

GATE

NAND GATE

NOR

GATE

NAND GATE

COUNTER

NOR

GATE

NOR

GATE

2-INPT

CONVERTER 2-WIDE.INPT 2-W1DE, 2-WIOE,INPT

2-WIOE.INPT 2-WIDE,INPT 2-WIDE, 2-wI0E.INPT 2-WIOE,INPT

5%

460

PF U 300VOCW

15K

OHM

2000

OHM

1000

OHM

180

OHM

510

OHM

510

OHM

20K

OHM

820

OHM

2400

OHM

180

OHM

1100

OHM

15K

OHM

150K

OHM

5100

OHM

15K

OHM

RES.

2.1K RES.

2.1K

RES.

2.7K RES.

2.7K

+80-201; +80-20%

+80-20%

5%

5% 5%

5%

OHM

2.1K

2.7K

NAND

MULTIVI8RATOR

DUAL

~AL

DUAL

DUAL QUAL UF

UF UF

OHM

OHM OHM

OHM

DECADE COUNTER

QUAD HEX DUAL

DUAL DUAL

DUAL DUAL DUAL

DUAL

OHM

3-INPT

INVERTER

2-{NPT 2-INPT

TTL

TTL TTL TTL

TTL DUAL TTL TTL TTL

0.01

15KOHM 180

OHM

510

OHM

510

OHM

2000 1800

5100 1000 12K

5K

3900

2700 RES. RES.

j-K

MASTER

2-INPT

2-INPT Z-JNPT

TTL DECADE

TTL

2-INPT

TTL TTL TTL TTL OUAL TTL

TTL TTL TTL TTL

TTL

PNP

FEY

PNP

NPNISELECTEO

Description

C:FXO

HICA

ASSV; LATCH

R:FXO

CDMP

COMP

R:FXO

COMP

R;FXD

COt'P

R:FXD

COMP

R:FXO

COt'P

R;FXO

CaMP

R:FXD

CO"P

R:FXD

CO~P

R:FXO

COIIP

R:FXO

COMP

R:FKO

CO,.P

R:FXO

CO"P

R:FXO

CO,.P

R:FXO

COMP

R:NETWORK,8 R:NETWORK,8 R:NETWORK,8

Il:NETWORK.8

TSTR:SI TSTR:SI

TSTR:SI

IC:TTL

HEX

IC:TTL

QUAD

lC:TTL

QUAD

Ie;

HOS

IC:

MOS

IC:

MOS

IC:

MOS

le:DIGITAL IC:DIGITAL 1C:DIGJTAL IC:DIGITAL

JC;DIGHAL 1C;DIGITAL IC;DIG1TAL IC:OIGtTAL

':;FXO

CEil

C:FKD

CEI<.

C:FXD

CEI<.

BOARD ASSY:AMPLITUDE CONTROL R· FXD

COMP

R:

FXD

CDMP

A:

FXO

COMP

R

FXO

COMP

IC:

TTL

HEX INVERTER

PC

ASSY:

INVERTER

R:FXD

eot'p

R;FXD

COMP

R;FXO

CO,",P

R;FXD

CO"P

R:FXO

'O"P

R:VAR

CERMET

R:FXO

CO,",P

R:

FXD

COMP

R:NETWORK,8 R;NETWORK,8 TSTR:SJ

IC:TTL

DUAL

IC:TTL

QUAO

IC;TTL

TRIPLE

1C:TTL

MONOSTABLE

IC:TTL

QUAD

IC:TTL

QUAD

IC;D1GITAL lC:DIGITAL IC;TTL

QUAD

IC:TTL

QUAD

IC:DIGITAL 1C:DIGITAL le;DIGITAL IC:OIGITAL IC;OIGITAL

IC;DJGITAL IC:DIGJTAL IC:DJGITAL IC:DIGITAL IC:OIGITAL

PC

R:FXO

0140-0232

03320·66525 0683-1535

0683-2025

0683-1025

0683-1815

0683-5115

0683-2035

0683-8215

0683-2't25

0683-1815

C683-1125

0683-1535 0683-1545

0683-S125 0683-1535 1810-0041 1810-0041 1810-0041

1810-0041 18S3-0203 1855-0081 1853-0203 1820-0471

1820-0S84 18Z0-0583 18Z0-0766 1820-0166 1820-0761>

182~0166

1820-0S90 1820-0590 18Z0-0590

l820-0590

18Z0-0590 1820-0590 1620-0590 1820-0590

0ISO-00"3 015O-0C93

01SO-0C93

03320·66524

0683·1535

0683·1815

06835115

0683·5115 18200411

03320-66536

01>83-Z025

0683-1825

0683-5125

0683-10Z5

0683-1235

2100-3056

0683-3925 0683·2725

181~0041

1810-0041 1854-0071

1820·0595 1820-0583 1820-0587 1820-0207 18Z0-058't

1820-0583

2

1820-0600 1820-0600 1820-0584 1820-058't

1820-05"8

182~0586

1820-0590 1820-0590 182G-0590

182~OS90

1820-0590

182~0590

1820-0590

182~0590

Oty

ONLY)

HP Part Number

007

OPT.

11.18 RI7

RI0

11.4

" 13

10

1C7 1C6

1(2

ICI

004,

9

R4

1,25(1

(3320~

A25

A24R53 1,2411.19 1,2

AZ

A2'tR16

AZ4R15

A24Rl't

1,2411.13

1,2411.12

AZ

...

1,2411.9

.4,Z4R8

AZ"'R 7

A2'tR6 AZ"'R 5

1,2

...

AZ4R3 AZ'tRZ

1,2411.1

A2'tQ3 AZ'tQ2 A24Ql

1,241(15 A241CI4

1,2

...

A241C12

1,241(11 AZ"'IC

A241C9 A241C8 A2 A2

1,241(5

1,241'4

1,241(3 1,2 A2 A24C3

A24C2 1,24(1

OPT.

A246 (33206 A24R4 A24R3 A24R2

A24R 1 A241Cl

(3320A OPT. 003

A24A .2311.11 A231"-10

1,2311. A23R8 A23R7 A23R6

A23~5

t

A23R3, .2311.2 A23Rl A23Q 1

A231C21 A231C20 A231e19 A231C18 A231e11

A231C16 A231C15 A231(H A231e13 A231C12

A231Cll A231el0 A231e9 A23IC8 A231C7

A231C6 A23IC5 A231e4 A2310 A231e2

Designation Reference

VIII,

Martual Backdal;rtg.

8000

11

~

....

0011

Part Number

3320A/B

Model

(Conl'd)

Parts

Table 6-1. Replaceable

Section

VI

Model

3320A/B

Section

VI

Reference Designation

A25t2

A25t) A251Cl

A25ICl

A251C)

A251C4 A251C5

A251Ct> A251C7

A251C8,

C9

Al51CI0 Al51Cll A251 C

12

A251C13

A251CI4

A251 C

15

A251C17

A251CI8 A251C

19

A25IC20 A251C21 Al51C22 A251C23 A251Cl5

A251C2t> A251C21 A251Cl8 Al5RI A25R2 A25R3

A28

(OPT. 003, 004 ONLY)

A28QI

Al8RI

A28R2

A28R3 A28R4 A28RS A28RB A28

R1

A28R8 A2aR9 A28Rl0 A28R

11

A28R12 A28R13

A28R14

15

A28R A28RI6 A28R

11

A28R18 A28R19 A28R20 A28R21 A28R22

A28R2J A28R24 A28R27 A28R28 A28R29

A28R30 A28R31 A28RJ2 A28RJJ A28R34

A28R35 A28R36 A28R31 A28R38 A28R39

A28R40 A28R41 A28R42 A28R43 A2BR44

A2SR45 A28R46 A28R47 A2BR48 A2BR49

HP

Part

0IltO-Ol<)9

0160-0363 1820-0584

1820-058'" 1820-0595

1820-0595 1820-05<)5 1820-0583 1820-0584 1820-0491

1820-04<)1

1820-0

1820-0595 182:0-0583 182:0-0583

1820-0583 1820-058

1820-0656 1820-065t>

1820-0656

182:0-0656

I

820-065t>

1820-0656

1820-0656 1820-0656 1820-0656

068)-1025 0683-1025 (68)-1025

C3320-66526 185010-0071

C683-1525

0683-1525

0683·3925 06833925 0683·1525 0683·1525 0683·3925

0683 0683·1525 0683·1525 06133925 0683

0683·1525 0683·1525

0683.3915 0683·3925

0683·1525 0683·1525

06833925 06833925 0683·1525 0683·1525

0683·3925

0683·1525

06833925

0683·1525 0683·1525 0683 0683

06831525 0683 0683 0683 0683

0683·3925 0683·1525 0683,1525 0683·3925 0683·3925

06831SlS OB83·1525 0683 06833925 0683·1525

Number

...

n

...

3925

3925 3925

3925 1525 1525 3925

3925

Table

Oty

10

6.1.

Replaceable

Description

C;FXO

I'IICA 2""0 PF

C;FXO

1'I1CA

620PF

lC:TTL

QUAO

IC:TTL

QUAD

IC

;TTL

DUAL

IC;TTl

DUAL

IC:TTL

DUAL

IC:TTl

QUAD

IC:

TTL

OUAO

IC;DIGITAL

IC;OIGITAL IC:DIGITAL I(:TTL

DUAL

I(:TTL

QUAD

lC:TTL

QUAD

IC:TTL

QUAD

IC:TTL

OUAO2-INPT IC:OIGITAL IC;OIGITAl

IC:OIGITAL IC:OIGITAl lC:OIGITAL IC:OICITAL IC;OIGITAL

IC:OIGITAL

Ie

lOIGITAL

IC:OIGITAL

R:FKO

COl'1'

R:

FXO

caMP

R:FXO

CO"I'

80AR.O ASSY:PAIl TSTR.:51

R:FXD R:FXD

R: FXD eOMP 3900

R:

R: FXO CaMP 1500 OHM R:

R: FXO

R;

R FXO eOMP 1500

R'

R: FXO

R: FXO COMP 1500 OHM

R:

R' FXO

R: FXO

R:

R: FXD R: R: R'

R: FXD

R:

R: FXD R:

R:

R: FXO CaMP 3900

R:

R: FXD

R:

R: FXO

R; FXD

R; R;

R.

R: FXO COMP 3900 OHM5"114

R FXD

R FXO

R FXD COMP 1500 OHM

R FXD COMP 3900 OHM5"1/4 R FXO CaMP 3900 OHM

R FXO COMP 1500 OHM R FXO COMP 1500 OHM R R R

NPNISELECTED

CCI'IP CCI'.I'

FXO

eOMP 3900 OHM

FXO CaMP 1500 OHM5%1/4 W

COMP FXO eOMP 3900 OHM5"1/4 W FXO eOMP 1500

COMP

FXO COMP 1500 OHM5%1/4 W

COMP

COMP FXD COMP 1500

FXD

COMP

COMP FXO

COMP FXD

COMP

COMP FXD

COMP

COMP FXD

COMP

FXO

COMP

COMP FXD

COMP

COMP FXD

COMP

fXO

CaMP 3900 OHM fXO

COMP 3900 OHM S'" 1/4 W FXQ

COMP 1500 OHM

5t

2-INPT

J-K

MASTER

J-K

MASTER

J-K

MASTER 2-INPT NOR

GATE

4-BIT

RIGHT/LEFT

4-8IT

RIGHT/LEFT

4-BIT

RIGHT/lEFT

J-K

MASTER 2-INPT 2-INPT

2-INPT

TTL

4-BIT

TTL

"'-SIT

TTL

4-8IT

TTL

4-BIT

TTL

4-81T

TTL

"'-8IT

TTL

"'-8IT

TTL

4-BIT

TTL

"-SIT

TTL

4-81T

1000

OHM

1000

OHM

1000

OHM

LGC

1500

OHM5&1/

1500

OHM5&1/4

OHM

3900

OHM5"1/4

OHM OHM5"1(4 W

3900

OHM5"114

3900 OHM

3900 OHM5"114 3900 OHM5%1/4 W

OHM

1500

OHM5"1(4 W

3900

OHM5"1/4 W

3900

OHM5"114

1500

OHM

1500

OHM5"1/4 W

3900

OHM5"1/4 W

3900

OHM5~1/4 W

1500

OHM5%1/4 W

1500

OHM5%1/4 W

3900

OHM5"1/4 W OHM5"1/4 W

1500

OHM5"1/4W

1500

OHM 3900 OHM5"1(4 W 3900 OHM5"1/4 W

1500 OHM5"114 39DO

OHM5"114 1500

OHM5"lf4 1500

OHM5"114

3900 OHM5"1/4 W 1500

OHM5"1/4

Parts(Cant'd)

5t

NOR

GATE

NOR

GATE SI.AVE

S\.AVE S\.AVE

NAND

GATE

SLAVE

NANO

GATE

NAND

GATE

NANO

GATE

NDR

GATE

DATA

SELECTOR

DATA

SELECTOR

DATA

SELECTOR

DATA

SELECTOK

DATA

SELECTOR

DATA

SELECTOR

OATA

SELECTOR

DATA

SELECfOR

DATA

SELECTOR

OATA

SELECTOR 5t: 1/4'11

5t:1/......

5t:

1/4

..

FROM

2"1)1041

......

1/4W 1/4 W

1/4

1(4 W

114

1/4 W

1/4

1I4W

114

1/4

1/4 W

1/4 W 1/4 W

1/4 W

..

W W

W

W W

W

'1\'

'1\' '1\'

W

S,," 5,," 5%

5,,"

5'"

5"

5'"

5"

5'"

5'" 5'" 5"

5'" 5"

5'll.

F/F

Mfr

Code

28480

28480 28480

l8

...

80

2S480 28480

284130 28480

28480

01295

012<)5 28

...

80

28480

28480 28480

28480 01295 012<)5

01295 01295 01295

OlZQ5

012<)5

01295 01l<)5 012<)5 01121 01121

01121

28'080

01121 01121

01121

01121 01121

Mfr

Part

0140-019<J 0160-0363 1820-0584 1820-0584 1820-05<)5

1820-0595 1820-05Q5 1820-0583

1820·0584

5N199<)5

5NI9995 SNIQ995 1820-0595 1820-0583 1820-0581

182(\-0581

1820-058't SN1""266 S,.14266

SN14266 SIH

...

266 SNI4266 SN1"'266 SHI4266

SN14266 5"114266 SNI"'266

CB

1025

C8

1025

C8

1025

03320-66528 1854-C011

ce

1525

ce

1525

ce3925 C83925 e8152S e81525 e83925

e83925 e81525 C81525 e8392S C8392S

C81525 C8152S C83925 C83925 C81525

ce152S CB3925 e83925 C81525

525

eB1 CB3925

CB3925 CB

1525

CB152~

eB3925 C83925

C81525 C81525 e83925 C83925

C81S25 C83925 eB1525 e81525 C83925

C8392S e81525 C81525 C83925 e63925

e81525 C81525 C83925

C83925 CS1525

Number

6·27

6·28

OMl4LU2N

OM14L02N S012981

5012981 501295:; 5012951

SR

135t-·3

SR

135(,·3

SR

135(,·3

SR

135t-·3

G1l8 G1l8

G1l8 G118 G118 G118

G118 G118 C023A

102J

103M

S38·C

0

II

SM SM

201GO

16

0F2·0 0 F2-0

300

201GO

16

300

080 080 080

OBD

080

03320·66531

252·22·3J.300 252·22·3]·300

C81515 C83925 C81525 C83925 C81525

C83925 C81525 C83925 C81525 C81325

C63925 C81525

C81525

C81525 C83925 C83925 C81525

C81525

C83925 C83925 C81525 C81525 C83925

C81525 C63925

C81525

12040

12040 12040

12040 12040 12040

04113 04113 04113 04113

14433 IU33

IU33 '''433

14433

1..433 14433

14433 56289 56289 56289

12136 12136 12136 12136 12136

28480

11185 11185

01121 01121

01121 01121 01121 01121 01121

01121 C83925

21

01121 C83925

01121 01121

01121 C81525 01121 C83925

01121 01121 01121 01121 01121

01121 C83925

01121 C81525 01121 01121 C83925

21

01I21 01121 C83925

01121 C81525

NOR

GATE GATE GATE GATE

·INPUTNOR

2

2·

INPUT

4·

INPUT

4·

INPUT

·INPUT

2

·INPUT

2

%

16

VOCW

16VOCW

75

QUAD

nUAO OUAL DUAL OUAD QUAD

+

1000VOCW

-

HI"

-10%+15%

300

VOCw

300

VOCW

W

1f4

W

1/4

W 01121

1/4

W

114W 1/4

W

1/4W 1/4

W

II"W 114

W

114

W

1/4 W 01121 1/4 W all 1/4 W 1/..W 01121

1/..W 01121 C83925

1/" W

1/..W

W 01121

1/4 W 01121

W

1/4 W 01121 C83925 1/4 W 114

W 01121

1/4 W 01121 C81525

1f4

W

If"

W

114

W

1/4W 1/4

W

1/4

W

1/4

W

1/4

W

1/4

W

114

W Oil

1/4

W 01121 C81525

1/" W 1/4

W 01121 C83925

1/4

W

114

W

DIGITAL

DIGITAL DIGITAL DIGITAL DIGITAL DIGITAL

20"

200

UF

200

UF

5'4 5"

5% 300VOCw

2"

300VOCW

CONTACTS

5"

1/4

5" 5"

5"

5% 5%

5% 5% 5% 5%

5"

5" 5" 5" 5"

5" 5" 5" 5'41/4 5"

5'41/4 5" 5% 5" 5"

5"

5% 5" 5" 5"

5% 5% 5% 5% 5%

5" 5" 5" 5" 5"

pF pF

OHM OHM OHM OHM OHM

200 V

MA MA

MA MA MA MA

UF

CIRCUIT:

0.01

200pF5'4 1000 1000

620pF

100llF

150 3900 1500 3900 1500

3900 1500 3900 1500 1300

3900 3900 1500 3900 1500

3900

1500

3900

3900 1500

1500

3900

3900 1500 1500

3900 3900 1500 1500 3900

3900 1500

1500 1500 3900 3900 1500

SI

.15 A 200 V

51

.15 A 200 V

51

.15 A

GE

100

GE

100

GE

100

GE

100

GE

100

GE

100

GE

100MA

GE

100MA

CER AL

ELECT

AL

ELECT

MICA MICA MICA MICA MICA

U!2X221 4412X221

COMP COMP COMP COMP COMP

COIM COMP CaMP 1500 CaMP 3900 CaMP 3900

COMP COMP COMP COMP COMP

GATE

INTEGRATED

GATE

INTEGRATED CIRCUIT: INTEGRATED CIRCUIT: INTEGRATED CIRCUIT: INTEGRATED CIRCUIT: INTEGRATED CIRCUIT:

SI.l:;A200V

DIODE: DIODE: 0100

E:

DIODE: DIODE:

0100

E·

DIODE: DIODE: DIODE: DIODE:

DIODE: 0100

E:

C:

FXO

FXD

C,

FXD

C,

FXD

C, C

FXD FXC

C, C

FXC

C

FXC

GPIB

INPUT

CONN:

1>C

CONN·

PC

FXO

R,

FXO

R,

FXO

R,

FXO

R,

FXO

R,

FXO

R,

FXO

A

FXO

A,

FXO

R,

FXO

A,

FXO

R,

FXO

R,

FXO

R·

FXO

R,

FXO

R,

FXD

R,

FXO

R,

FXO

R,

FXO

R,

FXO

R,

FXO

R,

FXO

R,

FXO

R,

FXO

R,

FXO

R,

FXD

R,

FXO

R,

FXO

R,

FXQ

R,

FXO

A,

FXO

R,

FXO

R,

FXD

A,

FXD

A,

FXO

R,

FXD

R,

FXO

R

FXD

R,

FXO

R

FXO

R,

1820·0584

1820-0584 1820·0588 1820-0588 1820·0583 1820·0583

1901·0158 1901-0158 1901·0158 1901·0158 1910·0016

1910·0016 1910·0016 1910·0016 1910·0016 1910·0016

1910·0016 1910·0016

0150-0012 0180·0104 0180·010"

0140·0198 01600938 0160·0938 0160·0363 0160-0990

03320·66531

1251

·1365

1251 0583

1515

0683

3925

0683·

1525

0683

3925

0683·

I

525

0683

3925

0683-

I

525

0683

3925

0683·

1525

0683·

1325

0683

3925

0683

3925

0683·

1525

0683

39 2 5

0683·

1525

0683

3925

0683·

1525

39 2 5

068

3

0683

39 2 5

1525

11683· 068

3-

1525

0683

3925

0683

39 2 5

0683·

1525

068

3·

1525

0683

39 2 5 3925

0683 0683·

1525

0683·

1525

0683

3925

0683

39 2 5

0683-

1525

0683·

1525

0683

3925

0683

3925

0683-

1525

0683·

1525

0683

39 2 5

0683

3925

058

3·

IS

25

ONL

VI

007

OPT.

A311C6

A311C5 A3UC4 A311C3 A311C2 A311Cl

A31CRI2 A31CRll A31CR10 A31CR9 A31CR8

A31CRl A31CR6 A31CR5 A31CR4 A31CR3

A31CR2 A31CRI A31C8 A31Cl A31C6

A31C5 A31C4 A31C3 A31C2 A31CI

!3J20B

A37

A28XA24 A28XA23

A28R91 A28R89 A281188 A281181 A28R86

A28R85 A28R84 A28A83 A28A82 A28A81

A28R8o A28R19 A28R18 A28R11 A28R16

A28R15 A28R14

A28A13

A28R12

A28Rl1

A28Rl0 A28A69 A28R68 A28A61 A28R66

A28R65 A28R64 A28R63 A28R62 A28R61

A28R60 A28A59 A28A58 A28A56 A28R55

A28R54 A28R53 A28R52 A28R51 A28R50

3320Ai8

Model

Mfr Part Number

Code Mfr

Description

PartslCant'dl

6-1.

Replaceable

Qty

Table

Part Number

HP

Designation

Reference

Section

VI

Model 3320AlB Section

VI

Reference

Designation

A371C7 A37ICB A371C9

A37ICl0

A371C

11

A37DI

A37Q2 A37D3 A37D4

A37Q5 A37R

I A37R2 A37R3 A37R4

A37R5 A37R6 A37R7 A37R8 A37R9

A37R10 A37R11 A37R12 A37R13 A37RU

A37RI5 A37RI6 A37R17 A37R18 A37R-19

A37A20

A37R

21 A37A22 A37A23 A37R24 0683-1025

A31A25 0683-1535 A37A26 A37RH A37R28 A31R29

A37R30 A37R31 0683-3025 A37R32 A37R33 A37R34

A37R35 A37R36

A37T1 A37T2 A3713 A37T4 A37T5

A37T6 A37T7 A31T8

AJa

13320B OPT. 007 ONLYl

A3BC

I A3BC2 A3BC3 A38C4

A3BCS A38C6 A3BCR

1 A38CR2 A381CI

A38!C2 A381C3 A3BIC4 A381CS

A311C6

A381C7 A381CB

HP

1820-0584 1820·0583 1820-0586

1990·0312 1990·0312

1854·0354 1854·0354 1854·0009 1853-0203

1854-0354 1810·0136 0683·5115 0683·5115 0683·5115

0683·5115 06a3·5115 06B3·51 15 0683-5115 068J.3025

068J.6225 0683-3025

0683-6225 0683·9115

0583·6215 0683·1025 0683-6215 0683·5115 0683·1325

0683-1325 0683·1025 0683·1535

06833615 0683·1025 0683·1035 0683·1025

0683·1535 0683-6225

0683·3615 0683·1035

0683·1025 0683-3005

9100·1238 9100-1238 9100·1238 9100-1238 9100-123B

9100·1238 9100-1238 9100·1238

03320·66538 0160·0938 01BO·0291 0160·0938 0160·2201

0180·1746 0160·2207

1910·0016 1910·0016 1820·05B4

1820·0584 1820·0584 1820·05B4

1820·0584

1820·0584 1820·0584

Part Number

Table

Qty

6-1

Replaceable

Description

INTEGRATED CIRCUIT:

GATE

INTEGRATED CIRCUIT:

GATE INTEGRATED CIRCUIT: PHOTO

ISOLATOR

PHOTO

ISOLATOR

SI

NPN

TSTR; TSTR'

SI

NPN

SI

NPN

TSTR:

SI

PNP

TSTR: TSTR:

SI

NPN

NETWORK

'0

fXD

COMP

'0

,

fXD

COMP

FXO

COMP

'0

, 0

CDMP

"0

, 0

COMP

"0

, 0

COMP

"0

,

COMP

'<0

, 0

COMP

"0

R:

rxo

COMP

NOT

ASSIGNED

R:

rxa

COMP

R:

fXD

COMP

R:

fXD

COMP COMP5200HM5"1/4W

'0

"0

COMP

'0

"0

COMP

'0

"0

'0

COMP

"0

,

COMP

"0

,

fXO

COMP

, 0

fXO

COMP

R:

rxo

COMP

NOT

ASSIGNED

R:

FXD

CDMP1KOHM caMP

'0

"0

COMP

'0

"0

,.

caMP

"0

COMP

'0

"0

COMP

'0

"0

COMP

'0

"0

CaMP

'0

"0

,.

CaMP

"0

,

,<0

COMP

, 0

CoMP

'<0

,.

COMP

"0

caMP

'0

"0

XfMR:

PULSE

XfMR:

PULSE

XfMR:

PULSE

XfMR:

PU

LSE

XfMR:

PULSE

XfMR:

PULSE

XfM

R:

PU

LSE

XfM

R:PULSE

GPIB

CONTROL

C:

fXO

MICA

C:

fXOTA1Uf10"35VOCW

C:

fXO

MICA

C:

Fxe

MICA

Co

TA15ur

'XO

C:

fXO

MICA

DIODE:

GE

GATE

GATE GATE GATE

ASSIGNED

GATE

100

GE

100

DIODE: INTEGRATED CIRCUIT: DIGITAL

INTEGHATED CIRCUIT" DIGITAL INTEGAATED CIRCUIT: DIGITAL INTEGRATED CIRCUIT; alGITAL NOT

INTEGRATED CIRCUIT:

INTEGRATED INTEGRATED

DIGITAL DIGliAL DIGITAL

2N

709

FLM

510

OHM

50

510

OHM

50

510

OHM50114

510

OHM

50

510

OHM

50

510

OHM

50

510

OHM

50

3 KOHM

50

62000HM5"1/4W 3 K

OHM5"1/4

6200

OHM

910

I K

6200HM5"1/4W

510 1300

1300 1 K 15KOHM5%1I4W

15K5~

UoOHM5"1I4\V 1I(OHM5"1/4\Y 01121 10KOHM5"1I4W II(OHM5"1I4\Y 01121

3KaHM5%1/4W 62000HM 3600HM5%114W

300tlM

1000pf5" 1000pF5"

300pf5"

300pF5"300VDCW

CIRCUIT: DIGITAL QUAa CIRCUIT: DIGITAL QUAa

5'"

OHM5""4

OHM

5'1.

OHM5"1I41Y

OHM5"114W OHM

5~\14

OHM5"1/4\'1

5'"

1/41Y

15K5",'4W

5~ 1/4W

10KOHM5%1I4W I K

OHM5"1/4W

5'"

300

10"20VOCW

MA MA

DIGITAL

PortslConl'dJ

QUAD

2·

QUAD

2 ·INPUT

HEX

INVERTEP.

114

YI

If4

VI

'1/

"4

~I

1'4

VI

1'4

VI

114

VI

1/4

VI

YI

114

W

\1

I/HI

W

1f41Y

1/4

....

'

300

VOCW

300

VOCW

QUAD,.

QUAD

2 ·INPUT

,

DUAO QUAD

2

QUAa

2·

2 2

INPUT

.

INPUT

·INPUT

INPUT

- INPUT

·ltlPUT

NOR

NAND

NOR

NOR NOR

NOR

NOR NOR

Mfr Code

12040 12040

12040

01295 01295

04713 04713

04713

04713 04713

91637 01121 01I21 01121

01I21 01121 01I21 01I21 01I21

01I21 01121

01I21 01121 01121 01I21 01121

01I21 01121 01121

01121 01121

01121 01121 01121 01I21 01121

01121 01121

90095

90095 2 90095 2 90095 2 90095 2

90095 2

90095

90095 2

28480

72136

56289 1500 I

72136

56289 1500156X9020B2·DYS

72136

14433

14433 G718

12040

12040 DM74L02N

12040 DM14L02N

12040 OM74L02N

12040

Mfr Part Number

DM74L02N SO

12955

OM74L04N

OBO OBO

SS2011

5S2011 SS3761(

SS5651 SS2011

080

CB

5115 CB5115 CB5115

ca

5115 Ca5115 CB5115 ca

5115 ca

3025 ca

6225 CB

3025 CB

6225 CB

9115 ca

6215 CB

1025 CB

5215 C85115 C81325

CB

1325 CB

1025

CB

1535 CB

1025 CB

1535 C83615 CB

1025

ce

1035 CB

1025 ca1535

CB

3025 CB

6225 CB3615 CB

1035

C81025

ell 3005

2

WEMA WEMA WEMA WEMA WEMA

WEMA WEMA

2

WEMA

03320·66538

DBO

05X

9035A2·0

080

DBO

080

G718

DM74L02N

OM74L02N

YS

6·29

6·30

03320-6161B

313.5005

28480

75915

OUTPUll

AND

OPT. 0011

OUTPUT)

A,151

PANEL

TO

1,14

OPTIONS

STD

YI

~3W

I'.

W

ASSEMBLY

0041

(A39.

ASSY

no

BlO

PIV

SA

100

PIV

51,

COMPONENTS

(ALTERNATE

(GREEN)

(TO

FRONT

(HONO.

TO

(BROWNI (3320A/8

13320A/B

ONl

OHM

IlJ'1,

000,

(SUBMIN)

V

510

no Sl100 SI

MOUNTED

Y L

(FROM

K (WHITE)

J (VIOLETJ

Y I (BLUE)

H

F (ORANGE)

Y C {A12 Y

8IRED)

Y A

002.006)

ASSEMBLIES

POWER

(lEVElING)

(VERNIERI

(POWER) 13320A

K

410

OHM

iN3054

2N3140 2N3054 2N3055

RF

OPT.

CABLE

RF

VNORMAL

250

V

SLO

BRIDGE 8R

lOGE

UF

CHASSIS

A5SEMBl

ASSEMBLY ASSEMBLY ASSEMBLY ASSEM8L

ASSEMBLY

ASSEMBLY ASSEMILY E

SWITCH)

ASSEM8L ASSEM8L A,SSEMIL

THRUOOl ONLY)

CABLE

ASSEMBLY

001,

ASSEMBLY

CA8LE

TOGGLE

ROT.RY TOGGLE

25

K OilM

...:....

lII',0

COMP

SI

i'NP2N3140

SI

NPH

SI

i'NP

SI

NPN

51

NPN

TUB

AXIAL

1I0.IA28.

411.

250

0.50A lA

250

DIODE OIOOE

18000

CABLE

CA.8LE CABLE CAUE CA,UE

I

CABLE

I

CABLE

I

CA8lE

POWER

I CA8LE ASSEMILY 0

8MOOELDNlYI

I

CAllE

I

CABLE

I

CABLE

003

FLAT

I

OPTIONS

I FLAT CASlE

TRANSFORME"'C:

I

SWITCH:

I

SWITCH:

I

SWITCH,

I

R:

VAR

FXD

03320-61618

FXO

I

R:

I

R:

TSTR: TSTR, TSTR:

2

TSTR:

2

TSTR:

I I

FAN: OECIMA,lINOICATOR

CONNECTOR: AEM:

PIO

CONNECTOR: CONNECTOR:

CONNECTOR:

CONNECTOR:RF

CONNECTOR:AF

CONNECTOA:RF

I

FUSE:

I

FUSE:

I

ASSY:

3

ASSY:

I

C:

I I I I I

0332Q.61618 03320·61614

03320·61613 03320·61612 03320·61611

03321)·61610

03320·61608 03320-61607

03320·61606

0332(1.61605 03320·616G4 03320·61603

033204;1602

033204;1601

9101).32].4 3101·111g

3100-2125 3101-(1896

2101).3167 2100·2211 0684-.4711

185UOS2 1854-oon

1853-0052 18SHIOn 1854-0063 3160·0248 03320·68101 1250-0118

125().0252

1250{)102

1250-1194 125O.()252

1250.()102 1250·0252 1250-1194

2110·0055

211Q.0202

2110·0312

1901-05:16 1901·0526 0180·2397

8 MOOEl ONLY.

(')

INDICATES

PART

ON

W2

WI

TI

".

52 51

RJ

R2

'I

05'

...

OJ

Q2

01

MI

LEOI

THRU

lE04

ONLY)

YI

ONL

J5

J13

(3320B

13320A

THAU

JIS JI'

JI2,

JII

J10

J' J6

J7

J'

J1

F2

FI

(230

Vac)

Fl

(11QVac)

CR3' CRI.

CR2

CI

10:15

6215

:1035

10:15

12955

Part Number

65·7160 65·7160 65·7160 252·22·30·300 252·22·30·300 03320·56539

C8 C8102S

C8102S CB C89115 C81025 CB

CB C86215 C89115 SPU3Z1 DM74104N

DM74l02N

DM14l04N SN21819 SN21819 SN21819

DM7H02N DM74LJ3N so

Mfr

76530 76530 76530

71785 71785 28480

01121 01111

01121 01121 01121 01121 01121

01121 01121 01121 04713 12040

12040

12040 01295 01295 01295

12040 12040 12040

Code Mfr

NO'

NOR

NAND

INVERTER

2

-INPUT INVERTER

2

·INPUT

Fllp·FlDP

2

-INPUT

..

1/4W

..

I/.W

5"

lf4W

S"

1/4 W

5"

1/4 W

5"

1/4

W

1/4 W

5"

1I4W

5"

1I4W

5%

1I4W

""

DIGITAL

QUAD

DIGITAL

HEX

DIGITAL DIGITAL DIGITAL DIGITAL

DIGITAL

QUAD

DIGITAL

DUAL

DIGITAL

DUAD

PartslCanl'dl

CONTACTS CONTACTS CONTACTS

K

5"

(2XI5) (2X22)

44 12X221 CONTACTS

1 K OHM 1 K OHM

620 OHM 910 OHM

:10 1 K OHM

lAP 620 OHM 9100HM

CIRCUIT,

CIRCUIT: CIRCUIT: CIRCUIT: CIRCUIT: CIRCUIT:

CIRCUIT:

PC

30

PC

44

PC

MOTHER

COMP 1 K OHM CaMP

CaMP cor.p COPAP CDIAP 1 K OHM COMP

CO corAP CDrAP

SI

PNP

PC

30 (2X151 CONTACTS

PC

30

(2XI5)

Description

Replaceable

CONN: CONN: CONN: CONN: CONN: PC

ASS(:

"

FXC

"0

"

"0 "0

"

,,

"0 "0

,

FXC

,,

R:

FXD FXO

,

R:

FXD

UTR: INTEGI'ATED

GATE

INTEGRATED INTEGRATED INTEGRATED INTEGRATED INTEGRATED

GATE

INTEGRATED INTEGRATED

GATE

INTEGRATED

6.1.

I

Oty

Table

1251·2035 12512035 1251 2035 1251·1365 1251·1365

03320·66539

0683·1025

0683·10:15

0683-1025 0683·6215 0683-9115 0683·1025 0683·:1035

0683·1025 068H215

0683·9115 1853-0086 1820·0586

1820-0584 1820·0586 1820·0711 1820-0777 1820·0777

1820-0584 1820·0595

1820·0583

HP

Part Number

ONLY)

007

OPT.

17

A39XA38 A39XA37 A39XA25 A39XA24 A39XA23

(3320B

A39

A38Rl0 A38R9

A38R8

A38R7 A38R6 A38R5 A38R4

A38R3 A38R2 A38R I 1,3801 AUIC

A381CI6 A38ICI5 A381C14 A381C13 A381C12

A381Cl1 A381Cl0

A381C9

Designation

Reference

3320Ala

Model

Section

VI

Model 3320AlB

Section

VI

Reference Designation

"Pl

""

.PJ

.04

."

.P6

"P1

"P6

MP10

""

MP11

MP12 MP13 Mrl4 MP15

MPI5 MPH MPI8 MP19 MP20

MP21

MP22

.m

MP24

.",

IIIP26

.m

.".

t

MP29

"PJ'

t

Mp),

MP32

IIlP33

.OJ.

.PJ'

.P36

IIIP31

.P38

"OJ'

MP40

MP41

MP42

MP43

MP44

MP45

....

IIIP41

.m

MP~9

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1

See

Section

VIII.

HP Part Number

504Q.5S32 10513-4001 05216-4008 5001-1449 1400-0008

05216-4007 5040·0702 03320·84401 5020·7621 5020-1622 03320·66530 SIM0-5615 0332Q.62103

11332G-9OOllO

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2100·2~88

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5060-8505 03320·00202 11332G-00101

0332Q.IM115 3160-0249

31~221

3151).{1228 5000-8521

5060.8131

5060.0222 5000-8525

5000-0051 0490·0030 5060·0157

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0332G-01202 0332Q.

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SCJ6G.8513 03320-64301

03320-60302 03320·60304 03320·60301 03320·60303 5020·6856 0310·2257

0310·1092 0310·1126 S020·&865 0332lH11203

....

0332lH11206

03320~120S

0332().()1208 03320·69536

03320·60112 03320·51204 03320-61210 03320·61211

113320-OO104 03320·60101

113320.oo101 03320-00601 03320·25501

03320~1201

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24707

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(3320A)

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Table

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Replaceable

COVER:

MAIN COVER:18PIN GUARD: HINGE HOLDER:

HOUSING: INSULATOR: KIT:

MANUAl:

8RU

CRYSTAL:

CABLE:

56

MECHANICAL

COVER: PANEL:

PANEl:

COVER: GRILLE: FILTER:

SCREEN:

COVER, RETAINER:

ASSY:

COVER: PLATE,

STAND: ASSY; fRAME: BRACKET:

SPACER: SPACER:

COVER'SOTTOM

PLATE:

MP20. Front PaOlI Assembly

PANEL: PANEL: PANEL: PANEL: TRIM: t:NOB:

KNOll. t:NOB: TRtM: BRACt:ET: COVER:

8RACt:ET: 8RACt:ET:

STRAP:

REAR DECK: BRACt:ET:

SRACt:ET: SRACt:ET:

DECK: ASSY:

DECK: SHIELD EXTRU:

ASS¥:

ASSY:

COVER:

COVER, COVER: COVER:

COVER: COVER: COVER: COVER: COVER:

COVER: COVER:

EXTRU: SUPPORT, ASSY:

POWER

CONNECTOR

SOCKET

(REMOTE

FUSE

(F2)

CONNECTOR

ACCESSORY SRACt:ET SRACt:ET EXTENDER: FILLER FILTERASSY:

S

Rn: R: R:

PIN CONNECTOR (OPT. 003,

PC

STRIP

OPERATING

ASSY:

TERM

FXO

FLM 10K

VAil

COMP

OVEN

EXTERNAL

PARTS

TOP REAR REAR

OVEN

FAN

fILTER

REAR

(RIGHT

HANDLE

FRONTStOE

FLUTED

TILT

FOOT

SIDE

PANEL

BAR ROO

SWITCH

FRONT

3320A

FRONT

3320A

FRONT

3320S"

FRONT

3320S

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RND 1/2

RNO

CONCENTRIC

TOP

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REAR

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POWER

SUPPLY RIGHT CONTROL CONTROL

AMP

AND

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CARD

NEST

CARD

NEST

TSTR

BRACt:ET

TSTR

BRACt:ET

CARD

NEST

CARD

NEST

CARD

NEST

CAAD

NEST

CARD

NEST

CARD

NEST

CARD

NEST

CARD

NEST

CARD

NEST

CARD

NEST

CARD

NEST

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NEST

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NEST

FLAG

·INCLUOES

FAN

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PULSE

(RIGHT

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Parts(Cant'd)

Description

MISCELLANEOUS SWITCH

(OPTION

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THE

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6·3)

Mfr Code

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Part Number

MF~C

T·O

Typ.

W

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6·31

6-32

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5040-5878

28480

28480 28480

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03320.69535 03320-69533 03320-69527 03320-69526 0332CJ.69525 03320-69524 03320-69523 03320·69521 03320-69518 03320-69517 03320-69515 03320-69514 03320-69512 03320·69511 Cl3320-69510 03320·695ll9 03320-69S08 03320·695ll7 03320-695{)S Cl3320-69504 0332CJ.69503

0332CJ.695{)2 03320-69501

REBUILT

ASSEMBLIES

1

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1

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SHAFT: WASHER: SPACER: GEAR: POINTER

R: GEAR: WASMER: NUT:

GEAR: SHAFT: SWITCH: SUPPORT:

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NOT SPACER DISK: DISK: SPRING

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143lH1757

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311)0.2725 03320·235{)1

03320·61401 5040·5883 5040·5887 5040-5884

03320·24704 504CJ.5886 5040-5885 03320·29101

MP60

A17A A9A A21 A26

A25

A2< A23 A21

A12A A171

AIS AU

A12B

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•

3

2

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MP62 MP61 MP59. MP58

MPSI

MP56

MPSS MPS' M'53

3320AlB

Model

Part Number

Mfr

Code

Mfr

Description

'AATSIQlIlt'lil

MfCHAIIIC:AL

Qty

Part Number

HP

Designation

Reference

Section

VI

MP9

MP10

2

1

MP11

MP12

MP1~

MP14

MP15

MP26

"T1

~·I

MP25

~

'I'

x

m

::

m

n

s:

!!!.

:;

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..

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w

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Numbers:

3320A

33208

-1122A·

- 1121 A . 00111 and above.

00121 and above.

3'20_-8-l'81

7~-,r::---..:Ji../

~

MP34

""

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::5

MP32

•

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o

g,

g.

W

w

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0-

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Model

3320A/B

CAMS and COLLARS (See Note)

Section

VI

~

~(MP54)

17

•

f

MP20

NOTE:

Cams

and

Disks notedinparenthesis).

collars (parts 17.

7/

7

11

~~

~~\

rf/~

~

Figure 6-3. Front

15

16

18. 19.

9

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r;;n

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20) fitonReadout

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13

14

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and Vernier Control Mechanical Parts.

•

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7~P

c/ifP

6

5

4

6-35

Model 3320A/B

Section VII

SECTION

CIRCUIT

7-1.

INTROOUCTION.

7-2. This sectionofthe manual contains troubleshooting information and ciruit diagrams for the 3320AjB Auto-

matic Synthesizer. Included

functional block diagrams, schematic diagrams and com-

ponent location diagrams.

7·3.

TROUBLESHOOTING.

74.

The following troubleshooting informationisdesigned

to eliminate needless unrelated checksinlocating instru-

ment malfunctions.Itshould first

malfunction does exist and that it does not exist external

the 3320AjB. Before troubleshooting the 3320AjB, come familiar with the principlesofoperation (Section and the functional composition (Section IV)

instrument.

7-5. To isolate the malfunction toanassembly, use the

Block Diagrams (Figures 7-5, 7-6, 7-7) and/or the troubleshooting trees (Figures

7-1

the malfunction to a component, use the schematic

diagrams (Figures 7-9 through 7-32).

are

through

troubleshooting trees,

be

determined that a

be-

III)

of

the

74).

To further isolate

to

VII

DIAGRAMS

NOTE

Use

the troubleshooting treesinthe sequence

which they appearinthe manual with one

exception. The first rroub/eshooting tree. ure

7-1,

System Component Isolation and GPfB Troubleshooting Tree) should tion 007 (GPfB) 3320B instruments only. For

standard instruments start the troubleshooting

with

Figure

shooting

7-6.

SCHEMATIC

7-7, The schematic diagrams (Figure

7-32) contained

the 3320AjB. Components marked with

those that

components may

optimum value

available with the 3320AjB are shown.

7-2,

Reference Frequency Trouble-

Tree.

OIAGRAMS.

in

this section show the detailed circuits

are

critical

vary is

in

value. The value

from one instrument to another. The

selectedatthe factory.

be used for

7-9

through Figure

an

in

(Fig-

Op-

of

asterisk are

of

these

All

options

REFERENCE

ASSEMBLY

REFERENCE

DESIGNATION

~

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ON

-

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(COMPLETE DESIGNATOR IS PI} I

WIRE COLOR:

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STRIP.

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AZ ASSEMBLY : I +2..92V

~

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COLOR

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THIRD INDICATES THE NARROWER /

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PARTIAL REFERENCE DESIGNATIONS

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CODE

IS THE SAME I

CODE.

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COLOR

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DENOTES

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CIRCUIT

IN

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IN

OHMS

ARE

DESIGNATIONS ARE SHOWN.

CH

EM

POWER

CHASSIS

FLOATABLE

INDUCTANCE

CAPACITA CE IN MICROFARADS

RESiSTANCE

V

ALVES

SUBASSEMBLY DESIGNATIO (S)

REFERENCE

2 DENOTES SIGNAL DESTINATION.

~

DENOTES

.....

DENOTES

WDENOTES ASSEMBLY CIRCUIT GROUND.

\7

DENOTES

NOTED.

COMPONENT NATJON.

BLY

OR

PARTIAL

10.

9.

8.

7.

6.

5.

4.

3.

2.

I.

..--------s

Model 3320A/B

VII

Section

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TABLE2;PIN

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1

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comes

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or

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PROCEDURE

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back

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running.

should

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coM

replate

Troubl~o[ing

I'niIV

thl

the

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runnIng

Wllh

occur

sewnd

--

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boiIrd

XA2SB

AFTER

INSERTING

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I

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VOL

TAGE

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LOW

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TABLE5:PIN

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1000t

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blink

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NO.2.

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OFF

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6.

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rapIdly

ilfIer

Ihrn

times

dUling

PINSTOBE

Ihr

9 Insert

lhe

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CHECKEDASINDICATED

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AFTER

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INSERTING

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10

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note the

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10

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11

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SHOULD REPLACE

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NO.

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should bf

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AiiO

AFTER

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SHOULD

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THIS

A38

THIS

A37.

TEST

CARD

TEST

CARD

FAIL

·FAIL

NO.4.

NO.3.

TABLE7:PIN

STATESONXA25

TABLE8:PIN

INSERTING

AFTER

STATESONXA38

DIAGNOSTIC

INSERTING

DIAGNOSTIC

AFTER

CARD

NO.1.

CARD

NO.

s.

II

Replace

A24ifoutput amplitude

Replace

A23ifoutput frequency

Replace

A23

and

output amplitude

A24ifboth output frequency

and

26

a.

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Diagnostic

Card

Goto3260A

Troubleshooting

Trees.

b.

Check

pins

No.2.

listedinTable 2 with

logic

probe.

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statesasshown

inTable

2?

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Diagnostic

Card

No.5.

are

incorrect.

onlyisincorrect. onlyisincorrect.

NO

Enter here.

a.

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the

should

allbehigh:

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3320B.

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determine if the

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the

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following

pinsonXA37

3,4,5,6,7,8,9,10,11,

all

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the

logic

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from

the

3320B.

; they

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A37.

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probe

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they

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and

Table

a.

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NO.1.

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pins

listedinTable 1

with

logic

probe.

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6,

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lsXA24

pinYhigh?

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XA36

pin15high?

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Card

No.1.

L.

13

a.

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the tests outlinedinTables

5.

b.Ifthe unit

c.

d.

e.Ifthe unit

fails

for

correct,

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passes

any

that test.Ifthe unit

replace

Step

d.

No.1.

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pin12and

fails

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all

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not

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3 through

test,

replace

the

board

passes

the

e.

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logic

O-b-OatXA37

replace

code

A25.

code

should A37.

~~

is

be

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7-5/7-6

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