Agilent 70900B Installation

Errata

70000 Series Spectrum Analyzer and 70900B Oscillator 
Installation and Verification Manual

70900-90314

December 1, 1996

Title & Document Type:

Manual Part Number:

Revision Date:

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Installation and Verication Manual

HP

Spectrum

HP

Source-Controlled Modules

70000

70900B

Series

Analyzer

Local

Modular

Oscillator

System

ABCDE

HP Part No. 70900-90314

Printed in USA December 1996

Edition A.0.0

Notice

The information contained in this document is subject to change without notice.

Hewlett-Packard makes no warranty of any kind with regard to this material, including,

but not limited to, the implied warranties of merchantability and tness for a particular

purpose. Hewlett-Packard shall not be liable for errors contained herein or for incidental or

consequential damages in connection with the furnishing, performance, or use of this material.

Restricted Rights Legend.

Use, duplication, or disclosure by the U.S. Government is subject to restrictions as set forth

in subparagraph (c) (1) (ii) of the Rights in Technical Data and Computer Software clause at

DFARS 252.227-7013 for DOD agencies, and subparagraphs (c) (1) and (c) (2) of the Commercial

Computer Software Restricted Rights clause at FAR 52.227-19 for other agencies.

c



Copyright Hewlett-Packard Company 1990|1994, 1996

All Rights Reserved. Reproduction, adaptation, or translation without prior written permission

is prohibited, except as allowed under the copyright laws.

1400 Fountaingrove Parkway, Santa Rosa, CA 95403-1799, USA

Certication

Hewlett-P

time

measurements

T

echnology

facilities

of

shipment

of

ackard

,

to

other

Company

from

the

are

traceable

the

extent

International

certies

factory

to

allowed

that

this

product

.

Hewlett-P

the

United

by

the Institute's calibration facility, and to the calibration

ackard further certies that its calibration

States

National

Standards Organization members.

met

its published specications at the

Institute of Standards and

Warranty

This

Hewlett-P

workmanship

ackard

for

a

instrument

period

product is warranted against defects in material and

of one year from date of shipment. During the warranty period,

Hewlett-Packard Company will, at its option, either repair or replace products which prove to

be defective.

For warranty service or repair, this product must be returned to a service facility designated by

Hewlett-Packard. Buyer shall prepay shipping charges to Hewlett-Packard and Hewlett-Packard

shall

pay

shipping

country

.

Hewlett-P

use

with

that

instrument.

shipping

charges

ackard

an

instrument will execute its programming instructions when properly installed on

charges

,

duties

, and taxes for products returned to Hewlett-Packard from another

warrants

Hewlett-P

to

return

the

product

to

Buyer

.

However

, Buyer shall pay all

that its software and rmware designated by Hewlett-Packard for

ackard does not warrant that the operation of the instrument, or

software, or rmware will be uninterrupted or error-free.

Limitation of Warranty

The foregoing warranty shall not apply to defects resulting from improper or inadequate

maintenance by Buyer, Buyer-supplied software or interfacing, unauthorized modication or

misuse, operation outside of the environmental specications for the product, or improper

site

preparation

or

maintenance

.

NO OTHER WARRANTY IS EXPRESSED OR IMPLIED. HEWLETT-PACKARD SPECIFICALLY

DISCLAIMS THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A

PARTICULAR PURPOSE.

Ex

clusive Remedies

THE

REMEDIES PROVIDED HEREIN ARE BUYER'S SOLE AND EXCLUSIVE REMEDIES.

HEWLETT-PACKARD SHALL NOT BE LIABLE FOR ANY DIRECT, INDIRECT, SPECIAL,

INCIDENTAL, OR CONSEQUENTIAL D

OR ANY OTHER LEGAL THEORY

AMAGES, WHETHER B

.

ASED ON CONTRA

CT,

TORT,

Assistance

Product maintenance agreements and other customer assistance agreements are available for

Hewlett-Packard products.

For any assistance, contact your nearest Hewlett-Packard Sales and Service Oce.

iii

Safety

The

of

the

CA

UTION

Symbols

following

symbols

WARNING

DANGER

safety

and

The

symbols

its

meaning

CAUTION

are

used

before

throughout

operating

this

manual. Familiarize yourself with each

this instrument.

sign denotes a hazard. It calls attention to a procedure which, if

not correctly performed or adhered to, could result in damage to or destruction

of the product or the user's work. Do not proceed beyond a

CAUTION

sign

until the indicated conditions are fully understood and met.

The

W

ARNING

which,

to

the

if

user

conditions

The

DANGER

sign

not

.

are

Do

denotes

correctly

not

proceed

fully

understood

a

hazard.

performed

beyond

or

and

It

calls attention to a procedure

adhered

a

WARNING

to

, could result in injury

sign until the indicated

met.

sign denotes an imminent hazard to people. It warns the

reader of a procedure which, if not correctly performed or adhered to,

could

sign

result

until

in injury or loss of life. Do not proceed beyond a

the indicated conditions are fully understood and met.

DANGER

iv

General

WARNING

Safety

Considerations

The

instructions

only

.

T

o

avoid

are

qualied

The

opening

voltages

being

The

opened.

power

to

of

.

Disconnect

cord

in

this document are for use by qualied personnel

electrical

do

so

.

shock,

do not perform any servicing unless you

covers or removal of parts is likely to expose dangerous

the instrument from all voltage sources while it is

is connected to internal capacitors that may remain live

for ve seconds after disconnecting the plug from its power supply.

This is a Safety Class 1 Product (provided with a protective earthing

ground incorporated in the power cord). The mains plug shall only be

inserted in a socket outlet provided with a protective earth contact.

Any interruption of the protective conductor inside or outside of the

instrument is likely to make the instrument dangerous. Intentional

interruption is prohibited.

For continued protection against re hazard, replace fuse only with

same type and ratings, (type nA/nV). The use of other fuses or materials

is prohibited.

W

ARNING

Before this instrument is switched on, make sure it has been properly

grounded through the protective conductor of the ac power cable to a

socket outlet provided with protective earth contact.

Any interruption of the protective (grounding) conductor, inside

or outside the instrument, or disconnection of the protective earth

terminal can result in personal injury.

Before this instrument is switched on, make sure its primary power

circuitry has been adapted to the voltage of the ac power source.

Failure to set the ac power input to the correct voltage could cause

damage to the instrument when the ac power cable is plugged in.

v

Contents

1. General Information

Manual Conventions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1

Before Operation ...... ...... ........ ...... .... 1-2

Initial Inspection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-3

HP 70900B Local Oscillator Source ...................... 1-3

HP 70900B Local Oscillator Source Front-Panel Features .... ...... . 1-4

HP 70900B Local Oscillator Source Rear-Panel Features ........... 1-6

HP 70900B Local Oscillator Source Options ................. 1-8

HP 70900B Local Oscillator Source Accessories . . . . . . . . . . . . . . . . 1-8

Preparing an HP 70000 System for Use .................... 1-9

System

Initial

System

Instrument

System

Rack-Mounting

Rack-Mounting

Operating

System

P

ower-On .......................... 1-10

Calibration

Keypad

Rack-Mount

with

Requirements

Certication

.

.

.

.

.

.

.

.

.............. 1-9

...... ...... ........ .. 1-10

for a Spectrum Analyzer .... ...... ....... 1-11

and Cabinet Interconnect Installation ........... 1-13

.

............................. 1-13

Slides . . . . . . . . . . . . . . . . . . . . . . . . . 1-13

Interconnecting Instrument Cabinets .................... 1-15

Line Voltage Selection ............................ 1-16

400 Hz Option for the Mainframe and Stand-Alone Display . . . . . . . . . . . 1-17

System Line Fuse Replacement . . . . . . . . . . . . . . . . . . . . . . . . 1-18

Optional Mainframe Rear-FanFilter... ...... ...... ...... . 1-19

System

Display

P

ower

Screen

Cables

Cleaning

.

.

.

.

.

...... ...... ........ .... 1-19

.

.

.

.

.

.

...... ...... ........ . 1-21

External Power Pack for the HP 70310A Precision Frequency Reference .... 1-21

Preparing a Static-Safe Work Station .......... ..... ..... 1-22

If You Need to Contact Hewlett-Packard................... 1-24

Returning Your Instrument to Hewlett-Packard .. ...... ...... . 1-26

2. Installation

HP-MSIB/HP-IB Addressing.......................... 2-1

Modular Measurement System T

erms ....................

Functional Terms ............................ 2-2

Structural Terms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-2

Address Map Protocol ...... ...... ........ ..... .. 2-3

Address Matrix ............................. 2-3

Display-Response Area . . . . . . . . . . . . . . . . . . . . . . . . . . 2-4

HP-IB Access ....... ...... ....... ...... .... 2-4

Addressing Elements . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-4

Master Elements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-4

Sub-Master Elements . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-5

Slave Elements ........ ........ ...... ...... . 2-5

Slave Area Boundaries . . . . . . . . . . . . . . . . . . . . . . . . . . 2-6

Independent Elements . . . . . . . . . . . . . . . . . . . . . . . . . . 2-6

Addressing Order Requirements for HP 70000 Systems . . . . . . . . . . . . 2-7

Default Addressing for Congured HP 70000 Systems ........... 2-7

2-2

Contents-1

Addressing Criteria ........ ...... ...... ...... . 2-8

Row Addressing Priority ......................... 2-10

Address Switches ............................. 2-10

Master Address Switches . . . . . . . . . . . . . . . . . . . . . . . . . 2-11

Slave Address Switches .... ...... ...... ...... ... 2-12

Display Address Switches . . . . . . . . . . . . . . . . . . . . . . . . . 2-13

Module Removal and Installation .......... ...... ....... 2-15

Module Removal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-15

Installation ................................ 2-15

Connecting the MSIB Cables on a \A" and \C" System . . . . . . . . . . . . 2-16

Connecting the MSIB Y-Cable on a \P" System . . . . . . . . . . . . . . . . 2-17

System

Congurations

for

\A"

and

\C"

Systems

.

.

.............. 2-18

HP 71100C Modular Spectrum Analyzer . . . . . . . . . . . . . . . . . . . 2-20

HP 71100C Modular Spectrum Analyzer with HP 70903A IF Section . . . . . . 2-22

HP 71100C Modular Spectrum Analyzer with HP 70700A Digitizer ...... 2-24

HP 71100C Modular Spectrum Analyzer with HP 70903A IF Section and

HP 70700A Digitizer .... ........ ...... ..... ... 2-26

HP

71100C

Modular

Spectrum

Analyzer

with HP 70300A RF Tracking Generator 2-28

HP 71200C Modular Spectrum Analyzer . . . . . . . . . . . . . . . . . . . 2-30

HP 71200C Modular Spectrum Analyzer with HP 70903A IF Section . . . . . . 2-32

HP 71200C Modular Spectrum Analyzer Deleting HP 70902A IF Section, with

HP 70903A IF Section and HP 70907B External Millimeter Interface Module 2-34

HP

HP

HP

HP

HP

HP

HP

71200C

HP

71200C

HP

Tracking

71209A

71210C

71400C

71400C

and

71401C

Modular

70905B

Modular

70905B

Microwave

Microwave

Lightwave

Lightwave

HP

70301A

Lightwave

Spectrum

RF

Section

Spectrum

RF

Section

Generator

Microwave Tracking Generator ............. 2-46

/

HP

/

HP

.

.

.

Spectrum

Spectrum

Signal

Signal

Analyzer ................... 2-44

Analyzer with HP 70300A RF Tracking Generator

Analyzer

70600A

Analyzer

70600A

.

.

Analyzer ................. 2-40

Analyzer ................. 2-42

Deleting

Preselector

Deleting

Preselector/

.

.

.

HP

70905A

.

.

HP

70905A

HP

70301A

.

.

...... ...... ..... 2-38

RF

Section

.

.

.

......... 2-36

RF

Section

,

,

with

with

Microwave

Signal Analyzer ................... 2-49

HP 71401C Lightwave Signal Analyzer with an HP 70300A

RF Tracking Generator .. ...... ...... ...... ..... 2-51

System Congurations for \P" Systems .................... 2-53

General Guidelines for Module Placement . . . . . . . . . . . . . . . . . . 2-53

HP 71100P Modular Spectrum Analyzer . . . . . . . . . . . . . . . . . . . 2-56

HP 71100P Modular Spectrum Analyzer with HP 70903A IF Section . . . . . . 2-58

HP 71100P Modular Spectrum Analyzer with HP 70700A Digitizer ...... 2-60

HP 71100P Modular Spectrum Analyzer with HP 70903A IF

HP 70700A Digitizer

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

HP 71100P Modular Spectrum Analyzer with HP 70300A RF Tracking Generator

HP 71200P Modular Spectrum Analyzer . . . . . . . . . . . . . . . . . . .

Section and

2-62

2-64

2-66

HP 71200P Modular Spectrum Analyzer with HP 70903A IF Section . . . . . . 2-68

HP 71200P Modular Spectrum Analyzer Deleting HP 70902A IF Section, with

HP 70903A IF Section and HP 70907B External Millimeter Interface Module 2-70

HP 71200P Modular Spectrum Analyzer Deleting HP 70905A RF Section, with

HP 70905B RF Section/HP 70600A Preselector .... ...... .... 2-72

HP 71200P Modular Spectrum Analyzer Deleting HP 70905A RF Section, with

HP 70905B RF Section/HP 70600A Preselector/HP 70301A Microwave

Tracking Generator . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-74

HP 71209P Microwave Spectrum Analyzer ................. 2-77

HP 71210P Microwave Spectrum Analyzer ................. 2-79

Contents-2

HP 71210P Microwave Spectrum Analyzer with HP 70907B external millimeter

interface module Added ........................ 2-81

System Replaceable Parts. ...... ...... ...... ........ 2-83

Ordering Information ........................... 2-83

Direct Mail-Order System . . . . . . . . . . . . . . . . . . . . . . . . . . 2-83

3. Specications and Characteristics

System Specications ............................ 3-1

System Components .... ...... ...... ...... ..... . 3-2

HP 71100C Modular Spectrum Analyzer Specications and Characteristics . . . . 3-3

HP 71200C Modular Spectrum Analyzer Specications and Characteristics

[Including

Option

001]

.

.

.

.

.

.

...... ...... ........ 3-10

HP 71209A Microwave Spectrum Analyzer Specications and Characteristics .. 3-18

HP 71209A Microwave Spectrum Analyzer Specications and Characteristics with

External Mixers ..... ....... ...... ...... ..... 3-26

HP 71210C Microwave Spectrum Analyzer Specications and Characteristics .. 3-31

System

Specication

Preamplier

.

.

Changes

.

with

HP

70620B Preamplier/HP 70621A

.

...... ...... ....... ...... .. 3-40

System Specication and Characteristic Changes with HP 70903A IF Section .. 3-48

System Specication and Characteristic Changes with HP 70907A External

Millimeter Interface Module (EMIM) . . . . . . . . . . . . . . . . . . . . 3-50

System Specication and Characteristic Changes with HP 70907B External

Millimeter

System

HP

70600A

HP

71400C

HP

71400C

Characteristics

HP

71401C

HP

71401C

Characteristics

Physical

Interface

Specication

Preselector

Lightwave

Option

Lightwave

Option

Dimensions

Module

and

Characteristic

Signal

850

Lightwave

.

.

.

Signal

850

Lightwave Signal Analyzer Specications and

.

.

.

of

the HP 70004A Color Display and HP 70001A Mainframe 3-83

(EMIM)

or

HP

Analyzer

70906B

.

Changes

RF

Specications

Signal

Analyzer

.

.

Section

.

.

.

.

with

HP

/

HP

and

Specications

.

.

...... ..... 3-55

70905B

70601A

Characteristics

RF

Section

Preselector

/

.

.

.

and

...... ...... ........ ...... . 3-71

Analyzer Specications and Characteristics .. .. 3-75

...... ...... ........ ...... . 3-79

.

Module Input and Output Characteristics ................... 3-84

HP 70310A Precision Frequency Reference ...... ...... ..... 3-85

HP 70600A Preselector/HP 70601A Preselector ............... 3-87

HP 70810B Lightwave Section and HP 70810B Option 850 Lightwave Section . 3-88

HP 70900B Local Oscillator Source ..................... 3-89

HP 70902A IF Section ... ..... ...... ........ ..... 3-90

HP 70903A IF Section ... ..... ...... ........ ..... 3-91

HP 70904A RF Section . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-92

HP 70905A RF Section . . . . .

...................... 3-93

HP 70906A RF Section . . . . . . . . . . . . . . . . . . . . . . . . . . .

HP 70905B RF Section and HP 70906B RF Section . . . . . . . . . . . . . .

HP 70907A External Millimeter Interface Module .............. 3-98

HP 70907B External Millimeter Interface Module .............. 3-99

HP 70908A RF Section . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-100

HP 70909A RF Section and HP 70910A RF Section . . . . . . . . . . . . . . 3-102

. 3-62

.

3-67

3-95

3-97

Contents-3

4. System Operation Verication

Shipment Contents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-1

Software Version .............................. 4-2

Software/Hardware Compatibility . . . . . . . . . . . . . . . . . . . . . . . 4-2

Computer Hardware Compatibility .. ........ ...... ..... 4-2

Computer Language Compatibility .... ...... ...... ..... 4-2

Printer Compatibility . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-3

Typographic Conventions ...... ...... ...... ...... .. 4-4

Required Test Equipment . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-5

Operation Verication Test Software Overview . . . . . . . . . . . . . . . . . 4-6

Testing Multiple Systems . . . . . . . . . . . . . . . . . . . . . . . . . . 4-6

Types

of

Error

Messages

or

W

arnings

Dened

.

............... 4-7

Limited Cal Dened ...... ...... ...... ...... .... 4-7

Single Tests Dened ............................ 4-7

Test Results ................................ 4-7

Printing TestResults............................ 4-7

Start-Up Procedures . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-8

Conguring

the

Hardware

.

.

....................... 4-8

Installing Operation Verication Software . . . . . . . . . . . . . . . . . . 4-9

Menus ........ ...... ...... ...... ...... ... 4-11

Menu Structure .............................. 4-11

Common Edit and Command Screen Menu Keys . . . . . . . . . . . . . . . 4-11

Edit

Screen

Command

Main

Menu

Mass

Storage

Mass

Storage

Editing

P

arameter

Equipment

Equipment

Equipment

Editing

Menu

Screen

.

.

.

Menu

Menu

Mass

Storage

Menu

.

Menu

Menu

Menu

Calibration

keys

.

.

.

.

.

.

.

.

.

...... ...... ..... 4-11

Menu

Keys

.

.

.

.

.

.

.

.

.

.............. 4-11

.

.

.

.

.

.

.

.

..................... 4-13

.

.

.

.

.

.

.

.

.

.

.................. 4-14

V

olume

Labels

Menu

Information . . . . . . . . . . . . . . . . . . 4-14

.

.

.

.

.

.

...... ...... .. 4-14

...... ...... ....... ...... .... 4-15

.

.

........................... 4-17

Edit

Screen

Command

Data

...... ...... ....... .... 4-17

Screen.................... 4-18

......................... 4-18

HP-MSIB Address Menu .... ...... ........ ...... .. 4-19

TestMenu................................. 4-20

TestDescriptions............................... 4-27

Test Description List . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-28

Calibrator Frequency Accuracy (for HP 70900A/B Local Oscillator Source) . . . 4-29

Calibrator Amplitude Accuracy (for HP 70900A/B Local Oscillator Source) . . . 4-30

Frequency Response (for HP 70904A RF Section ) .............. 4-31

Frequency Response (for HP 70905A RF Section , HP

Frequency Response (for HP 70600A Preselector/HP 70601A Preselector

HP 70905B RF Section/HP 70906B RF Section)

Frequency Response (for HP 70908A RF Section )

70906A RF Section ) ... 4-32

,

...... ...... .. 4-33

.............. 4-35

Frequency Response (for HP 70908A RF Section and HP 70620B Preamplier) . 4-36

Frequency Response (for HP 70909A or HP 70910A RF Section ) ....... 4-38

Frequency Response (for HP 70600A Preselector/HP 70601A Preselector,

HP 70905A/B RF Section or HP 70906A/B RF Section, and HP 70620B

Preamplier).............................. 4-40

Frequency Response (for HP 70904A RF Section and HP 70621A Preamplier) . 4-42

GSM System Calibration (for HP 71150C GSM Transmitter Tester or HP 71250C

GSM Transmitter Tester) ........................ 4-44

Frequency Span Accuracy .. ...... ........ ...... ... 4-45

Displayed Average Noise (using HP 70902A IF Section or HP 70903A IF Section) 4-46

GSM System Displayed Average Noise Level (using HP 70902A IF Section) . . . 4-47

Contents-4

Log Fidelity (for HP 70902A IF Section or HP 70903A IF Section) . . . . . . . 4-48

Resolution Bandwidth Tests (for HP 70902A IF Section or HP 70903A IF Section ) 4-49

Calibrator Amplitude Accuracy (using HP 70907A External Millimeter Interface

Module) ................................ 4-50

Calibrator Amplitude Accuracy (using HP 70907B External Millimeter Interface

Module) ................................ 4-51

LO Output Amplitude (from HP 70907A/B External Millimeter Interface Module) 4-52

Log Fidelity | Using HP 70907A/B External Millimeter Interface Module (for

HP 70902A IF Section and HP 70903A IF Section ) ............ 4-53

Resolution Bandwidth | Using HP 70907A External Millimeter Interface Module

(for HP 70902A IF Section or HP 70903A IF Section) .... ...... . 4-54

Resolution

Bandwidth

|

Using

HP

70907B

External

Millimeter

Interface

Module

(HP 70902A IF Section or HP 70903A IF Section ) . . . . . . . . . . . . . 4-56

Test Limit Changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-58

Error and Status Messages .......... ...... ..... .... 4-59

5.

Error

User

Messages

Application

Errors

0001

{

0999 ..................... 5-2

Operating Errors 2000 { 2999 . . . . . . . . . . . . . . . . . . . . . . . . . 5-13

Hardware Warning Errors 6000 { 6999 ...... ...... ..... ... 5-22

Hardware Broken Errors 7000 { 7999 . . . . . . . . . . . . . . . . . . . . . 5-25

Computation Errors 8000 { 8999 ....................... 5-35

F

actory-Use

Only

Errors

9000

{

9999

.

.

.

.

.

.

...... ...... ... 5-36

Index

Contents-5

Figures

1-1. HP 70900B Local Oscillator Source Front-Panel Features ...... ..... 1-5

1-2. HP 70900B Local Oscillator Source Rear-Panel Features ........... 1-7

1-3. Spectrum Analyzer Instrument Keypad ................... 1-12

1-4. Front Handle Removal and Rack Mounting ................. 1-14

1-5. Interconnecting System II Cabinets ..................... 1-15

1-6. Line VoltageSelector............................ 1-16

1-7. Line Fuse Removal and Replacement ... ..... ...... ...... 1-18

1-8. Rear-Fan Filter Installation . . . . . . . . . . . . . . . . . . . . . . . . . 1-19

1-9. ACPower Cords . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-20

1-10. External Power Pack............................ 1-21

1-11. Static-Safe Work Station ........ ...... ...... ..... . 1-22

1-12.

Typical

2-1.

A

2-2.

Master/Slave

2-3.

Sub-Master

2-4.

HP

ddress

Serial

Matrix

70900B

Number

A

ddress

A

ddress

Local

Label

.

.

.

Matrix

Matrix

Oscillator

.

.

...... ...... ....... ... 1-24

.... ...... ........ ...... ... 2-3

.

....................... 2-5

.

...... ...... ........ .... 2-5

Source

Address Switch . . . . . . . . . . . . . . 2-12

2-5. Slave Element Address Switches ...... ...... ...... .... 2-12

2-6. HP 70206A System Graphics Display Address Switches . . . . . . . . . . . . 2-13

2-7. HP 70004A Color Display Address Switches ................. 2-14

2-8. Module Removal/Replacement .... ...... ..... ...... .. 2-15

2-9. HP 70001A Mainframe to HP 70004A Color Display Cabling ...... ... 2-16

2-10. Address Map for HP 71100C Modular Spectrum Analyzer . . . . . . . . . . . 2-20

2-11. HP 71100C Modular Spectrum Analyzer Rear Panel Cabling . . . . . . . . . . 2-21

2-12. Address Map for HP 71100C Modular Spectrum Analyzer with HP 70903A

IF Section .... ........ ...... ...... ...... . 2-22

2-13. HP 71100C Modular Spectrum Analyzer Rear Panel Cabling with HP 70903A

IF

2-14.

A

ddress

Section

Map

Digitizer

.

.

.

............................ 2-23

for HP 71100C Modular Spectrum Analyzer with HP 70700A

.

.

.

............................. 2-24

2-15. HP 71100C Modular Spectrum Analyzer Rear Panel Cabling with HP 70700A

Digitizer ................................ 2-25

2-16. Address Map for HP 71100C Modular Spectrum Analyzer with HP 70903A

IF Section and HP 70700A Digitizer

2-17. HP 71100C Modular Spectrum Analyzer Rear P

IF Section and HP 70700A Digitizer

2-18. A

ddress Map for HP 71100C Modular Spectrum Analyzer with HP 70300A

RF Tracking Generator

...... ...... ........ ..... 2-28

................... 2-26

anel Cabling with HP 70903A

................... 2-27

2-19. HP 71100C Modular Spectrum Analyzer Rear Panel Cabling with an HP 70300A

RF Tracking Generator .. ...... ...... ...... ..... 2-29

2-20. Address Map for HP 71200C Modular Spectrum Analyzer . . . . . . . . . . . 2-30

2-21. HP 71200C Modular Spectrum Analyzer Rear Panel Cabling . . . . . . . . . . 2-31

2-22. Address Map for HP 71200C Modular Spectrum Analyzer with HP 70903A

IF Section .... ........ ...... ...... ...... . 2-32

2-23. HP 71200C Modular Spectrum Analyzer Rear Panel Cabling with HP 70903A

IF Section .... ........ ...... ...... ...... . 2-33

Contents-6

2-24. Address Map for HP 71200C Modular Spectrum Analyzer Deleting HP 70902A

IF Section, with HP 70903A IF Section and HP 70907B External Millimeter

InterfaceModule........ ....... ...... ...... . 2-34

2-25. HP 71200C Modular Spectrum Analyzer Deleting HP 70902A IF Section , with

HP 70903A IF Section and HP 70907B External Millimeter Interface Module

Cabling .... ........ ...... ...... ..... ... 2-35

2-26. Address Map for HP 71200C Modular Spectrum Analyzer Deleting HP 70905A

RF Section, with HP 70905B RF Section/HP 70600A Preselector . . . . . . 2-36

2-27. HP 71200C Modular Spectrum Analyzer Deleting HP 70905A RF Section, with

HP 70905B RF Section /HP 70600A Preselector Cabling .......... 2-37

2-28. Address Map for HP 71200C Modular Spectrum Analyzer Deleting HP 70905A

RF

Section

,

with

HP

70905B

RF

Section

/

HP 70600A Preselector/HP 70301A

Microwave Tracking Generator .... ........ ..... .... 2-38

2-29. HP 71200C Modular Spectrum Analyzer Deleting HP 70905A RF Section, with

HP 70905B RF Section /HP 70600A Preselector/HP 70301A Microwave

Tracking Generator Cabling . . . . . . . . . . . . . . . . . . . . . . . 2-39

2-30. Address Map for HP 71209A Microwave Spectrum Analyzer .. ...... . 2-40

2-31.

HP

71209A

Microwave

Spectrum

Analyzer Rear Panel Cabling ...... .. 2-41

2-32. Address Map for HP 71210C Microwave Spectrum Analyzer ........ . 2-42

2-33. HP 71210C Microwave Spectrum Analyzer Rear Panel Cabling ...... .. 2-43

2-34. Address Map for HP 71400C Lightwave Signal Analyzer ........... 2-44

2-35. HP 71400C Lightwave Signal Analyzer Rear Panel Cabling .......... 2-45

2-36.

A

2-37.

2-38.

2-39.

2-40.

2-41.

2-42.

ddress

HP

A

ddress

HP

A

ddress

HP

A

ddress

Map

for

HP

RF

Tracking

71400C

and

HP

Map

71401C

Map

RF

Tracking

71401C

RF

Tracking

71400C

Generator

Lightwave

70301A

for

Microwave

HP

71401C

Lightwave

for HP 71401C Lightwave Signal Analyzer with an HP 70300A

Generator

Lightwave

Generator

and

Signal

Lightwave

HP

Analyzer

Tracking

Lightwave

Signal

70301A

with

Generator

Signal

Analyzer

Microwave

HP

70300A

Rear

Analyzer

with

HP

Tracking

RF

Tracking

P

anel

.

.

70300A

Generator

Generator

Cabling

.

.

......... 2-49

Signal Analyzer Rear-Panel Cabling .......... 2-50

.

........................ 2-51

Signal Analyzer Rear-Panel Cabling with an HP 70300A

.... ...... ........ ...... . 2-52

Map for HP 71100P Modular Spectrum Analyzer . . . . . . . . . . . 2-56

.

.

.

. 2-48

2-46

2-43. HP 71100P Modular Spectrum Analyzer Rear PanelCabling.... ...... 2-57

2-44. Address Map for HP 71100P Modular Spectrum Analyzer with HP 70903A

IF Section ..... ....... ...... ...... ...... . 2-58

2-45. HP 71100P Modular Spectrum Analyzer Rear Panel Cabling with HP 70903A

IF Section ..... ....... ...... ...... ...... . 2-59

2-46. Address Map for HP 71100P Modular Spectrum Analyzer with HP 70700A

Digitizer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-60

2-47. HP 71100P Modular Spectrum Analyzer Rear P

Digitizer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

2-48. A

ddress Map for HP 71100P Modular Spectrum Analyzer with HP 70903A

IF Section and HP 70700A Digitizer

anel

Cabling with HP 70700A

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

2-61

2-62

2-49. HP 71100P Modular Spectrum Analyzer Rear Panel Cabling with HP 70903A

IF Section and HP 70700A Digitizer ................... 2-63

2-50. Address Map for HP 71100P Modular Spectrum Analyzer with HP 70300A

RF Tracking Generator ... ..... ...... ...... ..... 2-64

2-51. HP 71100P Modular Spectrum Analyzer Rear Panel Cabling with an HP 70300A

RF Tracking Generator ... ..... ...... ...... ..... 2-65

2-52. Address Map for HP 71200P Modular Spectrum Analyzer . . . . . . . . . . . 2-66

2-53. HP 71200P Modular Spectrum Analyzer Rear PanelCabling.... ...... 2-67

2-54. Address Map for HP 71200P Modular Spectrum Analyzer with HP 70903A

IF Section ..... ....... ...... ...... ...... . 2-68

Contents-7

2-55. HP 71200P Modular Spectrum Analyzer Rear Panel Cabling with HP 70903A

IF Section .... ........ ...... ...... ...... . 2-69

2-56. Address Map for HP 71200P Modular Spectrum Analyzer Deleting HP 70902A

IF Section, with HP 70903A IF Section and HP 70907B External Millimeter

Interface Module . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-70

2-57. HP 71200P Modular Spectrum Analyzer Deleting HP 70902A IF Section, with

HP 70903A IF Section and HP 70907B External Millimeter Interface Module

Cabling ................................ 2-71

2-58. Address Map for HP 71200P Modular Spectrum Analyzer Deleting HP 70905A

RF Section, with HP 70905B RF Section/HP 70600A Preselector . . . . . . 2-72

2-59. HP 71200P Modular Spectrum Analyzer Deleting HP 70905A RF Section, with

HP

70905B

RF

Section

/

HP

70600A

Preselector

Cabling

.......... 2-73

2-60. Address Map for HP 71200P Modular Spectrum Analyzer Deleting HP 70905A

RF Section, with HP 70905B RF Section/HP 70600A Preselector/HP 70301A

Microwave Tracking Generator ..................... 2-74

2-61. HP 71200P Modular Spectrum Analyzer Deleting HP 70905A RF Section, with

HP 70905B RF Section/HP 70600A Preselector/HP 70301A Microwave

Tracking

Generator

Cabling

.

.

..................... 2-76

2-62. Address Map for HP 71209P Microwave Spectrum Analyzer ........ . 2-77

2-63. HP 71209P Microwave Spectrum Analyzer Rear Panel Cabling ...... .. 2-78

2-64. Address Map for HP 71210P Microwave Spectrum Analyzer ........ . 2-79

2-65. HP 71210P Microwave Spectrum Analyzer Rear Panel Cabling ...... .. 2-80

2-66.

A

2-67.

3-1.

3-2.

4-1.

4-2.

4-3.

4-4.

4-5.

ddress

HP

HP

HP

Main

Mass

Equipment

T

est

Frequency

Map

for

HP

external

71210P

Interface

70004A

70001A

Menu

Storage

71210P

millimeter

Microwave

Module

Color

Rear

Display

Mainframe

keys

.............................. 4-23

Menu

and Parameter Menu Keys . . . . . . . . . . . . . . . . 4-24

Menu

and

HP-MSIB Map Screen Menu Keys ........... 4-25

Microwave

interface

Spectrum

P

anel

Physical

module

Analyzer

Cabling

Spectrum

A

dded

with

.

.

Dimensions

.

Analyzer

.

HP

.

.

.

.

with

HP

70907B

.

.

.

.

.

.

...... .. 2-81

70907B

.

.

.

External

Millimeter

............ 2-82

.

.

........... 3-83

Physical Dimensions . . . . . . . . . . . . . . . . . 3-83

Menu Keys .............................. 4-26

Response

Test Setup . . . . . . . . . . . . . . . . . . . . . . . 4-38

Contents-8

Tables

1-1. HP 70900B Local Oscillator Source Front-Panel Feature Descriptions .. ... 1-4

1-2. HP 70900B Local Oscillator Source Rear-Panel Feature Descriptions . . . . . . 1-6

1-3. Accessories Shipped When Module is Ordered Separately . . . . . . . . . . . 1-8

1-4. Instrument Keypad Function Keys ...... ...... ..... .... 1-11

1-5. Interconnect Hardware .... ...... ...... ....... ... 1-15

1-6. Static-Safe ESD Accessories ...... ...... ..... ...... . 1-23

1-7. Hewlett-Packard Sales and Service Oces . . . . . . . . . . . . . . . . . . 1-25

1-8. Packaging for a 1/8 Module (Instrument) .................. 1-27

1-9. Packaging for a 2/8 Module (Instrument) .................. 1-28

1-10. Packaging for a 3/8 Module (Instrument) .................. 1-29

1-11. Packaging for an 8/8 Module (Instrument) . . . . . . . . . . . . . . . . . . 1-30

2-1.

2-2.

2-3.

3-1.

3-2.

3-3.

Decimal

Default

System

Model

HP

HP

Equivalent

A

ddressMap............................ 2-7

of

Binary

A

ddress

.

.

.

.

............... 2-3

Replacement Parts Listing . . . . . . . . . . . . . . . . . . . . . . 2-84

Numbers, Modules,andSystemOptions...... ...... .... 3-2

71100C Modular Spectrum Analyzer Specications and Characteristics . . . 3-3

71200C Modular Spectrum Analyzer Specications and Characteristics . . . 3-10

3-4. HP 71209A Microwave Spectrum Analyzer Specications and Characteristics . 3-18

3-4. HP 71209A Specications and Characteristics (continued) ...... .... 3-19

3-4. HP 71209A Specications and Characteristics (continued) ...... .... 3-20

3-4. HP 71209A Specications and Characteristics (continued) ...... .... 3-21

3-4. HP 71209A Specications and Characteristics (continued) ...... .... 3-22

3-4. HP 71209A Specications and Characteristics (continued) ...... .... 3-23

3-4.

HP

71209A

Specications

and

Characteristics

(continued)

.

.

...... .. 3-24

3-5. HP 71209A Specications and Characteristics (continued) ...... .... 3-25

3-6. HP 71209A Microwave Spectrum Analyzer Specications and Characteristics

When Used with HP 11970 and HP 11974 External Mixers .... .... 3-26

3-7. HP 71210C Microwave Spectrum Analyzer Specications and Characteristics . 3-31

3-8. Specications Aected When an HP 70620B Preamplier Is Added ...... 3-40

3-8. Specications Aected When an HP 70620B Preamplier Is Added (continued) 3-42

3-8. Specications Aected When an HP 70620B Preamplier Is Added (continued) 3-43

3-9. Specications Aected When an HP 70620B Option 001 Preamplier Is A

3-9. Specications Aected When an HP 70620B Option 001 Preamplier Is A

dded . 3-44

dded

(continued) .............................. 3-45

3-9. Specications Aected When an HP 70620B Option 001 Preamplier Is Added

(continued) .............................. 3-46

3-10. Specications Aected When an HP 70621A Preamplier Is Added ...... 3-47

3-11. System Specications and Characteristics Aected by an HP 70903A IF Section 3-48

3-12. System Specications Aected When RF Section is Replaced by HP 70907A

External Millimeter Interface Module .................. 3-50

3-13. System Specications Aected When One HP 70907A EMIM Is Added . . . . . 3-54

3-14. System Specication Changes for Each Additional HP 70907A EMIM Added . . 3-54

3-15. System Specications Aected When an RF Section Is Replaced by HP 70907B

external millimeter interface module ...... ...... ...... 3-56

3-16. System Specications Aected When One HP 70907B EMIM Is added . . . . . 3-61

3-17. System Specication Changes for Each Additional HP 70907B EMIM .... . 3-61

Contents-9

3-18. HP 70905B RF Section/HP 70600A Preselector or HP 70906B RF Section /

HP 70601A Preselector Specications and Characteristics . . . . . . . . . 3-63

3-19. HP 71400C Lightwave Signal Analyzer Specications and Characteristics ... 3-68

3-20. HP 71400C Option 850 Lightwave Signal Analyzer Specications and

Characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-72

3-21. HP 71401C Lightwave Signal Analyzer Specications and Characteristics ... 3-76

3-22. HP 71401C Option 850 Lightwave Signal Analyzer Specications and

Characteristics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-80

4-1. External Test Equipment . . . . . . . . . . . . . . . . . . . . . . . . . . 4-5

4-2. Required Accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-6

4-3. Operation Verication Tests.. ...... ...... ...... ..... 4-28

Contents-10

General Information

The

HP 70000 Modular Spectrum Analyzer Installation and Verication Manual

contains

information specic to the HP 70900B local oscillator source as well as information needed to

prepare an HP 70000 Series modular spectrum analyzer system for use.

This manual contains the following ve chapters:

Chapter 1 contains module-specic information about the HP 70900B local oscillator source,

compatibility information, and information needed to prepare an HP 70000 Series modular

spectrum analyzer system for use. This chapter also contains general information, such as

system rack-mounting, line-voltage selector location, electrostatic discharge precautions,

packaging requirements, and Hewlett-Packard sales and service oces locations.

1

Chapter

addressing

modular

Chapter

characteristics

Chapter

2

provides

and

spectrum

3

lists system specications and characteristics, as well as module input and output

4

contains tests required to verify system operation.

information

cable

connection

analyzer

for

modules in HP 70000 Series modular spectrum analyzer systems.

about

examples

systems.

module

for

addressing

various

congurations

and

installation,

of

HP

as

well

70000

as

Series

Chapter 5 identies the error messages that are displayed when the system encounters

an error. The cause of the error message and a solution to the problem is included where

practical.

Manual Conventions

The following descriptions are used throughout this manual:

Keys physically on an instrument are represented in the following way:

Key .....................................................................

Softkeys

,

keys dened by software or rmware, are represented in the following way:

Softkey . . . . . . . . . . . . . . . ..............................................

4

KEY

NNNNNNNNNNNNNNNNNNNNNNN

softkey

Text that appears on the display screen is represented in the following way:

Screen text . . . .

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

screen text

5

General Information 1-1

Before

Operation

Before

read

according

operating

the

following

to

this

module

cautions

international

,

familiarize

and

safety

warnings

standards

yourself

.

This

.

with

any safety markings on the module and

module has been manufactured and tested

Cautions and warnings must be followed to ensure the safe operation of the module and

protection

manual

D

ANGER

and

of

personnel.

below

Refer

to the summary of safety considerations at the front of this

before

using the instrument.

Before turning the system on, make sure it is grounded through the

protective conductor of the power cable to a socket outlet with

protective earth contact. Any interruption of the protective (grounding)

conductor inside or outside the instrument, or disconnection of the

protective earth terminal, can result in personal injury.

Before turning the system on, be sure the line voltage selector is set to

the correct voltage for the power source.Failure to do this may cause

damage

(a

blown

fuse)

to

the

system

when

the power cable is plugged

in.

Do

not

Note

operate

without

the

precaution

Do

not

use

These

Screen

abrasive

Cleaning".)

a 400 Hz Option instrument on a 400 Hz power line

attached

can

result in personal injury.

hand

materials

in-line isolation transformer.Failure to follow this

or

laboratory

paper

towels

to

clean

the

display screen.

may scratch the screen coating. (Refer to \Display

Do

not

place labels on the back side of the front panel door. Damage may

result

to

labels due to opening and closing the front panel door. Labels

should be attached to the frame inside the door.

1-2 General Information

Initial

Inspection

Inspect

is

completeness

what

Oscillator

performance

If

procedures

arrange

the

damaged,

accessories

Source

the

shipping

for

shipping

it

should

and

.

(Refer

contents

,

notify

repair

containers

be

kept

the

module

should

A

have

ccessories".

to

Chapter 4.)

for

until

has

been

damage

the

been

shipped

.

If

a shipping container or cushioning material

contents of the shipment have been checked for

checked

mechanically

with

the

and electrically.To determine

module, refer to \HP 70900B Local

Run the operation verication tests to check electrical

are incomplete, or the module does not satisfy the verication

the

nearest Hewlett-Packard Sales and Service Oce. Hewlett-Packard will

or replacement of the equipment without waiting for a claim settlement.

Retain the shipping materials for the carrier to inspect.

Undamaged shipping materials should be kept. Original Hewlett-Packard shipping materials,or

equivalent, are required for system or module reshipment. Substandard packaging may damage

the instrument. For more information, refer to \If You Need to Contact Hewlett-Packard".

HP 70900B Local Oscillator Source

The

HP

local

oscillator

The

3.0

sections),

less

for

70900B

local

to

6.6

than

spans

local

,

controller

oscillator

oscillator

,

circuitry supplies a swept signal that has a frequency range of

and

source

video

(LO)

is

processor

a

1/4-width

.

module

that fullls three functions:

GHz. This signal is used by various modules and devices, including front-ends (RF

tracking

generators, and the external mixer interface module.For spans that are

or equal to 10 MHz, the sweep is fully synthesized using fractional-N techniques;

that are greater than or equal to 10 MHz, lock-and-roll tuning is used.

The controller circuitry contains the system rmware. This rmware controls and coordinates

measurements between other system modules which are slave modules to the LO module.

Examples of slave modules are the RF sections, IF sections, and tracking generator modules.

The video processor circuitry digitizes the video signal received from the IF section and

processes this signal using normal (rosenfell), positive peak, negative peak, or sample

detection.

If the HP 70900B local oscillator source was ordered separately, not as part of a precongured

system, refer to Chapter 2 for addressing and installation information and examples of rear

panel cable connections. Refer to the

HP 70004A Color Display User's Guide

for instructions

on installing the spectrum analyzer instrument keypad into the HP 70004A color display. Then,

refer to \Preparing an HP 70000 System for Use

".

General Information 1-3

HP 70900B Local Oscillator Source Front-Panel Features

Note

It is normal for the ERR and ACT LEDs to ash on, then o, during the module

self-test.

Self-test

occurs

each

time

the instrument is turned on.

The numbers in the \Item" column of Table 1-1 refer to the callouts in Figure 1-1.

Table 1-1.

HP

70900B

Local

Oscillator

Source

Front-P

anel

Feature Descriptions

Item Description

1 The RMT LED lights if the analyzer is addressed by a computer. In addition,

depending on the instructions received from the computer, the LSN, TLK, or SRQ

indicators will also light.

2 The LSN LED lights when the analyzer is receiving data or instructions over

HP-IB.

3 The TLK LED lights when the analyzer is sending data or instructions over HP-IB.

4 The

SRQ

LED

lights

when

the

analyzer

has

requested

computer

service

5 The ACT LED lights when a module is making a measurement and its master has

keyboard control of the display. The ACT LED of a module is only operative when

there is a display in the system and when the instrument is performing a

measurement.

6 The

ERR

modules

4

DISPLA

module

LED

in

5

,

Y

where

lights

the

4

REPORT

system.

ERRORS

the

error

when

there is a problem (error) related to one or more

T

o learn the nature of the error and its source, press

5

.

The

screen

displays

the error code and identies the

originated.

.

7 The MEASURE LED lights as the analyzer sweeps each band and blanks during

retrace and between frequency bands.

8 The SELF TEST LED lights whenever the analyzer is testing itself.

9 The YTO Loop Unlock LED lights when a YTO hardware failure occurs.

10 IDL Loop Unlock LED lights when an idler hardware failure occurs.

11 FFS

Loop Unlock LED lights when a fractional-N hardware failure occurs.

12 The 300 MHz CALIBRATOR Output provides a010 dBm signal for the use as a

reference during spectrum analyzer calibration. Using this signal and internal

calibration routines the analyzer can correct for frequency errors in the resolution

bandwidth circuits and amplitude errors throughout the signal path.

13 The module hex-nut latch secures the module in an HP 70000 Series mainframe

When the module is being installed or removed from a mainframe,an8mm

hex-ball driver is used to turn the module latch. For information on module

installation, refer to Chapter 2.

.

1-4 General Information

Figure 1-1. HP 70900B Local Oscillator Source Front-Panel Features

General Information 1-5

HP 70900B Local Oscillator Source Rear-Panel Features

The numbers in the \Item" column of Table 1-2 refer to callouts in Figure 1-2 .

Table 1-2.

HP 70900B Local Oscillator Source Rear-Panel Feature Descriptions

Item Description

1 300 MHz OUT 1 and 2 provide 300 MHz, 0 dB signals that are used by other

modules in the system for reference and phase-locking.

2 EXT TRIG IN is a TTL input that is used for the external trigger functions of the

spectrum analyzer. When in external trigger mode, the spectrum analyzer begins a

sweep upon receipt of this signal.

3 HSWP IN/OUT has a TTL signal that is high any time the LO is sweeping. This port

works both as an output and an input, allowing other modules in the system to

interrupt the sweep.

4 100 MHz IN receives the 100 MHz, 0 dB signal input that is used by the LO for all

frequency synthesis and phase-locking. If this signal is not present, the LO will use

an

internally

generated

100

MHz

signal

which

will

result

in

reduced

performance

5 VIDEO IN receives a 0 to 2 V signal input that is the post-detected signal that will

be displayed on the screen. This signal is processed by the LO.

.

6 SWEEP

sweep

It

provides

of

the

represents

a

signal

analyzer

the

x

-axis of the display.

that

. There is no tuning information available from this signal.

is

a

linear

0

to

10

V

ramp corresponding to the

7 LO OUT provides the 3.0 to 6.6 GHz swept LO signal that is used for RF

conversion

8 TUNE

LO

signal. The tune span signal varies 1.5 V per GHz with a range of 4.5 to 9.9 V.

(heterodyning).

+

SPAN OUT provides a signal that is proportional to the frequency of the

The

signal

amplitude

can

vary

from

+7

to

15

dBm.

9 The mainframe/module interconnect is a multiple-pin connector that plugs into

the mainframe when the module is installed in the mainframe. This connector

provides power-supply voltages and HP-MSIB connections for module

communication and control.

1-6 General Information

Figure

1-2.

HP

70900B

Local

Oscillator

Source

Rear-P

anel

F

eatures

General Information 1-7

HP 70900B Local Oscillator Source Options

The HP 70900B local oscillator source has the following module options available.

Option 910

This option adds another set of the user documentation that normally ship

with the module.

Option 915

This option adds the module service documentation and module verication

software

.

HP 70900B Local Oscillator Source Accessories

The HP 70900B local oscillator source may be ordered separately or as part of an

HP 70000 Series modular spectrum analyzer system. When ordered separately, accessories

are supplied for the most common system congurations.Table 1-3 lists cables included

with the module when ordered separately. When ordered with an HP 70000 Series modular

measurement system, cables are supplied to connect the module in that conguration. Refer to

Chapter 2 for cables available to congure other module arrangements.

Table 1-3. Accessories Shipped When Module is Ordered Separately

Description Span HP

P

art

Number

Flexible cable, SMB(f) to SMB(f), 9 cm (3.5 in.) 1/8 5061-9015

Flexible

Semirigid

cable

LO

,

SMB(f)

cable

to

,

SMA(m)

SMB(f),

to

39

cm (15.4 in.)

SMA(m)

7/8 5061-9021

2/8 5021-5449

Flexible LO cable, SMA(m) to SMA(m), 52 cm (20 in.) N/A 5061-9038

1-8 General Information

Preparing

an

HP

70000

System

for Use

System

Refer

Operating

to

Chapter

operating

weights

power

Before

and

requirements

running

Certication"

D

ANGER

Requirements

3

for

the

following information:

and

storage

dimensions

temperature

of

each

of

the

HP

ranges

system

70001A

or module

mainframe or HP 70004A color display

the HP 11990A system performance test software, refer to \System Calibration

for warm-up requirement information.

Before turning the system on, make sure it is grounded through the

protective conductor of the power cable to a socket outlet with

protective earth contact. Any interruption of the protective (grounding)

conductor inside or outside the instrument, or disconnection of the

protective earth terminal, can result in personal injury.

Before turning the system on, be sure the line voltage selector is set to

the correct voltage for the power source.Failure to do this may cause

damage (a blown fuse) to the system when the power cable is plugged

in.

Do not operate a 400 Hz Option instrument on a 400 Hz power line

without

precaution

the

can

attached

result

in-line

in

personal

isolation

injury

transformer

.

.

F

ailure

to

follow

this

General Information 1-9

Initial System Power-On

The HP 70000 Series modular spectrum analyzer system is shipped as a precongured system

model (for example, HP 71100C modular spectrum analyzer), with most rear panel inter-module

cables connected. (Some cables are removed for shipping.) The following procedure may be

used to ensure that proper initial conditions exist at power-on.

1. Locate the cables shipped with the system.

2.

Inspect

3.

If

cabling

connected

4.

Make sure the system line-voltage selectors are set to the same voltage as the power source.

5.

Connect the power cables to the instruments rst, then plug the cables into the power

the

socket

loose

inter-module

examples

securely

ends

,

and

refer

.

cables

to

for damage.

cables

are intact, connect them. For information on rear panel

Chapter 2. Make sure each rear panel inter-module cable is

outlet.

6.

If the LO module is located in the HP 70004A color display, perform the steps below in the

order shown. If the LO module is located in the HP 70001A mainframe, perform Step b rst

and then Step a.

a.

Set

the

HP

ventilation

b.

Set

the

HP

70001A

fan

70004A

mainframe

starts

up

.

line switch to the on position and listen to verify that the

color display line switch to the on position and listen to verify that

the ventilation fan starts up.

7. Observe that the indicator lights ash on the front panels of each module. (Refer to

\HP 70900B Local Oscillator Source Front-Panel Features".)

8. Check to see that the STATUS indicator light labeled ACT on the modules in the selected

system

remain

lit.

When

two

IF

sections

are

in

the

system,

only

the

one that is selected will

have its ACTive light on.

If the system responds properly, make sure that the system is allowed to warm-up before

running any system verication tests. Refer to \System Calibration Certication" and Chapter 3

for warm-up time requirements.

System Calibration Certication

T

o

qualify a modular spectrum analyzer for calibration certication,

to

warm

up for at least 1 hour

, then load and run the HP 11990A system performance test

allow the instrument

software. The HP 11990A system performance test software is available through your local

Hewlett-Packard sales or service oces.

If all tests pass, a certication label may be applied to the front panel of the modular spectrum

analyzer system. The certication label indicates that the system has met certain specications.

All test routines must be passed before the system can qualify for a certication label. The

customer's own label may be applied, or an Hewlett-Packard service oce may perform the

calibration and apply a Hewlett-Packard certication label to the front panel of the system.

1-10 General Information

Instrument

A

spectrum

oscillator

allows

the

current

Each

that

in

the

of

the

source

the

HP

70004A

LO

spectrum

function.

active

active

operator

K

analyzer

.

color

module

analyzer

Once

function

eypad

instrument

This

keypad,

to

access

display

and

enabled,

area of the display and outside the graticule border.To change the value

for

a

Spectrum Analyzer

designed

or

.

The

keypad

activate

spectrum

(see

Figure

to

plug

spectrum

1-3

) is shipped with each HP 70900B local

into the front of an HP 70004A color display,

analyzer control functions from the front of

analyzer instrument keypad can be used with the

HP 70004A color display rmware.

control

function is enabled by pressing the function key that controls

the function (along with its current data value) is displayed both

function use the display's data knob, step keys, or numeric keyboard. Table 1-4

lists the function keys that are on the spectrum analyzer instrument keypad.

Refer to the

Display User's Guide

HP 70000 Modular Spectrum Analyzer Operating Manual

for additional information.

Table 1-4. Instrument Keypad Function Keys

Function Key Description of Function

4

CENTER

5

Activates the center frequency function, which can then be tuned

continuously over the range of the spectrum analyzer using the data

4

SP

AN

4

REF

LEVEL

4

START FREQ

4

STOP

FREQ

4

SIGNAL

TRA

4

NORMAL

controls

5

Changes

frequency

5

Changes

graticule

5

Sets the frequency at the left side of the graticule.

5

Sets the frequency at the right side of the graticule.

5

Allows

CK

center

to

real-time

5

Activates a frequency marker at the center of the screen on the active

.

the total display frequency range symmetrically about the center

.

the

absolute

on

the

the

analyzer to automatically maintain drifting signals at the

of

the screen. As the signal drifts, the spectrum analyzer is retuned

bring

the signal and marker to the center of the screen. This allows

monitoring

amplitude

screen.

of the change.

power

or

voltage

trace. The data controls are used to position the marker. An annotation in

the active function area and in the upper-right corner indicate the

frequency and amplitude of the marker.

or the

represented

HP 70004A Color

by the top

4

PEAK SEARCH

415

4

NEXT PEAK

4

5

SAVE

4

RECALL

5

Places a marker on the highest peak.

Provides a means of nding and displaying the frequency and amplitude

dierences (delta) between the two signals with the highest amplitude

5

Places the marker on the next highest peak.

Saves the spectrum analyzer states to the state registers.

5

Retrieves spectrum analyzer states from the state registers.

General Information 1-11

.

Figure 1-3. Spectrum Analyzer Instrument Keypad

1-12 General Information

System

T

o

make

bench

mainframes

fold-away

stacked.

when

Use

connecting

Rack-Mount

operation

and

stand-alone

tilt

stands

the

and

following

two

system

and

of

the

system

models

plastic

feet

information

cabinets.

Cabinet

Interconnect

Installation

easier, HP 70000 Series modular measurement system

(for

that

when

example

are

,

HP

70206A system graphics display) have

designed to be self-aligning when systems are

modifying

your

system for rack-mounting or

CA

UTION

Be sure to use the correct hardware when replacing parts. Both Metric and

English hardware are used with these instruments. Using incorrect screw sizes

may damage the instrument cabinet.

Rack-Mounting

Front

handles

Figure

1-4

CAUTION

must

be

removed

before

installing

system rack-mounting options. Refer to

.

Do

not rack mount multiple mainframes or stand-alone models with one

rack-mount hardware kit. One rack-mount hardware kit must be ordered for

each stand-alone model or mainframe.

System

with

the

Figure

rack-mount

rear

Rack-Mounting

Option

handles

HP

70001A

1-4

or

side

908,

,

contain

mainframe

provides

installation.

support

rack

ange

the

kit

without

handles

,

and

System

Option

913,

rack ange kit

necessary hardware for mounting the HP 70004A color display and

.

rack-mount

Angle

option

brackets

screw sizes, and handle or bracket-positioning for proper

(HP 12679C) may be ordered to provide the additional

required of a mounted instrument.

with

Slides

System Option 810, rack mount with slides is for a system with an HP 70004A color display and

an HP 70001A mainframe. This option contains the necessary hardware to attach slides to both

the display and the mainframe and mount them in a rack.

System Option 811, Rack Mount with Slides is for a system with an HP 70206A system graphics

display stand-alone display and an HP 70001A mainframe. This option contains the necessary

hardware to attach slides to both the stand-alone display and the mainframe and mount them

in a rack.

Table 2-3 identies the part numbers of slide rack-mount kits. Installation instructions are

included with each kit.

General Information 1-13

Figure 1-4. Front Handle Removal and Rack Mounting

1-14 General Information

Interconnecting Instrument Cabinets

CAUTION

The HP 70001A mainframe and HP 70206A system graphics display use Metric

4.0

screws

Using

.

Other

incorrect

System

screw

II cabinets use Metric 3.5 or English 6-32 screws.

sizes

may

damage the instrument cabinet.

Kit hardware used for vertically interconnecting System II cabinets is illustrated in Figure 1-5.

The kit contains both Metric and English screws to cover all mainframe and System II cabinet

combinations.

Figure 1-5. Interconnecting System II Cabinets

T

able

1-5.

Interconnect

Hardware

Qty Description HP Part Number CD

HP 70001A mainframe to HP 70001A mainframe

interlock kit (HP part number 70001-60059, CD = 9)

2 Front Tie Link 1600-0367 7

2 Rear Tie Link 70001-00037 7

4 M4 X 6L Screw 0515-0898 7

HP 70001A mainframe to System II cabinet

interlock kit (HP part number 5061-9061, CD = 6)

4 Front Tie Link 1600-0367 7

2 Rear Tie Link 70001-00036 6

4 M4 X 6L Screw 0515-0898 7

10 M3.5 X 6L Screw 0515-0887 4

10 #6-32 X 3/166 Screw 2360-0330 5

General Information 1-15

Line

Use

the

display

the

rear

See

Figure

V

oltage

line-voltage

in

the

system.

panel

of

1-6

.

Selection

selectors

The

line-voltage

the

stand-alone

to

select

display

the

appropriate

selector

,

is

or on the right side of the HP 70004A color display.

voltage setting for each mainframe or

located on the bottom of the mainframe,on

D

ANGER

Before turning the system on, make sure it is grounded through the

protective conductor of the power cable to a socket outlet with

protective earth contact. Any interruption of the protective (grounding)

conductor inside or outside the instrument, or disconnection of the

protective earth terminal, can result in personal injury.

Before turning the system on, be sure the line voltage selector is set to

the correct voltage for the power source.Failure to do this may cause

damage (a blown fuse) to the system when the power cable is plugged

in.

Do

not

operate

without

the attached in-line isolation transformer.Failure to follow this

precaution

can

a

400

result

Hz

Option

instrument

in personal injury.

on a 400 Hz power line

Figure 1-6. Line Voltage Selector

1-16 General Information

400

Both

an

option

Hz

the

Option

HP

70001A

that

allows

for

the

mainframe

them

to

Mainframe and Stand-Alone Display

and

the

HP

70206A system graphics display are available with

run

on

a power-line frequency of 400 Hz.

Note

The

modular spectrum analyzer 400 Hz Options come with an external in-line isolation

The HP 70004A color display does not require an option to operate on 400 Hz.

transformer for use with a 400 Hz power source. Refer to \System Replaceable Parts" in

Chapter 2 for specic option number information. For 400 Hz Option specications, refer to

Chapter 3.

DANGER

Before

turning

the

system

on,

make sure it is grounded through the

protective conductor of the power cable to a socket outlet with

protective

conductor

earth

inside

contact.

or

outside

Any

interruption

the

instrument, or disconnection of the

of the protective (grounding)

protective earth terminal, can result in personal injury.

Before turning the system on, be sure the line voltage selector is set to

the

correct

damage

(a

voltage

blown

for

fuse)

the

to

power

the

source

system

.

when

F

ailure

the

to

power

do

cable

this

may

is

plugged

cause

in.

Do

not

The

in-line

isolation

power-source

without

precaution

transformer

operation.

operate

the

F

ailure

a

400

Hz

Option

attached

can

result

must

to

in-line

in

personal injury.

be removed from the 400 Hz Option for 60 Hz

remove the in-line transformer may result in a blown fuse.

instrument

isolation

on

a

transformer

400

.

Hz

F

ailure

power

to

line

follow

this

When the isolation transformer is removed, a standard power cord must be used. Reinstall the

in-line isolation transformer for use with a 400 Hz power source. This protects the user from

shock hazard.

General Information 1-17

System

The

system

mainframe

with

both

line-module

Line

line

and

120

V

housing.

fuse

the

and

Fuse

is

in

display

230

Figure

Replacement

the

line-module

.

The

V

power

Metric

1-7

illustrates

6.3

sources. A spare fuse is included with the line fuse in the

housing, which is located at the rear of the system

A fuse (HP part number 2110-0703) can be used

removal

and

replacement

of the system line fuse.

Figure

1-7.

Line

Fuse

Removal

and

Replacement

1-18 General Information

Optional

An

optional

not

included

installation

Mainframe

rear-fan

as

part

lter

of

the

information

may

standard

for

the

Rear-F

be

ordered

system.

rear-fan

an

Filter

for

the HP 70001A mainframe. This lter is

Refer to Figure 1-8 for the part number and

lter

.

Figure

1-8.

Rear-F

an Filter Installation

System Power Cables

In

accordance

three-wire

the

instrument

A

suitable

with

international safety standards, this instrument is equipped with a

power

cable. When this cable is connected to a properly grounded power receptacle,

cabinet is grounded.

cable for systems shipped to international customers is included with each system. If

additional cables need to be ordered, refer to Figure 1-9 for part numbers.

General Information 1-19

1-20 General Information

Figure 1-9. ACPower Cords

Display

T

o

avoid

damaging

Hewlett-P

ackard

abrasion-free

Screen

the

Display

cleaning

Cleaning

coating

on

Cleaner

tissue

or

soft

the

display screen, use a thin lm cleaner such as

(HP

part

number

8500-2163).

This should be used with an

cloth.

CAUTION

Do not use hand or laboratory paper towels to clean the display screen. These

abrasive materials may scratch the screen coating. (Refer to \Display Screen

Cleaning".)

External Power Pack for the HP 70310A Precision Frequency

Reference

An external power pack (see Figure 1-10) provides standby power for the oscillator oven in

the HP 70310A precision frequency reference when the mainframe is o. If an HP 70310A

Option 002 precision frequency reference is ordered, the ovenized oscillator and accessory

power

mainframe

pack

,

refer

are

deleted.

to

\System

F

or

the

placement

Congurations

Figure

of

the

accessory

for

\A"

1-10.

External Power Pack

and

\C"

power

pack

Systems"

on

in

Chapter

the

system

2.

General Information 1-21

Preparing

a

Static-Safe

W

ork

Station

Electrostatic

all

work

static-safe

discharge

performed

work

station.

(ESD)

on

assemblies

can

damage

consisting

or

destroy

of

electronic

electronic

components. Therefore,

components should be done at a

Figure 1-11 shows an example of a static-safe work station. Two types of ESD protection are

shown:

a

conductive

a

conductive

table

oor

mat

and wrist strap combination

mat

and heel strap combination

Figure 1-11. Static-Safe Work Station

These two types of ESD protection must be used together. Refer to Table 1-6 for a list of

static-safe accessories and their HP part numbers

CAUTION

Do not touch the edge-connector contacts or trace surfaces with bare hands

Always handle board assemblies by the edges

.

.

Do not use erasers to clean the edge-connector contacts. Erasers generate

static electricity and degrade the electrical quality of the contacts by

removing the thin gold plating.

Do not use paper of any kind to clean the edge-connector contacts.Paper or

lint particles left on the contact surface can cause intermittent electrical

connections.

1-22 General Information

.

Preparing

a

Static-Safe

W

ork

Station

Reducing ESD Damage

To help reduce the amount of ESD damage that occurs during testing and servicing use the

following guidelines:

Be sure that all instruments are properly earth-grounded to prevent buildup of static charge.

Personnel should be grounded with a resistor-isolated wrist strap before touching the center

pin

of

any

Use

a

resistor-isolated

analyzer

the

chassis

connector

system

frequently

and

before

wrist

mainframe's

to

equalize

removing

strap

that

chassis

.

If

any static charge.

any

assembly

from

a piece of equipment.

is connected to the HP 70000 Series modular spectrum

you do not have a resistor-isolated wrist strap, touch

Before

momentarily

Handle

Store

containers

connecting

any

coaxial

cable

to an instrument connector for the rst time each day,

short the center and outer conductors of the cable together.

all PC board assemblies and electronic components only at static-safe work stations.

or transport PC board assemblies and electronic components in static-shielding

.

PC board assembly edge-connector contacts may be cleaned by using a lintfree cloth with a

solution

should

Static-Safe

of

be

HP Part

80%

electronics-grade

performed

ESD

A

at

a

static-safe

ccessories

T

able

1-6.

isopropyl

work station.

Static-Safe

alcohol

and 20% deionized water. This procedure

ESD Accessories

Description

Number

9300-0797 Set

includes:

3M

static

control

mat

0.6

m21.2 m (2 ft24 ft) and 4.6 m

(15 ft) ground wire. (The wrist-strap and wrist-strap cord are not included.

They must be ordered separately.)

9300-0865 Ground wire, 4.6 m (15 ft)

9300-0980 Wrist-strap cord 1.5 m (5 ft)

9300-1383 Wrist-strap

links

, color black, stainless steel, without cord, has four adjustable

and a 7 mm post-type connection.

9300-1169 ESD heel-strap (reusable 6 to 12 months).

Order the above by calling HP DIRECT at [phone] or through any Hewlett-P

Sales and Service Oce.

General Information 1-23

ackard

If

Y

ou

Need

to

Contact Hewlett-Packard

Before

information.

In

calling

any

correspondence

Hewlett-P

W

arranty

ackard

or

information

or

telephone

returning

is

printed

conversations

your

at

instrument

the

front of this document.

,

refer

, please read your warranty

to the instrument by its full model

number and full serial number. With this information, the Hewlett-Packard representative can

determine

whether

your

unit

is still within its warranty period.

Determining Your Instrument 's Serial Number

When a module is manufactured by Hewlett-Packard, it is given a unique serial number. This

serial number is attached to a label on the front frame or front panel of the module. A serial

number label is in two parts. (Refer to Figure 1-12.)

The rst part makes up the serial number prex and consists of four digits and a letter. The

second part makes up the serial number sux and consists of the last ve digits on the serial

number label. The serial number prex is the same for all identical modules; it only changes

when a change in the electrical or physical functionality is made. The serial number sux,

however, changes sequentially and is dierent for each module.

Figure 1-12. Typical Serial Number Label

1-24 General Information

If

Y

ou

Need

to

Contact

Hewlett-P

ackard

Table 1-7. Hewlett-Packard Sales and Service Oces

US FIELD OPERATIONS EUROPEAN OPERATIONS INTERCON OPERATIONS

HEADQUARTERS HEADQUARTERS HEADQUARTERS

Hewlett-Packard Company Hewlett-Packard S.A. Hewlett-Packard Company

19320 Pruneridge Avenue 150, Route du Nant-d'Avril 3495 Deer Creek Rd.

Cupertino, CA 95014, USA 1217 Meyrin 2/Geneva Palo Alto, California 94304-1316

(800)

752-0900

California

Hewlett-P

1421

Fullerton,

(714)

Hewlett-P

301

ackard

South

CA

Co

.

Manhattan

92631

999-6700

ackard Co. France

E. Evelyn (33 1) 69 82 60 60 Hewlett-Packard (Canada) Ltd.

Switzerland

(41

22)

780.8111

France

A

ve

. Hewlett-Packard France 31-41 Joseph Street (P.O. Box 221)

1

A

venue Du Canada Blackburn, Victoria 3130

Zone

D'A

F-91947

ctivite

Les

De Courtaboeuf (61 3) 895-2895

Ulis

Cedex

(415)

857-5027

A

ustralia

Hewlett-Packard Australia Ltd.

Canada

Mountain View, CA 94041 17500 South Service Road

[phone]

Colorado

Hewlett-P

24

Inverness

Englewood,

(303)

ackard

CO

649-5000

Georgia

Place

80112

Co

.

,

East

Germany

Hewlett-P

Hewlett-P

61352

Bad Homburg [phone]

ackard

GmbH

ackard-Strasse

Trans-Canada Highway

Kirkland,

Quebec

H9J

Canada

2X8

Germany

(+49

6172)

16-0

Japan

Great

Britain

Y

okogawa-Hewlett-P

ackard

Hewlett-Packard Ltd. 1-27-15 Yabe, Sagamihara

Ltd.

Hewlett-Packard Co. Eskdale Road, Winnersh Triangle Kanagawa 229, Japan

2124 Barrett Park Drive Wokingham, Berkshire RG11 5DZ (81 427) 59-1311

Kennesaw, GA 30144 England

[phone] (44 734) 696622

China

Illinois

China Hewlett-Packard, Co.

Hewlett-Packard Co. 38 Bei San Huan X1 Road

5201 Tollview Drive Shuang Yu Shu

Rolling Meadows, IL 60008 Hai Dian District

(708)

342-2000

Beijing,

(86

1)

China

256-6888

New Jersey

Hewlett-Packard Co.

Singapore

150 Green Pond Road Hewlett-Packard Singapore

Rockaway, NJ 07866 Pte. Ltd.

[phone] Alexandra P.O. Box 87

Singapore 9115

Texas

(65) 271-9444

Hewlett-Packard Co.

930 E. Campbell Rd.

Taiwan

Richardson, TX 75081 Hewlett-Packard Taiwan

[phone] 8th Floor, H-P Building

337 Fu Hsing North Road

Taipei, Taiwan

(886 2) 712-0404

General Information 1-25

Returning

Y

our

Instrument

to

Hewlett-Packard

Hewlett-P

your

nearest

ackard

instrument

Hewlett-P

has

.

T

o

ackard

sales

obtain

sales

and

service

servicing

and

oces

information

service

around

oce

the world to provide complete support for

or to order replacement parts, contact the

listed

in Table 1-7.

Use the following procedure to return your instrument to Hewlett-Packard:

1.

Fill

out

a

service tag (available at the end of this document) and attach it to the instrument.

Please

of

the

any

be

as

specic

following

error

messages

as possible about the nature of the problem. Send a copy of any or all

information:

that appeared on the HP 70000 Series display

a completed Performance Test record

any other specic data on the performance of the instrument

CAUTION

Damage can result if the original packaging materials are not used. Packaging

materials should be anti-static and should cushion the instrument on all sides.

Never

adequately

container

static

use

styrene

pellets

in

any

shape

as

packaging materials. They do not

cushion the instrument or prevent it from moving in the shipping

.

Styrene

electricity

pellets can also cause equipment damage by generating

or

by lodging in fan motors.

2. Place the instrument in its original packaging materials.

If the original packaging materials are not available, you can contact a Hewlett-Packard

sales and service oce to obtain information on packaging materials or you may use an

alternative packing material referred to as \bubble-pack". One of the companies that makes

bubble-pack

is

Sealed

Air

Corporation

of

Hayward,

California,

94545.

3.

Surround

bubble-pack

4.

Place

container

with

The

instrument

5.

Seal the shipping container securely with strong nylon adhesive tape.

the

instrument

to

prevent

the

instrument

or

a strong shipping container that is made of double-walled corrugated cardboard

159

kg (350 lb) bursting strength.

shipping

container must be both large enough and strong enough to accommodate your

,

with

the

after

and allow at least 3 to 4 inches on all sides for packing material.

at

least

instrument

wrapping

3

it

to

from

with

4

inches

moving

packing

of its original packing material or

in

its

shipping

container

.

material, in its original shipping

6. Mark the shipping container \FRAGILE, HANDLE WITH CARE" to help ensure careful

handling.

7. Retain copies of all shipping papers.

1-26 General Information

Returning

Y

our

Instrument

to

Hewlett-P

ackard

Table 1-8. Packaging for a 1/8 Module (Instrument)

Item Description HP Part Number Qty

1 Carton-outer 5180-8479 1

2 Carton-inner 9211-4781 1

3 Carton-sliders 5180-2369 1

4 Foam inserts 4208-0493 2

5 Foam pads 5180-8469 2

General Information 1-27

Returning

Y

our

Instrument

to

Hewlett-P

ackard

1-28 General Information

Table 1-9. Packaging for a 2/8 Module (Instrument )

Item Description HP Part Number Qty

1 Carton-outer 5180-8479 1

2 Carton-inner 9211-4781 1

3 Carton-sliders 5180-2369 1

4 Foam inserts 4208-0493 1

5 Foam pads 5180-8469 2

Returning

Y

our

Instrument

to

Hewlett-P

ackard

Table 1-10. Packaging for a 3/8 Module (Instrument )

Item Description HP Part Number Qty

1 Carton-outer 5180-8479 1

2 Carton-inner 9211-4781 1

3 Carton-sliders 5180-2369 1

4 Foam pads 5180-8469 2

General Information 1-29

Returning

Y

our

Instrument

to

Hewlett-P

ackard

Table 1-11. Packaging for an 8/8 Module (Instrument)

1-30 General Information

Item Description HP Part Number Qty

1 Corrugated

2 F

oam

3 Flat End-Cap 9220-4962 1

4 Static Sheet 9222-1806 1

5 Front Cover 5040-6974 1

6 Foam Plastic 4208-1210 1

7 Corrugated P

8 Corrugated Carton (Outer) 9211-7065 1

Carton

Corner-Pads

ad

(T

op)

9211-6785 1

5040-6967 8

9220-5072 1

2

Installation

This chapter contains information necessary for installing the components of an

HP 70000 Series modular spectrum analyzer system. The factory ships HP 70000 Series modular

spectrum analyzer systems with all system components installed and addressed. All cables,

however, are subject to removal for shipment.

The following information is included in this chapter.

\HP-MSIB/HP-IB Addressing" provides information for setting the HP-MSIB address of each

module, explains how HP-IB and HP-MSIB addresses interrelate, and illustrates examples of

address switches.

\Module Removal and Installation" describes how to remove or install modules.

\System

congurations

listing

\System

parts

HP-MSIB/HP-IB

An

element

to

communicate

of

rules

Congurations

.

The

of

cables needed, and cable connection information.

Replaceable

,

system cables, and service accessories.

for

\A"

and

\C"

Systems"

give

information given in each example includes an HP-MSIB address map,a

Parts" lists model and HP part numbers for system-level replaceable

A

ddressing

in an HP 70000 Series modular measurement system is a

with other modules over HP-MSIB. Element addresses must adhere to the set

dened in this section.

examples

of

common

system

system component

able

HP-MSIB addressing is dierent from HP-IB addressing, and is explained in more detail in this

section. The topics listed below include denitions and information about the HP-MSIB and

HP-IB address of an element. Correct addressing requires an understanding of the following

concepts:

Modular Measurement System Terms

Address Map (Matrix) Protocol

Addressing Elements

Addressing Order Requirements

Address Switches

Installation 2-1

Modular Measurement System Terms

Understanding the following terms is essential to understanding HP-MSIB addressing and the

structural relationship of modular measurement system devices.

Functional Terms

The devices of a modular system may be combined in such a way to allow them to

communicate

among

devices

and

within

operate

a

as

an

modular

instrument.

instrument.

The following terms identify the interrelationship

Element

Master

Sub-master

Slave

Independent

Instrument

element

Any

device

HP

70902A

all

HP-MSIB

HP-MSIB

that

communicates

IF

section

).

In contrast, the HP 70001A mainframe controls

communication,

over the HP-MSIB (for example,

but

does

not communicate over the

and therefore is not an element.

An element that controls other elements.

An element that simultaneously controls other elements and is

controlled

by another element.

An element that is controlled by another element.

An

HP

A

module

element

70004A

that

is

neither a master nor a slave (for example,

color

display).

,

or

group of modules, that performs an independent function

(for example, HP 71100C modular spectrum analyzer).

Structural Terms

Modular systems consist of hardware structures dedicated to specic functions. The structural

terms used in reference to these functions are described below.

Mainframe

A

housing

for

modules

which

also

provides

power

,

cooling,

interconnection for HP-MSIB and HP-IB, and HP-MSIB communications

control for up to eight 1/8-width modules. The HP 70004A color display

also provides the same functions for up to four 1/8-width modules.

Module

Modules are devices that plug into an HP 70001A mainframe or

HP

70004A

independent

color

display

elements

. Modules cannot function without these

.

Stand-Alone

Instrument

2-2 Installation

An

HP-MSIB

element

capable of performing its functions without a

mainframe or HP 70004A color display (for example, HP 70206A system

graphics display).

Address Map Protocol

Protocol for master, sub-master,slave, and independent element addressing is explained in this

section. The factors governing proper system communication and system function are based on

adherence to the addressing protocol of modular spectrum analyzers.

By denition, a master is an element addressed to control another element, or is the controlling

element of a system. Slave elements are addressed within the area a master controls, called the

slave

area.

Independent

though

graphics

the

A

The

The

among

communication,

they

may

have

display

ddress

display

Matrix

front

.

address matrix is a graphic representation of assigned and available HP-MSIB addresses.

address assigned to each element appears on the matrix and indicates the relationship

master, sub-master, slave, and independent elements. Module function, access to HP-IB

and error reporting are all based on the location of the module address on

elements

functions

panel

keys

are

addressed

that

appear to control other elements.For example,the

are

used to select LO functions, but the LO is not a slave to

so that they are neither masters nor slaves,

the matrix. See Figure 2-1. The 8-row by 32-column matrix implies that 256 addresses are

available; however, there are actually 255 legal addresses plus an illegal address at row 0,

column

31.

Figure 2-1. Address Matrix

Each element must have a unique 8-bit binary HP-MSIB address correctly placed on the

address matrix. The three most signicant bits (MSB) determine the row address; the ve least

signicant bits (LSB), the column address. This manual refers to the decimal equivalent of a

binary address.

Table 2-1. Decimal Equivalent of Binary Address

Row

Column

Binary

Decimal

MSB

010 11000

LSB

2 24

Installation 2-3

Display-Response Area

N

N

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

A display-response area exists at row 0. The display's

only

access

communication

automatic

a

module

between

assignment

addressed

the

two

function

at

row

0.

A display must be assigned to an instrument before

is

initiated.

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

SELECT

(

This

INSTRUMENT

REPORT ERRORS

can

be done automatically or manually. The

menu

key)

searches

area (row 0) when it assigns itself to an instrument. The display can be assigned to a module at

any

other row, but this assignment must be done manually using the

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

ASSIGN WINDOW

Note

menu keys.

T

o

be

addressed

at row 0, a module must be designed to interface with the

menu key function can

the

display-response

N

N

N

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

ASSIGN

KEYBOARD

and

display and report errors. If a module that does not have these capabilities is

addressed at row 0, the system will cease to communicate.

HP-IB Access

The HP-IB access area is at row 0 of the address matrix. Address row 0, column 31, however,is

an illegal address location for any element. Modules that have been designed for HP-IB access

are able to use HP-IB only if their addresses are in the HP-IB access area (row 0, columns 0

through

30).

Note

Address row 0, column 31 is an illegal address for any element.

Addressing Elements

Master Elements

The address switches set an element's HP-MSIB address. If the element is a master or an

independent element, the column switches also determine the default HP-IB address. (Displays

do

not

have

row

typically

and

access

placed

placed

at

to

any

address

at

HP-IB

legal

any

switches, so they are always set to row address 0.) A master is

legal

row 0 address. This row address location allows error reporting

.

If neither error reporting nor HP-IB access are required, a master may be

address

.

Modules controlled by another module are called slaves.To be controlled by a master, slave

modules must be addressed within the slave area dened by that master. Refer to Figure 2-2

for examples of modules in a slave area. For proper system function and communication, slaves

must be addressed within the boundaries set by the dening elements.

A dening element is any element, residing to the right and in the same row or lower than a

master.

2-4 Installation

Figure

Sub-Master Elements

A sub-master is an element that can function as both master and slave at the same time.

Sub-masters are located at a row address other than 0, are controlled by another master, and

control

3, 24. M2 is a slave to M1. M2 also has a slave area that lies within the slave area of M1. M1

does not communicate directly with M2 slaves; it can only communicate with them through M2.

a

slave

area

of

their

Figure 2-3. Sub-Master Address Matrix

own.

2-2.

Master/Slave

F

or example, Figure 2-3 illustrates sub-master M2 at address

A

ddress

Matrix

Slave Elements

For an instrument to function properly, the master must determine the slave area it controls on

the address matrix. Master modules establish their slave area by determining the location of

the dening element on the address matrix. The dening element establishes the boundaries of

the slave area. Any module located within this area is a slave to the master module.

Installation 2-5

The HP-MSIB address requirements of a dening element are as follows:

The column address of a dening element must be greater than the column address of the

master. In Figure 2-2, for the master addressed in column 23, the dening element must be

addressed in column 24 or above. In Figure 2-3, for M2 addressed in column 24, the dening

element must be addressed in column 25 or above.

The row address of a dening element must be equal to or less than the row address of a

master. In Figure 2-2 the address of the master at row 0 has a dening element addressed at

row 0. Figure 2-3 shows two masters, M1 and M2. The dening element for M1 is located at

row 0 and the dening element for M2 is located at row 3.

Slave

Area

Boundaries

The master determines its slave-area boundaries by rst searching upward in its own column

starting in the master's row, then in each higher column starting in the master's row. The

search stops at the boundary column or, if there is no dening element, after searching column

31.

After

a

master

locates

the

dening element of its slave area, the slave area boundaries are set

by using the following criteria:

The column address of the master is the left-hand boundary of the slave area. In Figure 2-2,

the left-hand boundary is column 23.

The

right-hand

the

dening

is

at

extends

The

lower

F

or

the

The

upper

If

a

new

becomes

column

through

master

module

the

boundary

element.

28.

If

column

boundary

there

of

of

the

slave

area

is

equal

to

one

less

than

the column address of

F

or

the

is

master

no

dening

at

column

element,

23

the

in

Figure

2-2

right-hand

, the right-hand boundary

boundary

of the slave area

31.

the

slave

area

is

one

row

greater

than

the row address of the master.

in row 0 in Figure 2-2, the lower boundary is at row 1.

boundary

of

the slave area is the top row of the matrix (row 7).

is added to the area labeled \No Element Present" in Figure 2-2, this module

new

dening element and the right-hand boundary moves toward the master.

Independent Elements

An independent element, such as a display, is neither a master nor a slave. Displays are

considered independent elements and separate instruments. Because they do not have row

address switches, displays automatically are at row address 0. The typical address for a display

is row 0, column 4.

2-6 Installation

Addressing Order Requirements for HP 70000 Systems

HP-MSIB addresses are set by switches located on each module. The address consists of two

parts: a row number and a column number. A module's address can be determined by viewing

the address map or selecting the conguration screen.

Measurement systems are composed of more than one module. When this is true, the modules

will assume master/slave relationships to simplify the user interface. Each master has specic

slave

addressing

The

HP

70900B

congurations

available

pattern

The

where

look

to

the right. Again, it begins its search at the row above its own location, searching up the

in

and

HP 70900B local oscillator source searches the address map by starting in the column

it is addressed and looking for a module in the row directly above it. It continues to

up that column row by row until it reaches the top. It then moves to the next column

requirements

local

.

It

will

its

slave

expects

and

expectations

oscillator

automatically

area

to

nd

source

is the master of many possible spectrum analyzer system

congure itself into a system with the slaves that it nds

on the address map. It searches for these slaves with a specic

them in a certain order.

.

column to the top. It continues this process until it has searched its entire slave area. In this

way it identies the slave modules that it will congure into a system. For a more detailed

description

of

how

a

master's

slave

area is dened, refer to \Address Map Protocol".

Default

Default

A

ddressing

addresses

have

for

Congured

been

set

HP 70000 Systems

up to allow for current and future addressing considerations.

The use of these default addresses will permit adding additional modules to a system with a

minimum of address manipulation. Individual modules shipped from the factory will have their

HP-MSIB address set as dened in the default address map.Table 2-2 lists the location of the

current modules in the default address map.

T

able

2-2.

Default

A

ddress

Map

Row

7 blank HP

70310

6 RF sections HP 70300

y

HP 70620 or HP 70621

blank

5 HP 70907 HP 70301 blank

4 HP 70903 blank HP 70810B Option 850

3 HP 70911 * HP 70620 or HP 70621 HP 70810B

2 HP 70700 HP 70600 or HP 70601 blank

1 HP 70902 blank blank

0 HP 70900 blank blank

column 18 column 19 column 20

* When preamplifying the preselector's or RF section's input signal.

y

When preamplifying the lightwave section's input signal.

Installation 2-7

Addressing Criteria

Each module, or type of module, has addressing criteria that impact address selection. The

descriptions below are written as if the modules are in the same column; however, this is not a

requirement as long as their relative position is maintained with respect to the HP 70900B local

oscillator source search pattern.

HP 70900B local oscillator

source

HP 70902A IF section

HP 70911A WB IF section

HP 70700A digitizer

HP

70903A

IF

section

A single HP 70900B local oscillator source master module may

control only 16 slave modules.

The HP 70902A IF section , if present, must be closest to the

local oscillator (that is, the HP 70902A IF section should be

immediately above the HP 70900B local oscillator source in the

address map. It must be the rst module that the HP 70900B

local oscillator source nds when it searches the slave area.)

The HP 70911A WB IF section , if present, should be above the

HP 70900B local oscillator source, HP 70902A IF section, and

the HP 70700A digitizer. It should be below the HP 70903A

IF

section

,

HP

70907A/B

external millimeter interface module,

and the RF section. For cabling the HP 70911A WB IF section ,

refer to the

User's Guide

HP 71910A Wide Bandwidth Surveillance Receiver

.

When the HP 70700A digitizer is present and used as a slave to

the

HP

70900B

above

the

addressed

HP

70911A

HP

70902A

below

WB

local

the

IF

oscillator

IF

HP

section

section

70903A

(if

present).

source

(if

IF

,

it

should

present).

section

It

(if

present)

be

addressed

should

also

and

be

the

The HP 70903A IF section , if present, should be above the

HP

HP

slave

HP

three

70902A

70900B

70903A

area.

of

the

IF

section

local

If

the

IF

section should be above the local oscillator.Ifall

. It should be the next module that the

oscillator

source nds when it searches the

HP 70902A IF section is not present, the

previously mentioned modules are present when

the HP 70900B local oscillator source searches the slave area,

it should nd the HP 70902A IF section, then the HP 70700A

digitizer, and then the HP 70903A IF section.

HP 70907A/B external

millimeter interface module

RF section

HP 70600A preselector/

HP 70601A preselector

2-8 Installation

An HP 70907A/B external millimeter interface module should

be addressed immediately below the RF section. Multiple

external mixer interface modules should follow each other in

the addressing order.

Only one RF Section (HP 70904A RF section, HP 70905A/B

RF section, HP 70906A/B RF section, HP 70908A RF section ,

HP 70909A RF section, or HP 70910A RF section) may be used

with a single HP 70900B local oscillator source. The RF section

should be immediately above the IF sections or external mixer

interface module.

The HP 70600A preselector/HP 70601A preselector, if present,

should be immediately above the HP 70905A/B RF section

or HP 70906A/B RF section. It should normally be the next

module that the HP 70900B local oscillator source nds after

the RF section when it searches the slave area.

HP

RF

tracking

70300A

generator

The

HP

above

present.

70300A

an

HP

RF

tracking generator should be addressed just

70301A microwave tracking generator, if one is

HP 70301A microwave

tracking generator

HP 70310A precision

frequency reference

HP 70810B lightwave

section

HP 70620A/B preamplier

or HP 70621A preamplier

The HP 70301A microwave tracking generator should be

addressed just below an HP 70300A RF tracking generator,if

one is present.

The HP 70310A precision frequency reference may be

addressed anywhere.

The HP 70810B lightwave section should be addressed

above the RF section. It should also be addressed above the

preselector, if one is present.

The HP 70620A/B preamplier or HP 70621A preamplier

should be addressed above the module that it is providing

preamplication for. Multiple preamplier modules may be used

in the same system. When the HP 70900B local oscillator source

searches its slave area, each preamplier must be found above

the module (for example, RF section, preselector, preamplier)

that

its

output

is

connected

to

.

Installation 2-9

Row Addressing Priority

The row addressing priority for systems is shown below. Notice that this order is a

relative

row-address ranking only. The individual modules do not require consecutive row addresses

(that is, there can be empty rows between modules). Also, note that all modules need not be in

the same column. They need only fall in the slave area of the master module.

Highest row (last found):

HP 70620A/B preamplier or HP 70621A preamplier (only if preamplifying the lightwave

section's input signal)

HP 70810B Option 850 lightwave section

HP 70810B lightwave section

HP 70310A precision frequency reference

HP 70300A RF tracking generator

HP 70301A microwave tracking generator

HP 70620A/B preamplier or HP 70621A preamplier (if preamplifying the preselector's or

the RF section's input signal)

HP 70600A preselector or HP 70601A preselector

HP 70904A RF section , HP 70905A RF section, HP 70905B RF section HP 70906A RF section,

HP

70906B

(one

HP

70907A/B

only)

RF

section

external

HP

70908A

millimeter

RF

section

interface

,

HP

module

70909A

(several

RF

section

allowed)

, HP 70910A RF section

HP

HP

HP

HP

70903A

70911A

70700A

70902A

IF

section

WB

IF

digitizer

IF

section

section

Lowest row (row 0):

HP 70900B local oscillator source

Note

HP-MSIB addresses must be unique. Setting two HP 70000 elements to the

same

address

will

create

an

error

and make the local system bus (HP-MSIB)

inoperative. If the cursor cannot be moved about within the address map after

a module has been readdressed, check to see if two modules have the same

row and column address.

Address Switches

The row and column address switches set the HP-MSIB address of a module; the column

address switch also sets the HP-IB address for masters and independent elements.

To establish proper system function and HP-MSIB communication, each module has an address

switch that is set to a binary, 8-bit HP-MSIB address. Each element in a system must be

assigned a unique address. The row address of the HP-MSIB address is determined by three

address bits, and the column address is determined by ve address bits. Each system has 8

row and 32 column addresses.Address row 0, column 31 is an illegal address; therefore,255

HP-MSIB addresses are available. The decimal equivalents of the binary row and column

addresses are referred to throughout this manual. For example, see the table below.

2-10 Installation

Row Column

Binary

Decimal

010 11000

2 24

The following three sections describe the address switch functions for each of the elements and

independent elements available.

Master Address Switches

Slave Address Switches

Display Address Switches

The address switches may be found on the top,side, or rear of the modules, and at the rear of

the HP 70004A color display and HP 70206A system graphics display. The location of address

switches is dened in each element's installation and verication manual.

For system addressing and cable conguration examples, refer to \System Congurations for

\A" and \C" Systems".

Master Address Switches

The

by

HP-MSIB

the

position

column

of

the

address

column

is

the

same

as the default HP-IB address of a master. It is dened

address switches.

The HP-IB address of any master (for example, HP 70900B local oscillator source) can, under

certain conditions, be set from the front panel of a display. At power-up, this address will

override the actual address switch settings.For additional information on how to set the

HP-IB address from the front panel, refer to

Manual

.

HP 70000 Modular Spectrum Analyzer Operating

Figure 2-4 is an illustration of address switches found on an HP 70900B local oscillator source.

HP-IB ON/OFF

With this switch set to o, the HP 70900B local oscillator source is switched

o the HP-IB and uses only the HP-MSIB for communication.

SW1/MEM

In the SW1 position, the HP-IB address is determined exclusively by the

column

determined

from

normally

address

the

by

HP

front

panel

shipped

switches

.

70900B

In

the MEM position, the HP-IB address is

local

oscillator source memory and can be set

of the display. The HP 70900B local oscillator source is

with

this

switch in the MEM position.

Installation 2-11

Figure

2-4. HP 70900B Local Oscillator Source Address Switch

MAS/SLA

NRML/TEST

COLUMNs

RO

Ws

1|3

Slave

Figure

Rows

Columns

A

ddress

2-5

1|3

1|5

is

With this set to the MAS position, the HP 70900B local oscillator source can

function as a master or sub-master; with it set to the SLA position, the

HP 70900B local oscillator source is a slave.

This switch should be set to NRML for normal operation. The TEST position

is used for a hard reset and during production.

1|5

These

address

These

set

.

set

the

the

HP-MSIB

HP-MSIB

column

row

address

address

.

,

which

is

also

Switches

an

illustration of typical address switches found on a slave element.

These

These

switches

set the HP-MSIB row address.

switches set the HP-MSIB column address.

the

default HP-IB

2-12 Installation

Figure 2-5. Slave Element Address Switches

Display Address Switches

A system graphics display is an example of an independent element. It may be assigned both

HP-MSIB and HP-IB addresses. Figure 2-6 and Figure 2-7 illustrate the address switches of the

HP 70206A system graphics display and HP 70004A color display.For more information on

HP-MSIB and HP-IB addressing, refer to \Address Map Protocol".

HP-IB ON/OFF

A6|A8

A1|A5

TALK ONLY

SYSTEM

CONTROLLER

TEST MODE

This switches the display on or o the HP-IB without disrupting instrument

operation.

The graphical representation of these switches indicates that the default

HP-MSIB row address is 0.

These

address

switches

set

the

HP-MSIB

column

address

, which is also the

default HP-IB address. (This HP-IB address is overridden when the HP-IB

address is set from the front panel.)

When this is set to 1 (on) the display can talk on HP-IB without requiring

areply, since some plotters cannot reply. This switch is set to 0 (o) for

normal

operation.

When this is set to 1 (on), the display functions as a system controller on

HP-IB. This switch is set to 0 (o) at the factory.

When this is set to 1 (on), the display goes into a special test mode at

power-up. This switch is set to 0 (o) for normal operation.

Figure 2-6. HP 70206A System Graphics Display Address Switches

Installation 2-13

Figure 2-7. HP 70004A Color Display Address Switches

2-14 Installation

Module

The

following

Removal

procedure

and

denes

Installation

the

steps

in

removing

or installing modules.

Module Removal

1. Set the HP 70004A color display/HP 70001A mainframe line switch to o. See Figure 2-8.

2. Remove the rear panel intermodule cables.

3. Open the HP 70004A color display/HP 70001A mainframe front panel door.Withan8mm

hex-ball driver, loosen the module hex-nut latch.

4. Press against the rear panel, and slide the module out.

Installation

1. Set the HP 70004A color display/HP 70001A mainframe line switch to o.

2. Check the HP-MSIB address switch on the module for the correct address setting.

3. Open the HP 70004A color display/HP 70001A mainframe front panel door, and slide the

module

4.

Press

hex-ball

5.

Connect

examples

into

against

driver

the

.

the

HP

the

70004A

module

color

front

display/

panel

while

HP

70001A

tightening

mainframe

the

hex-nut

.

latch

.

rear

panel intermodule cables as shown in the \System Conguration"

with an 8 mm

6.

Turn

the

HP 70004A color display/HP 70001A mainframe line switch on.

Figure 2-8. Module Removal/Replacement

Installation 2-15

W

ARNING

If an instrument handle is damaged it should be replaced immediately.

Damaged handles can break while the instrument is being moved or lifted.

This may cause damage to the instrument or personal injury.

Connecting

the

MSIB Cables on a \A" and \C" System

Figure 2-9. HP 70001A Mainframe to HP 70004A Color Display Cabling

2-16 Installation

Connecting the MSIB Y-Cable on a \P" System

CAUTION

1.

Remove

misalignment.

necessary

Hewlett-P

2.

Align

Do

Care should be taken when connecting the MSIB Y-cable to the

MSIB

interface

not

properly

connections

the

protective

Do

not

,

obtain service from Hewlett-Packard. Refer to \If You Need to Contact

ackard"

in Chapter 1.

card

aligned.

.

cap

install

.

from

MSIB

Damage

Ensure

the

can occur if the MSIB Y-cable connection is

power

is not applied while making or removing

MSIB Y-cable and inspect the pins for damage or

Y-cable

if

pins are bent or damaged.

the MSIB Y-cable to the MSIB interface card 's MSIB connector (1) .

not

force the connectors together!

(See the above caution.)

3. Tighten the captive-screws on the MSIB Y-cable to the MSIB interface card.

Do not over tighten the screws!

4. Connect the two free-ends of the MSIB Y-cable (that are not connected to the

MSIB interface card) to the HP 70001A mainframe's IN and OUT MSIB connectors (2).

The

MSIB

cables

are

connected

serially

,

coupling

the input of one HP 70001A

mainframe to the output of the next until a loop is completed.

5. Connect the ac line cord to your computer and display.

If

Note

Refer to the

HP 70207A User's Guide

for complete installation instructions of

the HP 70207A PC Display for MMS, the MSIB interface card, and the MSIB

Y-cable.

Installation 2-17

System

The

gures

common

Congurations

in

this

\A"

and

section

\C"

show

system

for

\A"

the

addressing

congurations

and

\C" Systems

order and cable connections for some

.

The

following information is provided for each

conguration.

A sample address map screen illustrating the addressing order.

A

partial

view

of

the system rear panel illustrating cable connections.

Modules

A

list

included

of

rear panel cables describing type, quantity, and HP part numbers.

in

the

system to ensure that needed elements are available.

A from-to list describing where to connect the cables and adapters.

These gures are examples.To address a system dierently than shown, refer to

\HP-MSIB/HP-IB Addressing". Modules can be congured in any location, provided the

cables are connected to the correct inputs and outputs. The suggested congurations are

recommended for optimum instrument speed and minimum changes when adding modules. The

system conguration examples provided in this section are listed below.

2-18 Installation

\A" and \C" System Conguration Examples

HP 71100C modular spectrum analyzer:

Standard Figure 2-11

Standard

with

HP

70903A IF section added Figure 2-13

Standard with HP 70700A digitizer added Figure 2-15

Standard with HP 70903A IF section and

Figure 2-17

HP 70700A digitizer added

Standard with HP 70300A RF tracking generator added Figure 2-19

HP 71200C modular spectrum analyzer:

Standard Figure 2-21

Standard

Standard deleting HP 70902A IF section , with HP 70903A IF section

and

Standard deleting HP 70905A RF section , with HP 70905B RF section

HP

with

70907A

HP

70903A IF section added Figure 2-23

Figure 2-25

external millimeter interface module (EMIM) added

Figure 2-27

and HP 70600A preselector added

Standard

HP

70600A

deleting

preselector

HP

70905A

and

RF

section, with HP 70905B RF section,

HP

70301A microwave tracking generator

Figure

2-29

added

HP

71209A

microwave

spectrum

analyzer:

Standard Figure 2-31

HP

71210C

microwave spectrum analyzer:

Standard Figure 2-33

HP 71400C lightwave signal analyzer:

Standard Figure 2-35

Standard with HP 70300A RF tracking generator and

Figure 2-37

HP 70301A microwave tracking generator added

HP 71401C lightwave signal analyzer:

Standard Figure 2-39

Standard with HP 70300A RF tracking generator added Figure 2-41

Installation 2-19

HP 71100C Modular Spectrum Analyzer

An HP 71100C modular spectrum analyzer consists of the following components:

HP 70001A mainframe HP 70004A color display

HP 70900B local oscillator source HP 70902A IF section (10 Hz { 300 KHz)

HP 70904A RF section (100 Hz { 2.9 GHz) HP 70310A precision frequency reference

Figure 2-10. Address Map for HP 71100C Modular Spectrum Analyzer

The

HP

70001A

The usual address for the HP 70004A color display is ROW 0, COLUMN 4.

For information about software/rmware compatibility, refer to \Software/Hardware

Compatibility" in Chapter 4.

mainframe

does

not

have

an

HP-MSIB

address

.

2-20 Installation

To congure an HP 71100C modular spectrum analyzer, connect the rear panel cables according

to the following table.

CAUTION

APC

Do

ensure

not

3.5

exceed

proper

and

electrical

SMA

connectors

8

inch-pounds

connection

must

be torqued 5 to 8 inch-pounds (nger tight).

.

and prevent connector damage, all

T

o

From To Cable

Flexible

LO

I/O

Cables

HP 70900B LO OUT HP 70904A 1st LO IN HP 5061-9038 520 mm SMA(m) to SMA(m)

Flexible

System

Cables

HP 70900B 300 MHZ OUT 1 HP 70904A 300 MHZ IN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70900B 100 MHZ IN

HP

70310A 100 MHZ

HP

8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70900B VIDEO IN HP 70902A VIDEO OUT HP 8120-5016 160 mm SMB(f) to SMB(f) (2-slot)

HP

70904A

21.4

MHz

OUT

HP

70902A

21.4

MHz

IN

HP

8120-5022

365

mm

SMB(f)

to

SMB(f)

(6-slot)

Miscellaneous Cables

HP

70001A

HP-MSIB

OUT

HP

70004A

HP-MSIB

IN

HP

70800B

1.0

m MSIB cable

HP 70004A HP-MSIB OUT HP 70001A HP-MSIB IN HP 70800B 1.0 m MSIB cable

External Power Pack HP 70310A EXT PWR Built-in Power Pack Cable

Figure 2-11. HP 71100C Modular Spectrum Analyzer Rear Panel Cabling

Installation 2-21

HP 71100C Modular Spectrum Analyzer with HP 70903A IF Section

An HP 71100C modular spectrum analyzer with HP 70903A IF section, consists of the following

components:

HP 70001A mainframe HP 70004A color display

HP 70900B local oscillator source HP 70903A IF section (100 KHz { 3 MHz)

HP 70902A IF section (10 Hz { 300 KHz) HP 70310A precision frequency reference

HP 70904A RF section (100 Hz { 2.9 GHz)

Figure

A

ddress

The HP 70001A mainframe does not have an HP-MSIB address.

The usual address for the HP 70004A color display is ROW 0, COLUMN 4.

For information about software/rmware compatibility, refer to \Software/Hardware

Compatibility" in Chapter 4.

Map for HP 71100C Modular Spectrum Analyzer with HP 70903A IF Section

2-12.

2-22 Installation

To congure an HP 71100C modular spectrum analyzer with HP 70903A IF section, connect the

rear panel cables according to the following table.

CAUTION

APC

Do

ensure

not

3.5

exceed

proper

and

electrical

SMA

connectors

8

inch-pounds

connection

must

be torqued 5 to 8 inch-pounds (nger tight).

.

and prevent connector damage, all

T

o

From To Cable

Flexible

LO

I/O

Cables

HP 70900B LO OUT HP 70904A 1st LO IN HP 5061-9038 520 mm SMA(m) to SMA(m)

Flexible

System

Cables

HP 70900B 300 MHZ OUT 1 HP 70904A 300 MHZ IN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70900B 100 MHZ IN

HP

70310A 100 MHZ

HP

8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70900B VIDEO IN HP 70903A VIDEO OUT HP 8120-5016 160 mm SMB(f) to SMB(f) (2-slot)

HP

70904A

21.4

MHz

OUT

HP

70903A

21.4

MHz

IN

HP

8120-5022

365

mm

SMB(f)

to

SMB(f)

(6-slot)

HP 70902A 21.4 MHz IN HP 70903A 21.4 MHz OUT HP 8120-5014 100 mm SMB(f) to SMB(f) (1-slot)

HP 70902A VIDEO OUT HP 70903A VIDEO IN HP 8120-5014 100 mm SMB(f) to SMB(f) (1-slot)

Miscellaneous Cables

HP 70001A HP-MSIB OUT HP 70004A HP-MSIB IN HP 70800B 1.0 m MSIB cable

HP

70004A

HP-MSIB

OUT

HP

70001A

HP-MSIB

IN

HP

70800B

1.0

m

MSIB

cable

External Power Pack HP 70310A EXT PWR Built-in Power Pack Cable

Figure 2-13.

HP 71100C Modular Spectrum Analyzer Rear Panel Cabling with HP 70903A IF Section

Installation 2-23

HP 71100C Modular Spectrum Analyzer with HP 70700A Digitizer

An HP 71100C modular spectrum analyzer with HP 70700A digitizer consists of the following

components:

HP 70001A mainframe HP 70004A color display

HP 70900B local oscillator source HP 70902A IF section (10 Hz { 300 KHz)

HP 70904A RF section (100 Hz { 2.9 GHz) HP 70310A precision frequency reference

HP 70700A digitizer

Figure 2-14.

Address Map for HP 71100C Modular Spectrum Analyzer with HP 70700A Digitizer

The HP 70001A mainframe does not have an HP-MSIB address.

The usual address for the HP 70004A color display is ROW 0, COLUMN 4.

For information about software/rmware compatibility, refer to \Software/Hardware

Compatibility" in Chapter 4.

2-24 Installation

To congure an HP 71100C modular spectrum analyzer with HP 70700A digitizer as a slave,

connect the rear panel cables according the following table. Note that the HP-IB switch on the

HP 70700A digitizer must be in the o position.

CAUTION

APC

Do

ensure

not

3.5

proper

and

SMA

electrical

connectors

exceed 8 inch-pounds.

connection

must

be torqued 5 to 8 inch-pounds (nger tight).

and prevent connector damage, all

T

o

From To Cable

Flexible

LO

I/O

Cables

HP 70900B LO OUT HP 70904A 1st LO IN HP 5061-9038 520 mm SMA(m) to SMA(m)

Flexible

System

Cables

HP 70900B 300 MHZ OUT 1 HP 70904A 300 MHZ IN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70900B 100 MHZ IN

HP

70310A 100 MHZ

HP

8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70904A 21.4 MHz OUT HP 70902A 21.4 MHz IN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70900B

VIDEO

IN

*

HP

70700A

INPUT

HP

2

8120-5016

160

mm

SMB(f)

to

SMB(f)

(2-slot)

* HP 70700A INPUT 2 HP 70902A VIDEO OUT HP 8120-5014 100 mm SMB(f) to SMB(f) (1-slot)

HP 70900B HSWP IN/OUT * HP 70700A HI SWP HP 8120-5016 160 mm SMB(f) to SMB(f) (2-slot)

*

HP

HP

70700A

70700A

HI

CLK

SWP

IN

HP

HP

70700A

70700A

EXT

CLK

TRIG

OUT

HP

8120-5014

HP

8120-5014

100

100

mm

mm

SMB(f)

SMB(f)

to

to

SMB(f)

SMB(f)

(1-slot)

(1-slot)

Miscellaneous Cables

HP

70001A

HP-MSIB

OUT

HP

70004A

HP-MSIB

IN

HP

70800B

1.0

m

MSIB cable

HP 70004A HP-MSIB OUT HP 70001A HP-MSIB IN HP 70800B 1.0 m MSIB cable

External

P

ower

Pack

HP

70310A

EXT

PWR

Built-in

P

ower

Pack Cable

* On this connector, use an HP 1250-1391 50 SMB tee(f) (m) (m) adapter.

Figure 2-15.

HP 71100C Modular Spectrum Analyzer Rear Panel Cabling with HP 70700A Digitizer

Installation 2-25

HP 71100C Modular Spectrum Analyzer with HP 70903A IF Section and

HP 70700A Digitizer

An HP 71100C modular spectrum analyzer with HP 70903A IF section and HP 70700A digitizer

consists of the following components:

HP

HP

HP

HP

70001A

70900B

70903A

70310A

mainframe

local

oscillator

IF

section

precision

source

(100

KHz

frequency

HP

70004A

HP

70902A IF section (10 Hz { 300 KHz)

color

display

{ 3 MHz) HP 70904A RF section (100 Hz { 2.9 GHz)

reference

HP

70700A digitizer

Figure 2-16.

Address Map for HP 71100C Modular Spectrum Analyzer with HP 70903A IF Section and

HP 70700A Digitizer

The HP 70001A mainframe does not have an HP-MSIB address.

The usual address for the HP 70004A color display is ROW 0, COLUMN 4.

For information about software/rmware compatibility, refer to \Software/Hardware

Compatibility" in Chapter 4.

To congure an HP 71100C modular spectrum analyzer with HP 70903A IF section and

HP 70700A digitizer as a slave, connect the rear panel cables according to the following table.

Note that the HP-IB switch on the HP 70700A digitizer should be in the o position.

CAUTION

To ensure proper electrical connection and prevent connector damage, all

APC 3.5 and SMA connectors must be torqued 5 to 8 inch-pounds (nger tight).

Do not exceed 8 inch-pounds (nger tight).

2-26 Installation

From To Cable

Flexible

LO

I/O

Cables

HP 70900B LO OUT HP 70904A 1st LO IN HP 5061-9038 520 mm SMA(m) to SMA(m)

Flexible

System

Cables

HP 70900B 300 MHZ OUT 1 HP 70904A 300 MHZ IN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70900B 100 MHZ IN

HP

70310A 100 MHZ

HP

8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70900B VIDEO IN * HP 70700A INPUT 2 HP 8120-5016 160 mm SMB(f) to SMB(f) (2-slot)

*

HP

70700A

INPUT

2

HP

70903A

VIDEO

OUT

HP

8120-5021

310

mm

SMB(f)

to

SMB(f)

(5-slot)

HP 70900B HSWP IN/OUT * HP 70700A HI SWP HP 8120-5016 160 mm SMB(f) to SMB(f) (2-slot)

* HP 70700A HI SWP HP 70700A EXT TRIG HP 8120-5014 100 mm SMB(f) to SMB(f) (1-slot)

HP

70904A 21.4 MHz OUT

HP

70903A 21.4 MHz IN

HP

8120-5016 160 mm SMB(f) to SMB(f) (2-slot)

HP 70902A VIDEO OUT HP 70903A VIDEO IN HP 8120-5014 100 mm SMB(f) to SMB(f) (1-slot)

HP

70902A

21.4

MHz

IN

HP

70903A

21.4

MHz

OUT

HP

8120-5014

100

mm

SMB(f) to SMB(f) (1-slot)

HP 70700A CLK IN HP 70700A CLK OUT HP 8120-5014 100 mm SMB(f) to SMB(f) (1-slot)

Miscellaneous

Cables

HP 70001A HP-MSIB OUT HP 70004A HP-MSIB IN HP 70800B 1.0 m MSIB cable

HP 70004A HP-MSIB OUT HP 70001A HP-MSIB IN HP 70800B 1.0 m MSIB cable

External Power Pack HP 70310A EXT PWR Built-in Power Pack Cable

* On this connector, use an HP 1250-1391 50 SMB tee(f) (m) (m) adapter.

Figure 2-17.

HP 71100C Modular Spectrum Analyzer Rear Panel Cabling with HP 70903A IF Section

and HP 70700A Digitizer

Installation 2-27

HP 71100C Modular Spectrum Analyzer with HP 70300A

RF Tracking Generator

An HP 71100C modular spectrum analyzer with an HP 70300A RF tracking generator consists

of the following components:

HP

HP

HP

HP

70001A

70900B

70904A

70300A

mainframe

local

oscillator

RF

section

RF

tracking

source

(100

Hz

generator

HP

70004A

HP

70902A IF section (10 Hz { 300 KHz)

color

display

{ 2.9 GHz) HP 70310A precision frequency reference

Figure 2-18.

Address Map for HP 71100C Modular Spectrum Analyzer with HP 70300A

RF Tracking Generator

The HP 70001A mainframe does not have an HP-MSIB address.

The usual address for the HP 70004A color display is ROW 0, COLUMN 4.

For information about software/rmware compatibility, refer to \Software/Hardware

Compatibility" in Chapter 4.

To congure an HP 71100C modular spectrum analyzer with an HP 70300A

RF tracking generator, connect the rear panel cables according to the following table.

CAUTION

To ensure proper electrical connection and prevent connector damage

APC 3.5 and SMA connectors must be torqued 5 to 8 inch-pounds (nger tight).

Do not exceed 8 inch-pounds.

, all

2-28 Installation

From To Cable

Flexible

LO

I/O

Cables

HP 70900B LO OUT HP 70904A 1st LO IN HP 5061-9038 520 mm SMA(m) to SMA(m)

Flexible

System

Cables

HP 70900B 300 MHZ OUT 1 HP 70904A 300 MHZ IN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70900B 300 MHZ OUT 2

HP

70300A 300 MHZ IN

HP

8120-5025 490 mm SMB(f) to SMB(f)

HP 70900B 100 MHZ IN HP 70310A 100 MHZ HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70900B

TUNE

SP

AN

HP

70300A

TUNE

+

SP

AN

HP

8120-5025

490

mm

SMB(f)

to

SMB(f)

HP 70900B SWEEP HP 70300A SWEEP IN HP 8120-5025 490 mm SMB(f) to SMB(f)

HP 70900B VIDEO IN HP 70902A VIDEO OUT HP 8120-5016 160 mm SMB(f) to SMB(f) (2-slot)

HP

70904A 21.4 MHz OUT

HP

70902A 21.4 MHz IN

HP

8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70900B HSWP IN/OUT HP 70300A RF tracking generator HSWP IN HP 8120-5025 490 mm SMB(f) to SMB(f)

Miscellaneous

HP

70904A

1st

Cables

LO

OUT

HP

70300A

LO

IN

HP

5021-5495

400

mm

SMA(m)

to

SMA(m)

HP 70300A 0-2.9 GHZ OUT HP 70300A 0-2.9 GHZ IN HP 70300-20067 380 mm SMA(m) to SMA(m)

HP 70001A HP-MSIB OUT HP 70004A HP-MSIB IN HP 70800B 1.0 m MSIB cable

HP 70004A HP-MSIB OUT HP 70001A HP-MSIB IN HP 70800B 1.0 m MSIB cable

External Power Pack HP 70310A EXT PWR Built-in Power Pack Cable

Figure 2-19.

HP 71100C Modular Spectrum Analyzer Rear Panel Cabling with an HP 70300A

RF Tracking Generator

Installation 2-29

HP 71200C Modular Spectrum Analyzer

An HP 71200C modular spectrum analyzer consists of the following components:

HP 70001A mainframe HP 70004A color display

HP 70900B local oscillator source HP 70902A IF section (10 Hz { 300 KHz)

HP 70905A RF section (50 KHz { 22 GHz) HP 70310A precision frequency reference

The

HP

The

usual

F

or

information

Figure

70001A

address

2-20.

A

ddress

mainframe

for

the

about

software/rmware

HP

Compatibility" in Chapter 4.

Map

for

HP

does

not

71200C

have

an HP-MSIB address.

Modular

Spectrum

70004A color display is ROW 0, COLUMN 4.

compatibility

, refer to \Software/Hardware

Analyzer

2-30 Installation

To congure an HP 71200C modular spectrum analyzer, connect the rear panel cables according

to the following table.

CAUTION

APC

Do

ensure

not

3.5

exceed

proper

and

electrical

SMA

connectors

8

inch-pounds

connection

must

be torqued 5 to 8 inch-pounds (nger tight).

.

and prevent connector damage, all

T

o

From To Cable

Flexible

LO

I/O

Cables

HP 70900B LO OUT HP 70905A 1st LO IN HP 5061-9038 520 mm SMA(m) to SMA(m)

Flexible

System

Cables

HP 70900B 300 MHZ OUT 1 HP 70905A 300 MHZ IN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70900B 100 MHZ IN

HP

70310A 100 MHZ

HP

8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70900B VIDEO IN HP 70902A VIDEO OUT HP 8120-5016 160 mm SMB(f) to SMB(f) (2-slot)

HP

70905A

21.4

MHz

OUT

HP

70902A

21.4

MHz

IN

HP

8120-5022

365

mm

SMB(f)

to

SMB(f)

(6-slot)

Miscellaneous Cables

HP

70905A

321.4

MHZ OUT

HP

70905A

321.4

MHZ IN

HP

70905-20024

55

mm SMA(m) to SMA(m)

HP 70001A HP-MSIB OUT HP 70004A HP-MSIB IN HP 70800B 1.0 m MSIB cable

HP

70004A

External

HP-MSIB

P

ower

P

ack

OUT

HP

HP

70001A

70310A

HP-MSIB

EXT

PWR

IN

HP

70800B

Built-in

P

ower

1.0

m

P

ack

MSIB

Cable

cable

Figure 2-21. HP 71200C Modular Spectrum Analyzer Rear Panel Cabling

Installation 2-31

HP 71200C Modular Spectrum Analyzer with HP 70903A IF Section

An HP 71200C modular spectrum analyzer with HP 70903A IF section, consists of the following

components:

HP 70001A mainframe HP 70004A color display

HP 70900B local oscillator source HP 70902A IF section (10 Hz { 300 KHz)

HP 70903A IF section (100 KHz { 3 MHz) HP 70905A RF section (50 KHz { 22 GHz)

HP 70310A precision frequency reference

Figure 2-22.

Address Map for HP 71200C Modular Spectrum Analyzer with HP 70903A IF Section

The

HP

70001A

The

usual

F

or

information

Compatibility"

address

in

mainframe

for

the

about

software/rmware

Chapter

does

not have an HP-MSIB address.

HP 70004A color display is ROW 0, COLUMN 4.

compatibility, refer to \Software/Hardware

4.

2-32 Installation

To congure an HP 71200C modular spectrum analyzer with an HP 70903A IF section, connect

the rear panel cables according to the following table.

CAUTION

APC

Do

ensure

not

3.5

exceed

proper

and

electrical

SMA

connectors

8

inch-pounds

connection

must

be torqued 5 to 8 inch-pounds (nger tight).

.

and prevent connector damage, all

T

o

From To Cable

Flexible

LO

I/O

Cables

HP 70900B LO OUT HP 70905A 1st LO IN HP 5061-9038 520 mm SMA(m) to SMA(m)

Flexible

System

Cables

HP 70900B 300 MHZ OUT 1 HP 70905A 300 MHZ IN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70900B 100 MHZ IN

HP

70310A 100 MHZ

HP

8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70900B VIDEO IN HP 70903A VIDEO OUT HP 8120-5016 160 mm SMB(f) to SMB(f) (2-slot)

HP

70905A

21.4

MHz

OUT

HP

70903A

21.4

MHz

IN

HP

8120-5022

365

mm

SMB(f)

to

SMB(f)

(6-slot)

HP 70902A VIDEO OUT HP 70903A VIDEO IN HP 8120-5014 100 mm SMB(f) to SMB(f) (1-slot)

HP 70902A 21.4 MHz IN HP 70903A 21.4 MHz OUT HP 8120-5014 100 mm SMB(f) to SMB(f) (1-slot)

Miscellaneous Cables

HP 70905A 321.4 MHZ OUT HP 70905A 321.4 MHZ IN HP 70905-20024 55 mm SMA(m) to SMA(m)

HP

70001A

HP

70004A

External

HP-MSIB

HP-MSIB

P

ower

P

ack

OUT

OUT

HP

HP

HP

70004A

70001A

70310A

HP-MSIB

HP-MSIB

EXT

PWR

IN

IN

HP

70800B

HP

70800B

Built-in

P

ower

1.0

1.0

m

MSIB

m

MSIB

P

ack Cable

cable

cable

Figure 2-23.

HP 71200C Modular Spectrum Analyzer Rear Panel Cabling with HP 70903A IF Section

Installation 2-33

HP 71200C Modular Spectrum Analyzer Deleting HP 70902A IF Section,

with HP 70903A IF Section and HP 70907B External Millimeter Interface

Module

An

HP

IF

71200C

section

modular spectrum analyzer deleting HP 70902A IF section, with HP 70903A

and

HP 70907B external millimeter interface module consists of the following

components:

HP 70001A mainframe HP 70004A color display

HP 70900B local oscillator source HP 70903A IF section (100 KHz { 3 MHz)

HP 70905A RF section (50 KHz { 22 GHz) HP 70310A precision frequency reference

HP

70907B

external

millimeter

interface

module

Figure 2-24.

Address Map for HP 71200C Modular Spectrum Analyzer Deleting HP 70902A IF Section,

with HP 70903A IF Section and HP 70907B External Millimeter Interface Module

The HP 70001A mainframe does not have an HP-MSIB address.

The usual address for the HP 70004A color display is ROW 0, COLUMN 4.

For information about software/rmware compatibility

, refer to \Software/Hardware

Compatibility" in Chapter 4.

To congure an HP 71200C modular spectrum analyzer deleting HP 70902A IF section, with

HP 70903A IF section and HP 70907B external millimeter interface module connect the rear

panel cables according to the following table.

CAUTION

To ensure proper electrical connection and prevent connector damage, all

APC 3.5 and SMA connectors must be torqued 5 to 8 inch-pounds (nger tight).

Do not exceed 8 inch-pounds.

2-34 Installation

From To Cable

Flexible

LO

I/O

Cables

HP 70900B LO OUT HP 70905A 1st LO IN HP 5061-9038 520 mm SMA(m) to SMA(m)

HP

70905A

1ST LO OUT

HP

70907B

LO IN

HP

5021-5448

150 mm SMA(m) to SMA(m)

Flexible System Cables

HP

70900B 300 MHZ OUT 1

HP

70905A 300 MHZ IN

HP

8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70900B 100 MHZ IN HP 70310A 100 MHZ HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70900B

VIDEO

IN

HP

70903A

VIDEO

OUT

HP

8120-5016

160

mm

SMB(f)

to

SMB(f)

(2-slot)

HP 70905A 21.4 MHz OUT HP 70907B 21.4 MHz IN HP 8120-5016 160 mm SMB(f) to SMB(f) (2-slot)

HP 70900B 300 MHZ OUT 2 HP 70907B 300 MHZ IN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70907B 21.4 MHz OUT

HP

70903A 21.4 MHz IN

HP

8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70900B TUNE SPAN HP 70907B TUNE SPAN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

Miscellaneous

HP

70905A

321.4

Cables

MHZ

OUT

HP

70905A

321.4

MHZ

IN

HP

70905-20024

55

mm

SMA(m)

to

SMA(m)

HP 70001A HP-MSIB OUT HP 70004A HP-MSIB IN HP 70800B 1.0 m MSIB cable

HP

70004A

HP-MSIB

OUT

HP

70001A

HP-MSIB

IN

HP

70800B

1.0

m

MSIB

cable

External Power Pack HP 70310A EXT PWR Built-in Power Pack Cable

Figure 2-25.

HP 71200C Modular Spectrum Analyzer Deleting HP 70902A IF Section, with HP 70903A

IF Section and HP 70907B External Millimeter Interface Module Cabling

Installation 2-35

HP 71200C Modular Spectrum Analyzer Deleting HP 70905A RF Section,

with HP 70905B RF Section/HP 70600A Preselector

An HP 71200C modular spectrum analyzer deleting HP 70905A RF section, with HP 70905B

RF section/HP 70600A preselector consists of the following components:

HP

HP

HP

HP

70001A

70900B

70905B

70310A

mainframe

local

oscillator

RF

section

precision

source

(50

KHz

frequency

HP

70004A

HP

70902A IF section (10 Hz { 300 KHz)

color

display

{22GHz) HP 70600A preselector

reference

Figure 2-26.

Address Map for HP 71200C Modular Spectrum Analyzer Deleting HP 70905A RF Section,

with HP 70905B RF Section/HP 70600A Preselector

The

HP 70001A mainframe does not have an HP-MSIB address.

The usual address for the HP 70004A color display is ROW 0, COLUMN 4.

For information about software/rmware compatibility, refer to \Software/Hardware

Compatibility" in Chapter 4.

2-36 Installation

To congure an HP 71200C modular spectrum analyzer deleting HP 70905A RF section, with

HP 70905B RF section/HP 70600A preselector connect the rear panel cables according to the

following table.

CAUTION

APC

Do

ensure

not

3.5

proper

and

SMA

electrical

connectors

exceed 8 inch-pounds.

connection

must

be torqued 5 to 8 inch-pounds (nger tight).

and prevent connector damage, all

T

o

From To Cable

Flexible

LO

I/O

Cables

HP 70900B LO OUT HP 70905A 1st LO IN HP 5061-9038 520 mm SMA(m) to SMA(m)

Flexible

System

Cables

HP 70900B 300 MHZ OUT 1 HP 70905B 300 MHZ IN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70900B 100 MHZ IN

HP

70310A 100 MHZ

HP

8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70900B VIDEO IN HP 70902A VIDEO OUT HP 8120-5016 160 mm SMB(f) to SMB(f) (2-slot)

HP

70905B

21.4

MHz

OUT

HP

70902A

21.4

MHz

IN

HP

8120-5022

365

mm

SMB(f)

to

SMB(f)

(6-slot)

HP 70900B TUNE SPAN HP 70600A TUNE SPAN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

Miscellaneous Cables

HP 70905B 321.4 MHZ OUT HP 70905B 321.4 MHZ IN HP 70905-20024 55 mm SMA(m) to SMA(m)

HP 70001A HP-MSIB OUT HP 70004A HP-MSIB IN HP 70800B 1.0 m MSIB cable

HP

70004A

HP-MSIB

OUT

HP

70001A

HP-MSIB

IN

HP

70800B

1.0

m

MSIB

cable

External Power Pack HP 70310A EXT PWR Built-in Power Pack Cable

Figure 2-27.

HP 71200C Modular Spectrum Analyzer Deleting HP 70905A RF Section, with HP 70905B

RF Section/HP 70600A Preselector Cabling

Installation 2-37

HP 71200C Modular Spectrum Analyzer Deleting HP 70905A RF Section,

with HP 70905B RF Section/HP 70600A Preselector/HP 70301A

Microwave

An

HP

71200C

RF

section

Tracking

Generator

modular spectrum analyzer deleting HP 70905A RF section, with HP 70905B

/

HP 70600A preselector/HP 70301A microwave tracking generator consists of the

following components:

HP 70001A mainframe HP 70004A color display

HP 70900B local oscillator source HP 70902A IF section (10 Hz { 300 KHz)

HP 70905B RF section (50 KHz { 22 GHz) HP 70310A precision frequency reference

HP 70600A preselector HP 70301A microwave tracking generator

Figure 2-28.

Address Map for HP 71200C Modular Spectrum Analyzer Deleting HP 70905A RF Section,

with HP 70905B RF Section/HP 70600A Preselector/HP 70301A Microwave Tracking

Generator

The HP 70001A mainframe does not have an HP-MSIB address.

The usual address for the HP 70004A color display is ROW 0, COLUMN 4.

For information about software/rmware compatibility, refer to \Software/Hardware

Compatibility" in Chapter 4.

To congure an HP 71200C modular spectrum analyzer deleting HP 70905A RF section, with

HP 70905B RF section/HP 70600A preselector/HP 70301A microwave tracking generator,

connect the cables according to the following table.

CAUTION

To ensure proper electrical connection and prevent connector damage, all

APC 3.5 and SMA connectors must be torqued 5 to 8 inch-pounds (nger tight).

Do not exceed 8 inch-pounds.

2-38 Installation

From To Cable

Flexible

LO

I/O

Cables

HP 70900B LO OUT HP 70905B 1st LO IN HP 5061-9038 520 mm SMA(m) to SMA(m)

HP

70905B

1ST LO OUT

HP

70301A

LO IN

HP

5021-5494

400 mm SMA(m) to SMA(m)

Flexible System Cables

HP

70900B 300 MHZ OUT 1

HP

70905A 300 MHZ IN

HP

8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70900B 100 MHZ IN HP 70310A 100 MHZ HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70900B

VIDEO

IN

HP

70902A

VIDEO

OUT

HP

8120-5016

160

mm

SMB(f)

to

SMB(f)

(2-slot)

HP 70905B 21.4 MHz OUT HP 70902A 21.4 MHz IN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70900B TUNE SPAN * HP 70301A TUNE SPAN HP 8120-5025 490 mm SMB(f) to SMB(f)

*

HP 70301A TUNE SPAN

HP

70600A TUNE SPAN

HP

8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70900B 300 MHZ OUT 2 HP 70301A 300 MHZ IN HP 8120-5025 490 mm SMB(f) to SMB(f)

HP

70301A

21.4

MHz

IN

HP

70301A

21.4

MHz

OUT

HP

8120-5014

100

mm

SMB(f) to SMB(f) (1-slot)

Miscellaneous Cables

HP 70905B 321.4 MHZ OUT HP 70905B 321.4 MHZ IN HP 70905-20024 55 mm SMA(m) to SMA(m)

HP 70001A HP-MSIB OUT HP 70004A HP-MSIB IN HP 70800B 1.0 m MSIB cable

HP 70004A HP-MSIB OUT HP 70001A HP-MSIB IN HP 70800B 1.0 m MSIB cable

External Power Pack HP 70310A EXT PWR Built-in Power Pack Cable

* On this connector, use an HP 1250-1391 50 SMB tee(f) (m) (m) adapter.

Figure 2-29.

HP 71200C Modular Spectrum Analyzer Deleting HP 70905A RF Section, with HP 70905B

RF Section/HP 70600A Preselector/HP 70301A Microwave Tracking Generator Cabling

Note

The HP 71201A Option 001 modular spectrum analyzer uses this same

cabling conguration, but contains the HP 70906B RF section in place of

the HP 70905B RF section and the HP 70601A preselector in place of the

HP 70600A preselector.

Installation 2-39

HP 71209A Microwave Spectrum Analyzer

An HP 71209A microwave spectrum analyzer consists of the following components:

HP 70001A mainframe HP 70004A color display

HP 70900B local oscillator source HP 70902A IF section (10 Hz { 300 KHz)

HP 70903A IF section (100 KHz { 3 MHz) HP 70909A RF section (100 Hz { 26.5 GHz)

HP 70310A precision frequency reference or HP 70910A RF section (100 Hz { 26.5 GHz)

The

The

Refer

Figure

HP

usual

to

70001A

address

Chapter

2-30.

A

mainframe

for

the

1

for

ddress

Map

does

HP

70004A color display is ROW 0, COLUMN 4.

information

for

HP

71209A

not

have an HP-MSIB address.

Microwave

Spectrum

about software/rmware compatibility.

Analyzer

2-40 Installation

To congure an HP 71209A microwave spectrum analyzer, connect the rear panel cables

according to the following table.

CAUTION

APC

Do

ensure

not

3.5

exceed

proper

and

electrical

SMA

connectors

8

inch-pounds

connection

must

be torqued 5 to 8 inch-pounds (nger tight).

.

and prevent connector damage, all

T

o

Rear-Panel Cable Connections

From T

o

Cable

Flexible LO I/O Cables

HP 70900B LO OUT HP 70909A 1st LO IN HP 5061-9038 520 mm SMA(m) to SMA(m)

Flexible System Cables

HP 70900B 300 MHZ OUT 1 HP 70909A 300 MHZ IN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70900B 100 MHZ IN HP 70310A 100 MHZ HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70900B VIDEO IN

HP

70903A VIDEO OUT

HP

8120-5016 160 mm SMB(f) to SMB(f) (2-slot)

HP 70909A 21.4 MHz OUT HP 70903A 21.4 MHz IN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70900B TUNE SPAN

HP

70902A VIDEO OUT

HP

70902A

21.4

Miscellaneous

MHz

Cables

IN

HP

70909A TUNE SPAN

HP

70903A VIDEO IN

HP

70903A

21.4

MHz

OUT

HP

8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

8120-5014 100 mm SMB(f) to SMB(f) (1-slot)

HP

8120-5014

100

mm

SMB(f)

to

SMB(f)

(1-slot)

HP 70001A HP-MSIB OUT HP 70004A HP-MSIB IN HP 70800B 1.0 m MSIB cable

HP

70004A

HP-MSIB

OUT

HP

70001A

HP-MSIB

IN

HP

70800B

1.0

m

MSIB

cable

External Power Pack HP 70310A EXT PWR Built-in Power Pack Cable

Figure 2-31. HP 71209A Microwave Spectrum Analyzer Rear Panel Cabling

Installation 2-41

HP 71210C Microwave Spectrum Analyzer

An HP 71210C microwave spectrum analyzer consists of the following components:

HP 70001A mainframe HP 70004A color display

HP 70900B local oscillator source HP 70902A IF section (10 Hz { 300 KHz)

HP 70903A IF section (100 KHz { 3 MHz) HP 70908A RF section (100 Hz { 22 GHz)

HP 70310A precision frequency reference

Figure 2-32. Address Map for HP 71210C Microwave Spectrum Analyzer

The HP 70001A mainframe does not have an HP-MSIB address.

The usual address for the HP 70004A color display is ROW 0, COLUMN 4.

For information about software/rmware compatibility, refer to \Software/Hardware

Compatibility" in Chapter 4.

2-42 Installation

To congure an HP 71210C microwave spectrum analyzer, connect the rear panel cables

according to the following table.

CAUTION

APC

Do

ensure

not

3.5

exceed

proper

and

electrical

SMA

connectors

8

inch-pounds

connection

must

be torqued 5 to 8 inch-pounds (nger tight).

.

and prevent connector damage, all

T

o

From To Cable

Flexible

LO

I/O

Cables

HP 70900B LO OUT HP 70908A 1st LO IN HP 5061-9038 520 mm SMA(m) to SMA(m)

Flexible

System

Cables

HP 70900B 300 MHZ OUT 1 HP 70908A 300 MHZ IN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70900B 100 MHZ IN

HP

70310A 100 MHZ

HP

8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70900B VIDEO IN HP 70903A VIDEO OUT HP 8120-5016 160 mm SMB(f) to SMB(f) (2-slot)

HP

70908A

21.4

MHz

OUT

HP

70903A

21.4

MHz

IN

HP

8120-5022

365

mm

SMB(f)

to

SMB(f)

(6-slot)

HP 70900B TUNE SPAN HP 70908A TUNE SPAN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70902A VIDEO OUT HP 70903A VIDEO IN HP 8120-5014 100 mm SMB(f) to SMB(f) (1-slot)

HP 70902A 21.4 MHz IN HP 70903A 21.4 MHz OUT HP 8120-5014 100 mm SMB(f) to SMB(f) (1-slot)

Miscellaneous

HP

70001A

HP

70004A

External

HP-MSIB

HP-MSIB

P

ower

Cables

P

ack

OUT

OUT

HP

HP

HP

70004A

70001A

70310A

HP-MSIB

HP-MSIB

EXT

PWR

IN

IN

HP

70800B

HP

70800B

Built-in

P

ower

1.0

1.0

m

MSIB

m

MSIB

P

ack Cable

cable

cable

Figure 2-33. HP 71210C Microwave Spectrum Analyzer Rear Panel Cabling

Installation 2-43

HP 71400C Lightwave Signal Analyzer

An HP 71400C lightwave signal analyzer consists of the following components:

HP 70001A mainframe HP 70004A color display

HP 70900B local oscillator source HP 70902A IF section (10 Hz { 300 KHz)

HP 70903A IF section (100 KHz { 3 MHz) HP 70908A RF section (100 Hz { 22 GHz)

HP 70310A precision frequency reference HP 70810B lightwave section

Figure 2-34. Address Map for HP 71400C Lightwave Signal Analyzer

The HP 70001A mainframe does not have an HP-MSIB address.

The

usual

F

or

information

address

for

the

HP

about

software/rmware

70004A

color

display

compatibility

is

ROW 0, COLUMN 4.

,

refer

Compatibility" in Chapter 4.

to

\Software/Hardware

2-44 Installation

To congure an HP 71400C lightwave signal analyzer, connect the rear panel cables according

to the following table.

CAUTION

APC

Do

ensure

not

3.5

exceed

proper

and

electrical

SMA

connectors

8

inch-pounds

connection

must

be torqued 5 to 8 inch-pounds (nger tight).

.

and prevent connector damage, all

T

o

From To Cable

Flexible

LO

I/O

Cables

HP 70900B LO OUT HP 70908A 1st LO IN HP 5061-9038 520 mm SMA(m) to SMA(m)

Flexible

System

Cables

HP 70900B 300 MHZ OUT 1 HP 70908A 300 MHZ IN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70900B 100 MHZ IN

HP

70310A 100 MHZ

HP

8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70900B VIDEO IN HP 70903A VIDEO OUT HP 8120-5016 160 mm SMB(f) to SMB(f) (2-slot)

HP

70908A

21.4

MHz

OUT

HP

70903A

21.4

MHz

IN

HP

8120-5022

365

mm

SMB(f)

to

SMB(f)

(6-slot)

HP 70900B TUNE SPAN HP 70908A TUNE SPAN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70900B HSWP IN/OUT HP 70810B HSWP IN/OUT HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70902A VIDEO OUT HP 70903A VIDEO IN HP 8120-5014 100 mm SMB(f) to SMB(f) (1-slot)

HP

70902A

21.4

MHz

IN

HP

70903A

21.4

MHz

OUT

HP

8120-5014

100

mm

SMB(f)

to

SMB(f)

(1-slot)

Miscellaneous Cables

HP

70001A

HP-MSIB

OUT

HP

70004A

HP-MSIB

IN

HP

70800B

1.0

m

MSIB cable

HP 70004A HP-MSIB OUT HP 70001A HP-MSIB IN HP 70800B 1.0 m MSIB cable

External

P

ower

Pack

HP

70310A

EXT

PWR

Built-in

P

ower

Pack Cable

Figure 2-35. HP 71400C Lightwave Signal Analyzer Rear Panel Cabling

Installation 2-45

HP 71400C Lightwave Signal Analyzer with HP 70300A

RF Tracking Generator and HP 70301A Microwave Tracking Generator

An HP 71400C lightwave signal analyzer with HP 70300A RF tracking generator and

HP 70301A microwave tracking generator, consists of the following components:

HP 70001A mainframe HP 70004A color display

HP

HP

HP

HP

70900B

70903A

70300A

70310A

local

oscillator

IF

section

RF

tracking

precision

source

(100

KHz

generator

frequency

{

3

MHz)

reference

HP

70902A

HP

70905A RF section (50 KHz { 22 GHz)

HP

70301A microwave tracking generator

IF

section

(10

Hz { 300 KHz)

HP 70810B lightwave section

Figure 2-36.

Address Map for HP 71400C Lightwave Signal Analyzer with HP 70300A

RF Tracking Generator and HP 70301A Microwave Tracking Generator

The

HP

70001A

mainframe

does not have an HP-MSIB address.

The usual address for the HP 70004A color display is ROW 0, COLUMN 4.

For information about software/rmware compatibility, refer to \Software/Hardware

Compatibility" in Chapter 4.

2-46 Installation

To congure an HP 71400C lightwave signal analyzer with HP 70300A RF tracking generator

and HP 70301A microwave tracking generator, connect the rear panel cables according to the

following table.

CAUTION

3.5

not

ensure

and

SMA

exceed

proper

electrical

connectors

8 inch-pounds.

connection

must

be

and prevent connector damage, all APC

torqued 5 to 8 inch-pounds (nger tight). Do

T

o

From To Cable

Flexible

LO

I/O

Cables

HP 70900B LO OUT HP 70908A 1st LO IN HP 5061-9038 520 mm SMA(m) to SMA(m)

HP

70301A

LO OUT

HP

70300A

LO IN

HP

5021-5449

220 mm SMA(m) to SMA(m)

HP 70908A LO OUT HP 70301A LO IN HP 5021-5494 400 mm SMA(m) to SMA(m)

Flexible

System

Cables

HP 70900B 300 MHZ OUT 1 HP 70908A 300 MHZ IN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70900B

300

MHZ

OUT

HP

70300A

300

MHZ

2

IN

HP

8120-5022

365

mm

SMB(f)

to

SMB(f)

(6-slot)

HP 70900B HSWP IN/OUT * HP 70810B HSWP IN/OUT HP 8120-5021 310 mm SMB(f) to SMB(f) (5-slot)

* HP 70810B HSWP IN/OUT HP 70300A HSWP IN HP 8120-5021 310 mm SMB(f) to SMB(f) (5-slot)

HP

HP

70900B

70900B

100

MHZ

VIDEO

IN

IN

HP

HP

70310A

70903A

100

MHZ

VIDEO

OUT

HP

HP

8120-5022

8120-5016

365

160

mm

mm

SMB(f)

SMB(f)

to

to

SMB(f)

SMB(f)

(6-slot)

(2-slot)

HP 70900B SWEEP HP 70300A SWEEP IN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70900B TUNE SPAN * HP 70908A TUNE SPAN HP 8120-5021 310 mm SMB(f) to SMB(f) (5-slot)

*

HP

70908A TUNE SPAN

*

HP

70300A

HP

HP

70908A

70902A

21.4

VIDEO

TUNE

MHz

SP

OUT

AN

OUT

*

HP

70300A TUNE SPAN

HP

70301A

TUNE

HP

70903A

21.4

HP

70903A

VIDEO

SP

MHz

IN

AN

IN

HP

HP

HP

HP

8120-5017

8120-5017

8120-5022

8120-5014

205 mm SMB(f) to SMB(f) (3-slot)

205

mm

SMB(f)

to

SMB(f)

(3-slot)

365

mm

SMB(f)

to

SMB(f)

(6-slot)

100

mm

SMB(f)

to

SMB(f)

(1-slot)

HP 70902A 21.4 MHz IN HP 70903A 21.4 MHz OUT HP 8120-5014 100 mm SMB(f) to SMB(f) (1-slot)

HP 70300A 300 MHZ OUT HP 70301A 300 MHZ IN HP 8120-5016 160 mm SMB(f) to SMB(f) (2-slot)

HP

70301A

21.4 MHz IN

Miscellaneous

Cables

HP

70301A

21.4 MHz OUT

HP

8120-5014

100 mm SMB(f) to SMB(f) (1-slot)

Lower HP 70001A HP-MSIB OUT Upper HP 70001A HP-MSIB IN HP 70800B 1.0 m MSIB cable

Upper HP 70001A HP-MSIB OUT HP 70004A HP-MSIB IN HP 70800B 1.0 m MSIB cable

HP

70004A

HP-MSIB

OUT

Lower

HP

70001A

HP-MSIB

IN

HP

70800B

1.0

m

MSIB

cable

External Power Pack HP 70310A EXT PWR Built-in Power Pack Cable

*

On

this

connector, use an HP 1250-1391 50 SMB tee(f) (m) (m) adapter.

Installation 2-47

Figure

HP 71400C Lightwave Signal Analyzer with HP 70300A RF Tracking Generator and

HP 70301A Microwave Tracking Generator Rear Panel Cabling

2-48 Installation

2-37.

HP 71401C Lightwave Signal Analyzer

An HP 71401C lightwave signal analyzer consists of the following components:

HP 70001A mainframe HP 70004A color display

HP 70900B local oscillator source HP 70902A IF section (10 Hz { 300 KHz)

HP 70904A RF section (100 Hz { 2.9 GHz) HP 70903A IF section (100 KHz { 3 MHz)

HP 70810B lightwave section HP 70310A precision frequency reference

Figure

The

HP

70001A mainframe does not have an HP-MSIB address.

The

usual

address for the HP 70004A color display is ROW 0, COLUMN 4.

F

or information about software/rmware compatibility, refer to \Software/Hardware

Compatibility"

2-38.

A

ddress

in Chapter 4.

Map

for

HP 71401C Lightwave Signal Analyzer

Installation 2-49

To congure an HP 71401C lightwave signal analyzer, connect the rear panel cables according

to the following table.

CAUTION

APC

Do

ensure

not

3.5

exceed

proper

and

electrical

SMA

connectors

8

inch-pounds

connection

must

be torqued 5 to 8 inch-pounds (nger tight).

.

and prevent connector damage, all

T

o

From To Cable

Flexible

LO

I/O

Cables

HP 70900B LO OUT HP 70904A 1st LO IN HP 5061-9038 520 mm SMA(m) to SMA(m)

Flexible

System

Cables

HP 70900B 300 MHZ OUT (1) HP 70904A 300 MHZ IN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70900B 100 MHZ IN

HP

70310A 100 MHZ

HP

8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70900B VIDEO IN HP 70903A VIDEO OUT HP 8120-5016 160 mm SMB(f) to SMB(f) (2-slot)

HP

70904A

21.4

MHz

OUT

HP

70903A

21.4

MHz

IN

HP

8120-5022

365

mm

SMB(f)

to

SMB(f)

(6-slot)

HP 70903A 21.4 MHz OUT HP 70902A 21.4 MHz IN HP 8120-5014 100 mm SMB(f) to SMB(f) (1-slot)

HP 70902A VIDEO OUT HP 70903A VIDEO IN HP 8120-5014 100 mm SMB(f) to SMB(f) (1-slot)

HP 70900B HSWP IN/OUT HP 70810B HSWP IN/OUT HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

Miscellaneous

HP

70001A

HP

70004A

External

HP-MSIB

HP-MSIB

P

ower

Cables

P

ack

OUT

OUT

HP

HP

HP

70004A

70001A

70310A

HP-MSIB

HP-MSIB

EXT

PWR

IN

IN

HP

70800B

HP

70800B

Built-in

P

ower

1.0

1.0

m

MSIB

m

MSIB

P

ack Cable

cable

cable

Figure 2-39. HP 71401C Lightwave Signal Analyzer Rear-Panel Cabling

2-50 Installation

HP 71401C Lightwave Signal Analyzer with an HP 70300A

RF Tracking Generator

An HP 71401C lightwave signal analyzer with HP 70300A RF tracking generator consists of the

following components:

HP

HP

HP

HP

HP

70001A

70900B

70904A

70300A

70810B

mainframe

local

oscillator

RF

section

RF

tracking

lightwave

source

(100

generator

section

HP

70004A

HP

70902A IF section (10 Hz { 300 KHz)

Hz

{ 2.9 GHz) HP 70903A IF section (100 KHz { 3 MHz)

HP

70310A precision frequency reference

color

display

A

ddress

Figure

Map for HP 71401C Lightwave Signal Analyzer with an HP 70300A

RF

Tracking

2-40.

Generator

The HP 70001A mainframe does not have an HP-MSIB address.

The usual address for the HP 70004A color display is ROW 0, COLUMN 4.

For information about software/rmware compatibility, refer to \Software/Hardware

Compatibility" in Chapter 4.

To congure an HP 71401C lightwave signal analyzer with an HP 70300A

RF tracking generator

, connect the rear panel cables according to the following

table.

CAUTION

To ensure proper electrical connection and prevent connector damage, all

APC 3.5 and SMA connectors must be torqued 5 to 8 inch-pounds (nger tight).

Do not exceed 8 inch-pounds

.

Installation 2-51

From To Cable

Flexible

LO

I/O

Cables

HP 70900B LO OUT HP 70904A 1st LO IN HP 5061-9038 520 mm SMA(m) to SMA(m)

Flexible

System

Cables

HP 70900B 300 MHZ OUT (1) HP 70904A 300 MHZ IN HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

70900B 300 MHZ OUT (2)

HP

70300A 300 MHZ IN

HP

8120-5025 490 mm SMB(f) to SMB(f)

HP 70900B 100 MHZ IN HP 70310A 100 MHZ HP 8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP

HP

70900B

TUNE

SP

AN

HP

70300A

TUNE

+

SP

AN

IN

8120-5025

490

mm

SMB(f)

to

SMB(f)

HP 70900B SWEEP HP 70300A SWEEP IN HP 8120-5025 490 mm SMB(f) to SMB(f)

HP 70900B VIDEO IN HP 70903A VIDEO OUT HP 8120-5016 160 mm SMB(f) to SMB(f) (2-slot)

HP

70904A 21.4 MHz OUT

HP

70903A 21.4 MHz IN

HP

8120-5022 365 mm SMB(f) to SMB(f) (6-slot)

HP 70900B HSWP IN/OUT * HP 70810A HSWP IN/OUT HP 8120-5021 310 mm SMB(f) to SMB(f) (5-slot)

*

HP

70810A

HSWP

IN/OUT

HP

70300A

HSWP

IN

HP

8120-5022

365

mm

SMB(f) to SMB(f) (6-slot)

HP 70903A 21.4 MHz OUT HP 70902A 21.4 MHz IN HP 8120-5014 100 mm SMB(f) to SMB(f) (1-slot)

HP

70903A

VIDEO

IN

HP

70902A

VIDEO

OUT

HP

8120-5014

100

mm

SMB(f)

to

SMB(f)

(1-slot)

Miscellaneous Cables

HP

70904A

1st LO OUT

HP

70300A

LO IN

HP

5021-5495

400 mm SMA(m) to SMA(m)

HP 70300A 0-2.9 GHZ OUT HP 70300A 0-2.9 GHZ IN HP 70300-20067 380 mm SMA(m) to SMA(m)

HP

70001A

HP

70004A

External

*

On

this

HP-MSIB

HP-MSIB

P

ower

Pack

connector

,

OUT

OUT

use

an

HP

HP

HP

HP

1250-1391

70004A

70001A

70310A

HP-MSIB

HP-MSIB

EXT

50

IN

IN

PWR

SMB tee(f) (m) (m) adapter.

HP

70800B

HP

70800B

Built-in

P

ower

1.0

m

1.0

m

Pack Cable

MSIB

MSIB

cable

cable

Figure 2-41.

HP 71401C Lightwave Signal Analyzer Rear-Panel Cabling with an HP 70300A

RF Tracking Generator

2-52 Installation

System

The

gures

\P"

system

A

sample

A

partial

Congurations

in

this

section

congurations

address

view

of

the system rear panel illustrating cable connections.

map

show

.

The

screen

for

the

addressing

following

illustrating

\P"

Systems

order and cable connections for some common

information

the

addressing

is

provided for each conguration.

order.

Modules

A

list

A

from-to

included

of

rear

in

the

system to ensure that needed elements are available.

panel cables describing type, quantity, and HP part numbers.

list

describing where to connect the cables and adapters.

General Guidelines for Module Placement

The following is a list of general guidelines for modules that are placed in a single HP 70001A

mainframe to make up a \P" system conguration:

Guideline 1 IF modules should be positioned to the left of the HP 70900B local oscillator

source.

Guideline

2

Tracking

should

generators

modules

and

the

HP

70310A

precision frequency reference

not be placed directly next to the HP 70900B local oscillator source

Guideline 3 Systems that contain a HP 70700A digitizer should be positioned in the slot

directly to the left of the HP 70900B local oscillator source

Guideline 4 Tracking generators modules and the HP 70310A precision frequency reference

should be positioned to the left of the HP 70900B local oscillator source and IF

modules.

Guideline 5 RF modules should be positioned to the right of the HP 70900B local oscillator

source.

Guideline 6 Preselectors, preamps, and external mixers should be positioned to the right of

the

RF

module

.

Guideline

Guideline

Guideline 9

7

8

Cabling

using

If

there

between

semi-rigid

is

enough

the

RF

cables

module

.

and the pre-RF modules are accomplished

empty slots in a system and that system does not contain

any modules placed to the right of the RF module (the system does not have

a preselector, preamp, or external mixer), a blank space should be left to the

right of the RF module to allow easy addition of pre-RF modules in the future.

If there are additional empty slots

the HP 70310A precision frequency reference

, the empty slots are generally to the left of

.

Installation 2-53