Agilent Technologies 4291B User Manual

Agilent

4291B RF

Impedance/Material

Analyzer

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Agilent Part No. 04291-90111

Printed in JAPAN March 2001

Notice

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Second

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:

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:

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:

F

Third

ourth

Edition

(part

number:

04291-90111)

iii

Safety Summary

The

following

service

W

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and

intended

The

A

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with

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in

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be observed

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Note

Ground

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4291B

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POLLUTION

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Operation

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Component

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Contents

1.

General

INTRODUCTION

ORGANIZATION

ANALYZERS

TABLE

2.

P

erformance

INTRODUCTION

GENERAL

W

Ambient Conditions

Calibration

P

Recommended

FREQUENCY

Description

Specication

T

Procedure

OSC

Description

Specication

T

Procedure

MEASUREMENT

Description

Specication

T

Procedure

DC

Description .

Specication...... .....

Test Equipment .. ...... ...... ...... ...... .... 2-17

Procedure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-17

PERFORMANCE TEST RECORD ....................... 2-20

Frequency Accuracy Test........ ...... ..... ...... . 2-20

Osc Level Accuracy Test .......................... 2-20

Information

.

..

.

OF

SERVICE

CO

VERED

OF

SERVICE

T

INFORMA

arm

Up

Time

Cycle

erformance

A

est

Equipment

.

LEVEL

est

est Equipment

Save

Analyzer

Open Measurement T

Short Measurement T

50  Measurement T

10 cm Airline with Open T

10

BIAS LEVEL A

Without Option 1D5 .......... ...... ..... ...... 2-20

WithOption1D5..... ...... ..... ...... ...... . 2-20

A

CCURA

Equipment

.

..

the Analyzer

Calibration

cm Airline with Short T

TEST

ests

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TION

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est

Record

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est

Equipment

CCURA

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CY

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CY

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CCURA

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Setup .

CCURACY TEST (OPTION 001)

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

MANU

BY

MANU

EQUIPMENT

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..

.

TEST

.

TEST

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CY

TEST

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est ..........

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......

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1-1

. 1-1

.

1-3

. 1-4

.

2-1

.

2-1

.

2-1

. 2-1

.

2-1

.

2-1

.

2-2

.

2-3

.

2-3

.

2-3

.

2-3

.

2-3

.

2-5

.

2-5

.

2-5

. 2-5

2-5

.

2-8

. 2-8

.

2-8

.

2-8

. 2-8

.

2-11

2-12

2-13

2-15

2-17

Contents-1

Norm-T

High-T

Measurement

Norm-T

High-T

DC

3.

A

djustments

INTRODUCTION

SAFETY

REQUIRED

W

ARM-UP

INSTRUMENT

ORDER

UPD

A

djustments

Keyboard

Controller

Updating

40

MHz

Required

Procedure

520

MHz

Required Equipment

Procedure

COMB

Required

Procedure

STEP

Required

Procedure

SECOND

Required

Procedure

SOURCE

Required

Procedure . . . . . . . . .

THIRD LOCAL V

Required Equipment . . . . . . . . . .

Procedure . . . . . . . . . . . . . . . . . . . . .

SOURCE MIXER LOCAL LEAKA

Required Equipment . . . . . . . . . . . . . . . . . . . . .

Procedure . . . . . . . . . . . . . . . . . . . . . . .

OSC LEVEL CORRECTION CONST

Required Equipment . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-20

Procedure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-20

HOLDSTEPADJUSTMENT..... ...... ...... ...... ... 3-21

Required Equipment . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-21

Procedure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-21

BAND PASS FILTER ADJUSTMENT . . . . . . . . . . . . . . . . . . . . . . 3-22

Required Equipment . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-22

emp High-Impedance

emp Low-Impedance

emp High-Impedance

emp Low-Impedance

Accuracy

emp High-Impedance

emp

Low-Impedance

emp

High-Impedance

emp

Low-Impedance

Bias

A

ccuracy

and

Correction

.

CONSIDERA

EQUIPMENT

FOR

ADJUSTMENTS

CO

VER

OF

ADJUSTMENTS

TING

Correction

Program

and

Mouse

Requirement

Correction

REFERENCE

Equipment

.

LEVEL

GENERATOR

PRETUNE

LOCAL

V

CXO

ADJUSTMENT

..

.

Equipment .

..

CORRECTION

Equipment

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PLL

Equipment

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ADJUSTMENT

Equipment

CXO ADJUSTMENT

Test

T

est

T

est

T

est

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T

est

T

est

T

est

.

Constants

.

TIONS

REMO

Constants

OSCILLA

.

ADJUSTMENT

.

LOCK

.

AND

V

AL

.

Operation

.

TOR

.

..

.

..

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..

.

CONST

.

ADJUSTMENT

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GE ADJUSTMENT . . . . . . . . . . . . . . .

.

USING

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

Head .

est

Head

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Head

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CORRECTION

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THE

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FREQUENCY ADJUSTMENT

..

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ANTS....................

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(Option

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ADJUSTMENTS

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CONST

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ANTS

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PROGRAM

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2-20

2-21

. 2-22

.

2-23

2-31

2-39

. 2-47

.

2-55

.

3-1

.

3-1

.

3-2

.

3-2

.

3-2

.

3-3

.

3-3

.

3-3

.

3-4

.

3-5

.

3-6

.

3-6

.

3-8

.

3-8

.

3-8

.

3-10

.

3-10

.

3-13

.

3-13

.

3-13

. 3-14

.

3-14

.

3-14

.

3-16

.

3-16

3-17

3-18

3-20

Contents-2

Procedure

DC

BIAS LEVEL

Procedure

10

MHz REFERENCE

ONL

Y) .

Required

Procedure

4.

Overall

TROUBLESHOOTING

INSPECT

Check

VERIFY

Source

Receiver

Transducer

INSPECT

Check the

Check

Troubleshooting

THE

the

Error

Troubleshooting

A2

POST

FUNCTIONAL

T

est

T

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Equipment

Procedure

T

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Procedure

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Procedure

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the P

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CORRECTION

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OSCILLA

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Equipment .

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SUMMARY

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Front

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When

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ANTS

.

..

.

..

.

..

.

..

.

..

Self-test

.

..

.

..

(OPTION

..

ADJUSTMENT

..

.

..

.

..

F

ailed

..

.

..

.

..

.

..

.

..

001

..

.

..

.

..

.

..

ONL

..

.

..

.

..

.

..

.

..

.

..

Y)

..

(OPTION

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

1D5

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

. 4-9

. 4-10

..

.

. 4-10

.

3-22

3-24

3-25

4-2

4-4

4-5

4-6

4-7

4-9

4-10

4-12

5.

Power

INTRODUCTION

ST

FIND OUT WHY THE F

FIND OUT WHY THE A50 SHUTDOWN LED IS OFF

FIND OUT WHY THE A1 +5 VD LED IS NOT ON STEADILY .......... 5-11

Supply Troubleshooting

.

..

.

ART

HERE

1.

Check

2.

Check

3.

Check

A50

SHUTDOWN

4.

Check

Measure

5. Check the Eight A2 LEDs

6. Run Internal T

1. Check the Line V

2. Check the A50 SHUTDOWN LED . . . . . . . . . . . . . . . .

1. Disconnect the Cable from the A50J1

2. Disconnect the Cable from the A51J2

3. Disconnect the Cable from A22J1 (Option 001 Only) . . . . . . . . . . . . 5-9

4. Disconnect the Cable from the A1J10 ... ..... ...... .... 5-9

5. Remove Assemblies . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-10

1. Check the A40 Pre-regulator . . . . . . . . . . . . . . . . . . . . . . . 5-11

2. Check the A50 DC-DC Converter . . . . . . . . . . . . . . . . . . . . . 5-11

3. Disconnect Cables on the A1 CPU .................... 5-12

.

Error

the

.

..

.

Messages

F

an

is

A50

SHUTDOWN

A1

+5

A1

+5

est 4: A2 POST REGULA

.

..

Rotating

LED

VD

AN IS NOT ROT

oltage, Selector Switch Setting, and Fuse . . . . . . . . .

.

LED

V

oltage

.

LED

.

..

....

.

..

.

..

.

..

.

..

.

..

.

..

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

TOR .

ATING .

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

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

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

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

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

.

..

.

.....

.

..

.

5-1

.

5-3

.

5-3

.

5-3

.

5-3

.

5-4

.

5-5

.

5-5

5-6

5-8

5-9

. 5-9

5-9

Contents-3

4.

Remove Assemblies

TROUBLESHOOT

1.

Troubleshoot the

2.

Troubleshoot the

TROUBLESHOOT

1.

Check the

2.

Check

3.

Remove

4.

Measure

6.

Digital

INTRODUCTION

ST

ART

1.

Check

2.

Check

Identify

3.

Check

4.

Check

5.

Check

6.

Check

7.

Check

TROUBLESHOOT

1.

Run

2.

Check

the

Control

HERE

the

Error

the

THE F

AN

F

an

A50

THE A2

A40

Pre-Regulator

A50

DC-DC

Assemblies

the

A2

P

ost

Troubleshooting

.

P

ower

On

5

and

4

Ch

1

A1

Eight

LEDs

Messages

the

First

F

ailed

A1

DRAM

A1

V

olatile

A30

Front

A53

FDD

A32

I-B

ASIC Interface

THE

A51

Internal

A52

T

est 3:

LCD(Liquid

..

.

AND

THE

.

DC-DC

POST-REGULA

Converter

.

Regulator

.

Sequence

4

Ch

.

and

Memory

Keyboard

.

GSP

Converter

.

..

5

Operations

2

.

T

est

.

Flash

.

and

A51 GSP

Crystal

.

Output

.

..

.

Memory

.

A52 LCD

.

A50

DC-DC

.

TOR

.

V

.

..

.

..

.

..

.

..

and the

.

Display)

.

CONVERTER

.

..

.

..

oltages

..

.

..

.

..

.

..

mini

..

.

..

.

..

.

..

.

..

.

..

.

..

DIN

.

..

.

..

.

..

.

..

.

..

.

Keyboard

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

. 5-14

.

. 5-15

..

. 5-17

.

5-13

5-14

5-17

6-1

6-3

6-4

6-5

6-6

6-7

6-8

7. Source

INTRODUCTION

SOURCE

ST

CHECK A5 SYNTHESIZER OUTPUTS

CHECK A4A1 1ST LO OUTPUTS

CHECK AN A3A1 SOURCE VERNIER OUTPUT ................ 7-21

CHECK A3A2 2ND LO OUTPUTS . . . . . . . . . . . . . . . . . . . . . . . 7-23

CHECK A3A3 SOURCE OUTPUT .. ...... ..... ...... .... 7-27

Troubleshooting

..

.

..

.

GROUP TROUBLESHOOTING

Start

Here .

Check

ART

1. Check the INT REF Signal . . . . .

2. Check the FRA

3. Check the STEP OSC Signal

4. Check the 520 MHz Signal . . . . . . . . . . . . . . . .

5. Check the EXT REF Operation . . . . . . . . . . . . . . . . .

1. Check the 1st LO OSC Signal at A4A1J3

2. Check the 1st LO OSC Signal at A4A1J4 ................. 7-19

1. Check the 21.42 MHz Signal . . . . . . . . . . . . . . . . . . . . . . . 7-21

1. Check the 2nd Local Oscillator Signal .................. 7-23

2. Check the 2.05858 GHz Signal . . . . . . . . . . . . . . . . . . . . . . 7-24

A5 Synthesizer

A4A1

an

A3A2

A3A3

A7

A22

A60

HERE

..

1st

A3A1

2nd

Source

Output

DC

High

.

Outputs .

LO

Outputs

Source

Bias

Stability

.

V

LO

Outputs

Output

Attenuator

1/2

Output

.

..

C N OSC Signal . . . .

.

ernier

.

Control

Frequency

.

SUMMARY

.

Output

.

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

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

.

Signals

.

..

Reference

.

......

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

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

.

..

.

..

.

..

.

..

.

..

.

..

.

(Option

.

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

1D5)

..

.

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

...... .

........

.

..

.

..

.

..

.

..

.....

....

.

7-1

.

7-3

.

7-3

. 7-3

.

7-3

.

7-3

.

7-3

.

7-3

7-4

.

7-4

. 7-4

.

7-5

7-6

7-8

7-10

7-13

7-15

7-17

. 7-17

Contents-4

1.

CHECK

1.

CHECK

1.

CHECK

8.

Receiver

INTRODUCTION

RECEIVER

ST

ART

T

est

Procedure

9.

Transducer

INTRODUCTION

TRANSDUCER

ST

ART

T

est

Procedure

10.

Service

INTRODUCTION

SERVICE

N

NN

TESTS

N

SERVICE

N

READ

N

FIRMWARE

TESTS

N

NN

EXECUTE

N

NN

N

INTERNAL

N

EXTERNAL

N

ADJUSTMENT

N

NN

DISPLAY TESTS

Test Status

Diagnostic T

Test Descriptions . . . . . . . . . . . . . . . . . . . . .

Check the

A7 OUTPUT

Check A7

A22 DC

Check A22

THE A60

HERE

Equipment

FRONT

HERE

Equipment

CABLE

High

K

N

ID

N

NN

N

MENU

NN

N

NN

N

NN

N

NNNNNNNNNNNNNNNNNNN

INTERNAL TESTS

0: ALL INT

1: A1 CPU

2: A1 V

3: A51 GSP

4: A2 POST REGULATOR ........................ 10-9

5: A6 A/D CONVERTER .......... ...... ...... ... 10-9

6: A5 REFERENCE OSC ......................... 10-9

7: A5 FRACTIONAL N OSC . . . . . . . . . . . . . . . . . . . . . . . . 10-9

8: A5 STEP OSC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-9

9: A4A1 1ST LO OSC .......................... 10-10

10:A3A22NDLOOSC.......................... 10-10

A3A3 RF

Control

BIAS

Output

HIGH

Troubleshooting

.

GROUP

.

ISOL'N

Troubleshooting

.

GROUP

.

ISOL'N

T

emperature

ey

Menus

.

MENU

.

N

NN

N

NN

N

.

NN

N

MODES

.

N

NN

N

REVISION

.

N

NN

N

TEST

(

NN

N

NNNNNNNNNNNNNNNNNNNNNNNNN

OLATILE MEMORY . . . . . . . . . . . . . . .

:DIAG:TEST:EXET

N

TESTS

N

NN

TESTS

N

NN

TESTS

NN

N

..........

ests ....................

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

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

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

Signal .

A

TTENU

Signals

1/2

OUTPUT

V

oltages

ST

ABILITY

.

TROUBLESHOOTING

.

T

est

F

ailure

.

TROUBLESHOOTING

.

T

est F

ailure Troubleshooting

T

est

Head Trouble

.

(

:DIAG:SERV:MODE

.

N

(

.

N

(

:DIAG:FREV?

.

..

(

:DIAG:TEST

(

:DIAG:TEST

N

(

:DIAG:TEST

...... ...

.

A

TOR

CONTROL

.

FREQUENCY

.

..

.

..

Troubleshooting

.

..

.

..

.

..

.

)

..

.

)

0

)

17

)

34

)

40

)

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

.

SIGNALS

.

..

.

..

REFERENCE

.

..

SUMMARY

.

..

SUMMARY

.

..

.

..

.

Isolation (Opt.

.

{ON|1}

..

.

..

)

.

..

.

..

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

.

..

.

..

.

..

.

..

.

..

.

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

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

..

.

..

.

..

.

..

.

..

.

013

and

014)

.

..

.

..

.

..

.

..........

.........

...... ...

......

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

7-27

. 7-29

.

7-29

7-31

.

7-31

. 7-33

.

8-1

8-3

.

8-4

.

8-4

.

8-4

.

8-5

.

9-1

.

9-4

.

9-5

.

9-5

.

9-5

.

9-6

.

9-7

.

10-1

.

10-3

.

10-3

.

10-3

.

10-4

10-5

.

10-5

.

10-6

.

10-6

10-7

10-8

10-9

Contents-5

11:

A3A1 DIVIDER

12:

A6 3RD

13:

A3A1 SOURCE

14:

A6 SEQUENCER

15:

SOURCE LEVEL

16:

DC BIAS

N

NN

N

EXTERNAL

17:

FRONT P

18:

DSK

19:

POWER SWEEP

20:

SOURCE FLA

21:

OUTPUT A

22:

RECEIVER GAIN

23:

A6 GAIN

24:

A6 V/I

25:

FRONT ISOL'N

26:

TRD LOSS

27:

CABLE

28:

TRD

29:

TRD

30:

HIGH

31:

LOW

32:

HIGH

33:

HIGH

N

NN

N

ADJUSTMENT

34:

HOLD

35:

BPF

36:

3RD

37:

2ND

38:

SOURCE

39:

SOURCE

N

DISPLAY

40:

TEST

41:

TEST

42:

TEST

43:

TEST

44:

TEST P

SERVICE

N

NN

BUS

N

NN

CORRECTION

NNNNNNNNNNNNNNNNN

SYNTH

NNNNNNNNNNN

OSC

N

NNNNNNNNNNNNNNNNNNNNNN

DC BIAS

NNNNNNNNNNN

TRD

NNNN

IF

Service Modes . .

BUSMEASUREMENTMENU..... ...... ...... ...... .. 10-17

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

BUS MEAS on OFF(:DIAG:SERV:BUS:STAT {ON|OFF}

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

DC BUS [OFF](:DIAG:SERV:BUS:DC<numeric>) ....... ...... 10-17

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

FREQ BUS [OFF](:DIAG:SERV:BUS:FREQ<numeric>) ........... 10-17

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

AZ SWITCH on OFF(:DIAG:SERV:BUS:AZER {OFF|ON|0|1}

MODES MENU

NN

N

MEAS [OFF]

NN

N

NN

...

......

NNNN

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

LO

NN

N

TESTS

ANEL DIA

DR

FA

TTENUA

NORMALIZER

ISOLA

ISOL'N

Z HEAD

TEMP

N

NN

N

TESTS

STEP

ADJ

V

CXO

LO

PLL

MIXER

V

N

NN

N

NN

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

CXO

NN

N

TESTS

P

A

TTERN

P

A

TTERN

P

A

TTERN

P

A

TTERN

ATTERN

N

NN

N

NN

N

CONSTANTS

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

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

..

.

..

OSC

.

..

OSC

.

N

NN

.

ULT

TNESS .

..

.

TION

ITO

V

TO

..

HIGH

LOW

N

ADJ

.

LEVEL

LOCK

N

.

N

..

N

NN

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

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

.

G. .

ISOL'N .

LINEARITY .

TOR .

..

.

V

I

..

Z HEAD

N

.

ADJ

LEAK

LEVEL

.

1

2 .

3

4

5 .

..

NN

N

..

.

..

.

..

.

ADJ

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

ADJ

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

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

...... .

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

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

)............ 10-17

)..... .... 10-18

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

. 10-11

..

. 10-11

..

. 10-11

..

. 10-11

..

.

..

.

..

.

..

. 10-12

..

. 10-12

.

..

.

..

.

....

10-10

10-11

10-12

10-13

10-14

10-15

10-16

Contents-6

N

NN

N

Node

V

15

12.6

5

V

AN

A

C

V

VTUNE

INTEG

VREF

BIAS

N

(

:DIAG:SERV:BUS:WAIT

..

.

alues .

Descriptions

.

(A

UX)

(2.025

(

0

1.92

U)

V

(

0

2.124

(

0

2.025

U)

(2.025

V

POWER

V

VTUNE

LO

OUT

LO

OUT

LO

VTUNE

LO

Bus Node

.

OSC

NNNNNNNNNNNNNNNNNNNNNNNNN

U)

(2.1465

(1.8955

(A

UX)

(1.92

(2.002

(2.0605

LEVEL

VTUNE

LEVEL

.

OSC

U)

(1.92

U)

.

U)

(Source

VTUNE

(Detector

(Level

(Step

(Fractional N

OUT (Fractional

(Reference

(A/D

V

OL

T

A

CURRENT

.

Descriptions

.

(Source

OUT

(Divider

(Step

Oscillator)

(Reference Oscillator)

(Third Local Oscillator)

ANTS MENU

NNNNN

(

:DIAG:SERV:CCON:OLEV {NORM|FRON|OFF}

.............................. 10-30

.

U)

.

U)

.

U)

.

Oscillator

(Second

Output)

.

D

A

C

Output V

(First

Oscillator

(Third

.

..

Converter

GE

.

Oscillator)

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

(

:DIAG:SERV:CCON:DCB {OFF|ON|0|1}

<

numeric

.

..

.

..

.

..

.

..

.

..

.

..

.

V

CO

Local

Oscillator

.

..

oltage) .

Local

Oscillator

V

CO

Oscillator

N

Oscillator

Oscillator V

Local Oscillator

.

V

oltage

.

Output)

Reference)

.

..

.

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

..

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

>

)

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

Tuning

..

Turning

V

CO

.

..

.

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

V

CO

..

.

V

CO

Turning V

V

Turning

Integrator

Tuning

V

CO

Tuning

.

..

.

..

oltage)

Tuning

.

oltage) .

V

.

V

oltage)

.

oltage) .

..

V

oltage)

Output

oltage)

V

oltage)

.

..

.

..

.

..

.

..

.

). . . . . . . .

) ...... ..

) ....... 10-30

). . . . . . . . 10-30

...... ...... . 10-31

.

V

oltage)

.

..

.

..

.

.......

.

..

.

..

.

..

.

..

. 10-18

.

. 10-18

..

.

..

.

. 10-24

.

..

.

. 10-25

.

. 10-26

10-18

10-19

10-20

10-21

10-22

10-23

10-24

10-25

10-26

10-27

10-28

WAIT

COUNT

Bus

Measurement .

Bus

Measurement Procedure

Bus

Measurement V

DC

Bus

0:

OFF .

1:

+5

2:

0

3:

0

4:

0

5:

+5

6:

+5.3

7:

+8.5

8:

+15

9:

+15

10:

+22

11:

F

12:

+65

13:

SRC

14:

2ND

15:

DET

16:

SRC

17:

D

18:

1ST

19:

STEP

20:

FN

21:

FN

22:

REF

23:

3RD

24:

3RD

25:

AD

26:

DC

27:

DC

28:

GND A22A23

29:

GND .

Frequency

0:

OFF

1:

SOURCE

2:

DIVIDER

3:

STEP

4: FN OSC (Fractional N Oscillator) . . . . . . . . . . . . .

5: REF OSC

6: 3RD LO OSC

7: SAMPLE HOLD . .

CORRECTION CONST

NNNNNNNNNNNNNN

NNNNNNNNNNNNNNNNNNNNNNNNN

OSC LVL CC [ ]

NNN

NNNNNNNNNNNNNNNNNNNNNNNNN

DC BIAS CC ON/off

Correction Constants . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-28

SYNTHESIZER CONTROL MENU ....................... 10-29

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

1st LO OSC [ ](:DIAG:SYNT:FLOC:MODE {AUTO|SING|TRIP}

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

FN OSC [ ](:DIAG:SERV:STNT:FN:MODE {AUTO|NARR|WIDE}

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

STEP OSC [ ]

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

FREQUENCY OFFSET(:DIAG:SERV:SYNT:FREQ:OFFS

Contents-7

OSC

CONTROL MENU

N

NN

N

NN

N

OSC

AUTO man

NN

N

NN

OUTPUT

NN

N

OSC DAC

N

NN

N

OSC

N

OSC

DC BIAS

NN

N

DC BIAS

N

POLARITY

N

CUR

N

DAC

N

RELAY

TRANSDUCER

NN

N

TRD

N

TRD

N

MEAS

N

TEST

IF

CONTROL

N

IF

N

NN

GAIN XV

N

GAIN

N

GAIN

N

GAIN

N

IF

BOOTLO

NN

N

SYSTEM

N

SYSTEM

N

PREVIEW

N

NN

REBOOT

NN

{AUTO|DB0|DB10|DB20|DB30|DB40|DB50|DB60}

N

NN

N

NN

DAC

N

NN

N

OUT

CONTROL

N

NN

N

NN

OFST

N

.

N

NN

N

ON

N

NN

ATT

N

RANGE

N

[

N

NN

N

HEAD

N

NN

N

GAIN

N

XI

N

NN

N

Y

N

NN

N

Z

N

NN

N

BW

ADER

N

NN

N

NN

N

NN

N

NN

N

ATT

NN

N

NN

N

]

N

[

N

[

N

UPDATE

BACKUP

N

NN

[

NN

N

AUTO

NN

N

VALUE

N

NN

ON

off

NN

N

AUTO

NN

N

[

]

NN

N

[

]

.

N

NN

off

CONTROL

NN

N

AUTO

N

NN

N

(

:DIAG:SERV:TRAN:RANG

N

(

:DIAG:SERV:TRAN:SENS:FUNC

N

[

]

MENU

N

NN

N

AUTO

N

NN

N

[

]

(

NN

N

[

]

(

N

]

(

:DIAG:SERV:IF:GAIN:Y

N

]

(

:DIAG:SERV:IF:GAIN:Z

.

..

MENU

NN

N

NN

DISK

..

.

(

:DIAG:SERV:SOUR:MODE

NN

]

(

:DIAG:SERV:SOUR:ATT

N

NN

man

(

:DIAG:SERV:SOUR:LEV:DAC:MODE

NN

(

:DIAG:SERV:SOUR:LEV:DAC:VAL

NN

(

:DIAG:SERV:SOUR:STAT

MENU

N

NN

man

(

:DIAG:SERV:DCB:POL

(

:DIAG:SERV:DCB:OFFS

.

(

:DIAG:SERV:DCB:STAT

N

NN

man

N

(

:DIAG:SERV:TRAN:THE

N

man

:DIAG:SERV:IF:GAIN:X:XV

:DIAG:SERV:IF:GAIN:X:XI

N

.

N

.

..

.

(

:DIAG:SERV:DCB:MODE

.

..

MENU

(

:DIAG:SERV:TRAN:MODE

.

..

N

(

:DIAG:SERV:IF:GAIN:MODE

.

..

.

..

.

{AUTO|EXP|NORM}

.

..

.

..

{AUTO|MAN}

{OFF|ON|0|1}

.

{AUTO|MAN}

{AUTO|POS|NEG}

..

.

{OFF|ON|0|1}

.

{AUTO|MAN}

{IMP|VOLT|CURR|VIR}

{HIMP|LIMP|HTHI|HTLI}

.

{DB0|DB6|DB12}

{DB0|DB6|DB12|DB18}

{DB0|DB2|DB4|DB18}

.

..

.

)

.

)

.

{AUTO|MAN}

<

numeric

.

)

.

)

.

)

.

{AUTO|MAN}

.

..

.

..

.

)

.

)

.

..

.

..

.

>

)

.

..

.

..

.

)

.

..

.

..

.

..

.

..

.

)

.

..

.

..

.

)

.

)

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

. 10-32

.

10-33

.

10-34

.

10-35

.

10-35

. 10-35

.

10-35

.

10-36

.

10-37

.

10-38

.

10-38

.

10-39

. 10-40

.

10-41

.

10-41

.

10-41

.

10-41

.

10-42

.

10-43

.

10-43

.

10-43

.

10-44

.

10-44

11. Theory

O

VERALL

ANALYZER FUNCTIONAL GROUPS . . . . . . . . . . . . . . . . . . . .

POWER SUPPL

DIGITAL CONTROL OPERATION ... ...... ..... ...... ... 11-8

Contents-8

of Operation

ANALYZER

Y OPERA

Line P

ower Module

A40 Preregulator

A50 DC-DC Converter

Switching Regulator 1

Switching Regulator 2

Regulated +5V Digital Supply (+5 VD)

A50 Shutdown LED ........................... 11-5

A2 Post-Regulator ...... ...... ...... ...... ..... 11-6

Shutdown Circuit .... ...... ..... ...... ...... . 11-6

Eight Status LEDs . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11-6

A7 Output Attenuator Drive Circuit . . . . . . . . . . . . . . . . . . . . 11-7

A1CPU........ ...... ...... ..... ...... ... 11-10

OPERA

.........

TION

TION . . . .

......

........

...... ...

...... ....

.

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

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

.

..

.

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

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

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

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

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

.

..

. 11-1

11-2

11-3

11-5

. 11-5

A30

Front-Panel

A31

I/O Connector

A32

I-BASIC

A51

GSP .

A52

LCD (Liquid

A53

FDD .

A54

Inverter

SOURCE

A5

Synthesizer

REF

FRA

C

STEP

Multiplier

A4A1

A3A1

A3A2

A3A3

A7

A22/A23

RECEIVER THEORY

A4A2

A6

TRANSDUCER

T

A41

1st

Local

Single-Loop

Triple-Loop

Source

Divider

Source

Level

2nd

LO

Source

Output

Receiver RF

Receiver IF

Third

Sample/Hold

Gains

est

Heads

TRD

Gv/Gi

V/I

Multiplexer

Control

Interface

.

THEORY

OSC

.

N

OSC

.

(

2

13)

LO

.

OSC

Circuit

Operation

V

ernier

.

OSC

.

V

ernier

LO

.

First

Mixer

.

Attenuator

DC

Bias

Local Oscillator

Converter .

and A/D

X,

Y

,

and

THEORY

.

Amplier

A

TT

and

.

Keyboard .

.

Crystal

.

..

.

Z

.

Level

.

Display)

.

..

.

..

.

..

.

..

.

Converter .

.

Normalizer

.

..

at

..

.

..

.

..

.

Frequency

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

Spans

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..



.

..

.

..

.

..

.

..

.

>

.

..

.

..

.

..

.

..

45

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

MHz

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

. 11-10

.

. 11-11

.

..

.

. 11-18

.

. 11-22

.

..

11-10

11-11

11-12

11-14

11-15

11-16

11-17

11-18

11-19

11-20

11-22

11-23

11-24

11-26

11-27

11-28

12. Replaceable P

INTRODUCTION . . . . . . . . . . .

ORDERING INFORMA

Direct Mail Order System . . . . . . . . . . . . . . . . . .

EXCHANGE ASSEMBLIES

REPLACEABLE P

Top View Assemblies . . . . . . . . . . . . . . . . . . . . .

BottomViewAssemblies.. ..... ...... ...... ...... . 12-10

Front Assembly Parts ...... ...... ...... ...... ... 12-16

Rear Assembly Parts............................ 12-21

Miscellaneous Parts ............................ 12-23

Test Station and Test Head Parts ...................... 12-28

High Temperature Test Head Parts (Option 013 and 014) ........... 12-30

arts

TION...................

ARTS LIST

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

.......

...... ..

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

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

......

...... .

.....

12-1

12-2

12-4

Contents-9

13.

Replacement Procedures

INTRODUCTION

TOP

COVER

T

ools Required

Procedure

BOTTOM

T

ools

Procedure

SIDE

T

ools

Procedure

FRONT

T

ools

Procedure

REAR

T

ools

Procedure

A1

T

ools

Removal

Replacement

A2

T

ools

Removal

A3A1

T

ools

Removal

A4 FIRST

T

ools Required

Removal

A5

T

ools Required

Removal

A6

T

ools

Removal

A7

T

ools

Removal

A22

Tools Required . . . . . . .

Removal Procedure

A30 KEYBO

Tools Required . . . . . . . . . .

Removal Procedure

A40 PREREGULA

Tools Required . . . . . . . . . . . . . . . . . . . . .

Removal Procedure

A41 TRD AMP REPLACEMENT........ ...... ..... ..... 13-13

Tools Required . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13-13

Removal Procedure ............................ 13-13

A50 DC-DC CONVERTER REPLACEMENT.. ...... ...... ..... 13-15

Tools Required . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13-15

Removal Procedure ............................ 13-15

A51 GSP REPLACEMENT .. ...... ..... ...... ...... . 13-15

COVER

Required

CO

VER

Required

P

ANEL

Required

P

ANEL

Required

CPU

REPLA

Required

Procedure

POST

REGULA

Required

Procedure

Source

Required

Procedure

LO/RECEIVER

Procedure .

SYNTHESIZER REPLA

Procedure .

RECEIVER

Required

Procedure

OUTPUT

Required

Procedure

DC

BIAS

..

.

REMO

V

AL

.

..

.

REMO

.

REMO

V

AL

.

REMO

V

.

REMO

V

AL

.

CEMENT

.

Procedure

TOR

.

..

V

ernier

,

A3A2 SECOND

.

..

.

IF

REPLA

.

A

TT

AND

.

1/2

and

A23

ARD REPLA

TOR REPLA

.

..

.

..

.

..

.

..

V

AL

.

..

.

..

.

..

.

..

.

..

.

..

.

AL

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

REPLA

.

A8

.

.........

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

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

CEMENT

..

.

..

.

RF

REPLA

.

CEMENT .

.

..

.

CEMENT

.

3

dB

A

TT

.

DC

BIAS 2/2

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

CEMENT . . . . . . .

CEMENT . ..... ...... ......

.

..

.

..

.

LO,

AND

A3A3

SOURCE

.

..

.

CEMENT

.

REPLA

.

..

REPLA

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

.

..

.

CEMENT

.

..

CEMENT

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

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

..

.

..

REPLA

.

..

.

..

.

..

.

..

.

..

.

..

.

...... ..

..........

.

..

.

..

.

..

.

..

.

..

.

CEMENT

.

..

.

..

.

..

.

..

.

..

.....

.

..

.

..

.

..

.

. 13-10

.

..

13-1

13-2

13-3

13-4

13-5

13-6

13-8

13-9

13-10

13-11

13-12

Contents-10

T

ools Required

Removal

Replacement

A52

Removal

A53

T

ools

Removal

A60

T

ools

Removal

TEST

T

ools

Replacement

CENTER

14.

P

ost

INTRODUCTION

POST

FIRMW

Ordering

Installing

A.

Manual

Introduction

Manual

Serial

Procedure .

LCD REPLA

Procedure .

FDD REPLA

Required

Procedure

FREQ

REF

Required

Procedure

HEAD

Required

CONDUCTOR

Repair

REP

AIR

ARE

INST

the

Changes

Number

REPLA

Procedures

PROCEDURES

.

..

.

Procedure .

CEMENT

.

CEMENT

.

REPLA

Procedure

Firmware

.

CEMENT

.

ALLA

.

CEMENT

.

COLLET

.

TION

Diskette

..

.

..

.

..

.

..

.

REPLA

.

..

.

..

.

..

.

CEMENT

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

. A

..

13-15

13-16

13-17

14-1

14-3

A

-1

A

-2

B

. P

ower

Requirement

Replacing

Fuse

Selection

P

ower

Requirements

P

ower

Messages

Error

Messages in

Error

Messages in

Index

Cable

Fuse

.

..

Alphabetical Order

Numerical Order

.

..

.

..

.

..

.

..

.

..

.

B-1

.

B-1

.

B-2

.

..

. B-2

.

Messages-1

.

.Messages-7

Contents-11

Figures

1-1. Serial

2-1. Frequency

2-2. OSC

2-3. Measurement

2-4. Sweep

2-5.

2-6.

2-7.

3-1.

3-2. 40

3-3.

3-4. 520

3-5. 520

3-6. Comb

3-7. Comb

3-8. Comb

3-9.

3-10.

3-11.

3-12.

3-13.

3-14.

3-15.

3-16.

3-17.

3-18.

3-19.

3-20.

3-21.

4-1.

4-2. Front

4-3. Source T

4-4. Transducer T

5-1. P

5-2. A50 SHUTDOWN LED Location . . .

5-3. A1 +5 VD LED Location . .

5-4. Eight A2 LED Locations

5-5. Displayed T

5-6. Removing Line Fuse . . . . . . . . . . . . . . . .

5-7. A40J1 Output Voltage .. ...... ...... ...... ...... . 5-11

5-8. A1 CPU Connector Locations . . . . . . . . . . . . . . . . . . . . . . . . 5-12

5-9. Fan Troubleshooting Setup . . . . . . . . . . . . . . . . . . . . . . . . . 5-14

5-10. A50 DC-DC Converter Troubleshooting Setup ... ..... ...... .. 5-15

5-11. A2 Output Voltage Measurement Setup ................... 5-18

5-12. Power Supply Block Diagram 1 . . . . . . . . . . . . . . . . . . . . . . . 5-20

5-13. Power Supply Block Diagram 2 . . . . . . . . . . . . . . . . . . . . . . . 5-21

Number

Level

List for

10

cm

Airline

10

cm

Airline

DC

Bias

Level

Updating

MHz

Reference

40

MHz

Reference

MHz

MHz Level

Generator

Second

Source

Third

Source

OSC

Hold

Band

DC

10

Overall Troubleshooting

ower Supply Lines Simplied Block

Local

V

Local

Mixer

Level

Step

P

ass

P

ass

Bias

Level Correction

MHz

Reference Oscillator

MHz

Reference Oscillator

P

anel

est Setup ................

Plate

A

ccuracy

A

ccuracy

Accuracy

Measurement

with

A

ccuracy

Correction

Level

A

PLL

CXO

A

djustment

V

CXO

Local

Leakage

Correction

A

djustment

Filter

A

Filter

A

LEDs

est Setup

est Result

.

T

est

T

est

T

est

Open

Short

T

Constants

Oscillator

djustment

A

djustment

A

djustment

Output

A

djustment

A

djustment

A

djustment

Leakage

A

djustment

Constants

Location

djustment

Flow .

.

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

.

Setup

Measurement

est

Constants Setup

.

Setup

A

ccuracy

Setup

Frequency

Location

Setup

Location

.

Location

Setup

Location

A

djustment

.

Setup

Location

Frequency A

..

.

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

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

....

.

..

.

..

.

..

.

..

T

est

.

..

T

est

Setup

T

est

Setup

.

A

djustment

A

djustment

.

Setup

Location

Setup

.

..

.

..

.

..

djustment Location

djustment Setup

..

.

..

.

Diagram ................

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

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

.

..

.

..

.

..

.

..

.

..

.

..

Setup

Location

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

..

.

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

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

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

..

.

..

.

..

.

..

.

..

.

. 2-9

. 2-10

. 2-14

. 2-15

.

..

. 3-11

.

..

.

. 4-10

1-3

2-4

2-6

2-18

3-5

3-6

3-7

3-8

3-9

3-10

3-12

3-14

3-15

3-16

3-17

3-18

3-19

3-20

3-21

3-22

3-23

3-24

3-25

3-26

4-3

4-4

4-7

5-2

5-4

5-5

5-6

5-7

5-8

Contents-12

5-14.

Power

6-1.

Digital Control

6-2.

A1 Eight

6-3.

Bootloader Display

7-1.

Source Group

7-2.

INT REF

7-3.

Typical

7-4.

Typical

7-5.

FRA

7-6.

FRA

7-7.

STEP

7-8.

Typical

7-9.

Typical

7-10.

520

7-11.

EXT

7-12.

A5J4

7-13.

1st

7-14.

Typical

7-15.

Typical

7-16.

1st

7-17.

21.42

7-18.

Typical

7-19.

2nd

7-20.

Typical

7-21.

2.05858

7-22.

Typical

7-23.

A3A3

7-24. A7

7-25.

A22 Output

8-1.

Receiver Group

8-2.

Receiver Group

8-3.

A6 GAIN

9-1.

Transducer Group

9-2.

Transducer

9-3.

Transducer

9-4.

T

9-5.

Cable

10-1.

Service

10-2.

Service

10-3.

T

10-4. T

10-5. Service Modes Menu . . . . . . .

10-6. Bus Measurement Menu

10-7. F

10-8. 1st LO VTUNE Typical Trace . . . . . . . . . . . . . . . .

10-9. FN VTUNE Typical Trace

10-10. FN INTEG OUT Typical Trace

10-11. Correction Constants Menu . . . . . . . . . . . . . . . . . . . . .

10-12. Synthesizer Control Menu ......................... 10-29

10-13. OSC Control Menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-32

10-14. DC Bias Control Menu ........................... 10-34

10-15. TRD Control Menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-37

10-16. IF Control Menu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-40

10-17. Bootloader Menu ........... ..... ...... ...... . 10-43

11-1. Analyzer Simplied Block Diagram ...... ...... ...... ... 11-1

Supply Block

LEDs'

T

est

Setup

INT

REF

FRA

C

N

OSC

Signal

C

N

OSC

Typical

OSC

T

est

STEP

OSC

520

MHz

Signal

REF

T

est

Location

LO

OSC

Signal

1st

LO

1st

LO

OSC

Typical

MHz

Signal

21.42

MHz

LO

OSC

T

est Setup

2nd

Local

GHz

Signal

2.05858

RF

Signal

Output

est

Station

ests

est Status on the Display

an P

Attenuator

V

oltages

Test

Group

Connectors

Isolation

Key

Menus

Menu

ower Typical Trace . . . . . .

.

Diagram 3

Group

Block

N

Setup

.

OSC

Location

Check

.

Simplied

P

attern

Signal

OSC

Signal

T

est

.

T

est

T

est

Signal

Oscillator

GHz

T

est

Block

Troubleshooting Flow

Block Diagram

Block

Troubleshooting

.

..

.

Diagram

.

Signal

Level

T

Signal

.

at

.

Setup

.

Setup

Signal

T

.

(Single

(Triple

(Single

Setup

.

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6-2

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6-3

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6-5

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7-2

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7-7

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7-8

7-9

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7-9

.

7-10

.

7-11

.

7-12

.

7-14

.

7-14

.

7-15

.

7-16

.

7-17

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7-18

.

7-19

.

7-20

.

7-21

.

7-22

7-23

.

7-24

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7-25

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7-26

.

7-27

. 7-29

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8-2

.

8-3

.

8-4

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9-2

.

9-3

. 9-4

.

9-5

.

9-7

.

10-1

. 10-3

.

10-5

10-6

10-15

10-17

10-21

10-22

10-23

10-24

10-27

Contents-13

11-2.

Power

11-3.

A2 Eight

11-4.

Digital Control

11-5.

Source Simplied

11-6.

Receiver Simplied

11-7.

Transducer Simplied

11-8.

High

11-9.

Low

11-10.

11-11.

12-10.

12-11.

12-12.

12-13.

12-14.

12-15.

12-16.

12-17.

12-18. ID

Source

Receiver

12-1.

T

12-2.

T

12-3.

T

12-4.

Bottom

12-5.

Bottom

12-6.

Bottom

12-7.

Front

12-8.

Front

12-9.

Front

Rear

Miscellaneous

T

13-1.

A1 EEPROM

13-2.

A2 P

13-3.

A3 Replacement

13-4.

A3A1, A3A2,

13-5.

A4 First

13-6.

A7

13-7.

A22/A23

13-8.

A40

13-9.

A41

14-1.

Firmware

14-2.

Bootloader

A

-1.

Serial

B-1. P

Supply Functional

Status

Impedance

Group

and

op

View

1

op

View

2

op

View

3

View

Assembly

est

Station

Connector

ost

Regulator

Lo/Receiver RF

Input

A

DC

Preregurator

TRD

Amp

Number

ower Cable Supplied

LED

Group

Measurement

Block

Transducer

(Major

(RF

Flexible

(Wires

1

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2

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3

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P

arts

P

arts

P

arts

P

arts

P

arts

P

arts

P

arts

P

arts

P

arts

P

arts

and

T

est

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Location

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and A3A3

TT

and

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(Inside)

3/5

(Inside)

4/5

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(Outside)

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..

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..

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11-4

11-7

11-21

11-26

11-27

11-29

11-30

12-4

12-6

12-8

12-10

12-12

12-14

12-16

12-17

12-18

12-19

12-20

12-21

12-22

12-23

12-24

12-25

12-28

12-34

13-4

13-5

13-6

13-7

13-8

13-10

13-11

13-13

13-14

14-3

14-4

-2

B-3

Contents-14

T

ables

1-1. Recommended

2-1.

T

est

Setting

2-2.

T

est

Setting

2-3. DC

2-4. DC

3-1. Required

4-1. Troubleshooting

4-2.

4-3.

5-1.

5-2.

7-1. STEP

7-2.

7-3.

7-4.

7-5.

9-1.

10-1.

10-2.

11-1.

11-2.

11-3.

12-1.

12-2.

12-3.

12-4.

12-5.

12-6.

12-7.

12-8.

12-9.

12-10. Front Assembly P

12-11. Front Assembly P

12-12. Front Assembly P

12-13. Front Assembly P

12-14. Front Assembly P

12-15.

12-16. Rear

12-17. Miscellaneous

12-18. Miscellaneous Parts 2 (Chassis) .. ...... ...... ..... .... 12-24

12-19. Miscellaneous Parts 3 (On A5) .. ...... ...... ...... ... 12-25

12-20. Miscellaneous Parts 4 (Other Shields) ...... ...... ...... .. 12-26

12-21. Miscellaneous Parts 5 (Accessories) ..................... 12-27

12-22. Test Station and Test Head Parts ...................... 12-29

12-23. High Temperature Test Head Parts ...... ...... ...... ... 12-30

12-24. High Temp.Test Heads Parts (Fixture Side, Option 013) ........... 12-31

Bias

V

Bias

Current

Source

T

A50

P

A3A3

A7

.

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Typical

STEP

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TRD

Manufacturers

List

T

Bottom View

Rear Assembly P

T

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P

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Supplies

OSC Frequency

RF

Attenuation

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est

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STEP

OSC

Level

Amplier

of

Abbreviations

op

View

op

View

op

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op

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Assembly P

Test

Equipment

for

Normal

for

High

T

emperature

oltage

Binaries

Signal

.

1

2

3

A

ccuracy

A

ccuracy

.

Information

Settings

T

ests

Supplies

.

T

ests

T

erms

VTUNE

Frequency

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Gain

Code

(Major Assemblies)

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3 (Miscellaneous

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.

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on

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T

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V

vs

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A7

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Parts)

Assemblies) .

Semi-rigid Cables

arts 1/5 (Outside)

arts 2/5 (Inside) . . . . . . .

arts 3/5 (Inside) . . . . . . . . . . . . . . . . .

arts 4/5 (Inside) . . . . . . . . . . . . . . . . .

arts 5/5 (Inside) . . . . . . . . . . . . . . . . . .

arts 1 (Outside)

arts 2 (Inside)

.

T

emperature

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est

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for

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..

.

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alues

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..

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. 12-9

. 12-11

.

. 12-15

. 12-23

2-7

2-19

3-4

4-6

4-8

4-11

5-16

5-19

7-13

7-28

7-30

7-32

9-6

10-7

10-23

11-15

11-19

11-28

12-2

12-3

12-5

12-7

12-13

12-16

12-17

12-18

12-19

12-20

12-21

12-22

Contents-15

12-25.

12-26.

12-27.

14-1.

A

-1. Manual

A

-2. Manual

B-1.

High T

Post

Repair

Fuse

emp.

Test

emp

.

T

emp

.

T

Procedures

Changes

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est

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by

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arts

P

arts

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Serial

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Station

Stand)

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,

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.

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, Opt.

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. 12-33

.

..

.

12-32

12-34

14-1

A

-1

A

-1

B-1

Contents-16

1

General

Information

INTRODUCTION

The

Service

manual

analyzer

Manual

contains

.

is a

information

ORGANIZATION

This

manual

This

section

appendices

P

erformance

A

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after

constants

using

Note

lists

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repair

stored

the

adjustment

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performance test,

SERVICE

and

appendices

the

tabs

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procedures

Constants

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assembly

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(PN

04291-65003).

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4291B

MANU

the

describes

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The

the

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adjust, troubleshoot,

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listed

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content

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for

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analyzer

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are

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Overall

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P

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Troubleshooting.

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Control Troubleshooting

Outlines

functional group

contained

the analyzer

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Source Troubleshooting

Receiver Troubleshooting

Transducer Troubleshooting

Note

Service Key Menus.

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

SERVICE MENU

The following chapters are

Documents the functions of the menus accessed from

. These menus allow you to test, verify, adjust, control, and troubleshoot the

, for the most part, reference material.

analyzer. GPIB service mnemonics are included.

troubleshooting, and

.F

aulty assembly

remaining trouble

provides troubleshooting

isolation

procedures

shooting chapters

4

System

General Information 1-1

for

.

5

,

Theory of

Operation.

functional groups

,and

Explains

the overall

the operation

of each

operation of

the analyzer

functional group

,

the

division

into

.

Replaceable

Parts

.

miscellaneous chassis

Replacement

certain assemblies

P

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adjustments

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each

Appendices.

compatible with

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earlier

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the

table

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portions

service

procedures

performed

(required

analyzer)

list.

replaceable

of

after

repair

to

make

and

the

.

This

or

this

power

assemblies

analyzer

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requirements

and

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1-2 General Information

ANALYZERS

COVERED

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TEST EQUIPMENT

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the

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performance test,

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tools

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Equipment Critical

Computer HP

B

ASIC

Mass

Operating

Storage

System

Program 4291B

P

erformance

Frequency

T

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Kit

Counter

Standard

4

9000

Series

Revision

3.5

No

5.0

inch

Micro

A

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substitute

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Error:



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0

6

10

1

2

10

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GHz

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Recommended

Agilent

PN

04291-18010

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Model/

Number

16190A 1 P

Base

5343A

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001

3

5061B 1 A

8566A/B 1 A, T

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Option 001 (optional time base) is required for performance testing an analyzer equipped with option 1D5.

4

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, T: Troubleshooting

1-4 General Information

T

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Equipment Critical

Cables TRD

Type-N cable

BNC

GPIB

BNC(f)-SMA(f)

SMC(f)-BNC(f)

SMB(f)-BNC(f)

N(m)-BNC(f)

SMA(m)-BNC(f)

SMA(m)-SMA(f)

APC3.5(m)-APC3.5(f)

APC7-N(f)

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BNC(f)-Banana

1

The

11851B

2

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85032B

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cable,

cable

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61

cm,

,

122

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50

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T

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PN

04291-65001

11500B or

PN

8120-1839

PN

8120-1840

art

part of

Model/

Number

11851B

1

Qty Use

1 T

4 A, T

3 P

2 P

10833A/B/C 3 A

PN

1250-0562

PN

1250-0832

PN

1250-1236

PN

1250-1476

PN

11524A

PN

cable

1250-1548

1250-1741

1250-1866

or

part

1250-1548

1251-2277

of

88

cm.

of

85032B



,

50



,

50



and

a

N(m)-N(m)

1 P

,

A

1 A

2 P

,

A,

T

1 T

1 P

,

A

2

1 P

1 A

1 P

,

A

General Information 1-5

P

erformance T

INTRODUCTION

This

chapter

performance

provides

tests

are

the 4291B

used to

ests

RF Impedance/Material

verify that

the analyzer's

Analyzer performance

performance meets

its

tests

.

These

specications

2

.

General

procedures

The

Description:

Specication:

T

est

Procedure:

information about

for each

each test

procedure consists

Equipment:

the performance

test are

provided.

Describes the

Describes

GENERAL INFORMA

This

section

W

arm

Allow

performance

Ambient

P

erform

provides

Up

Time

the

analyzer

Conditions

all

performance

tests

to

.

general

warm

tests

up

of the

test procedure

the

performance veried

test

the

test

TION

information

for

at

least

in

ambient

tests is

following

equipment

procedure

about

the

30 minutes

conditions

provided

parts:

.

required

step

performance

before you

of 23

rst.

Then,

step

by

step

in

the

test.

in

the

test.

by

step

.

tests

.

execute



C,



6

5

70%RH.

any

of

the

Calibration Cycle

The analyzer requires periodic

of performance verication depends on

which the analyzer is used. V

performance tests given in this chapter

Performance T

est Record

The performance test record lists all test

performance verication to remain in calibration. The frequency

the operating and environmental conditions under

erify the analyzer's performance at least once a year using the

.

points, acceptable test limits

, test result entry

columns, and measurement uncertainties. The measurement uncertainty shows how accurately

the analyzer's specications are measured and depends on the test equipment used. The listed

measurement uncertainties are valid only when the recommended test equipment is used.

The performance test record is provided at the end of this chapter. Use this record as a master

to make extra copies for performance testing.

Performance Tests 2-1

Recommended

T

able

1-1

lists

the

may

be

substituted

T

able

1-1

.

T

est

Equipment

equipment

if

the

equipment

required

for

performance

meets

or

exceeds the

testing

the analyzer

critical specications

. Other

given in

equipment

2-2 Performance Tests

FREQUENCY A

Description

This

test

uses

a

frequency counter

signal

when

it

is

tuned

frequency

Specication

(See

reference

the

Specications

(or

CCURACY

to measure

to

1 GHz.

the

of

Operating

high

This test

stability

TEST

the actual

checks the

frequency reference

Manual Set

for

frequency of

frequency accuracy

for Option

details

.)

the analyzer

of

the

1D5).

stimulus

internal

Frequency

A

ccuracy

@

Precision

A

ccuracy

@

T

est

Equipment

Frequency

BNC

cable,

APC3.5(m)-APC3.5(f)

N(m)-BNC(f)

BNC(f)-SMA(f)

1

:

Option

2

:

This

adapter

\connector

APC

3.5

and

connector

Procedure

1.

Connect

Option

REF

reference



C

23

6

5

frequency reference



C

0

to

55

Counter

61 cm

adapter

001

time

is

saver").

Input

connector

care

the

test

1D5,

connect

O

VEN

connector

::

:



C

:

::

:

adapter

:

base is

used

to

In

the

,

see

MICRO

equipment

a

:

::

(Option

:

::

:

2

::

:

::

:

required

protect

test

setup

through

W

as

BNC(m)-BNC(m)

on

the

:

::

:

for

the

5343A

,

the

this

adapter

A

VE

CONNECTOR

shown

analyzer

::

:

1D5)

:

::

:

::

:

::

:

testing

the

's

APC

BNC(m)-SMA(f)

.

F

or

in

Figure

cable

between

rear

panel.

:

::

:

::

:

analyzer

3.5

Input

more

CARE

2-1

.

For

:

::

:

::

:

::

:

with

option

connector

adapter

information

(PN

08510-90064).

testing the

the

EXT

:

::

:

::

:

::

:

::

:

1D5.

(it

is

connected

on

microwave

analyzer equipped

REF

Input

:

::

<

6

:

<

::

:

PN

8120-1839

:

PN

1250-1866

:

PN

1250-1476

:

PN

1250-0562

sometimes

to

connector and

called

the

5343A

connectors

10 ppm

6

1

ppm

5343A

's

with

the

1

a

Performance Tests 2-3

Figure

2-1.

Frequency

A

ccuracy

Test

Setup

Note

2.

Initialize

Controls

Sample

Range

INT/EXT

Switch

panel)

3.

Press

Control

Settings

Frequency

Span: ZERO

Center

Frequency:

1 GHz

the

Rate

Switch

(rear

4

Preset

An APC3.5(m)-APC3.5(f)

and

the

5343A

connector

mated

with

frequency

.

In

Figure

the

counter

's

APC

.

Settings

Midrange

500

MHz-26.5

MHz

Internal

5

to

initialize

the

analyzer

Keystrokes

5

5,4

0

5,4

1

x1

G/n

5

4

Span

4

Center

3.5

2-1

3.5

Then

adapter

Input

,

the

SMA

connector

set

the

.

Then

is

used

connector

of

controls

set

the

between

to

a

dierent

as

controls

the

protect

of

the

type

follows:

as

follows:

BNC(f)-SMA(f)

the

5343A

's

BNC(f)-SMA(f)

.

adapter

APC

adapter

3.5

Input

is

OSC Level: 0.2V4

Source

5,4

.

x1

2

5

5,4

4. Wait for the frequency counter reading to settle.

5. Subtract 1 GHz (analyzer setting) from the frequency counter reading, and record the result

on the performance test record.

2-4 Performance Tests

OSC LEVEL

Description

This

test

uses

a

stimulus

Specication

(See

OSC

where

T

est

P

APC-7

Fixture

T

Extension

signal

the

Specications

level

,

A

depends

when

@

other

B

depends

@

P

osc

@

0

5

@

other

Equipment

ower

Meter

ower

Sensor

R



-N(f)

Stand

est

Stage

at

accuracy

referenced

environmental

on

0

dBm

OSC

Stand

Rod

ACCURA

power meter

several

on

temperature

OSC

5

dBm

>

:

A

dapter

(only

P

osc

levels

:

::

:

for

:

for

frequencies

of

Operating

:

to

level

:



:

::

:

::

:

::

:

High T

for High

High

CY TEST

and a

:

conditions



C

23

6

5

temperature

as

follows:

:

0

45

dBm

:

::

:

emp

T

Temp

power sensor

from

1MHz

Manual

:

::

:

as

follows:

:

::

conditions

:

::

:

::

:

::

:

.

T

est

Heads)

emp

.

T

est

Heads)

.

T

est

Heads)

to measure

to 1.8

Set

for

:

::

:

::

:

::

:

::

:

::

:

details

:

::

:

GHz.

:

::

:

.)

:

::

:

::

:

::

:

the actual

::

:

::

:

::

:

::

:

436A

:

::

:

::

:

::

power level

:

A

+

::

:

::

:

Opt.

022

:

::

:

::

:

B

:

::

:

of

the

6[

dB

+

:

::

:

::

:

::

:

,437B

,or

:

PN

04291-60121

PN

04291-65021

PN

04291-65022

]

2

f

[

M

1800

:

2

::

4

:

0

:

::

1dB

:

2

438A

:

8482A

:

11524A

H

dB

z

]

Procedure

The

OSC

Note

analyzer

following

1.

Connect

sensor.

2. Connect the test equipment as shown in Figure 2-2 .

the

power

level accuracy

because

test

procedure is

sensor

to

the

the test

test must

head characteristics

common for

power

meter

be done

.

Calibrate the

for

all test

all

test

heads

aect the

heads.

power

OSC

meter

attached

level.

for

the

to

The

power

the

Performance Tests 2-5

Figure

2-2.

OSC

Level

A

ccuracy

T

est

Setup

3. Press

4.

Press

4

Preset

4

Source

5

to

5

,

initialize

N

NN

N

OSC

UNIT

the

4291B

.

N

NN

N

NN

N

dBm

,

to set

the OSC

level unit

to dBm.

5. Set the controls as follows:

Control

Key Strokes

Settings

Frequency

4

Span

5,4

0

5,4

x1

5

Span: 0 Hz

Center

4

Center

5,4

1

5,4

M/

5



Frequency:

1 MHz

OSC Level:

0

19 dBm

4

5,405,415,495,4x15

Source

6. Subtract019 dBm (analyzer setting) from the power meter reading, and record the result on

the performance test record.

2-6 Performance Tests

7.

Change

numeric

the analyzer

keys

to

test

T

able

OSC level

the

analyzer

2-1.

T

est

and frequency

at

the following

Setting

for

settings,

Normal

N

NN

OSC

using

test points:

T

emperature T

NN

LEVEL

est Heads

N

NN

N

NN

N

Center

,

N

, and

the

T

able

OSC

0

2-2.

Level

19

dBm

19 dBm

19

dBm

19

dBm

19

dBm

19

dBm

19

dBm

19

dBm

13

dBm

0

7

dBm

0

7

dBm

0

7

dBm

T

est

OSC

0

19

0

13

0

Setting

Center

200

300

500 MHz

800 MHz

Level

dBm

7

dBm

1

dBm

7

dBm

Freq.

1 MHz

15

1.2

1.5

10

1

10

15

for

MHz

GHz

MHz

Center

High

OSC

Freq.

1 MHz

10

MHz

100

MHz

1.8

GHz

1

GHz

T

emperature

Level

0

7

dBm

0

7 dBm

0

7

dBm

0

7

dBm

0

7

dBm

0

7

dBm

0

7

dBm

0

7

dBm

0

7

dBm

1

dBm

1

dBm

T

Center

100 MHz

200

300

500

800 MHz

est

1 GHz

1.2

1.5

1.8

1

Heads

Freq.

MHz

GHz

MHz

GHz

Performance Tests 2-7

MEASUREMENT A

Description

In

this

test,

calibrated

the

analyzer

calibration

Specication

(See

the

.

Then

values

Specications

standards (from

the

analyzer

.

of

CCURACY

the 16190A

measurement values

Operating

Manual

TEST

Set

Performance

are compared

for

details

.)

Test

with the

Kit) are

measured with

standards'

Measurement

Test

Equipment

P

erformance

3/4

inch

T

Fixture

T

est

Extension

Procedure

Note

Save

Note

Stand

Stage Stand

the

Analyzer

A

ccuracy

T

est

Kit

orque

Wrench,

(only

for

(only for

Rod

(only for

Measurement

analyzer

following

Setup

The

ve

test. The

measurement to

mV/250

skipped,

:

136

High

T

High T

accuracy

because

test

procedure

calibrated

analyzer

mV

setup

if

the

status

:

N-cm

emp

emp.

the

standards

setup

reduce

and

:

::

:

::

:

.

T

est

.

T

est

Test

test

test head

is

for

setup

41

mV

is

already

::

:

Heads)

must be

common for

:

Heads)

:

done

characteristics

are

measured

the

test

time

.

The

setup

are

saved.

:

::

:

is

:

for

all

test

in

saved,

two

saved.

:

::

:

all

aect

the

and

setups

This

::

:

test

heads

::

:

Basic

::

:

::

:

::

:

heads

attached

the

measurement.

.

measurement

recalled

for

saving

in

each

procedure

:

test

:

::

:

each

A

ccuracy:

:

PN

04291-60121

:

PN

04291-65021

:

PN

04291-65022

to

accuracy

standard

head

0.8%

:

::

16190A

8710-1766

the

The

of

400

can

be

1.

Connect the

2-8 Performance Tests

test equipment

as shown

in Figure

2-3

.

Figure 2-3.

Measurement A

ccuracy

T

est

Setup

2.

3.

Press

4

Preset

4

Sweep

5

to

initialize the

N

LIST

5

,

NN

4. Create the sweep list

analyzer.

N

NN

N

NN

N

MENU

N

EDIT

,

N

LIST

N

to

call

the

sweep list

editor.

shown in Figure 2-4, using the following procedure:

Performance Tests 2-9

a.

Press

segment

N

EDIT

Figure 2-4.

N

.

Then

as

follows:

Sweep List

if

the

normal

for Measurement

temperature

test

head

Accuracy

is

connected,

T

est

edit

the rst

Control

Stop

10

OSC

mV

A

veraging on

P

oint: 8

b. If

the high

Control Settings

Stop

10

OSC

mV

Averaging on

Point: 8

c.

Press

d.

Press

e.

Edit all the necessary segments

5.

Press

6.

Press

unit of channel 2 to rad.

Settings

Frequency:

MHz

Level:

Frequency:

MHz

Level: 250

4

Sweep

4

Ch2

400

temperature

NNNNNNNNNNN

NNNNNNNNNNNNNNNNNNNNNNNNN

SEGMENT DONE

NNNNN

NNNNNN

ADD

to display the second segment. Then edit the segment in the same manner

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

5

,

SWEEP MENU

5,4

Format

5

, and toggle

K

ey

Strokes

4

5

,

4

Stop

N

OSC

N

NN

AVERAGING

Key

4

Stop

N

NN

OSC

N

NN

N

AVERAGING ON POINT

NN

to

4

1

0

N

NN

N

LEVEL

NN

N

test

head

Strokes

5

,

4

1

0

NN

N

LEVEL

N

NN

N

NN

store the segment.

NNNNNNNNNNNNNN

,

LIST

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

PHASE UNIT [DEG]

5

,

4

M/



5

,

4

,

4

0

4

N

NN

N

POINT

is

connected,

5

4

M/



5

,

4

2

5

N

NN

N

,

N

ON

,

4

N

. Then press

to activate the list sweep.

5

,

4

0

N

,

5

4

,

0

N

NN

N

,

5

for

4

k/m

5

,

4

8

x1

edit

5

4

for high

k/m

5,4x15

4

8

NNNNNNNNNNNNNNNN

NNNNNNNNNNNNN

LIST DONE

to

normal

the

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

PHASE UNIT [RAD]

temperature

rst

segment

temperature test

to complete the sweep list.

as

test

heads

follows;

heads

.

to set the phase

7. Press

2-10 Performance Tests

4

5

to activate channel 1.

Ch1

8.

Press

9.

T

oggle

recommended

10.

Press

5

4

Save

N

NN

STOR

N

NN

STATE

to enter

NN

N

NN

DEV [DISK]

because

NN

N

to

select

the save

NN

N

status

N

the

N

menu.

N

or

internal

save

N

NN

N

STOR

DEV [MEMORY]

memory

.

N

NN

N

NN

N

NN

data

to select

is

lost

when

the storage

the analyzer

device.

power is

DISK

N

is

o.

11. Save

When

the

now

When

status

saved.)

12.

Press

13.

Change

a.

b.

c.

d.

e.

f.

14.

Press

15.

Press

16.

Press

at

41

the status

the

status

saved.)

the High

with

4

Sw

eep

all

Press

Edit

the

Press

4

Save

N

STATE

5

4

,

4

mV

Normal

with

a

N

LIST

5

,

OSC

N

SEGMENT

N

EDIT

N

NN

OSC

LEVEL

N

NN

N

SEGMENT

other

N

LIST

5

to

enter

N

NN

to

N

DONE

5

,

4

1

OSC

level

as;

T

emperature

a

le

name

Temperature

le

name

N

NN

N

MENU

level

settings

N

NN

5

,

4

1

to edit

NN

N

DONE

N

NN

N

,

4

N

DONE

segments

N

NN

N

to

the

select

N

NN

N

to

is

now

the segment.

5

4

NN

status

save

of

Test

of

\250.ST

N

EDIT

,

5

to

5

4

1

to

in

the

saved.)

N

to 41

select

,

4

k/m

store

the

menu.

only

N

x1

,

N

complete

save

T

est

Head

\400.ST

N

LIST

status with

A".

Head

A". (The

NN

N

to

mV,

using

the

rst

5

to

set

the segment.

same

manner

the

sweep

save

.

is

connected, press

(The

setup

is

connected,

setup for

call

the

sweep

the

following

segment.

the

OSC

level

.

list.

ale

name

for

the

press

the test

list

editor

procedure:

to

41

of

\41.ST

test

5

4

2

at 250

mV

4

,

.

A".

N

NN

N

DONE

OSC level

N

to save

level

for

to

save

is

the

is

the

now

test

5

,

at

5

4

5

.

4

0

,

4

(The

,

400

5

0

mV

4

0

N

,

mV

NN

DONE

OSC

setup

5

Analyzer

Note

17. Press

to recall the sweep list setup.

18.

Press

19.

Connect the 0 S termination of the analyzer calibration kit to the test head APC-7

connector.Thenpress

Calibration

Calibration must

calibration

Calibration

calibration

The analyzer furnished calibration kit must be used for calibration. Do not use

the

16190A performance test kit.

Do not

performance is specied

Calibration must be done

4

5

,

Recall

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

4

5

,

CALIBRATE MENU

Cal

perform the low-loss capacitor calibration because the analyzer

NNNNNNNNNNNNNNNNNNNNNNN

400.STA

data

must

data

NNNNNNNNNNNNNNNNNNNNNNN

(or

NNNNNNNNNNNNNN

OPEN

be

done

when

the

test

is

valid

only

for

the

test

be

done

when

the

analyzer

is

erased

250.STA

to start the calibration.

to do the open calibration.

when

turned

without the low-loss capacitor calibration.

for each sweep list setting.

when the High Temperature Test Head is being tested)

head

OFF

is

.

is

replaced

used

turned

in

because

the

calibration.

ON

because

Performance Tests 2-11

the



R

20.

Disconnect

calibration.

21.

Disconnect

calibration.

22. Press

23.

Press

to overwrite

24. Press

25.

Repeat

26.

Press

the 0

the

NN

N

step

N

RE-SAVE

5

,

the

NN

41.STA

5

,

list

N

RE-SAVE

5

,

DONE CAL

4

Save

4

Recall

4

Save

S, and

0

,

and

NN

N

to complete

N

NN

status

NN

N

item

N

NN

connect the

connect

N

FILES

data

N

to

recall

18

to

NN

N

FILES

the

the calibration.

N

NN

list

N

,

with

N

,

NN

400.STA

calibration

the

sweep

item

22

N

41.STA

0

termination, then

50

 termination,

N

NN

N

(or

with

N

NN

to

N

250.STA

data.

list

setup

41.STA

overwrite

N

NN

for

then press

NN

N

for

41

setting.

the

status

press

the

mV

N

NN

SHORT

N

LOAD

High

setting.

data

NN

N

to do

N

NN

N

to

do

T

emperature

with

calibration

the short

the

short

T

est

Head)

data.

Open

27.

Record

28.

Connect

connection

29.

Recall

30.

Press

31.

Press

32.

Press

33.

Subtract

test

34.

Press

35.

Press

36.

Press

37.

Press

Measurement

the

open

the

open

to

136

the

test

settings

When

the

When

250

the

400

the

mV

4

meas

4

T

rigger

4

Cop

the

results

4

Recall

4

meas

4

Trigger

4

Copy

Normal

mV

settings

High

settings

N

DUAL

5

,

N

SINGLE

5

,

N

MORE

5

,

y

open

on

N

NN

41.STA

5

,

N

DUAL

5

,

N

SINGLE

5

,

NNNNNNNNNNNNNN

MORE

5

,

N

the

NN

N

T

est

termination

N-cm.

and

T

emperature

.

T

emperature

.

N

NN

N

PARAMETER

N

NN

N

to

N

NN

N

NN

N

LIST

,

calibrated

performance

N

to recall

NN

N

PARAMETER

N

NN

N

to make a measurement.

NNNNNNNNNNNNNNNNNNNNNN

LIST VALUES

,

the

N

make a

N

NN

N

VALUES

N

NN

calibration

to

the

calibration

T

est

T

est

N

NN

N

NN

NNNNNNNNNNNNN

N

|Y|-

,

measurement.

N

to

values

test

the 41

N

NN

N

|Y|-

,

to display the test results

test

Head

N

NN

N



to

display

from

record.

mV

N

NN

N



to

values

head

data.

is

connected,

is

connected,

set

the

analyzer

test

settings

set

the

on

the

performance

R

APC-7



press

measurement

test

results

\

j

and

measurement

connector

press

4

Recall

4

Recall

parameter

.

Y

j

"

display values

the

calibration

parameter to

.

test

.

Then

5

,

N

250.STA

5

,

record.

torque

N

400.STA

N

NN

N

to

. Then

data.

N

NN

N

to

j

Y

j

Y

the

N

to

recall

j

-



.

record the

j

-



.

the

38.

Subtract the open calibrated values from the analyzer \

test results

Short Measurement T

39. Record the short termination calibration values on the performance test record.

40.

Connect the short termination to the test head APC-7

connection to 136 N-cm.

41. Recall the test settings and the calibration data.

2-12 Performance Tests

on the performance test record.

est

jYj

" display values

R



connector. Then torque the

. Then record the

When

the

When

250

42.

Press

43.

Press

44.

Subtract

test

results

45.

Press

46.

Press

47.

Press

48.

Record

50



Measurement

49.

Record

50.

Connect

connection

the Normal

400

mV

settings

the

High

mV settings

NN

5

the

5

the

5

,

NN

N

MORE

,

open

on

N

41.STA

5

,

5

,

NN

MORE

,

\

j

Z

50

to

SINGLE

N

the

N

SINGLE

NN

N

j

"



136

4

T

rigger

4

Copy

4

Recall

4

T

rigger

4

Copy

the

Temperature

.

T

emperature

.

NN

N

to

NN

N

NN

N

display

termination



N

NN

N

T

termination

N

LIST

,

calibrated

performance

N

NN

N

to

recall

NN

N

to

NN

N

LIST VALUES

,

values

est

N-cm.

make a

N

NN

VALUES

values

make

N

NN

calibration

Test

Head is

T

est

Head

measurement.

N

to

display

from

test

record.

the

41

mV

a

measurement.

NN

N

to display

on

the

performance

to

the

test

connected, press

is

connected,

the

analyzer

test

settings

the

values

head

on

APC-7

press

test

results

\

and

test

results

test record.

the

performance

R



4

Recall

.

j

Z

j

" display

the

calibration

.

connector

Recall

5

,

.

Then

N

NN

400.STA

5

,

N

250.STA

values

test

record.

torque

NN

.

data.

NN

N

NN

N

to

Then

N

to recall

recall

record

the

51.

Recall

52.

Press

53.

Press

54.

Subtract

the

55.

Press

56.

Press

57.

Press

58. Subtract the 50  calibrated values from the analyzer \

the test results on the performance test record.

10 cm Airline with Open T

59. Record the 10 cm airline with open termination calibration values on the performance test

record.

When

the

400

When

250

4

test

4

the

mV

T

rigger

Cop

results

Recall

T

rigger

Copy

test

Normal

mV

High

settings

5

,

N

MORE

5

,

y

the

50

N

41.STA

5

,

5

,

NNNNNNNNNNNNNN

MORE

5

,

settings

T

emperature

.

N

SINGLE

N

NN

,



calibrated

on

the

N

NN

N

NN

SINGLE

NNNNNNNNNNNNNNNNNNN

,

and

the

calibration

T

emperature

.

T

N

NN

to

make

N

NN

N

LIST

performance

NN

N

to

recall

NN

N

to

LIST VALUES

N

VALUES

values

the

make

NNNNNNNNNNNNNNNN

est

data.

T

est

Head

is

connected,

est

Head

is

connected,

a

measurement.

N

NN

to

display

from

test

41

mV

a

measurement.

to display the test results

the test

the

analyzer

record.

test

settings

press

results.

\

j

Z

j

,



"

and

the calibration

.

jZj,

" display values

4

Recall

4

Recall

display

5

,

N

250.STA

5

,

values

N

400.STA

N

NN

.

data.

. Then record

N

to

Then

to

recall

record

the

Performance Tests 2-13

60.

Connect the

the

a.

10 cm

airline and

following procedure

Fully retract

side tip

of the

the threads

airline

open termination

(see Figure

on

the

center

conductor

2-5):

test

head

into

to the

APC-7

the

test head

R



connector.

connector

APC-7

Then insert

center

R



connector

conductor

the

.

,using

marked

b. Gently

Agilent logo

edge of

to 136

stationary

c.

Gently

Mate

cover the

the

N-cm.

.)

inserts

the

outer

airline center

side

down.

outer

conductor

(A

1/2

the

conductors

inch

airline

(T

o

.)

open

center

.

Then

conductor

prevent

Mate

end

conductor

torque

damage

the

outer

wrench

the

with

the

,

do

conductors

may

into

the

connection

airline

not

let

be

necessary

open

outer

the

center

.

Then

to

termination

to

136

N-cm.

conductor

torque

hold

the

center

,

with

scrape

connection

airline

conductor

the

.

Figure 2-5. 10 cm Airline with Open Measurement T

61. Recall the test settings and the calibration data.

When the Normal T

the

400 mV settings

When the High T

emperature T

.

emperature T

est Head is connected, press

250 mV settings.

5

,

5

NNNNNNNNNNNNNN

NNNNNNNNNNNNNNNNNNNN

,

SINGLE

MORE

to make a measurement.

NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN

,

LIST VALUES

to display the test results.

62.

63.

Press

4

Trigger

4

Copy

2-14 Performance Tests

4

Recall

4

Recall

5

est Setup

N

NNNNNNNNNNNNNNNNNNNNNN

400.STA

5

,

NNNNNNNNNNNNNNNNNNNNNN

250.STA

,

to recall

N

to recall the

64.

Subtract the

values

display

65.

Press

66.

Press

67.

Press

68.

Subtract

values

display

10

cm

69.

Record

record.

70.

Connect

the

a.

b.

10 cm

.Then

record the

values at

N

NN

41.STA

5

4

,

Recall

N

NN

5

,

the

Then

the

SINGLE

5

,

NN

N

MORE

10

record

at

with

10

cm

10 cm

procedure

4

T

rigger

4

Copy

.

values

Airline

the

following

Remove the

Gently inserts

Mate

the outer

end

wrench

airline with

1.3 GHz.)

NN

N

to

NN

N

NN

N

cm

N

LIST

,

airline

N

the

1.3

GHz.)

Short

airline with

airline and

open

termination

the airline

conductors

may

be

test results

recall the

to

make a

N

NN

VALUES

with

test

results

Test

(see

Figure

center

.

necessary

open calibrated

on the

41 mV

performance test

test settings

measurement.

NN

N

to

display

open

calibrated

on

the

performance test

short termination

short

termination

2-6

):

from

the

airline

conductor

Then

to

torque

hold

the

values from

and the

the

test

results

values from

calibration values

to

the

test

.

into

the

short

connection

airline

stationary

the

analyzer

record.

(Ignore

calibration data.

.

the analyzer

record. (Ignore

on the

head

APC-7

termination

to

136

N-cm.

.)

\

j

Z

j

,



"

the

\

j

Z

j

,



"

the analyzer

performance

R



connector

center

(A

conductor

1/2

inch

display

analyzer

display

test

,

using

open

.

Figure 2-6. 10 cm Airline with Short Measurement Test Setup

Performance Tests 2-15

71. Recall

When

the

When

250

72.

Press

73.

Press

74.

Subtract

values

display

75.

Press

76.

Press

77.

Press

the test

settings and

the Normal

400

mV

settings

the

High

mV settings

N

NN

5

the

5

y

5

,

NN

N

MORE

,

10

record

N

41.STA

5

,

5

,

N

MORE

,

SINGLE

N

at

N

SINGLE

NN

4

T

rigger

4

Copy

.

Then

values

4

Recall

4

T

rigger

4

Cop

Temperature

.

T

emperature

.

NN

N

NN

N

LIST

,

cm

airline

the

800

MHz.)

N

NN

to

N

NN

N

NN

N

LIST

,

the calibration

to

make a

N

NN

VALUES

with

test

results

recall

to

make

N

VALUES

Test

Head is

T

est

Head

measurement.

N

to

display

short

calibrated

on

the

41

mV

a

measurement.

N

NN

N

to

display

data.

connected, press

is

connected,

the

test

values from

the

performance test

test

settings

the

test

press

results

and

results

5

,

4

Recall

N

250.STA

5

,

4

Recall

.

the analyzer

record. (Ignore

the

calibration

.

N

NN

400.STA

N

NN

\

j

Z

data.

N

to recall

NN

N

to

recall

j

,



"

display

the analyzer

the

78. Subtract

values.

display values

the 10

cm airline

Then record

at 800

the test

MHz.)

with

short

results on

calibrated

the

performance

values

from

test

the

analyzer

record.

\

(Ignore

j

Z

j

,

the



"

display

analyzer

2-16 Performance Tests

DC BIAS

Description

This

test

analyzer

Specication

(See

the

DC

bias

V

oltage

Current

T

est

Equipment

LEVEL A

uses

a

.

Specications

level

accuracy

(open

(short

CCURACY

multimeter to

of

Operating

terminal)

:

measure the

:

TEST (OPTION

actual DC

Manual

::

:

::

:

::

Set

:

for

:

bias voltage

details

.)

:

::

:

001)

and current

::

:

::

:

::

levels of

:

0.1

0.5

%

the

+

4mV

30



A

Multimeter

APC-7

N(m)-BNC(f)

BNC(f)-Banana

BNC

Fixture

T

Extension

Procedure

Note

1.

2.

R



-N(f)

cable

Stand

est

Stage

Connect

sensor

.

Connect the

connected

\LO"

terminal.

:

A

dapter

A

dapter

A

dapter

,

61

cm

:

(only

Stand

(only

Rod

(only

The

DC

analyzer

The

following

the

power

test equipment

to voltage

:

::

:

::

:

::

:

::

:

::

:

for

High

T

emp

.

T

est

for

High

T

emp

.

for

High

T

emp

.

T

est

bias

level

accuracy

because

sensor

measurement connectors

the

test

to the

as

test

procedure

power meter

shown

:

::

:

::

:

Heads)

Test

Heads)

test

head

in

:

::

:

::

:

Heads)

is

Figure

:

::

is

done

characteristics

common

. Calibrate

2-7

with the

:

::

:

::

:

::

:

::

:

::

:

for

only

don't

for

all

the

.

The

BNC(f)-Banana

\GND" connector

:

::

:

::

:

::

:

one

test

power

:

::

:

test

aect

heads

::

:

::

:

head

.

meter

:

::

:

::

:

attached

the

DC

for

adapter

connecting

:

::

:

PN

:

PN

::

:

PN

04291-60121

:

PN

04291-65021

:

PN

04291-65022

bias

the

must

:

3458A

::

:

11524A

1250-1476

1251-2277

8120-1839

to

the

level.

power

be

to

the

Performance Tests 2-17

3.

Initialize

the

multimeter

Figure 2-7.

,then

set the

DC Bias

NPLC

Level

to

A

100.

ccuracy

T

est

Setup

4. Press

5. Press

6.

T

oggle

7.

Press

4

Preset

4

Source

N

BIAS

N

NN

DC

N

NN

N

BIAS

5

to

5

,

N

NN

on

N

initialize

5

,

4

0

x1

NN

N

OFF

N

NN

MENU

5

N

NN

N

to

minimize

N

to

N

NN

N

BIAS

,

the

N

BIAS

NN

N

4291B

N

NN

ON

N

NN

CUR

the

NN

N

NN

.

OSC

N

off

NN

N

LIMIT

level.

N

to

turn

on

the

DC

bias

.

N

5

,

4

,

4

1

0

5

,

4

k/m

to

set

the bias

current

limit

100 mA.

8. Record the multimeter reading on the 0 V test

record. (The analyzer DC bias voltage is set to 0

9.

10.

NNNNNNNNNNNNNNNNNNNNNN

Press

BIAS VOLTAGE

Subtract 4 V (analyzer setting) from the multimeter reading and record the result on the

performance test

NNNNNNNNNNNNNNNN

record.

5

to set the DC bias voltage to 4 V

5,4

,

4

x1

4

result column of the performance test

V as a preset value

.)

.

11. Change the DC bias voltage setting to test the analyzer at the following test points:

2-18 Performance Tests

to

T

able 2-3.

DC Bias

Voltage

A

ccuracy

T

est

Settings

12. T

oggle

mode

13.

Set

the multimeter

adapter

\LO" terminal.

14.

Press

15.

Record

record. (The

16.

Press

17.

Subtract

performance

NN

N

NN

N

BIAS SRC

.

to

current measurement

N

NN

N

BIAS

VOLT

the

multimeter

N

NN

BIAS

CURRENT

20



N

[VOLTAGE]

N

LIMIT

analyzer DC

NN

N

A

(analyzer

test

record.

N

to DCI

NN

N

reading on

N

5

,

4

2

N

NN

function and

N

,

4

bias

,

4

setting)

NN

N

to

connectors with

5

,

4

0

2

voltage

5

,

4

M/

0



Bias V

NN

N

,

5

to

100

to

is

set

the

N

set

Atest

set

BIAS SRC

4

x1

the 0

5

from

oltage

Setting

0

4

10

40

0

4

0

10

0

40

NN

N

[CURRENT]



A

range

the

bias

result column

to

0

A

the

DC

multimeter

V

N

NN

N

to

.

Then

the \GND"

voltage

as

a

preset

bias

current

reading

set

the

DC

bias

current

connect

connector connecting

limit

of

value

and

the

to

20

the

performance

.)

to

20



record

BNC(f)-Banana

V

.

A.

the

test

result

setting

to

the

on

the

18.

Change

multimeter

tests

the

DC

bias

current

measurement

.

T

able

range

2-4.

setting

must

DC

Bias

to

test

be

Current

Bias

Setting

the

set

to

V

oltage

20

1

10

100

020

0

1mA

0

10 mA

0

100 mA

analyzer

auto

mode

A

ccuracy

0

A



A

mA

A

at

,

T

the

following

except

est

Settings

for

the

test

0

points

A

and

.

The

6

20



A

Performance Tests 2-19

PERFORMANCE TEST

RECORD

Agilent

Serial

T

echnologies

No

.

Frequency

Without

With

Option

Mainframe

T

est Station

Norm-T

High-T

emp

High-Temp

A

ccuracy

Option

Frequency

1D5

Frequency

4291B

High-Z

Low-Z

High-Z

Low-Z Head

1D5

1

GHz

1

GHz

RF Impedance/Material

Head

T

est

T

est

6

T

6

10.0

est

1.00

Limit

kHz

Limit

kHz

T

Analyzer

est

Result

T

est

Date

T

emperature

Humidity %RH

T

ested

by:

Measurement

Uncertainty

kHz

6

2.3

kHz

Measurement

Uncertainty

kHz

6

0.19

kHz



C

Osc

Level

Norm-T

A

ccuracy

emp

High-Impedance

Osc

Level

0

19 dBm

0

13

dBm

0

7dBm

1dBm

7dBm

T

est

T

Frequency

1

MHz

10

MHz

100 MHz

1.8 GHz

1 GHz

est

Head

T

est

6

3.00

6

3.03

6

3.33 dB

6

8.00 dB

6

5.33 dB

Limit

dB

T

est

Result

Measurement

Uncertainty

dB

6

0.18

6

0.19

6

0.20

6

0.19 dB

6

0.19 dB

dB

2-20 Performance Tests

Norm-T

emp Low-Impedance

Test

Head (Option

012)

High-T

Osc Level

0

19 dBm

0

13

dBm

0

7

dBm

1

dBm

7

dBm

Frequency T

1 MHz

10

100

1.8

1

emp High-Impedance

Osc Level

0

19

dBm

0

19

dBm

0

19

dBm

0

19

dBm

0

19

dBm

0

19

dBm

0

19

dBm

0

19

dBm

Frequency T

1MHz

15

200

300

500

800

1.2

1.5

MHz

GHz

T

MHz

GHz

est

6

3.00

6

3.03

6

3.33

6

8.00 dB

6

5.33

Head

est

6

5.00

6

5.07

6

5.89

6

6.33

6

7.22

6

8.56

6

10.33

6

11.67

Limit

dB

(Option

Limit

dB

T

est

013)

T

est

Result

Measurement

Uncertainty

dB

6

0.18

0.19

0.20

0.19

Measurement

Uncertainty

dB

6

0.22

0.24

0.23

dB

0

13

dBm

0

7

dBm

0

7dBm

0

7

dBm

0

7

dBm

0

7dBm

0

7

dBm

0

7

dBm 500

0

7

dBm

0

7dBm

0

7dBm

0

7dBm

0

7dBm

10

10 MHz

15

100

200

300

800 MHz

1.2 GHz

1.5 GHz

1.8 GHz

1dBm

1dBm 1 GHz

MHz

1

MHz

1 GHz

1MHz

6

5.04

dB

6

4.00

dB

6

4.04

dB

6

4.07

dB

6

4.44 dB

6

4.89

dB

6

5.33

dB

6

6.22 dB

6

7.56

dB

6

8.44 dB

6

9.33 dB

6

10.67 dB

6

12.00 dB

6

4.00 dB

6

8.44 dB dB

dB

6

0.22

6

0.22

6

0.22

6

0.22

6

0.24

6

0.24

6

0.24

6

0.24 dB

6

0.24

6

0.23 dB

6

0.23 dB

6

0.23 dB

6

0.23 dB

6

0.22 dB

6

0.23 dB

dB

Performance Tests 2-21

High-T

emp Low-Impedance

Test

Head (Option

014)

Osc Level

0

19 dBm

0

19

dBm

0

19

dBm

0

19

dBm

0

19

dBm

0

19

dBm

0

19 dBm

0

19

dBm

0

13

dBm

0

7

dBm

0

7

dBm

0

7

dBm

0

7

dBm

0

7

dBm

0

7

dBm

0

7

dBm

Frequency T

1 MHz

15

MHz

200

MHz

300 MHz

500

MHz

800

MHz

1.2 GHz

1.5

GHz

10

MHz

1

MHz

10

MHz

15

MHz

100

MHz

200

MHz

300

MHz

500

MHz

est

Limit

6

5.00

6

5.07

6

5.89

6

6.33

6

7.22

6

8.56

6

10.33

6

11.67 dB

6

5.04

6

4.00

6

4.04

6

4.07

6

4.44 dB

6

4.89

6

5.33

6

6.22

dB

T

est

Result

Measurement

Uncertainty

dB

6

0.22

0.24

0.23

0.22

0.24

dB

0

7

0

7

0

7

0

7

0

7 dBm

1

dBm

800

MHz

1

GHz

1.2

GHz

1.5

GHz

1.8 GHz

1

MHz

1 GHz

6

10.67

6

12.00

6

7.56

8.44

9.33

4.00

8.44

dB

6

0.24

6

0.23

6

0.23

6

0.23

6

0.23

6

0.22

6

0.23 dB

dB

2-22 Performance Tests

Measurement

A

ccuracy

T

est

Norm-T

T

est Head:

Standard:

Osc

Level:

Frequency

1

MHz

10

MHz

100 MHz

200

MHz

300

MHz

500 MHz

600

MHz

800

MHz

1

GHz

1.3

GHz

1.6

GHz

1.8

GHz

emp High-Impedance

Norm-T

Open

400

Measurement

P

arameter

j

mV

Y

j

emp

High-Z

Test

Head

Calibration

V

alue



mS

T

est

Limit T

S

6

2.12



S

6

3.24



S

6

14.4



S

6

28.4



S

6

41.8



S

6

69.1



S

6

97.6



S

6

130



S

6

164



S

6

259



S

6

329



S

6

379



S

est Result

Measurement

Uncertainty



S

6

0.03



S

6

0.34



S

6

3.4



S

6

6.7



S

6

10.0



S

6

16.7



S

6

21.3



S

6



S

6



S

6



S

6



S

6

28

35

46

63

71



S



S



S



S



S



S



S



S



S



S



S



S

T

est

Head:

Standard:

Osc

Level:

Frequency

1

MHz

10

MHz

100

MHz

200 MHz

300 MHz

500 MHz

600 MHz

800 MHz

1 GHz

1.3

GHz

1.6 GHz

1.8 GHz

Norm-T

Open

41

Measurement

P

arameter

mV

j

Y

j

Y

j

Y

j

Y

jYj

emp

j

High-Z

Calibration

V

alue

T

est

Limit



S

6

20.1



S

6

21.2



S

6

32.4



S

6

46.4



mS659.8S

mS687.1S

mS

6

111S

mS

6

143S

mS

6

177S

mS

6

272S

mS

6

342S

mS

6

392S

T

est

Result

S

Measurement

Uncertainty



S

6

0.03



S

6

0.34



S

6

3.4



S

6

6.7



S

6

10.0S



S

6

16.7S



S

621



S

628



S

635



S

646



S

663



S

671



S



S



S



S

Performance Tests 2-23

T

est Head:

Standard:

Osc

Level: 400

Norm-Temp

Short

mV

High-Z

Frequency

1MHz

10

100

200

300

500

600

800

1.3

1.6

1.8

T

est

Head:

Standard:

Osc

Level:

1

MHz

GHz

Measurement

P

arameter

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Norm-T

emp High-Z

Short

41

mV

Calibration

V

alue

0.00

m

0.00 m

0.00

m

0.00

m

0.00 m

0.00

m

0.00

m

0.00

m

0.00

m

0.00

m

0.00

m

0.00

m

T

est

6

101

6

105

6

150

6

200

6

250

6

350 m

6

400

6

500

6

600

6

750

6

900

6

Limit

1.00

m

T

est

Result

Measurement

Uncertainty

m



6

2

10

20

30

40

50

70

80

100

120

0.13

m



Frequency

1

MHz

10 MHz

100

MHz

200

MHz

300

MHz

500

MHz

600

MHz

800 MHz

1

GHz

1.3 GHz

1.6 GHz

1.8 GHz

Measurement

P

arameter

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

jZj

Calibration

V

alue

0.00 m

0.00

m

0.00

m

0.00 m

0.00

m

0.00

m

0.00

m

0.00 m

T

est

6

101

6

105

6

150 m

6

200

6

250

6

350 m

6

400

6

500 m

6

600 m

6

750 m

6

900 m

6

Limit

m

1.00 

T

est

Result

Measurement

Uncertainty

m



6

2

m

6

2

m

10

m

20

m

30

m

40 m

50

m

70 m

80 m

100 m

120 m

0.13 

2-24 Performance Tests

T

est Head:

Standard:

Osc

Level: 400

Norm-Temp

50 

mV

High-Z

Frequency

1 MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

800

MHz

800

MHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



Calibration

V

alue



mrad



mrad



mrad



mrad



mrad



mrad



mrad



mrad

T

est

Limit

6

418

6

8.37

mrad

6

425

6

8.50

mrad

6

493

6

9.85

mrad

6

668

6

13.4

mrad

6

743

6

14.9

mrad

6

893

6

17.9

mrad

6

1.17

6

23.4 mrad

6

1.32

6

26.4

mrad

m



T

est

Result

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad



mrad



mrad

Measurement

Uncertainty

6

90

m

6

1.80

mrad

6

90

m

6

1.80

mrad

6

100

m

6

2.00

mrad

6

125

m

6

2.5

mrad

6

150

m

6

3.0

mrad

6

200

m

6

4.0

mrad

6

0.25



6

5.0 mrad

6

0.25



6

5.0

mrad

1 GHz

1

GHz

1.3

GHz

1.3 GHz

1.6

GHz

1.6

GHz

1.8

GHz

1.8

GHz

j

Z

j



j

Z

j



j

Z

j



j

Z

j





mrad



mrad



mrad



mrad

6

1.47

29.4

6

2.09

41.9

6

2.32

46.4

6

2.47

49.4



mrad



mrad



mrad



mrad



mrad



mrad



mrad



mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

Performance Tests 2-25

T

est Head:

Standard:

Osc

Level: 41

Norm-Temp

50 

mV

High-Z

Frequency

1

MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

800

MHz

800

MHz

1

GHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j

Calibration

V

alue



mrad



mrad



mrad



mrad



mrad



mrad



mrad



mrad



T

est

Limit

6

451

6

9.02

mrad

6

458

6

9.15

mrad

6

525

6

10.5

mrad

6

700

6

14.0

mrad

6

775

6

15.5

mrad

6

925 m

6

18.5

mrad

6

1.20

6

24.0 mrad

6

1.35

6

27.0

mrad

6

1.50

m



T

est

Result

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad



mrad



mrad



Measurement

Uncertainty

6

90

m

6

1.80

mrad

6

90

m

6

1.80

mrad

6

100

m

6

2.0

mrad

6

125

m

6

2.5

mrad

6

150

m

6

3.0

mrad

6

200 m

6

4.0

mrad

6

0.25



6

5.0 mrad

6

0.25



6

5.0

mrad

6

0.25



1.3

1.6

1.8

1

GHz



j

Z

j



j

Z

j



j

Z

j



mrad



mrad



mrad



mrad

6

30.0

6

2.13

42.5

6

2.35

47.0

6

2.50

50.0

mrad



mrad



mrad



mrad



mrad



mrad



mrad

6

5.0

mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

2-26 Performance Tests

T

est Head:

Standard:

Osc

Level: 400

Norm-Temp

10 cm

Airline with

mV

High-Z

Open

Frequency

1 MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

800

MHz

800

MHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



Calibration

V

alue

k

rad

k

rad



rad



rad



rad



rad



rad



rad

T

est

Limit

6

1.13

6

51.8

mrad

6

27.5

6

12.6

mrad

6

2.22

6

10.3

mrad

6

1.29

6

12.7

mrad

6

874

6

14.4

mrad

6

559

6

24.8

mrad

6

524

6

53.4 mrad

6

679

6

50.0

mrad

k



m

T

est

Result

k

mrad



mrad



mrad



mrad

m

mrad

m

mrad

m

mrad

m

mrad

Measurement

Uncertainty

6

0.04

k

6

2.0

mrad

6

4.4



6

2.0

mrad

6

0.43



6

2.0

mrad

6

0.25



6

2.5

mrad

6

182

m

6

3.0

mrad

6

90

m

6

4.0

mrad

6

88

m

6

9.0 mrad

6

122

m

6

9.0

mrad

1 GHz

1

GHz

1.6

GHz

1.6 GHz

1.8

GHz

1.8

GHz

j

Z

j



j

Z

j



j

Z

j





rad



rad



rad

6

1.34

30.3

6

3.84

44.8

6

1.87

56.4



mrad



mrad



mrad



mrad



mrad



mrad

6

0.27

6.0

6

0.86

10.0

6

0.33

10.0



mrad



mrad



mrad

Performance Tests 2-27

T

est Head:

Standard:

Osc

Level: 41

Norm-Temp

10 cm

Airline with

mV

High-Z

Open

Frequency

1

MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

800

MHz

800

MHz

1

GHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j

Calibration

V

alue

k

rad

k

rad



rad



rad



rad



rad



rad



rad



T

est

Limit

6

9.69

6

444

mrad

6

113

6

51.8

mrad

6

2.81

6

13.1

mrad

6

1.42

6

14.0

mrad

6

922

6

15.2

mrad

6

566 m

6

25.1

mrad

6

525

6

53.6 mrad

6

682

6

50.2

mrad

6

1.37

k



m



T

est

Result

k

mrad



mrad



mrad



mrad

m

mrad

m

mrad

m

mrad

m

mrad



Measurement

Uncertainty

6

0.04

k

6

2

mrad

6

4



6

2.0

mrad

6

0.43



6

2.0

mrad

6

0.25



6

2.5

mrad

6

182

m

6

3.0

mrad

6

90 m

6

4.0

mrad

6

88

m

6

9.0 mrad

6

122

m

6

9.0

mrad

6

0.27



1.6

1.8

1

GHz

rad



rad



rad

6

30.9

6

3.94

45.9

6

1.88

56.9

mrad



mrad



mrad



j

Z

j



j

Z

j



mrad



mrad



mrad

6

6.0

6

0.86

10.0

6

0.33

10.0

mrad



mrad



mrad

2-28 Performance Tests

T

est Head:

Standard:

Osc

Level: 400

Norm-Temp

10 cm

Airline with

mV

High-Z

Short

Frequency

1 MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

1

GHz

1

GHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



Calibration

V

alue

m

rad



rad



rad



rad



rad



rad



rad



rad

T

est

Limit

6

101

6

893

mrad

6

111

6

104

mrad

6

216

6

20.2

mrad

6

393

6

17.5

mrad

6

592

6

16.2

mrad

6

1.48

6

17.0

mrad

6

3.88

6

25.0 mrad

6

2.43

6

28.2

mrad

m



T

est

Result

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad



mrad



mrad



mrad

Measurement

Uncertainty

6

2

m

6

15

mrad

6

4

m

6

4

mrad

6

27

m

6

2.5

mrad

6

67

m

6

3.0

mrad

6

110

m

6

3.0

mrad

6

0.31



6

3.5

mrad

6

0.78



6

5.0 mrad

6

0.52



6

6.0

mrad

1.3 GHz

1.3

GHz

1.6

GHz

1.6 GHz

1.8

GHz

1.8

GHz

j

Z

j



j

Z

j



j

Z

j





rad



rad



rad

6

1.26

6

57.0

6

1.14

6

105

6

1.98

6

54.1mrad



mrad



mrad



mrad



mrad



mrad

6

10.0

6

15

6

10.0

0.22

0.16

mrad

0.37



mrad



mrad

Performance Tests 2-29

T

est Head:

Standard:

Osc

Level: 41

Norm-Temp

10 cm

Airline with

mV

High-Z

Short

Frequency

1

MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

1

GHz

1

GHz

1.3

GHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j

Calibration

V

alue

m

rad



rad



rad



rad



rad



rad



rad



rad



T

est

Limit

6

101

6

893

mrad

6

111

6

104

mrad

6

218

6

20.3

mrad

6

399

6

17.8

mrad

6

609

6

16.7

mrad

6

1.58 

6

18.1

mrad

6

4.19

6

27.0 mrad

6

2.52

6

29.3

mrad

6

1.26

m



T

est

Result

m

rad

m

mrad

m

mrad

m

mrad

m

mrad



mrad



mrad



mrad



Measurement

Uncertainty

6

2

m

6

15

mrad

6

4

m

6

4

mrad

6

27

m

6

2.5

mrad

6

67

m

6

3.0

mrad

6

110

m

6

3.0

mrad

6

0.31 

6

3.5

mrad

6

0.78



6

5.0 mrad

6

0.52



6

6.0

mrad

6

0.22



1.3

1.6

1.8

GHz

rad



rad



rad

6

57.3

6

1.14

6

105

6

2.00

6

54.6mrad

mrad



mrad





j

Z

j



j

Z

j



mrad



mrad



mrad

6

10.0

6

15

6

10.0

0.16

mrad

0.37

mrad



mrad

2-30 Performance Tests

Norm-T

T

est Head:

Standard:

Osc

emp Low-Impedance

Level: 400

Norm-T

Open

mV

emp

Test

Low-Z

Head (Option

012)

Frequency Measurement

Parameter

1

MHz

10

MHz

100 MHz

200

MHz

300

MHz

500 MHz

600

MHz

800

MHz

1

GHz

1.3

GHz

1.6

GHz

1.8

GHz

T

est

Head:

Standard:

Osc

Level:

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Norm-T

Open

41

mV

emp

Calibration

Low-Z

Value



mS

S

Test

6

30.1

6

31.2

6

42.4

6

56.4

6

69.7

6

96.8

6

120

152

185

280

349

398

Limit T



S



S



S



S



S



S



S



S



S



S



S



S

est Result

Measurement

Uncertainty



S

6

0.0



S

6

0.3



S

6

3.4



S

6

6.7



S

6

10.0



S

6

16.7



S

6



S

6



S

6



S

6



S

6



S

6

21

28

35

46

63

71



S



S



S



S



S



S



S



S



S



S



S



S

Frequency

1

MHz

10

MHz

100

MHz

200 MHz

300

MHz

500

MHz

600 MHz

800 MHz

1 GHz

1.3 GHz

1.6 GHz

1.8 GHz

Measurement

P

arameter

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

jYj

Calibration

V

alue



mS

T

est

Limit

S

6

30.1



S

6

31.2



S

6

42.4



S

6

56.4



6

69.7



6

96.9



6

120



6

152S

6

186S

6

281S

6

350S

6

399S

T

est

Result

S

Measurement

Uncertainty



S

6

0.0



S

6

0.3



S

6

3.4



S

6

6.7



S

6

10.0



S

6

16.7



S

6



S

628



S

635



S

646



S

663



S

671

21



S



S



S



S



S



S



S

Performance Tests 2-31

T

est Head:

Standard:

Osc

Level: 400

Norm-Temp

Short

mV

Low-Z

Frequency

1MHz

10

100

200

300

500

600

800

1.3

1.6

1.8

T

est

Head:

Standard:

Osc

Level:

1

MHz

GHz

Measurement

P

arameter

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Norm-T

emp Low-Z

Short

41

mV

Calibration

V

alue

0.00

m

0.00 m

0.00

m

0.00

m

0.00 m

0.00

m

0.00

m

0.00

m

0.00

m

0.00

m

0.00

m

0.00

m

T

est

6

10.5

6

15.0

6

60.0

6

110

6

160

6

260 m

6

310

6

410

6

510

6

660

6

810

6

910

Limit

m

T

est

Result

Measurement

Uncertainty

m

6

1.8

2.0

10.0

20

30

40

50

70

80

100

120

130

m

Frequency

1

MHz

10 MHz

100

MHz

200

MHz

300

MHz

500

MHz

600

MHz

800 MHz

1

GHz

1.3 GHz

1.6 GHz

1.8 GHz

Measurement

P

arameter

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

jZj

Calibration

V

alue

0.00 m

0.00

m

0.00

m

0.00 m

0.00

m

0.00

m

0.00

m

0.00 m

T

est

6

50.5

6

55.0

6

100 m

6

150

6

200

6

300 m

6

350

6

450 m

6

550 m

6

700 m

6

850 m

6

950 m

Limit

m

T

est

Result

Measurement

Uncertainty

m

6

1.8

m

2.0

m

10

m

20

m

30

m

40 m

50

m

70 m

80 m

100 m

120 m

130 m

2-32 Performance Tests

T

est Head:

Standard:

Osc

Level: 400

Norm-Temp

50 

mV

Low-Z

Frequency

1 MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

800

MHz

800

MHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



Calibration

V

alue



mrad



mrad



mrad



mrad



mrad



mrad



mrad



mrad

T

est

Limit

6

396

6

7.92

mrad

6

403

6

8.05

mrad

6

470

6

9.40

mrad

6

645

6

12.9

mrad

6

720

6

14.4

mrad

6

870

6

17.4

mrad

6

1.15

6

22.9 mrad

6

1.30

6

25.9

mrad

m



T

est

Result

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad



mrad



mrad

Measurement

Uncertainty

6

90

m

6

1.80

mrad

6

90

m

6

1.80

mrad

6

100

m

6

2.00

mrad

6

125

m

6

2.5

mrad

6

150

m

6

3.0

mrad

6

200

m

6

4.0

mrad

6

0.25



6

5.0 mrad

6

0.25



6

5.0

mrad

1 GHz

1

GHz

1.3

GHz

1.3 GHz

1.6

GHz

1.6

GHz

1.8

GHz

1.8

GHz

j

Z

j



j

Z

j



j

Z

j



j

Z

j





mrad



mrad



mrad



mrad

6

1.45

28.9

6

2.07

41.4

6

2.30

45.9

6

2.45

48.9



mrad



mrad



mrad



mrad



mrad



mrad



mrad



mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

Performance Tests 2-33

T

est Head:

Standard:

Osc

Level: 41

Norm-Temp

50 

mV

Low-Z

Frequency

1

MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

800

MHz

800

MHz

1

GHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j

Calibration

V

alue



mrad



mrad



mrad



mrad



mrad



mrad



mrad



mrad



T

est

Limit

6

426

6

8.52

mrad

6

433

6

8.65

mrad

6

500

6

10.0

mrad

6

675

6

13.5

mrad

6

750

6

15.0

mrad

6

900 m

6

18.0

mrad

6

1.18

6

23.5 mrad

6

1.33

6

26.5

mrad

6

1.48

m



T

est

Result

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad



mrad



mrad



Measurement

Uncertainty

6

90

m

6

1.80

mrad

6

90

m

6

1.80

mrad

6

100

m

6

2.0

mrad

6

125

m

6

2.5

mrad

6

150

m

6

3.0

mrad

6

200 m

6

4.0

mrad

6

0.25



6

5.0 mrad

6

0.25



6

5.0

mrad

6

0.25



1.3

1.6

1.8

1

GHz



j

Z

j



j

Z

j



j

Z

j



mrad



mrad



mrad



mrad

6

29.5

6

2.10

42.0

6

2.33

46.5

6

2.48

49.5

mrad



mrad



mrad



mrad



mrad



mrad



mrad

6

5.0

mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

2-34 Performance Tests

T

est Head:

Standard:

Osc

Level: 400

Norm-Temp

10 cm

Airline with

mV

Low-Z

Open

Frequency

1 MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

800

MHz

800

MHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



Calibration

V

alue

k

rad

k

rad



rad



rad



rad



rad



rad



rad

T

est

Limit

6

14.4

6

662

mrad

6

161

6

73.6

mrad

6

3.19

6

14.9

mrad

6

1.44

6

14.2

mrad

6

879

6

14.4

mrad

6

491

6

21.8

mrad

6

446

6

45.5 mrad

6

603

6

44.4

mrad

k



m

T

est

Result

k

mrad



mrad



mrad



mrad

m

mrad

m

mrad

m

mrad

m

mrad

Measurement

Uncertainty

6

0.0

k

6

2

mrad

6

4



6

2.0

mrad

6

0.43



6

2.0

mrad

6

0.25



6

2.5

mrad

6

182

m

6

3.0

mrad

6

90

m

6

4.0

mrad

6

88

m

6

9.0 mrad

6

122

m

6

9.0

mrad

1 GHz

1

GHz

1.6

GHz

1.6 GHz

1.8

GHz

1.8

GHz

j

Z

j



j

Z

j



j

Z

j





rad



rad



rad

6

1.31

29.5

6

3.93

45.9

6

1.81

54.8



mrad



mrad



mrad



mrad



mrad



mrad

6

0.27

6.0

6

0.86

10.0

6

0.33

10.0



mrad



mrad



mrad

Performance Tests 2-35

T

est Head:

Standard:

Osc

Level: 41

Norm-Temp

10 cm

Airline with

mV

Low-Z

Open

Frequency

1

MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

800

MHz

800

MHz

1

GHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j

Calibration

V

alue

k

rad

k

rad



rad



rad



rad



rad



rad



rad



T

est

Limit

6

14.4

6

662

mrad

6

161

6

73.6

mrad

6

3.22

6

15.0

mrad

6

1.47

6

14.5

mrad

6

909

6

14.9

mrad

6

521 m

6

23.1

mrad

6

476

6

48.6 mrad

6

633

6

46.6

mrad

6

1.34

k



m



T

est

Result

k

mrad



mrad



mrad



mrad

m

mrad

m

mrad

m

mrad

m

mrad



Measurement

Uncertainty

6

0.0

k

6

2

mrad

6

4



6

2.0

mrad

6

0.43



6

2.0

mrad

6

0.25



6

2.5

mrad

6

182

m

6

3.0

mrad

6

90 m

6

4.0

mrad

6

88

m

6

9.0 mrad

6

122

m

6

9.0

mrad

6

0.27



1.6

1.8

1

GHz

rad



rad



rad

6

30.2

6

3.96

46.2

6

1.84

55.7

mrad



mrad



mrad



j

Z

j



j

Z

j



mrad



mrad



mrad

6

6.0

6

0.86

10.0

6

0.33

10.0

mrad



mrad



mrad

2-36 Performance Tests

T

est Head:

Standard:

Osc

Level: 400

Norm-Temp

10 cm

Airline with

mV

Low-Z

Short

Frequency

1 MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

1

GHz

1

GHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



Calibration

V

alue

m

rad



rad



rad



rad



rad



rad



rad



rad

T

est

Limit

6

11.2

6

98.7

mrad

6

21.5

6

20.0

mrad

6

139

6

13.0

mrad

6

324

6

14.5

mrad

6

542

6

14.8

mrad

6

1.58

6

18.1

mrad

6

4.35

6

28.0 mrad

6

2.52

6

29.2

mrad

m



T

est

Result

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad



mrad



mrad



mrad

Measurement

Uncertainty

6

1.7

m

6

15.0

mrad

6

4.3

m

6

4.0

mrad

6

27

m

6

2.5

mrad

6

67

m

6

3.0

mrad

6

110

m

6

3.0

mrad

6

0.31



6

3.5

mrad

6

0.78



6

5.0 mrad

6

0.52



6

6.0

mrad

1.3 GHz

1.3

GHz

1.6

GHz

1.6 GHz

1.8

GHz

1.8

GHz

j

Z

j



j

Z

j



j

Z

j





rad



rad



rad

6

1.19

6

53.9

6

1.06

6

97.8

6

1.94

6

52.8mrad



mrad



mrad



mrad



mrad



mrad

6

0.22

10.0

6

0.16

15.0

6

0.37

10.0



mrad



mrad



mrad

Performance Tests 2-37

T

est Head:

Standard:

Osc

Level: 41

Norm-Temp

10 cm

Airline with

mV

Low-Z

Short

Frequency

1

MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

1

GHz

1

GHz

1.3

GHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j

Calibration

V

alue

m

rad



rad



rad



rad



rad



rad



rad



rad



T

est

Limit

6

51.2

6

452

mrad

6

61.5

6

57.3

mrad

6

169

6

15.8

mrad

6

354

6

15.8

mrad

6

572

6

15.7

mrad

6

1.61 

6

18.4

mrad

6

4.38

6

28.2 mrad

6

2.55

6

29.6

mrad

6

1.22

m



T

est

Result

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad



mrad



mrad



mrad



Measurement

Uncertainty

6

1.7

m

6

15

mrad

6

4.3

m

6

4.0

mrad

6

27

m

6

2.5

mrad

6

67

m

6

3.0

mrad

6

110

m

6

3.0

mrad

6

0.31 

6

3.5

mrad

6

0.78



6

5.0 mrad

6

0.52



6

6.0

mrad

6

0.22



1.3

1.6

1.8

GHz

rad



rad



rad

6

55.2

6

1.09

6

101

6

1.97

6

53.6mrad

mrad



mrad





j

Z

j



j

Z

j



mrad



mrad



mrad

6

10.0

6

15

6

10.0

0.16

mrad

0.37

mrad



mrad

2-38 Performance Tests

High-T

T

Standard:

Osc

emp High-Impedance

est Head:

Level: 250

High-T

Open

mV

emp

Test

High-Z

Head (Option

013)

Frequency Measurement

Parameter

1

MHz

10

MHz

100 MHz

200

MHz

300

MHz

500 MHz

600

MHz

800

MHz

1

GHz

1.3

GHz

1.6

GHz

1.8

GHz

T

est

Head:

Standard:

Osc

Level:

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

High-T

Open

41

mV

j

emp

Calibration

High-Z

Value



mS

S

Test

6

10.2

6

12.2

6

32.4

6

56.5

6

80.0

6

128

169

226

286

460

586

678

Limit T



S



S



S



S



S



S



S



S



S



S



S



S

est Result

Measurement

Uncertainty



S

6

0.0



S

6

0.3



S

6

3.4



S

6

6.7



S

6

10.0



S

6



S

6



S

6



S

6



S

6



S

6



S

6

17

21

28

35

46

63

71



S



S



S



S



S



S



S



S



S



S



S



S

Frequency

1

MHz

10

MHz

100

MHz

200 MHz

300

MHz

500

MHz

600 MHz

800 MHz

1 GHz

1.3 GHz

1.6 GHz

1.8 GHz

Measurement

P

arameter

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

jYj

Calibration

V

alue



mS

T

est

Limit

S

6

20.2



S

6

22.2



S

6

42.4



S

6

66.5



6

90.0



6

138



6

179



6

236S

6

296S

6

470S

6

596S

6

688S

T

est

Result

S

Measurement

Uncertainty



S

6

0.0



S

6

0.3



S

6

3.4



S

6

6.7



S

6

10.0



S

6



S

6



S

628



S

635



S

646



S

663



S

671

17

21



S



S



S



S



S



S



S

Performance Tests 2-39

T

est Head:

Standard:

Osc

Level: 250

High-Temp

Short

mV

High-Z

Frequency

1MHz

10

100

200

300

500

600

800

1.3

1.6

1.8

T

est

Head:

Standard:

Osc

Level:

1

MHz

GHz

Measurement

P

arameter

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

High-T

emp High-Z

Short

41

mV

Calibration

V

alue

0.00

m

0.00 m

0.00

m

0.00

m

0.00 m

0.00

m

0.00

m

0.00

m

0.00

m

0.00

m

0.00

m

0.00

m

T

est

6

101

6

110

6

200

6

300

6

400

6

600 m

6

700

6

900

6

Limit

1.10

1.40

1.70

1.90

m

T

est

Result

Measurement

Uncertainty

m



m



6

2

m

2

m

10

20

30

40

50

70

0.08

0.10

0.12

0.13

m



Frequency

1

MHz

10 MHz

100

MHz

200

MHz

300

MHz

500

MHz

600

MHz

800 MHz

1

GHz

1.3 GHz

1.6 GHz

1.8 GHz

Measurement

P

arameter

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

jZj

Calibration

V

alue

0.00 m

0.00

m

0.00

m

0.00 m

0.00

m

0.00

m

0.00

m

0.00 m

T

est

6

101

6

110

6

200 m

6

300

6

400

6

600 m

6

700

6

900 m

6

Limit

m

1.10 

1.40 

1.70 

1.90 

T

est

Result

Measurement

Uncertainty

m



6

2

6

2

10

20

30

40 m

50

70 m

0.08 

0.10 

0.12 

0.13 

m

2-40 Performance Tests

T

est Head:

Standard:

Osc

Level: 250

High-Temp

50 

mV

High-Z

Frequency

1 MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

800

MHz

800

MHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



Calibration

V

alue



mrad



mrad



mrad



mrad



mrad



mrad



mrad



mrad

T

est

Limit

6

427

6

8.53

mrad

6

440

6

8.80

mrad

6

575

6

11.5

mrad

6

825

6

16.5

mrad

6

975

6

19.5

mrad

6

1.28

6

25.5

mrad

6

1.78

6

35.5 mrad

6

2.08

6

41.5

mrad

m



T

est

Result

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad



mrad



mrad

Measurement

Uncertainty

6

90

m

6

1.80

mrad

6

90

m

6

1.80

mrad

6

100

m

6

2.0

mrad

6

125

m

6

2.5

mrad

6

150

m

6

3.0

mrad

6

0.20



6

4.0

mrad

6

0.25



6

5.0 mrad

6

0.25



6

5.0

mrad

1 GHz

1

GHz

1.3

GHz

1.3 GHz

1.6

GHz

1.6

GHz

1.8

GHz

1.8

GHz

j

Z

j



j

Z

j



j

Z

j



j

Z

j





mrad



mrad



mrad



mrad

6

2.38

47.5

6

3.58

71.5

6

4.03

80.5

6

4.33

86.5



mrad



mrad



mrad



mrad



mrad



mrad



mrad



mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

Performance Tests 2-41

T

est Head:

Standard:

Osc

Level: 41

High-Temp

50 

mV

High-Z

Frequency

1

MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

800

MHz

800

MHz

1

GHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j

Calibration

V

alue



mrad



mrad



mrad



mrad



mrad



mrad



mrad



mrad



T

est

Limit

6

452

6

9.03

mrad

6

465

6

9.30

mrad

6

600

6

12.0

mrad

6

850

6

17.0

mrad

6

1.00

6

20.0

mrad

6

1.30 

6

26.0

mrad

6

1.80

6

36.0 mrad

6

2.10

6

42.0

mrad

6

2.40

m



T

est

Result

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad



mrad



mrad



Measurement

Uncertainty

6

90

m

6

1.80

mrad

6

90

m

6

1.80

mrad

6

100

m

6

2.0

mrad

6

125

m

6

2.5

mrad

6

0.15



6

3.0

mrad

6

0.20 

6

4.0

mrad

6

0.25



6

5.0 mrad

6

0.25



6

5.0

mrad

6

0.25



1.3

1.6

1.8

1

GHz



j

Z

j



j

Z

j



j

Z

j



mrad



mrad



mrad



mrad

6

48.0

6

3.60

72.0

6

4.05

81.0

6

4.35

87.0

mrad



mrad



mrad



mrad



mrad



mrad



mrad

6

5.0

mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

2-42 Performance Tests

T

est Head:

Standard:

Osc

Level: 250

High-Temp

10 cm

Airline with

mV

High-Z

Open

Frequency

1 MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

800

MHz

800

MHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



Calibration

V

alue

k

rad

k

rad



rad



rad



rad



rad



rad



rad

T

est

Limit

6

4.98

6

228

mrad

6

70.3

6

32.2

mrad

6

2.86

6

13.4

mrad

6

1.62

6

16.0

mrad

6

1.15

6

18.8

mrad

6

836

6

37.1

mrad

6

860

6

87.6 mrad

6

1.14

6

83.5

mrad

k



m



T

est

Result

k

mrad



mrad



mrad



mrad

m

mrad

m

mrad

m

mrad

m

mrad

Measurement

Uncertainty

6

0.04

k

6

2

mrad

6

4.4



6

2.0

mrad

6

0.43



6

2.0

mrad

6

0.25



6

2.5

mrad

6

0.18



6

3.0

mrad

6

90

m

6

4.0

mrad

6

88

m

6

9.0 mrad

6

0.12



6

9.0

mrad

1 GHz

1

GHz

1.6

GHz

1.6 GHz

1.8

GHz

1.8

GHz

j

Z

j



j

Z

j



j

Z

j





rad



rad



rad

6

2.17

49.2

6

6.70

78.1

6

3.30

99.7



mrad



mrad



mrad



mrad



mrad



mrad

6

0.27

6.0

6

0.86

10.0

6

0.33

10.0



mrad



mrad



mrad

Performance Tests 2-43

T

est Head:

Standard:

Osc

Level: 41

High-Temp

10 cm

Airline with

mV

High-Z

Open

Frequency

1

MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

800

MHz

800

MHz

1

GHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j

Calibration

V

alue

k

rad

k

rad



rad



rad



rad



rad



rad



rad



T

est

Limit

6

9.74

6

447

mrad

6

118

6

54.0

mrad

6

3.32

6

15.5

mrad

6

1.73

6

17.0

mrad

6

1.18

6

19.4

mrad

6

841 m

6

37.3

mrad

6

861

6

87.7 mrad

6

1.14

6

83.7

mrad

6

2.19

k



m



T

est

Result

k

mrad



mrad



mrad



mrad

m

mrad

m

mrad

m

mrad

m

mrad



Measurement

Uncertainty

6

0.04

k

6

2

mrad

6

4



6

2.0

mrad

6

0.43



6

2.0

mrad

6

0.25



6

2.5

mrad

6

0.18

m

6

3.0

mrad

6

90 m

6

4.0

mrad

6

88

m

6

9.0 mrad

6

0.12



6

9.0

mrad

6

0.27



1.6

1.8

1

GHz

rad



rad



rad

6

49.6

6

6.77

79.0

6

3.31

100

mrad



mrad



mrad



j

Z

j



j

Z

j



mrad



mrad



mrad

6

6.0

6

10.0

6

10

0.86

0.33

mrad



mrad



2-44 Performance Tests

T

est Head:

Standard:

Osc

Level: 250

High-Temp

10 cm

Airline with

mV

High-Z

Short

Frequency

1 MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

1

GHz

1

GHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



Calibration

V

alue

m

rad



rad



rad



rad



rad



rad



rad



rad

T

est

Limit

6

102

6

897

mrad

6

116

6

109

mrad

6

268

6

25.0

mrad

6

504

6

22.5

mrad

6

786

6

21.5

mrad

6

2.13

6

24.5

mrad

6

6.16

6

39.7 mrad

6

3.95

6

45.9

mrad

m



T

est

Result

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad



mrad



mrad



mrad

Measurement

Uncertainty

6

2

m

6

15

mrad

6

4

m

6

4

mrad

6

27

m

6

2.5

mrad

6

67

m

6

3.0

mrad

6

110

m

6

3.0

mrad

6

0.31



6

3.5

mrad

6

0.78



6

5.0 mrad

6

0.52



6

6.0

mrad

1.3 GHz

1.3

GHz

1.6

GHz

1.6 GHz

1.8

GHz

1.8

GHz

j

Z

j



j

Z

j



j

Z

j





rad



rad



rad

6

2.19

99.4

6

2.06

191

6

3.50

95.4



mrad



mrad



mrad



mrad



mrad



mrad

6

10.0

6

15

6

10.0

0.22

0.16

mrad

0.37



mrad



mrad

Performance Tests 2-45

T

est Head:

Standard:

Osc

Level: 41

High-Temp

10 cm

Airline with

mV

High-Z

Short

Frequency

1

MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

1

GHz

1

GHz

1.3

GHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j

Calibration

V

alue

m

rad



rad



rad



rad



rad



rad



rad



rad



T

est

Limit

6

102

6

897

mrad

6

116

6

109

mrad

6

269

6

25.1

mrad

6

509

6

22.7

mrad

6

799

6

21.9

mrad

6

2.21 

6

25.3

mrad

6

6.41

6

41.2 mrad

6

4.02

6

46.7

mrad

6

2.20

m



T

est

Result

m

rad

m

mrad

m

mrad

m

mrad

m

mrad



mrad



mrad



mrad



Measurement

Uncertainty

6

2

m

6

15

mrad

6

4

m

6

4

mrad

6

27

m

6

2.5

mrad

6

67

m

6

3.0

mrad

6

110

m

6

3.0

mrad

6

0.31 

6

3.5

mrad

6

0.78



6

5.0 mrad

6

0.52



6

6.0

mrad

6

0.22



1.3

1.6

1.8

GHz

rad



rad



rad

6

99.6

6

2.06

6

191

6

3.51

6

95.8mrad

mrad



mrad





j

Z

j



j

Z

j



mrad



mrad



mrad

6

10.0

6

15

6

10.0

0.16

mrad

0.37

mrad



mrad

2-46 Performance Tests

High-T

T

Standard:

Osc

emp Low-Impedance

est Head:

Level: 250

High-T

Open

mV

emp

Test

Low-Z

Head (Option

014)

Frequency Measurement

Parameter

1

MHz

10

MHz

100 MHz

200

MHz

300

MHz

500 MHz

600

MHz

800

MHz

1

GHz

1.3

GHz

1.6

GHz

1.8

GHz

T

est

Head:

Standard:

Osc

Level:

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

High-T

Open

41

mV

j

emp

Calibration

Low-Z

Value



mS

S

Test

6

30.2

6

32.2

6

52.4

6

76.4

6

99.9

6

148

189

245

305

478

604

695

Limit T



S



S



S



S



S



S



S



S



S



S



S



S

est Result

Measurement

Uncertainty



S

6

0.0



S

6

0.3



S

6

3.4



S

6

6.7



S

6

10.0



S

6



S

6



S

6



S

6



S

6



S

6



S

6

17

21

28

35

46

63

71



S



S



S



S



S



S



S



S



S



S



S



S

Frequency

1

MHz

10

MHz

100

MHz

200 MHz

300

MHz

500

MHz

600 MHz

800 MHz

1 GHz

1.3 GHz

1.6 GHz

1.8 GHz

Measurement

P

arameter

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

Y

j

jYj

Calibration

V

alue



mS

T

est

Limit

S

6

30.2



S

6

32.2



S

6

52.4



S

6

76.5



6

99.9



6

148



6

189



6

246S

6

305S

6

479S

6

604S

6

696S

T

est

Result

S

Measurement

Uncertainty



S

6

0.0



S

6

0.3



S

6

3.4



S

6

6.7



S

6

10.0



S

6



S

6



S

628



S

635



S

646



S

663



S

671

17

21



S



S



S



S



S



S



S

Performance Tests 2-47

T

est Head:

Standard:

Osc

Level: 250

High-Temp

Short

mV

Low-Z

Frequency

1MHz

10

100

200

300

500

600

800

1.3

1.6

1.8

T

est

Head:

Standard:

Osc

Level:

1

MHz

GHz

Measurement

P

arameter

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

High-T

emp Low-Z

Short

41

mV

Calibration

V

alue

0.00

m

0.00 m

0.00

m

0.00

m

0.00 m

0.00

m

0.00

m

0.00

m

0.00

m

0.00

m

0.00

m

0.00

m

T

est

6

31.0

6

40.0

6

130

6

230

6

330

6

530 m

6

630

6

830

6

Limit

1.03

1.33

1.63

1.83

m

T

est

Result

Measurement

Uncertainty

m



m

6

1.8

2.0

10

20

30

40

50

70

0.08

0.10

0.12

0.13

m



Frequency

1

MHz

10 MHz

100

MHz

200

MHz

300

MHz

500

MHz

600

MHz

800 MHz

1

GHz

1.3 GHz

1.6 GHz

1.8 GHz

Measurement

P

arameter

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

Z

j

jZj

Calibration

V

alue

0.00 m

0.00

m

0.00

m

0.00 m

0.00

m

0.00

m

0.00

m

0.00 m

T

est

6

51.0

6

60.0

6

150 m

6

250

6

350

6

550 m

6

650

6

850 m

6

Limit

m

1.05 

1.35 

1.65 

1.85 

T

est

Result

Measurement

Uncertainty

m

6

1.8

m

2.0

m

10

m

20

m

30

m

40 m

50

m

70 m

0.08 

0.10 

0.12 

0.13 

2-48 Performance Tests

T

est Head:

Standard:

Osc

Level: 250

High-Temp

50 

mV

Low-Z

Frequency

1 MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

800

MHz

800

MHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



Calibration

V

alue



mrad



mrad



mrad



mrad



mrad



mrad



mrad



mrad

T

est

Limit

6

407

6

8.13

mrad

6

420

6

8.40

mrad

6

555

6

11.1

mrad

6

805

6

16.1

mrad

6

955

6

19.1

mrad

6

1.26

6

25.1

mrad

6

1.76

6

35.1 mrad

6

2.06

6

41.1

mrad

m



T

est

Result

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad



mrad



mrad

Measurement

Uncertainty

6

90

m

6

1.80

mrad

6

90

m

6

1.80

mrad

6

100

m

6

2.0

mrad

6

125

m

6

2.5

mrad

6

150

m

6

3.0

mrad

6

0.20



6

4.0

mrad

6

0.25



6

5.0 mrad

6

0.25



6

5.0

mrad

1 GHz

1

GHz

1.3

GHz

1.3 GHz

1.6

GHz

1.6

GHz

1.8

GHz

1.8

GHz

j

Z

j



j

Z

j



j

Z

j



j

Z

j





mrad



mrad



mrad



mrad

6

2.36

47.1

6

3.56

71.1

6

4.01

80.1

6

4.31

86.1



mrad



mrad



mrad



mrad



mrad



mrad



mrad



mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

Performance Tests 2-49

T

est Head:

Standard:

Osc

Level: 41

High-Temp

50 

mV

Low-Z

Frequency

1

MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

800

MHz

800

MHz

1

GHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j

Calibration

V

alue



mrad



mrad



mrad



mrad



mrad



mrad



mrad



mrad



T

est

Limit

6

427

6

8.53

mrad

6

440

6

8.80

mrad

6

575

6

11.5

mrad

6

825

6

16.5

mrad

6

975

6

19.5

mrad

6

1.28 

6

25.5

mrad

6

1.78

6

35.5 mrad

6

2.08

6

41.5

mrad

6

2.38

m



T

est

Result

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad



mrad



mrad



Measurement

Uncertainty

6

90

m

6

1.80

mrad

6

90

m

6

1.80

mrad

6

100

m

6

2.0

mrad

6

125

m

6

2.5

mrad

6

150

m

6

3.0

mrad

6

0.20 

6

4.0

mrad

6

0.25



6

5.0 mrad

6

0.25



6

5.0

mrad

6

0.25



1.3

1.6

1.8

1

GHz



j

Z

j



j

Z

j



j

Z

j



mrad



mrad



mrad



mrad

6

47.5

6

3.58

71.5

6

4.03

80.5

6

4.33

86.5

mrad



mrad



mrad



mrad



mrad



mrad



mrad

6

5.0

mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

6

0.25



6

5.0

mrad

2-50 Performance Tests

T

est Head:

Standard:

Osc

Level: 250

High-Temp

10 cm

Airline with

mV

Low-Z

Open

Frequency

1 MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

800

MHz

800

MHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



Calibration

V

alue

k

rad

k

rad



rad



rad



rad



rad



rad



rad

T

est

Limit

6

14.5

6

665

mrad

6

165

6

75.8

mrad

6

3.71

6

17.3

mrad

6

1.76

6

17.4

mrad

6

1.15

6

18.9

mrad

6

776

6

34.4

mrad

6

792

6

80.7 mrad

6

1.07

6

78.7

mrad

k



m



T

est

Result

k

mrad



mrad



mrad



mrad

m

mrad

m

mrad

m

mrad

m

mrad

Measurement

Uncertainty

6

0.0

k

6

2

mrad

6

4



6

2.0

mrad

6

0.43



6

2.0

mrad

6

0.25



6

2.5

mrad

6

0.18



6

3.0

mrad

6

90

m

6

4.0

mrad

6

88

m

6

9.0 mrad

6

0.12



6

9.0

mrad

1 GHz

1

GHz

1.6

GHz

1.6 GHz

1.8

GHz

1.8

GHz

j

Z

j



j

Z

j



j

Z

j





rad



rad



rad

6

2.14

48.5

6

6.77

79.0

6

3.25

98.2



mrad



mrad



mrad



mrad



mrad



mrad

6

0.27

6.0

6

0.86

10.0

6

0.33

10.0



mrad



mrad



mrad

Performance Tests 2-51

T

est Head:

Standard:

Osc

Level: 41

High-Temp

10 cm

Airline with

mV

Low-Z

Open

Frequency

1

MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

800

MHz

800

MHz

1

GHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j

Calibration

V

alue

k

rad

k

rad



rad



rad



rad



rad



rad



rad



T

est

Limit

6

14.5

6

665

mrad

6

165

6

75.8

mrad

6

3.73

6

17.4

mrad

6

1.78

6

17.6

mrad

6

1.17

6

19.2

mrad

6

796 m

6

35.3

mrad

6

812

6

82.7 mrad

6

1.09

6

80.1

mrad

6

2.16

k



m



T

est

Result

k

mrad



mrad



mrad



mrad

m

mrad

m

mrad

m

mrad

m

mrad



Measurement

Uncertainty

6

0.0

k

6

2

mrad

6

4



6

2.0

mrad

6

0.43



6

2.0

mrad

6

0.25



6

2.5

mrad

6

0.18



6

3.0

mrad

6

90 m

6

4.0

mrad

6

88

m

6

9.0 mrad

6

122

m

6

9.0

mrad

6

0.27



1.6

1.8

1

GHz

rad



rad



rad

6

48.9

6

6.79

79.3

6

3.27

98.9

mrad



mrad



mrad



j

Z

j



j

Z

j



mrad



mrad



mrad

6

6.0

6

0.86

10.0

6

0.33

10.0

mrad



mrad



mrad

2-52 Performance Tests

T

est Head:

Standard:

Osc

Level: 250

High-Temp

10 cm

Airline with

mV

Low-Z

Short

Frequency

1 MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

1

GHz

1

GHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j



Calibration

V

alue

m

rad



rad



rad



rad



rad



rad



rad



rad

T

est

Limit

6

31.7

6

280

mrad

6

46.5

6

43.3

mrad

6

200

6

18.7

mrad

6

444

6

19.8

mrad

6

742

6

20.3

mrad

6

2.22

6

25.4

mrad

6

6.58

6

42.4 mrad

6

4.03

6

46.8

mrad

m



T

est

Result

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad



mrad



mrad



mrad

Measurement

Uncertainty

6

1.7

m

6

15

mrad

6

4.3

m

6

4.0

mrad

6

27

m

6

2.5

mrad

6

67

m

6

3.0

mrad

6

110

m

6

3.0

mrad

6

0.31



6

3.5

mrad

6

0.78



6

5.0 mrad

6

0.52



6

6.0

mrad

1.3 GHz

1.3

GHz

1.6

GHz

1.6 GHz

1.8

GHz

1.8

GHz

j

Z

j



j

Z

j



j

Z

j





rad



rad



rad

6

2.13

96.6

6

2.00

184

6

3.45

94.2



mrad



mrad



mrad



mrad



mrad



mrad

6

10.0

6

15

6

10.0

0.22

0.16

mrad

0.37



mrad



mrad

Performance Tests 2-53

T

est Head:

Standard:

Osc

Level: 41

High-Temp

10 cm

Airline with

mV

Low-Z

Short

Frequency

1

MHz

1

MHz

10

MHz

10

MHz

100

MHz

100

MHz

200

MHz

200

MHz

300

MHz

300

MHz

500

MHz

500

MHz

600

MHz

600

MHz

1

GHz

1

GHz

1.3

GHz

Measurement

P

arameter

j

Z

j



j

Z

j



j

Z

j



j

Z

j



j

Z

j

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j

Z

j

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j

Z

j



j

Z

j



j

Z

j

Calibration

V

alue

m

rad

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rad



rad



rad



rad



rad



rad



rad



T

est

Limit

6

51.7

6

456

mrad

6

66.5

6

62.0

mrad

6

220

6

20.5

mrad

6

464

6

20.7

mrad

6

762

6

20.9

mrad

6

2.24 

6

25.6

mrad

6

6.60

6

42.5 mrad

6

4.05

6

47.0

mrad

6

2.15

m



T

est

Result

m

mrad

m

mrad

m

mrad

m

mrad

m

mrad



mrad



mrad



mrad



Measurement

Uncertainty

6

1.7

m

6

15

mrad

6

4.3

m

6

4.0

mrad

6

27

m

6

2.5

mrad

6

67

m

6

3.0

mrad

6

110

m

6

3.0

mrad

6

0.31 

6

3.5

mrad

6

0.78



6

5.0 mrad

6

0.52



6

6.0

mrad

6

0.22



1.3

1.6

1.8

GHz

rad



rad



rad

6

97.5

6

2.02

186

6

3.47

94.8

mrad



mrad



mrad



j

Z

j



j

Z

j



mrad



mrad



mrad

6

10.0

6

15

6

10.0

0.16

mrad

0.37

mrad



mrad

2-54 Performance Tests

DC

Bias

A

ccuracy

Bias

T

est

Level

T

est

Limit

T

est Result

Measurement

Uncertainty

0

100

0

100

0

20

10

20

10

0

V

6

4.00

mV

4

V

6

8.00 mV

10

V

6

14.0

mV

40

V

6

44.0

mV

0

4

V

6

8.00

mV

10

V

6

14.0 mV

40

V

6

44.0

mV

0

A

6

30.0



A



A

6

30.1



A

1

mA



1

mA

6

35.0



A

6

80.0



A

6

530



A

6

30.1



A

6

35.0



A

6

80.0



A

6

530



A

mV



A



A



A



A



A



A



A



A



A

6

0.02

0.07

0.1

1.1

0.07

0.1

1.1

0.0

0.1

0.9

6

18

0.0

0.1

0.9

6

18

mV



A



A

Performance Tests 2-55

A

djustments and

INTRODUCTION

This

chapter describes

that

the 4291B

should

operating

cannot

see

be performed

condition. The

be achieved

Chapter 4.

Note

RF Impedance/Material

The

and

the A

along with

after the

correction

then

operation.

S

AFETY

This

manual

safety

of

adjustments

CONSIDERA

the

must

contains

operator

NOTEs

be

performed

and

Correction Constants

djustments and

Correction

Analyzer is

periodic maintenance

recommended calibration

Adjustments

constants

recalled

to

and Correction

are

rene

the

empirically

analyzer's

TIONS

,

CA

to

UTIONs

keep

by

,

and

the

instrument

qualied

W

ARNINGs

service

Constants

within its

to keep

period is

derived

measurement

in

a

safe

personnel.

procedures

specications

the

12 months

Constants

data

that

must

and

serviceable

.

analyzer

.

If

procedures

that

and

be

followed

required

These

in

optimum

proper

are

is

stored

to

dene

to

condition.

3

to

ensure

adjustments

performance

performed,

in

memory

its

ensure

the

The

W

arning

The

removal

accessible

Remember

analyzer)

instrument

system

or opening

by

hand will

that

the

interruption

or

dangerous

for

any

of covers

expose circuits

capacitors

of

the

protective

disconnection

.

Intentional

reason

is

for adjustment,

containing dangerous

in

the

analyzer

of

the

protective

prohibited.

or removal

can

remain

ground

interruption

charged

Any

through you have turned the analyzer OFF and unplugged it.

Warning

The adjustments described in this chapter are

applied and the protective covers removed. Dangerous voltage

at many points and can result in serious

come into contact with them.

conductor

ground

of

parts

voltage levels

for

of

several

the

other

(inside

terminal

or

outside the

can

make the

protective ground

than

those

.

minutes,

that

even

performed with power

levels exist

personal injury or death if you

are

Adjustments and Correction Constants 3-1

REQUIRED EQUIPMENT

T

able

1-1

lists

procedures

analyzer

are

W

A

djustments

.

equal

ARM-UP

arm-up

instrument

the equipment

described

If

the

recommended

to

,

or

surpasses

FOR

the

analyzer

and

Correction

operation.

in

for

required to

this

chapter

test

those of

the recommended

ADJUSTMENTS AND

at

least

30

Constants

perform the

.

Use only

equipment is

minute

before

procedures

Adjustments

calibrated test

not available

test equipment

CORRECTION CONST

performing

to

ensure

and the

equipment when

, equipment

whose specications

may be

any of

proper

the following

results

Correction Constants

adjusting the

used.

ANTS

and

correct

INSTRUMENT

T

o

gain

access

covers

.

When

ORDER

When

performing

in

the

order

40

MHz

520

MHz

Comb

Step

Pretune

Second

Source

Third

Source

OSC

Level Correction

Hold

Step

Band P

to

removing these

OF ADJUSTMENTS

they

Reference

Level

Generator

Local

V

CXO

Local

V

Mixer

A

djustment

ass Filter A

CO

the

adjustment

more

than

appear

Oscillator

A

djustment

A

djustment

Correction

PLL

Lock A

Adjustment

CXO A

Local

djustment

Leakage A

Constants

djustment

VER

covers,

one

in

this

Frequency

Constants

djustment

REMO

components

see Chapter

A

djustments

chapter

.

djustment

DC Bias Level Correction Constants (Option

V

AL

,

you

or

The

procedures

A

djustment

001)

need

to remove

13.

Correction

are presented

the top

Constants

cover and

procedure

in

the

following

the

,

perform

side

them

order:

3-2 Adjustments and Correction Constants

UPDA

TING Correction

PROGRAM

This

section provides

adjustments

A

djustments

The

adjustments

number

program.

is

04291-65003

general information

Program

program

.

The

is

provided

les

Constants USING

on

one

contained

on how

to update

double-sided

on

the

diskette

THE ADJUSTMENTS

the Correction

diskette

are

.

The

as follows:

Constants

using

diskette's Agilent

the

part

ADJ4291B

TE A4291B

Note

K

eyboard

The

menus in

and

mouse operations

Keyboard

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4

2.

Choose

if

Nimitz

N

QUIT

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press

N

4

3.

displays

Note

A

djustments

Equipment

T

o prevent

copies

only

and

of the

for

Mouse

\ADJ4291B" use

as follows:

Operation

5

,

keys

8

the

4

9

highlighted

until

Keyboard.)

N

or

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4



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4

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highlighted.

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accidental deletion

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Nimitz Keyboard)

to

access on-screen

Help

in

a

information

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or destruction

master

the

diskette

master

.

format.

is

highlighted.

4

RETURN

menu,

select

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exit.

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diskettes

window

5

or

4

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of

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exit

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you

.

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use

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keyboard

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turn o

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the

5

help

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screen.

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press

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5

or

4

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Nimitz

Mouse Operation

1. Slide the mouse up or down until your preference is highlighted.

2. Choose the highlighted item by pressing the left-hand button on the mouse

mouse to the right.

NNNNNNNNNNNNNN

3.

If

QUIT

slide the mouse to the left to exit. When you exit menus

or

NNNNNNNNNNNNNN

EXIT

is displayed in a menu, select one of these to exit the menu. Otherwise

,

the program displays another

menu.

Note

Press the right-hand mouse button to access on-screen help information for the

selection you have highlighted. Help information appears in a display window.

Press the left-hand mouse button to turn o the help screen.

Adjustments and Correction Constants 3-3

Keyboard)

, or slide the

to

,

Controller

The

following

Requirement

controller

system

is

required

to

run

the

adjustments

program:

Controller

Mass

Storage

The

controller

language

HP

Excluding

Must

At

HFS

must

extension

9000

Series

have

least

4

least

one

formatted

be

equipped

les

listed

Name V

HP

9826A

inverse

M

bytes

3.5

in T

200/300

video

of

inch

hard

disk

with

able 3-1

T

able

ersion

computer

computers

capability

RAM

GPIB

Flexible Disk

system

HP

B

ASIC versions

.

3-1.

Required

or

SRM

Binaries

Description

Drive

system

between 5.1

GRAPH 5.2 Graphics

GRAPHX 5.2 Graphics

Extensions

IO 5.1 I/O

MA

T

5.1 Matrix

Statements

PDEV 5.0 Program Development

KBD 5.1 Keyboard

Extensions

CLOCK 5.0 Clock

MS 5.1 Mass

ERR 5.1 Error

DISC 5.0 Small

CS80 5.0 CS80

GPIB 5.0 GPIB

FGPIB 5.0 GPIB

CRTB 5.2 Bit-mapped CRT

CRT

A

5.1 Alpha

CRTX 5.1 CRT

EDIT 5.1 List

SRM 5.1 Shared

DCOMM 5.0 Datacomm

HFS 5.3 Hierarchical File

Storage

Message

Disc Driver

Disc

Driver

Interface

CRT

Driver

Extensions

and

Edit

Resource

Interface

Driver

Management

System

COMPLEX 5.1 Complex Arithmetic

are supported.

and 5.13,

Driver

and the

3-4 Adjustments and Correction Constants

Updating

Correction

Constants

Correction

1.

Connect

Constants

the

equipment

are

updated

as

shown

using

in

the

following

Figure

procedure:

3-1

Figure

Steps

2

Note

to

When you

steps to

select the

\TE A4291B" program

GPIB address

2.

3.

4.

5. F

Locate

the

Set

where

Load

the

Equipment

Agilent Technologies 4291B User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual