Agilent 4263B Operation Manual

Agilent

4263B LCR

Meter

Operation Manual

the

This

serial

F

numbers

manual

number

or

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directly

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1.0.

Agilent Part No. 04263-90050

Printed in JAPAN March 2003

Sixth Edition

Notice

The

information

This

document

reserved.

language

contains

No

part

without

contained

proprietary

of

this

the

prior

in

this

document

written

document

information

may

be

consent

is

subject

that

is

photocopied,

of

the

Agilent T

to

change

protected

reproduced,

echnologies.

without

by

copyright.

or

notice

.

All

translated

rights

are

to another

Agilent

T

echnologies

Component

1-3-2,

Hyogo

Murotani,

,

651-2241

T

est

Japan,

PGU-Kobe

Nishi-ku,

Japan

Ltd.

Kobe-shi,

c



Copyright 1996, 1998, 2000, 2002, 2003 Agilent Technologies Japan, Ltd.

4263B

Manual Printing

F

ebruary

June

January

December

September

March

1998

2003

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Edition (part

Third Edition

Edition (part

Fifth

Edition (part

Sixth

Edition

number: 04263-90010)

number:

(part number:

04263-90020)

04263-90020)

number: 04263-90030)

number: 04263-90030)

(part

number:

04263-90050)

iii

Safety Summary

The

following

service

W

ARNINGS

In

addition

,

and

elsewhere

it

general

repair

violates

safety

of this

in

safety standards

instrument.

The

A

gilent

requirements

T

echnologies assumes

.

precautions must

instrument. F

this manual

no liability

be observed

ailure to

may impair

of design,

for the

during all

comply with

the protection

manufacture,

customer's failure

phases of

these precautions

provided by

and intended

the equipment.

use of

to

comply

operation,

or with

the

with

4263B

specic

these

Note

Ground

T

o

avoid

safety

DO

Do

not operate

electrical

Keep

The

electric

earth

NOT

instrument in

A

way

Operating

adjustments

with

the

power cable

with

the

power

circuits

DO

before

NOT

4263B

in

complies

IEC1010-1.

Instrument

shock

ground

Operate

the

hazard,

by

the

In

instrument

such

From

Live

personnel must

must

be made

connected.

cable

removed.

touching

Service

Or

with

INST

ALLA

4263B

supplied

An

Explosive Atmosphere

in

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is

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instrument

power

the

presence

environment

cable

Circuits

not

remove

by

qualied

Under

T

o

avoid

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maintenance

certain

injuries

them.

A

djust

Alone

TION

CA

USE

product.

chassis

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earth

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TEGORY

cabinet

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gasses

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Component

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dangerous

disconnect

II

.

Do

and

must

or

safety

not

power

POLLUTION

be

connected

fumes

.

Operation

hazard.

replacement

replace

voltages

components

may

and

discharge

DEGREE

to

and

internal

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a

of

even

2

any

Do

not

attempt

aid

and

resuscitation,

DO

NOT

Because of the danger

perform unauthorized modications to

Technologies Sales and Service

internal

is

Substitute

service

or

adjustment

unless

another

present.

P

arts

Or

Modify

Instrument

of introducing additional hazards

the instrument. Return the instrument to a Agilent

Oce for service and repair to ensure that safety features are

person,

, do not install substitute parts or

maintained.

Dangerous Procedure W

Warnings

, such as the example below

arnings

, precede potentially dangerous procedures throughout

this manual. Instructions contained in the warnings must be followed.

Warning

Dangerous voltages, capable of causing death, are present in this

instrument. Use extreme caution when handling, testing, and adjusting

this instrument.

iv

capable

of

rendering

rst

4263B

Certication

Agilent

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During

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warrants

for

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on

or

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to

allowed by

instrument

of

one

in

General

the warranty

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software

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Agilent T

the United

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However

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Agilent

designated

instruction

not

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the time

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from

when

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by

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No

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Exclusive Remedies

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liable

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provided

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on

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direct, indirect,

Assistance

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vi

4263B

Safety Symbols

General

denitions

Instruction

necessary

Alternating

Direct

On

O

Frame

This

condition

result

This

condition

result

Note

practice

of

safety

current.

(Supply).

(Supply).

or

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arning

in injury

Caution

in

damage

denotes

,

condition

symbols used

manual

for

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user

current.

chassis

terminal

sign

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death

sign

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like

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important

on equipment

symbol:

to refer

denotes

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to

denotes a

,

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information.

or

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like

the

product is

to the

a

hazard.

if

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correctly

personnel.

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if

not

correctly

of

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which

or in

manuals are

marked with

instruction manual.

It

calls attention

performed or

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performed

part

or

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of

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It

calls

attention

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highlight.

listed below

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to a

procedure

adhered

to

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product.

to

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when it

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vii

Herstellerbescheinigung

GERX



SCHEMISSION

LpA

<

70

dB

am

Arbeitsplatz

normaler

nach

DIN

Betrieb

45635

T

.19

Manufacturer's Declaration

A

COUSTIC

LpA

<

NOISE

70 dB

EMISSION

operator position

normal

per

operation

ISO

7779

4263B

viii

4263B

Contents of

Chapter

Provides

4263B

Chapter

Shows

wish

Chapter

Describes

about

Chapter

Shows how

about the

Chapter

1

the

product overview

should

2

how

to

to

learn

3

all

functions

the

functions

4

to remotely

procedures for

5

read

operate

about

this Manual

and basic

this

chapter

the

operations

of this

of the

operate

rst.

4263B

from

using

instrument. Please

front and

the

remotely operating

measurement procedure

its

front

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the

front

panel

keys

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rear panel

4263B

.

Please

the

keys

4263B

and

refer

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this

terminals

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via

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refer

to

chapter

.

chapter

GPIB

time users

this

when

when

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chapter

you

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you

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to

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trigger

Chapter

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Chapter

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chapter

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6

a

measurement example

7

information for

on

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format.

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Chapter 8

Provides

specications

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reference

data,

and

Chapter 9

Describes how to verify the specications

operating

the

4263B

.

other

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GPIB

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general

the

4263B

's

commands

information.

via

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status

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GPIB

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Please

reporting

refer

to

mechanism,

ix

4263B

Appendix

Contains

information

printed.

Appendix

Contains

handler

information which

interface,

Appendix

Contains

the

(No-Contact).

A

B

please read

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summary

on

using

of

operations

the

4263B

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this

appendix

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when

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for

which

using

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were

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set

4263B

manufactured

handler

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detects

interface

handler

O

before this

interface

VLD

(Overload),

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Before

input/output

manual was

using

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signal.

or N.C.

x

Contents

1.

Getting

Overview

F

A

Options

Guided

Display

Incoming

Providing

Instruction

P

ower

Preparation

Setting

Turning

Using

Direct

T

Selection

V

Basic

Connecting

Resetting the 4263B

Selecting the Measurement P

Setting the T

Selecting the Measurement Range . . . . . . . . . . . . . .

Setting the T

Matching the Cable Length . . . . . . . . . . . . . . . . .

Performing the OPEN Correction ...................... 1-24

Performing the SHORT Correction ...... ...... ...... ... 1-25

Performing the LOAD Correction ... ..... ...... ...... .. 1-26

Started

eatures

ccessories

T

our

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alue

Setup

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1-2

1-2

1-3

1-3

1-4

1-4

1-7

1-8

1-9

1-9

1-9

1-12

1-12

1-12

1-13

1-14

1-14

1-14

1-14

1-15

1-15

1-16

1-16

1-17

1-18

1-19

1-20

1-21

1-22

1-22

1-22

1-22

1-23

1-23

Contents-1

2.

Operating the

Measurement

Selecting

Setting

Setting

Setting

Setting

Setting

Triggering

Applying

Using

Using

Using

Display

Displaying

Setting

Selecting

Changing

Setting

Locking

Returning

Setting

Saving

Printing

T

esting

P

erforming

T

esting

If

Y

ou

If

the

If

an

If

the 4263B

4263B

Conguration .

Measurement Time

the A

veraging

Trigger Delay

Contact Check

the

Beeper

the

Level

a

Measurement

the

DC

Bias

the

Internal

an

External

the

Comparator

Conguration

Deviation

the

Reference

the

Deviation

the

Measurement

the

Display

Out

the

Front

the

Local

the

GPIB

A

and

Recalling

Measurement

the

4263B .

a

Self-T

the

Front

Have

a

Problem

Display

Error

is

Message

does

.

Mode

Rate

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Time

Mode

Monitor

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DC

DC

Function

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Data

Digit

P

Mode

ddress

Instrument Settings

Data

..

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anel Keys'

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Blank

is

not

.

.

.

.

.

.

Mode

.

.

.

.

.

Bias

Source

Bias

Source

.

.

.

.

V

alue

Display

Settings

and

Display

anel

Keys

(Exiting

.

.

.

..

.

.

.

..

.

.

.

.

and

the

Displayed

A

ccept

.

.

.

.

.

.

.

.

.

..

.

.

Functionality

.

4263B

Any

.

.

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Mode

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Display

Mode

.

Remote

..

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.

.

Appears

.

.

Key

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.

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..

. 2-1

. 2-1

.

2-1

.

2-2

.

2-2

.

2-3

.

2-3

.

2-4

.

2-4

.

2-4

.

2-5

.

2-5

.

2-6

.

2-6

.

2-6

.

2-7

.

2-8

.

2-9

.

2-9

.

2-10

.

2-10

.

2-10

. 2-11

.

2-12

2-12

.

2-12

.

2-14

.

2-14

.

2-14

2-14

3.

Function

Front

Display

LINE

Chassis

DC

Measurement P

Deviation (1) Mode Key

Measurement Time Key ..... ..... ....

Average Key ...... .....

Frequency Key .... ...... ...... ..

Display Mode Key ....................... 3-6

Measurement Settings Display Key ...... ...... ...... 3-6

Level Monitor Key ...... ...... ...... ..... 3-6

Level Key

Reference

P

anel

.

.

.

Switch

T

erminal

UNKNOWN

Bias

Key

and

T

echnical

.

.

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.

.

.

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.

T

erminals

.

.

.

..

arameter Key

...... ...... ...... ..... ...... . 3-7

.

.

.

.

.

.

.

.

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.

.

.

Information

..

..

..

..

.

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..

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..........

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

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.

.

.

.

.

.

3-2

3-2

3-3

3-3

3-3

3-4

3-4

3-5

3-5

3-5

3-6

Contents-2

DC

Bias Setup

Key

.

..

..

.

.

.

.

.

.

.

.

.

.

.

.

.

..

..

. 3-7

Auto/Hold

Range

Trigger

Trigger

Delay

Local Key

A

Save Key

Recall

Comparator

Left/Down

0,1,..,9,

Enter

Shift

Engineering

Back

Setup

Key

Mode

Key

ddress Key

Key

1

(P

Key .

Key

Space

Range

Key

Key

Limit

Arrow

oint),

0

Units Key

key

Key

.

.

..

..

.

.

Keys

Key

(Minus)

.

.

..

.

.

..

.

and

.

..

.

.

.

.

..

.

.

Keys

.

.

..

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.

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..

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..

..

.

..

..

.

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.

Up/Right

,

.

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..

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..

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Arrow

.

..

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..

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.

Key

.

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..

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. 3-7

.

.

.

..

..

..

..

..

..

..

..

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.

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..

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..

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..

..

..

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..

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..

..

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,

..

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..

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..

..

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.

.

3-8

.

3-8

.

3-9

.

3-9

. 3-9

3-10

3-10

.

3-10

. 3-11

.

3-11

.

3-11

.

3-11

3-11

.

3-11

.

3-12

Minimum

Maximum

Open

Short

Load

Comparator

Contact

Cable

Key Lock Key

Reset Key .. ...... ....

Conguration Key

Rear P

External Trigger T

LINE Voltage Selector ........................... 3-22

Serial Number Plate .. ...... ...... ...... ...... .. 3-22

Power Cord Receptacle . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-22

Key

Key

Key

Key

Key

Key

Check

Key

anel ............

External DC Bias Terminal .. ...... ...... ...... .. 3-22

LINE Fuse Holder .... ...... ...... ..... ..... 3-22

Key

erminal ............

.

.

.

.

.

.

.

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..

.

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..

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..

..

.

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..

..

.

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.

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.

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..

..

..

.

.

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.

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.

.

..

..

..

.

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.

.

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.

.

.

..

..

..

..

.

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..

..

..

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.

.

.

.

.

..

..

..

..

. 3-18

......

...... ...

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

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

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

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

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

3-12

3-12

3-13

3-14

3-15

3-16

3-17

3-18

3-19

3-20

3-21

3-21

Contents-3

P

ower Code

Handler

Specication

GPIB

T

echnical Information

Overall

Transformer

T

est

T

4.

Remote

Getting

Input/Output

Reading

Sending

Returning

Query

Getting

Remote

T

o

T

T

T

T

T

T

T

T

T

T

T

T

T

T

T

T

o

T

o

T

o

T

o

T

o

To Trigger a Measurement

Waiting F

Sample program . . . . . . . . . .

Reading Out Measured Result . . . . . . . . . . . . . . . . . .

Reading out measured result using *TRG command

Reading out measured result using :FETC? command . . . . . . . . . . . . .

To Retrieve Data Eciently

To Use a Data Buer . . . . . . . . . . . . . . . . . . .

Other Features .... ...... ...... ..... ...... ... 4-26

ToTest the 4263B ............................ 4-26

To Report the Instrument's Status . . . . . . . . . . . . . . . . . . . . . 4-26

If You Have a Problem . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-28

If the 4263B Hangs Up When You Send the

Interface .

Interface .

Impedance Measurement

Current

est

Current

Operation

Started

the

a

Commands

Data

Operation

Set

Up

o

Reset

o

Set

the

o

Match

o

Select

o

Select

o

Select

o

Select

o

Apply

o

P

erform

o

Select

oSet

the

oSet

Trigger

o

Set

Beeper

o

Lock

o

Check

Use

the

Display

W

ait

Until

Get

the

Save

and

or Completion Of Measurement (detecting completion of measurement)

..

.

.

.

.

.

..

.

.

.

.

.

.

.

.

P

arameters

Level

GPIB

Remote

to

Local

from

the

the

P

Cable Length

the Measurement

the T

the

Measurement

a

Measurement

A

Out

Contact

Comparator

a

Deviation

Current

Recall

.

.

.

Transient

(T

o

Control

.

.

.

.

.

Statements

A

ddress

Command

Mode

.

.

.

the

4263B

.

.

.

.

4263B

4263B

ower

DC

Correction

veraging

the

Previously

.

.

.

Line

est Signal

T

est Signal

Bias

Delay

Mode

.

Rate

Time

.

Front

Integrity

Function

Measurement

Instrument

Instrument Settings

.

.

.

.

.

.

.

.

.

.

..

..

..

.

.

.

.

.

.

.

.

.

..

..

..

..

.

.

.

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.

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.

..

..

..

..

.

.

.

.

.

.

.

.

..

..

..

..

.

.

.

.

.

.

.

.

.

..

..

..

..

Theory

Measurement

.

.

.

.

.

.

.

.

.

.

from

.

.

.

..

.

.

.

.

.

.

.

.

.

.

.

.

.

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.

.

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.

.

.

..

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

..

Frequency

of the

Range

Time

P

Sent

T

est

Parameter

Frequency

Level

.

.

.

anel

.

..

.

.

.

.

.

.

.

.

Mode

.

.

.

.

.

.

.

.

.

.

Keys

at

the

T

.

Commands

Settings .

.....

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

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

..

..

..

..

.

.

.

.

.

.

..

..

..

a

Computer)

..

..

..

.

.

.

.

.

.

.

.

..

..

..

..

.

.

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..

..

..

.

.

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.

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..

..

..

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.

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..

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.

..

..

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..

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.

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..

.

.

.

.

.

.

..

..

.

.

.

.

.

.

.

.

..

..

..

..

.

.

Fixture

.

.

.

.

.

.

est

.

.

.

.

.

.

.

.

.

.

.

.

.

.

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.

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.

.

.

.

..

..

.

.

.

.

.

.

.

..

..

..

Fixture

.

.

.

.

.

.

are

..

.

.

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

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

.

.

.

.

.

.

.

Completed

..

.

.

.

:ABORt

.

.

.

.

.

.

..

.

.

.

.

.

..

..

.

.

.

.

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

Command ........ 4-28

..

..

..

..

..

..

..

..

..

..

.

.

..

.

..

..

.

.

.

.

..

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.

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.

.

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.

..

.

.

.

.

.

..

.

.

.

.

.

.

.

..

.

.

.

.

.

.

.

.

..

.

.

..

..

..

..

..

..

.

.

.

.

..

.

.

.

.

..

...... .

........

..

.

..

..

.

..

.

..

.

..

..

..

..

.

.

.

.

.

.

.

.

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.

.

.

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.

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.

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.

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.

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.

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.

.

.

.

.

..

..

..

.

.

.

.

.

.

.

..

.

.

.

.

..

..

.

..

..

.

.

.

.

.

.

.

.

.....

.

.

.

.

.

.

.

.

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.

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.

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.

.

.

.

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.

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..

.

.

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.

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.

.

.

.

.

.

.

..

.

.

.

.

.

.

.

.

.

.

3-22

.

3-23

.

3-23

.

3-26

.

3-27

3-27

.

3-30

.

3-32

.

3-33

.

4-2

.

4-2

.

4-2

.

4-2

.

4-3

.

4-3

.

4-3

.

4-4

.

4-5

.

4-5

.

4-5

.

4-5

.

4-5

.

4-7

.

4-7

.

4-7

.

4-8

.

4-8

4-9

.

4-10

.

4-10

.

4-10

.

4-10

.

4-10

.

4-10

.

4-11

. 4-11

.

4-12

.

4-12

4-13

4-14

4-15

4-16

4-17

4-21

4-25

4-25

Contents-4

5.

GPIB Reference

GPIB

Commands .

Common

Subsystem

Concept

Program

Case

Program

Subsystem

Common

P

arameters

P

arameter

Units

Multiple

Query

Command

Notations

ABORt

:ABORt

CALCulate

:CALCulate1:FORMat

:CALCulate

:CALCulate

:CALCulate

:CALCulate

:CALCulate

:CALCulate

:CALCulate

:CALCulate

:CALCulate

:CALCulate

:CALCulate

:CALCulate

:CALCulate

:CALCulate

CALibration

:CALibration:CABLe

D

A

T

:D

:DATA[:DATA]?fBUF1

:DATA[:DATA]?fIMONjVMON

:DATA:FEEDfBUF1jBUF2g,<data

:DATA:FEED:CONTrolfBUF1jBUF2g,fALW

:DATA:POINtsfBUF1jBUF2g,<numeric

DISPlay Subsystem . . . . . . . . . . . . . . . . . . . . .

:DISPlay[:WINDow][:STATe]fONjOFFj1j0g...... .....

:DISPlay[:WINDow]:TEXT1:DIGitf3j4j5g...... ..

:DISPlay[:WINDow]:TEXT1:PAGEf1j2g...... ...... ...... 5-19

:DISPlay[:WINDow]:TEXT2:PAGEf1j2j3j4j5j6g...... ..... .... 5-20

FETCh? Query .............................. 5-21

:FETCh? ...... ...... ...... ...... ...... .. 5-21

FORMat Subsystem ... ...... ..... ...... ...... .. 5-22

:FORMat[:DATA]fASCiijREAL[,64]g.................... 5-22

INITiate Subsystem ............................ 5-23

Commands .

Commands .

of Subsystem

Message Syntax

.

.

Message

Command

Command

Types

.

.

.

Messages

and

Response

Reference

.

Command

.

:CALCulate2:FORMat

A

Subsystem

A

T

A[:D

A

.

.

.

.

.

.

.

T

erminator

Syntax

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

Subsystem

f

1

j

2

g

:LIMit:BEEP

f

1

j

2

g

:LIMit:BEEP

f

1

j

2

g

:LIMit:CLEar

f

1

j

2

g

:LIMit:F

f

1

j

2

g

:LIMit:LOW

f

1

j

2

g

:LIMit:LOW

f

1

j

2

g

:LIMit:ST

f

1

j

2

g

:LIMit:UPP

f

1

j

2

g

:LIMit:UPP

f

1

j

2

g

:MA

f

1

j

2

g

:MA

f

1

j

2

g

:MA

f

1

j

2

g

:P

f

3

j

4

g

:MA

Subsystem

.

..

TA]

f

REF1

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

Command

.

.

.

Syntax

.

.

.

.

.

.

.

.

Message

.

.

.

.

.

.

.

.

.

f

TH:EXPRession:CA

TH:EXPRession:NAME

TH:ST

A

TH?

TH:ST

<

numeric

..

j

Tree

.

.

.

.

.

.

.

.

.

.

.

.

.

..

..

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

..

.

.

.

..

..

..

..

..

..

.

.

.

.

.

.

.

Syntax

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

REAL

f

IMA

er:CONDition

er[:ST

AIL?

.

er[:D

er:ST

A

T

e

f

er[:D

er:ST

A

T

e

.

.

A

T

e

.

.

.

..

REF2

g

j

BUF2g.....................

g

.

.

.

.

.

.

..

..

.

.

..

.

.

.

.

.

.

.

.

j

MLINear

Ginary

A

T

e]

.

.

.

.

.

.

.

A

T

A]

A

T

e

f

ON

j

OFF

A

T

A]

A

T

e

f

f

ON

j

.

.

.

.

f

ON

j

OFF

.

.

.

.

value

..

..

,

<

numeric

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

..

..

..

..

..

..

..

.

.

.

..

..

..

..

..

.

.

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.

..

..

..

..

..

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.

.

.

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..

..

..

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..

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..

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..

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.

..

..

..

..

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..

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.

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.

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..

.

.

.

.

.

j

CP

j

CS

j

LP

j

LS

g

j

PHASe

f

.

.

.

.

<

numeric

ON

<

numeric

ON

T

alog?

OFF

.

..

j

1

.

.

>

.

..

handle

j

D

j

Q

j

REAL

f

F

AlL

j

P

ASS

g

ON

j

OFF

j

1

j

0

.

.

.

.

.

.

.

.

.

.

.

.

.

.

value

>

j

OFF

j

1

j

0

g

j

1

j

0

g

.

.

.

value

>

j

OFF

j

1

j

0

g

.

.

.

.

.

f

DEV

j

PCNT

j

1

j

0

g

..

.

..

..

.

.

j

0

g

..

.

.

.

.

.

.

.

.

.

..

.

.

.

.

.

.

.

.

.

.

.

.

.

.

value

>

.

.

.

>

...... ....

aysjNEVerg........

value>...... ...... .

j

LP

.

.

.

.

g

.

.

.

.

.

.

.

.

.

.

.

.

.

.

..

.

.

.

..

.

.

..

.

.

.

.

.

.

.

.

.

.

.

.

g

.

.

.

.

.

.

.

.

.

.

.

.

.

.

..

..

.

.

.

.

.

.

.

.

..

.

.

...... ..

...... ...

.

..

..

..

..

.

.

.

.

.

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.

.

.

.

.

.

.

.

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.

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.

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.

j

RP

.

.

.

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.

.

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.

.

.

.

.

.

.

..

.

.

.

.

.

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.

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..

.

.

.

.

.

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.

..

..

..

.

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.

.

..

.

.

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.

.

.

..

..

.

....

.

.

.

..

..

.

.

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.

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.

.

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.

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.

.

.

.

.

.

.

.

.

.

j

INV

.

.

.

.

.

..

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

..

..

.

.

...

.

5-1

.

5-1

.

5-2

5-4

.

5-5

.

5-5

.

5-5

.

5-5

.

5-5

.

5-5

.

5-6

. 5-6

.

5-7

.

5-7

.

5-8

.

5-8

.

5-9

.

5-9

.

5-10

g

5-11

.

5-12

. 5-12

5-13

. 5-13

.

5-13

.

5-13

.

5-13

.

5-13

.

5-14

. 5-14

.

5-14

.

5-14

.

5-14

.

5-14

.

5-15

5-15

5-16

.

5-16

5-17

5-17

5-18

5-18

5-18

5-19

5-19

5-19

Contents-5

:INITiate[:IMMediate]

:lNITiate:CONTinuous

SENSe

SOURce

ST

SYST

TRIGger subsystem

CommonCommands ....................

Subsystem .

[:SENSe]:A

[:SENSe]:A

[:SENSe]:CORRection:CKIT:ST

[:SENSe]:CORRection:COLLect[:A

[:SENSe]:CORRection:COLLect:METHod

[:SENSe]:CORRection:D

[:SENSe]:CORRection[:ST

[:SENSe]:FIMP

[:SENSe]:FIMP

[:SENSe]:FIMP

[:SENSe]:FIMP

<

[:SENSe]:FUNCtion:CONCurrent

[:SENSe]:FUNCtion:COUNt?

[:SENSe]:FUNCtion[:ON]

:SOURce:FREQuency[:CW]

:SOURce:V

:SOURce:V

:SOURce:V

:SOURce:V

A

Tus

:ST

A

:ST

A

:ST

A

:ST

A

:ST

A

:ST

ATus:QUEStionable:CONDition?

:ST

ATus:QUEStionable:ENABle

em Subsystem

:SYST

:SYST

:SYST

:SYST

:SYST

:SYST

:SYST

:TRIGger:DELay<numeric

:TRIGger[:IMMediate] ...........

:TRIGger:SOURcefBUSjEXTernaljINTernaljMANualg.

3

CLS .....................

3

ESE<numeric

3

ESE?...... ...... ...... .....

3

ESR?.................................. 5-36

3

IDN? . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-36

3

LRN? . ...... ..... ...... ...... ...... ... 5-36

3

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

3

OPC? . . .

3

OPT?.................................. 5-36

3

RCL<numeric value>......................... 5-36

VERage:COUNt

VERage[:STA

edance:APERture

edance:CONT

edance:RANGe:A

edance:RANGe[:UPP

numeric

Subsystem

Subsystem .

Tus:OPERation[:EVENt]?

Tus:OPERation:CONDition?

Tus:OPERation:ENABle

Tus:PRESet

Tus:QUEStionable[:EVENt]?

em:BEEP

em:BEEP

em:ERRor?

em:KLOCk

em:LFRequency

em:PRESet

em:VERSion?

value

OL

T

age[:LEV

OL

T

age[:LEV

OL

T

age[:LEVel][:IMMediate]:OFFSet:SOURce

OL

T

age[:LEVel][:IMMediate]:OFFSet:ST

er[:IMMediate]

er:ST

f

value>......................

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

..

..

.

.

.

.

f

ON

j

OFF

j

1

j

0

g

.

.

.

.

.

.

.

.

.

.

.

<

numeric

T

e]

f

ON

ANdard3

A

T

A?

ST

ANdard

A

T

e]

f

ON

act:VERify

UTO

>

[MOHM

.

.

..

.

.

.

.

.

.

A

T

e

.

.

.

ON

j

OFF

<

.

.

.

.

.

...... ..

j

OHM

.

<

sensor

.

.

.

.

<

numeric

el][:IMMediate][:AMPLitude]

el][:IMMediate]:OFFSet

.

.

.

.

.

<

numeric

.

.

.

.

<

.

.

.

.

.

f

ON

j

OFF

.

.

.

.

j

1

j

0

g

numeric

.

..

..

.

..

.

value>[MSjS]......

value

j

OFF

CQuire]

j

OFF

<

numeric

f

ON

er]

j

KOHM

f

ON

j

.

.

.

function

.

.

.

value

.

.

.

.

.

..

.

.

.

..

.

.

.

.

.

.

.

.

.

numeric

.

.

.

.

.

.

.

.

j

1

j

0

g

.

.

.

.

.

.

.

.

.

value

..

..

.

.

.

.

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

.

.

.

.

.

..

j

1

j

<

numeric

ST

f

REFL2

f

1

j

2

j

1

f

ON

j

j

MA

OFF

.

.

.

>

.

.

.

.

.

.

.

.

value

.

.

.

.

.

.

value

.

.

.

.

..

.

.

.

..

>

.

..

.

.

.

.

.

.

.

.

.

..

..

..

.

..

..

..

..

..

..

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..

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>

.

.

.

.

.

.

.

.

.

.

.

0

g

..

..

..

..

..

..

value

>

,

<

numeric

ANdard

j

3

g

j

value

j

OFF

j

.

.

.

>

.

.

.

>

.

.

.

.

.

..

.

.

.

f

1

j

2

j

3

g

.

.

.

..

j

REFL3

.

..

0

g

.

>

[MS

OFF

j

j

1

j

OHM]

1

j

0

g

.

.

.

.

.

.

..

.

[HZ

j

KHZ]

<

<

numeric

AT

e

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

>

.

.

.

.

.

.

.

..

..

..

..

..

.

.

.

..

.

.

.

.

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

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

g

.

.

.

.

..

..

..

.

.

..

..

..

..

j

S]

.

.

.

.

.

1

j

0

g

..

..

..

0

g

..

..

..

.

.

..

..

..

.

.

..

..

..

..

..

..

.

.

.

.

.

.

..

..

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

value

numeric

value

f

INT

ernal

f

ON

j

OFF

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

..

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

..

..

..

..

.

.

.

.

.

..

.

.

..

.

.

.

.

.

.

.

.

.

.

.

.

..

.

.

.

...........

...... .....

........

...........

>

>

[MV

j

EXT

j

1

j

.

.

..

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

..

..

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

value

..

.

.

.

.

.

.

.

.

.

.

.

[MV

j

V]

ernal

0

g

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

..

. 5-23

..

.

.

.

.

..

. 5-24

..

.

>

..

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

j

V]

.

.

.

.

..

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

..

. 5-33

.

.

.

.

.

.

...

g

5-23

5-24

5-24

5-25

5-25

5-26

5-26

5-26

5-26

5-26

5-26

5-27

5-27

5-27

5-27

5-29

5-29

5-29

5-29

5-29

5-30

5-31

5-31

5-31

5-31

5-31

5-31

5-31

5-32

5-33

5-33

5-33

5-33

5-33

5-33

5-34

5-35

5-35

5-35

5-35

5-36

5-36

5-36

5-36

Contents-6

3

RST .

3

SAV

3

SRE

3

SRE? .

3

STB? .

3

TRG .

3

TST?

3

W

AI

Status

Trigger

Data

Reporting

Service

Status

Statndard

Standard

Operation

Questionable

4263B

ASCii

REAL

Byte

System

Trigger

IDLE

Initiate

Trigger

Sequence

Transfer

..

<

numeric

<

numeric

.

.

.

.

.

.

.

Request

Register

Event

Operation

Status

State

State

Event

Operation

.

.

..

.

.

..

.

.

.

.

.

.

.

.

.

.

.

Structure

(SRQ)

Status

Register

Status

.

System

.

Detection

F

ormat

..

..

.

.

.

.

value

>

value

>

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

Register

Status

Register

.

.

.

.

Conguration

.

.

.

.

.

.

.

.

State

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

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.

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.

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5-37

. 5-37

. 5-37

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5-37

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5-37

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5-37

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5-37

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5-38

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5-39

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5-39

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5-40

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5-41

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5-42

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5-44

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5-44

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5-46

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5-46

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5-46

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5-47

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5-47

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5-47

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5-48

.

5-48

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5-49

6.

Application

Measuring

Measuring

Measuring

7.

Impedance Measurement

Characteristics

P

arallel/Series

Selecting

Small

Large

Selecting

Small

Large

F

our-T

erminal

Measurement Contacts . . . . . . . .

Capacitance to Ground . . . . . . . .

ContactResistance........ ..

Extending T

Using a Guard Plate for Low Capacitance Measurements . . . . . . . . . . .

Shielding ..... ..... ...... ......

ContactCheck......................

Correction Functions of the 4263B

Standard for the LOAD Correction ..................... 7-14

Using a Standard Supplied by a Component Manufacturer .... ..... 7-14

Using Your Own Standard . ..... ...... ...... ...... 7-14

Selecting the LOADstandard.... ...... ...... ...... 7-14

Measuring the LOAD reference value .................. 7-14

Measurement

Electrolytic

Transformers

High

Inductance

Example .

Circuit

Circuit

Capacitance

Capacitance

Circuit

Inductance

Inductance

Model

Model

P

air

Conguration .

est Leads

Capacitors

.

Basics

Mode

for

V

alues

V

alues

for

V

alues

V

alues

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

(Sample

.

.

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.

.

Transformers

.

.

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Capacitance

.

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Inductance

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..

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

Program)

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Measurement

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Measurement

..

..

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

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6-1

.

6-6

.

6-9

.

7-2

.

7-3

7-4

.

7-4

.

7-4

. 7-5

.

7-5

.

7-5

.

7-6

7-7

7-8

7-9

7-9

7-10

7-10

7-11

7-12

Contents-7

8.

Specications

Specications

Measurement

Measurement

Measurement

Measurement

Measurement

General

Supplemental

9.

Maintenance

T

est

Equipment

P

erformance

Introduction

T

est

Calculation

P

erformance

Calibration

How

T

est

Specication

T

Procedure

T

est

Specication

T

Procedure

DC

Specication

T

Procedure

0

m Impedance

Specication

T

Procedure

1 m Impedance Measurement A

Specication.....................

Test Equipment ....................

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

2 m Impedance Measurement Accuracy Test..... ..... ...... . 9-22

Specication............................... 9-22

Test Equipment . ...... ..... ...... ...... ..... 9-22

Procedure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-22

..

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Parameters

Conditions .

Range .

Accuracy

Support

.

.

.

.

.

P

erformance

.

.

.

T

ests

.

.

.

.

Equipment

to

Set

Signal

est

Equipment

Signal

est

Equipment

Bias

Level

est

Equipment

est

Equipment

0

m

Capacitance

0

m

Capacitance

0

m

Capacitance

0

m

Capacitance

0

m

Resistance

0 m Resistance Measurement A

0 m Resistance Measurement A

0 m DC Resistance Measurement A

1 m Capacitance Measurement A

1 m Resistance Measurement Accuracy Test ............... 9-20

1 m DC Resistance Measurement Accuracy Test (Opt. 001 Only) . . . . . . 9-21

2 m Capacitance Measurement Accuracy Test .............. 9-22

.

.

Sheet

Cycle

the

Frequency

Level A

.

T

est

Record

4263B

.

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..

ccuracy T

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A

ccuracy

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..

.

Measurement

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Functions

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Characteristics

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for

the

P

A

ccuracy

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est

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A

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Measurement

Measurement

Measurement

Measurement

Measurement

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erformance

T

est

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ccuracy

.

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ccuracy T

T

.

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.

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.

.

A

ccuracy

A

ccuracy

A

ccuracy

A

ccuracy

A

ccuracy T

ccuracy T

ccuracy T

ccuracy T

ccuracy T

est

.

.

.

est........ ......

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ests

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.

T

est

(Meas

.

Time

Mode:

T

est

(Meas

.

Time

Mode:

T

est

(Meas

.

Time

Mode:

Test

(DC Bias:

est

(Meas

.

est (Meas

est (Meas

est ..............

.

. Time

est (Opt. 001 Only)

ON) .

Time

Mode:

Time Mode: MED) . . .

Mode: SHORT)

..........

...... ...

.........

LONG)

MED)

SHORT)

..

LONG)

......

..

..

..

..

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...

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.

. 9-7

..

..

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.

. 9-11

.

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..

.

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. 9-16

8-10

8-11

9-11

9-11

9-11

9-11

9-13

9-14

9-14

9-15

9-16

9-17

9-18

9-18

9-18

9-18

9-18

8-2

8-2

8-2

8-3

8-3

8-9

9-2

9-3

9-3

9-3

9-3

9-4

9-4

9-4

9-5

9-5

9-5

9-5

9-7

9-7

9-7

9-9

9-9

9-9

9-9

Contents-8

2

m Resistance

2

mDC

4

m Impedance

Specication

T

est Equipment

Procedure

4

m

4

m

4

m

Calculation

T

est

T

est

DC

Bias

Standards'

0

m

1

m

2

m

4

m

P

erformance

T

est

T

est

DC

Bias

0

m

1

m

2

m

4

m

Functional

Introduction

T

est

Equipment

Transformer

T

est Equipment

Procedure

Handler

T

est

Procedure

Initial

Key

External

Handler

Contact

Test Equipment

Procedure....... ...

Functional T

Transformer Measurement Functional T

Resistance

..

Capacitance

Resistance

DC

Resistance

Sheet

Signal

Signal

Impedance

Impedance

Impedance

Impedance

Signal

Signal

Impedance

Impedance

Impedance

Impedance

Equipment

Frequency

Level

Level

Calibration

T

Frequency

Level

Level

T

ests

.

Measurement

..

Interface Functional

.

Setup

Lock

Interface

Check

est Record . . . . . . . .

Measurement A

Measurement

..

.

.

.

.

.

.

.

Measurement

Measurement

.

.

A

ccuracy

A

ccuracy

Measurement

Measurement

Measurement

Measurement

est

Record

A

ccuracy

A

ccuracy

Measurement A

Measurement A

Measurement A

Measurement

.

.

..

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

.

Function

Trigger

Function

Output

Functional

.......

Measurement

A

ccuracy

.

.

.

.

.

.

.

.

.

.

.

.

Measurement

.

.

.

.

A

ccuracy

T

est

T

est

V

alues

.

.

.

A

ccuracy

T

est

T

est

.

.

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Functional

.

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T

est

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.

T

est

.

T

T

est

T

est

ccuracy

A

.

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.

A

ccuracy

A

ccuracy

A

.

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T

est

.

.

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.

.

.

A

ccuracy

A

ccuracy

A

ccuracy

A

ccuracy

.

.

.

T

est

.

..

.

.

..

ccuracy T

ccuracy T

ccuracy T

A

ccuracy T

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.

est

.

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..

.

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

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

T

est

.

.

.

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.

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.

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.

..

ccuracy

T

est

.

.

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ccuracy

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..

..

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..

..

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T

est

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..

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

T

est

(Opt.

001

Only)

.

.

.

.

.

.

.

..

..

..

..

..

..

..

..

..

..

..

..

..

..

..

..

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..

..

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..

T

est

.

.

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..

T

est

.

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..

..

T

est

(Opt.

001

Only)

.

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..

..

..

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T

est

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est

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T

est

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T

est

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est (Opt. 001 Only) . . . . .

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. 9-24

9-25

. 9-26

.

9-26

.

9-26

.

9-26

9-26

.

9-28

9-29

.

9-30

.

9-30

.

9-30

.

9-30

.

9-31

.

9-32

.

9-35

.

9-36

.

9-37

.

9-38

.

9-38

.

9-38

.

9-39

.

9-40

.

9-43

.

9-44

.

9-45

.

9-46

.

9-46

.

9-46

.

9-47

.

9-47

.

9-47

. 9-49

.

9-49

.

9-49

.

9-49

.

9-49

.

9-49

.

9-50

.

9-51

9-51

9-51

9-53

9-53

A. Manual Changes

Introduction . . . . . . . . . . . . . . . . . . . . . . .

Manual Changes . . . . . . . . . . . . . . . . . . . . . . .

Serial Number . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . A-2

...... ....

........

A-1

A-1

Contents-9

B

. Handler

Interface Installation

Introduction

Electrical

Output

Input

Handler

T

ools

Procedure

C.

Overload/No-Contact

Characteristics .

Signals .

Signals .

Interface Board

and

F

asteners

.

Messages

Instrument

GPIB

Errors

Errors

Index

..

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Setup

.

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Operations

.

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.

Messages-2

.

.

.

Messages-3

B-1

B-1

B-1

B-4

B-5

B-5

B-5

Contents-10

Figures

1-1. P

ower

Cable

Supplied

1-2. V

oltage

1-3. Connecting

3-1. Front

3-2. Rear

3-3.

Required

3-4.

Pin

3-5.

Timing

3-6.

Simplied

3-7.

V

ector

3-8.

Relationship

3-9.

V

ector

3-10. Relationship

3-11.

Basic

3-12.

T

est

3-13.

T

est

4-1.

Simple

4-2.

SRQ

4-3.

Detecting

4-4.

Reading

4-5.

Reading

4-6.

Reading

4-7.

Reading

5-1.

Proper

5-2.

Status Reporting

5-3.

Status Byte

5-4.

Standard Event

5-5.

Standard Operation

5-6.

Trigger

5-7. Inside an Trigger Event Detection State . . . . . . . . . . . . . .

5-8. NR1 F

5-9. NR2 F

5-10. NR3 F

5-11. REAL Data F

6-1. Measuring Electrolytic Capacitors . . . . .

6-2. Sample Program to Measure Electrolytic Capacitors

6-3. Connecting a Transformer

7-1. Typical Characteristics of Components ...... ...... ...... . 7-2

7-2. Capacitance Circuit Model Selection . . . . . . . . . . . . . . . . . . . . . 7-4

7-3. Inductance Circuit Model Selection ..................... 7-5

7-4. Four-Terminal Pair Measurement Principle . . . . . . . . . . . . . . . . . . 7-6

7-5. Measurement Contacts . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-7

7-6. Model of Capacitance to Ground ...... ...... ..... ..... 7-8

7-7. Reducing Capacitance to Ground .... ...... ...... ...... 7-8

Selector

a

T

P

anel

.

P

anel

Assignment

Transformer

Signal

Signal

generation

command

command

ormat . .

ormat . . .

ormat . . . .

.

External

Diagram

Model

Representation

Between

Representation

between

for

Transient

Program

the

out

the

out

the

out

the

out

measured

Use

of

Register .

System

ormat...

and

est

.

.

.

.

of

.

of

DCR

Example

sequence

completion

measured

.

.

measured

measured

.

.

the

Structure .

Status Register

Conguration

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

.

.

.

.

.

.

.

.

.

.

.

.

.

.

..

..

..

..

Fuse

Fixture

.

.

Trigger

Handler

.

Impedance

Measurement

Measurement

in

.

.

Colon

Status Group

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

.

.

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Pulse

Specication

Interface

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of

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Impedance

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A

dmittance

Measurement

DC

Resistance

.

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(when

of

measurement

result

.

.

.

.

.

result

result

.

.

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result

in

and

Semicolon

..

..

..

.

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

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

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

Connector

.

.

.

.

Measurement

.

and

A

dmittance

.

P

arameters

Setup

.

.

.

Measurement

.

.

.

.

measurement

in

ASCII

.

.

.

.

in

binary

in

ASCII

..

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binary

.

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.

transfer format

.

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Structure .

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nishes)

using

SRQ

transfer

.

.

transfer

transfer

.

.

.

..

.

.

.

.

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.

.

format

.

.

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format using

.

.

.

..

.

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.

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.

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.

..

..

.

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

.

.

.

.

.

.

.

.

.

.

.

.

by

using

the

.

.

.

.

.

.

.

format using

.

.

.

.

using :FETC?

..

.

.

.

.

.

.

.

.

.

.

.

.

.

.

..

.

.

.

.

.

.

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

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the :FETC?

.

.

.

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.........

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.

..

..

. 3-21

.

..

..

. 3-23

.

.

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.

..

. 3-27

.

.

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..

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..

..

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..

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..

. 3-30

..

.

.

.

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.

.

.

. 3-34

.

.

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.

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.

.

.

..

.

.

..

.

.

.

*TRG

.

.

.

.

.

.

.

.

.

.

.

.

command 4-24

.

.

.

.

.

.

.

.

.

..

. 5-39

..

..

..

.

.

.

.

..

.

.

.

.

.

.

.

..

.

.

.

.....

.....

....

...

. 5-49

. 6-3

1-11

1-12

1-19

3-2

3-21

3-25

3-27

3-28

3-28

3-29

3-32

4-4

4-14

4-15

4-18

4-20

4-22

5-4

5-40

5-41

5-43

5-46

5-47

5-48

5-48

5-48

6-1

6-7

Contents-11

7-8.

Contact Conguration

7-9.

Measurement Contacts

7-10.

Example of

7-11.

Guard Shield

7-12.

Stray Capacitance

8-1.

Conversion Diagram

8-2.

Maximum

9-1.

T

est

Signal

9-2.

T

est

Signal

9-3.

DC

Bias

Level

9-4.

DC

Bias

Level

9-5.

0

m

Impedance

9-6.

1

m

Impedance

9-7.

2

m

Impedance

9-8.

4

m

Impedance

9-9.

Transformer

9-10.

9-11.

9-12.

A

-1.

B-1.

B-2.

B-3.

B-4.

Handler

Handler

Contact

Serial

Handler

Handler

Handler

A1

Number

Main

Interface

interface

Check

Interface

Interface

Interface

Board .

DUT

Guard

.

.

Causing

Capacitor

Frequency

Level

A

ccuracy

A

ccuracy

A

ccuracy

Measurement

Measurement

Measurement

Measurement

Measurement

Functional

Output

Functional

Plate

Comparison

Control

Input Signal

.

.

.

V

oltage

.

..

..

for

Plate

.

.

.

.

A

ccuracy

T

est

T

est

Order

T

.

.

Output

.

.

.

.

.

.

T

est

Lead

Connection

.

.

.

.

Contact

.

T

est

Setup

Setup

Functional

est

.

.

Check

.

.

.

.

.

.

T

est

Setup

Without

A

ccuracy

A

ccuracy

A

ccuracy

A

ccuracy

T

est

Setup

.

.

Setup

.

.

.

Output

Signals

Diagram .

.

.

.

.

.

.

.

Extension

.

.

..

..

Error

.

.

.

.

.

.

.

.

Setup

.

.

.

.

.

.

.

T

est

T

est

T

est

T

est

T

est

Setup

.

.

.

.

.

..

.

.

.

.

.

.

.

Signals

Diagram

.

.

.

.

.

.

.

.

.

.

.

.

..

.

..

..

.

.

..

.

.

.

.

..

.

..

The

Interface

Setup

Setup

Setup

Setup

.

.

.

..

.

.

.

..

.

Diagram

.

.

.

.

.

.

.

.

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.

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.

.

..

.

.

.

.

..

.

..

.

..

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Box

..

..

..

..

.

..

.

.

.

..

..

.

.

..

..

..

..

.

..

..

..

..

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.

.

..

..

..

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.

.

.

.

.

.

.

..

..

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.

.

.

..

..

..

.

..

..

.

.

..

.

.

.

.

..

.

.

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.

..

.

.

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.

.

.

.

..

..

.

.

.

..

..

..

..

.

.

..

..

.

.

.

.

.

.

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.

..

.

.

.

.

.

.

.

.

..

.

.

.

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.

.

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.

.

.

.

.

..

..

..

..

.

.

..

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.

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.

.

.

..

.

.

.

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.

.

.

.

7-9

. 7-9

. 7-10

.

7-10

7-11

.

8-4

.

8-17

.

9-5

.

9-7

.

9-9

. 9-10

.

9-11

.

9-19

.

9-23

.

9-27

.

9-47

.

9-49

.

9-50

.

9-51

.

A

-2

.

B-2

.

B-3

.

B-4

.

B-7

Contents-12

T

ables

1-1. Line

3-1.

3-2.

3-3.

3-4.

3-5.

5-1.

5-2.

5-3.

5-4.

5-5.

5-6. Operation

5-7.

5-8.

7-1.

7-2.

8-1.

8-2.

8-3.

8-4.

8-5.

8-6.

8-7.

9-1.

9-2.

9-3.

9-4.

9-5.

9-6.

9-7.

9-8.

9-9. 0 m Resistance Measurement T

9-10. 0 m Resistance Measurement T

9-11. 0 m Resistance Measurement T

9-12. 1 m Capacitance Measurement T

9-13. 1 m Resistance Measurement T

9-14.

9-15. 2

9-16. 4

9-17. 4 m Resistance Measurement TestSettings.................. 9-28

9-18. Transformer Measurement TestLimits........ ..... ...... . 9-48

A-1. Manual Changes by Serial Number ... ..... ...... ...... . A-1

B-1. Handler Output Electrical Characteristics .... ...... ...... .. B-1

B-2. Handler Interface Input Electrical Characteristics .............. B-4

B-3. Pull-up Resistor Location . . . . . . . . . . . . . . . . . . . . . . . . . . B-8

C-1. OVLD/N.C. Condition ........................... C-1

Voltage

Measurement

Displayable

Line

V

oltage

Pin

Assignment

GPIB

Interface

Usable

Measurement

Measurement

Status

Standard

Operation

Questionable

P

arallel/Series

Correction

Measurement

Measurement

Measurement

Measurement

Measurement

A

dditional

A

dditional

Recommended

Frequency

Level

A

Bias

Level

0

m

Capacitance

0m

Capacitance Measurement

0m

Capacitance Measurement

0m

Capacitance Measurement

2 m Capacitance Measurement T

m Resistance Measurement T

m Capacitance Measurement T

Selection

Range

Range

selection

of

Capability

Units

.

.

.

P

arameter

Function

Byte

Assignments

Event

ccuracy T

Status

Status Condition

Status

Event

Status

Circuit

Functions

A

ccuracy

A

ccuracy

A

ccuracy

Time

Time

Measurement

Measurement

T

est

A

ccuracy T

est Settings

A

ccuracy

Measurement

.

.

Selection

.

.

.

.

.

.

Handler

.

.

.

.

Choices

Selection

.

Register

Register

Register

Model

.

.

.

P

arameter:

P

arameter:

P

arameter:

(DC

Bias:

(DC

Bias:

Time

Time

Equipment

est Settings

Test

Settings .

.

.

.

.

.

.

Interface

.

.

.

.

.

.

Register

Assignments

.

.

.

OFF)

ON)

for

for

..

est (LONG) Settings . . . .

est (MED) Settings

est (SHORT) Settings

estSettings.................

estSettings..................

.

.

.

.

.

.

.

.

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Assignments

Assignments

Assignments

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A,

B

,

and

D

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E

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Rdc

Measurement

N

and

M

..

..

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Test

(LONG) Settings

T

est

(MED)

T

est

(SHORT)

Test

(DC Bias)

est Settings . . . . . . . . . . . . . . . .

est Settings . . . . . . . . . . . . . . . . .

est Settings . . . . . . . . . . . . . . . . .

Settings

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Measurement

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Setting

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. 9-20

. 9-20

1-12

3-8

3-8

3-22

3-26

5-7

5-12

5-28

5-40

5-42

5-44

5-45

7-3

7-12

8-5

8-6

8-6

8-15

8-15

8-16

8-16

9-2

9-10

9-13

9-14

9-16

9-16

9-17

9-24

9-24

9-28

Contents-13

C-2.

Simultaneous O

VLD and

N.C.

Condition

.

.

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..

..

..

..

C-2

Contents-14

1

Getting

This chapter

discusses the

Overview

Guided T

Incoming

V

entilation

our

Inspection

Instruction

P

ower

Cable

Preparation for

Using

Front-P

Basic

Operation

Started

provides

following

of

information

P

anels

topics:

Requirements

for

Cleaning

Turning

anel

Keys

On

to

get

you

started

using

your

4263B

LCR

Meter

.

This

chapter

Getting Started 1-1

Overview

4263B

4263B

the

F

LCR

production

eatures

Basic

accuracy:

T

est

frequency:

T

est

Signal

Measurement

High

speed

Quick

Wide

test

capacitance

Front-end

Built-in

Transformer

High

Reliability

The

4263B

improves

check

the

reliability

Electrolytic

Electrolytic

impedance

make precise

Meter

line

is

and

0.1%

100

Level:

speed:

contact

recovery

protection

comparator

parameter

/

High

has

a measurement

the

throughput

contact

of

P

ASS/F

Capacitor

capacitor

range

.

measurements

a general

purpose LCR

fundamental impedance

Hz,

120

Hz,

1

kHz,

20

mV

to

1

Vrms

,

29

ms

check

measurement

function

range

(5ms)

measurements

Throughput

speed of

of component

between the

AIL

testing with

test terminals

Measurement

measurements

The

4263B

's

high

accuracy

of

electrolytic

meter designed

testing for

10

kHz,

20 kHz

5

mV step

(option

29 ms

001)

at

any

evaluation on

and the

automatic handlers

require

high

measurement

and

wide

capacitors

.

for both

component evaluation

bench-top applications

(option 002

test

signal

the product

Device Under

in

production.

only), and

frequency

line.

T

est

accuracy

measurement

range

.

The

(DUT),

in

.

100 kHz

This

4263B

the

low

allow

ability

can

ensuring

you

to

on

the

Transformer

The

4263B

's

measurement

P

arameter

ability

obsolete

Measurements

to

make

data

calculations

turns

ratio

(Option

(N),

mutual

and

001)

changing

inductance

test

setups

(M),

.

and

DC

resistance

(DCR)

1-2 Getting Started

4263B

A

ccessories

A

vailable

(Note:

This

is

16034E

16047A

16047B

16047C

16047D

16048A

16048B

16048D

16048E

16060A

16065A

16065C

16085B

16089A

16089B

16089C

16089D

16089E

16092A1RF

16093A1RF

16093B1RF

16094A

1

16095A3LF Probe

16191A1Side

16192A1P

16193A1Small

16194A1Wide

16314A

16334A

16451B

16452A

16064B

1

16085B adapter

2

Cables

adapted

3

Don't

connect

an

optional

T

est

Fixture (F

Test

Fixture (F

T

est

Fixture (F

HF

T

est Fixture

T

est

Fixture (F

T

est

Leads (1

Test

Leads (1

Test

Leads (2

Test

Leads (4

Transformer T

External Bias

External Bias

Terminal

Kelvin Clip

Kelvin

Kelvin

Alligator

Kelvin

Spring

Two-T

Three-T

,

2

RF

Probe

Electrode SMD

arallel

Side

T

emperature SMD

50/4-T

T

est

Fixture

Dielectric

Magnetic

LED

Display/Trigger

required.

to

APC7 on

ground-lead

product.)

or SMD

or Axial

or Axial

(For

or Axial

m, BNC)

m, SMC)

m, BNC)

m, BNC)

est Fixture

Test

Fixture

A

dapter

A

Clip

Clip

Clip

Clip

Clip:

erminal

Tip/A

A

dapter:

Leads

Leads

Leads

Leads

erminal

dapter

Converts

(1

(1 m,

(1

Leads

(1 m,

Axial

Binding

Binding

dapter

Electrode SMD

Electrode SMD

erm

Converter

(F

or

SMD

T

est

Fixture

T

est

Fixture

each end

to

4263B

or Chip

or Radial

or Radial

Axial or

or Radial

m,

two

two

m, two

(1

m,

four

two large

Radial

P

ost

P

T

est

Fixture

T

est

Fixture

T

est

Test

100Hz-10MHz

or

Chip

Box

(with

required.

.

type DUT)

DUT)

DUT)

Radial DUT)

DUT)

4

terminal

large

clips)

medium

IC

clips)

clips)

medium

clips)

and

SMD

ost

Fixture

Fixture

type

DUT)

GO/NO-GO

pair

clips)

display

connector

and

to

APC7

trigger

connector

button)

.

Note

There is some

possibility that available accessories are changed. Refer to latest

accessories catalogue about the latest information.

Options A

vailable

Option 001 Add N/M/DCR Measurement Function

Option 002 Add 20 kHz test signal frequency

Getting Started 1-3

4263B

Guided T

Front

This section

our of

Panel

gives a

function, refer

Each description

pressing the

blue shift

Panels

guided tour

to Chapter

starting with

key.

of the

3.

(Shift) is

(Refer to

front panel.

the secondary

\Shift

key

.")

F

or

function

a

detailed

description

of

the

key

,

which

of

each

is

available

key's

by

1.

2.

3.

4.

Display

LINE

Chassis

are

Switch

T

UNKNO

used

displays

erminal

for

Caution

5.

DC

Bias

Key

6.

DC

Bias

ON/OFF

is disabled.

7.

Measurement Time K

Long.

(Shift)

8.

Show Setting K

Average K

(Shift) Current / V

current and voltage.

turns

WN

the

Do

not

damage

fully

discharged.

enables or

measurement

the

4263B

is

tied

T

erminals

UNKNOWN

apply

DC voltage

the 4263B

disables DC

Indicator

ey

ey

sets the averaging rate

ey -

changes the mode of the Measurement Settings display

oltage Monitor (I&V Mon)

to

ground

is

T

erminals

. Before

result,

ON

the

instrument

and

OFF

.

through

connection

.

or current

you measure

states

the

instrument's

point

to

the

a

,

and

messages

for

test

xtures

UNKNOWN

capacitor

,

chassis

be

Bias output.

turns

ON

when

DC bias

output

is

enabled,

selects the measurement time mode from Short,

used to average the measurement result.

Key -

sets the monitor function for the

.

.

.

BNC connectors

terminals

sure

the

.

capacitor

and

Medium, or

.

Doing

OFF

so

is

when

will

it

9.

Auto/Hold Range Key

(Shift)

10.

Left / Down Arrow ( /#)Keys and Up / Right Arrow ("/!)Keys-

Range Setup Key

toggles the measurement range mode between Auto and Hold.

selects the measurement range.

decreases the setting.

1-4 Getting Started

each increases or

4263B

11.

Measurement

(Shift) Deviation

the measurement

12.

Frequency K

Parameter

Key

Measurement Mode

parameters are

ey

sets

the test

selects

the

measurement

(1Mode) K

being set.

signal frequency

ey -

parameter

advances

the

to

be

display

displayed.

page

when

.

13.

14.

15.

16.

17.

18.

19.

(Shift)

Level

(Shift)

Display

K

ey

Bias Setup

Trigger

(Shift)

Delay

Trigger K

Local

(Shift)

Recall

(Shift)

K

ey

A

ddress

K

Save

Primary

the

primary

(Shift)

limit

Secondary

for

Primary

the

primary

(Shift)

limit

Secondary

for

sets

Mode

K

ey

triggers

returns

ey

recalls

K

ey

P

arameter

parameter

the

secondary

P

arameter

parameter

the

secondary

Mode

the

K

ey

ey

K

ey

stores

K

ey

selects

test

signal

Key

selects the

selects

sets

the trigger

the

trigger

a measurement

the

4263B to

sets

the

the

instrument

the

instrument

Upper

Limit

.

P

arameter

parameter

Lower

Limit

.

P

arameter

parameter.

the

display

level.

DC bias

mode from

delay

in

the Local

GPIB

address

state

(Pri

Upper Limit

.

(Pri

Lower

Limit

voltage

time

.

the

Manual

mode from

.

data

from

state

data

High)

(Sec High)

Low)

(Sec

mode.

.

Internal, Manual,

trigger

the

internal

to

internal

K

ey

-

sets

Key

K

ey

-

sets

the

Low)

K

mode

GPIB

memory

the

upper

lower

ey

.

Remote

memory.

- sets

the

comparator

-

sets the

or External.

mode

.

comparator

upper

lower

comparator

.

limit

for

comparator

limit

for

Getting Started 1-5

height

0

K

.

K

0

K

and

3

Key

2

Key

1

Key

4

Key

5

K

6

K

7

K

8

K

9

K

Blue

ey

/

(Shift)

ey

/

(Shift)

ey

/

(Shift)

executes

/

(Shift)

/

(Shift)

/

(Shift)

/

(Shift)

ey

/

(Shift)

ey

/

(Shift)

ey

/

(Shift)

ey

/

(Shift)

ey

Shift

K

ey

Lock

Reset K

Conguration K

the

internal

Cable

K

Contact

Comparator

Open

K

Short

Load

key

K

Minimum

Maximum

K

ey

activates

ey

ey

Check

ey

ey

K

ey

locks

resets

test.

sets

the

K

K

ey

executes

executes

execute

key

inputs

K

ey

the

secondary

out

the 4263B

ey

sets

cable

ey

toggles

toggles

an

a

SHORT

a

LO

the

inputs

any

key

to

the beeper

length.

the

the

OPEN

AD

correction.

minimum

the

maximum

functions

input except

the

default

setting and

contact

comparator

correction.

correction.

value

value

printed

state

check

function

when

when

above

for

this

.

the

power

function

between

setting

setting

the

key

.

line

between

ON

a

parameter

a

parameter

front-panel

4263B

frequency

ON

and

and

OFF

.

.

keys

.

,

OFF

.

.

Note

Engineering

Back Space K

Enter K

current input function.

1-6 Getting Started

In this

the

ey

manual,

key

Unit

ey

is

the

blue

Shift

key

is

not

K

labeled

ey

enters

with

the

engineering

expressed

\blue".

units: p

,

as

n,

erases the last character entered when entering numeric values

enters an input value to the 4263B and terminates the key entry for the



,

m,

, even

k,

though

and

M.

the

top

.

of

4263B

Display

This

section

to

Chapter

1.

Character

instrument

2.

Annunciator

labels

introduces

3.

Display

messages

are as

(

9

)

follows:

the

Area

.

points

display

displays

to

the

.

F

or

a

more

the measurement

currently

selected

detailed description

result, instrument

instrument

of each

setting.

display eld,

setting, and

The

Annunciator

refer

a.

Measurement Time

b.

Trigger

c.

Hold

mode

d.

Load

e.

Comparator

f.

Contact

g.

T

alk

h.

Remote

i.

K

ey

j.

Measurement

test signal

k.

Shift

indicates

Range

,

the

Hold

On

indicate

Check

Only

indicates

indicates

Lock

indicates

frequency. The annunciator(

indicates

the

indicates

range

that

On

indicates

indicates

that

Settings

indicates

current

that

annunciator

LO

that

the

that

the

trigger

the

AD

correction

that

that

the

the

4263B

4263B

the

4263B

displays

current

mode

4263B

is

is

not

comparator

contact

is

in

is

in

the

's

front-panel

the 4263B

9

) is not displayed here

in

displayed.

function

the

that the shift toggle is activated.

measurement

.

the

Hold

range

is

ON.

function

check

talk

GPIB

is

function

only mode

remote

keys

's settings

time

mode

ON.

is

.

mode

are

locked out.

such as

.

.

When

in

the

ON.

.

measurement voltage

.

A

uto

range

level,

Getting Started 1-7

4263B

Rear

This

section

rear

panel,

Caution

P

anel

gives

refer

a

tour of

to

Chapter 3.

Do

not

the

4263B

apply

the rear

External

panel. F

DC

bias

or a

more detailed

voltage

more

description of

than

+2.5

V

.

each item

Doing

so

will

on

the

damage

1.

GPIB

Interface

General Purpose

2.

External

3.

LINE

Fuse

4.

Handler

5.

External

6.

Serial

7.

LINE

8.

Power Cord Receptacle

Number

V

oltage

DC

Holder

Interface

Trigger

Plate

Selector

is

used

Interface

Bias

is

used

T

erminal

gives

to

control

Bus

T

erminal

to

is

the

sets

the 4263B

the

4263B

(

gpib

).

is

used

synchronize

used

to

from

to

input

timing

trigger a

an

an

with

measurement using

instrument's manufacturing

to

the

voltage

external

external

an

external

of

the

controller

DC

bias

.

handler

an external

information.

A

C

power

by

.

source

using

.

the

signal.

1-8 Getting Started

4263B

Incoming Inspection

T

Warning

o avoid

are

example

hazardous electrical

signs

of

,

covers

shipping damage

, panel,

or display)

shock, do

to any

portion of

not turn

on the

the outer

4263B when

enclosure (for

there

Inspect the

is damaged,

shipping

it

should

completeness and

the shipment

4263B LCR

P

ower

Operation

User's

If the

contents

not

pass

container is

carrier as

are

Meter

Cable

Manual(This

Guide

are

the

power-on

damaged,

well

as

inspection.

Providing

T

o

ensure

temperature

clearance

the

rack

housing.

measurement

Chapter

clearance

the

specications

around

around

accuracy

8.

container

be

kept

the

4263B

as

follows:

incomplete

selftests

or

the

Agilent

the

product

the

product

F

or

information

of

for

damage

until

the

has

been

Book)

,

if

there

,

notify

the

cushioning

T

echnologies

to dissipate

and

measurement

within

or

,

for

on

the

product,

.

contents

checked

is

mechanical

the

material

the

the

rackmount

ambient

refer

If

the

of

mechanically

nearest

oce

.

heat

accuracy

specied

temperature

to

Specications

shipping

the

shipment

damage

Agilent

shows

Keep

the

range

type

container

have

and

electrically

or

defect,

T

echnologies

signs

of

unusual

shipping

at

installation

of

the

product,

by

providing

,

by

forcefully

to

satisfy

,

and \Measurement

or

cushioning

been

checked

.

The

contents

or

if

the

analyzer

oce

.

If

the

stress

,

notify

materials

for

the

site

you

must

keep

appropriate

air-cooling

inside

the specications

Accuracy"

material

for

of

does

shipping

the

carrier's

ambient

cooling

and

in

When

the

operating

standard.

product

cooling

clearance as

ambient

environment

Furthermore

still conforms

temperature

specication,

,

under that

to the

requirements of

follows:

around

the

the

product

product

is

conforms

temperature environment,

the safety

kept

within

to

the

it has

standard when

the

temperature range

requirements

been conrmed

it is

enclosed with

of

the

safety

that

of the

the

Conditions

Rear 400 mm

Side 100 mm

Upper 15 mm

Instruction for Cleaning

For cleaning, wipe with soft cloth that is soaked with water and wrung tightly without undue

pressure.

Getting Started 1-9

4263B

Power

In

accordance

three-wire

the

instrument

country

W

of

arning

Cable

with

power

cable

frame

destination.

F

or

defeated.

protective

international

.

When connected

.

The type

Refer

to Figure

protection

The

earth

safety standards

to an

of power

cable shipped

1-1 for

from

electrical

power

plug

ground

must

connection.

, this

instrument is

appropriate ac

with each

the part

shock,

be

plugged

numbers of

the

equipped with

power outlet,

instrument depends

the power

power

into

cable

an

ground

outlet

a

this cable

grounds

on the

cables available

must

not

that

provides

.

be

a

1-10 Getting Started

4263B

Figure 1-1. Power Cable Supplied

Getting Started 1-11

4263B

Preparation for

Before

frequency

Setting

The

P

P

P

Conrm

before

1.

2. Slide

Set

Set

4263B

ower

ower

ower

Conrm

your

line

you

power

power

plugging

voltage

use

the

4263B,

.

line

voltage

line

frequency

the Line

's

power

Line

V

oltage

Line

Frequency

Consumption

that

the

LINE

in

the

that

the

the

LINE

V

oltage

power

line

is

220/240

voltage

V

source

:

power

Fuse

Use

the

fuse

T

echnologies

The

fuse

the

fuse

shown

sales

can

holder

be

in

oce

replaced

pops

out

Turning On

you must

| refer

to \Setting

{refer

oltage

requirements

100/120/220/240

:

47

to

66Hz

:

45

V

A

maximum

V

oltage

4263B

T

able

Selector

.

Refer

cable

Selector

is

100/120

V

ac(

6

10%),

1-1

is

disconnected.

on

.

If

.

by

turning

with

a

minus

set it

to match

the Line

to \Turning

are

as

V

on

rear

to

Figure

the

rear

V

ac(

6

10%),

slide

the

you

require

the

fuse

screw

driver

On the

follows:

ac(

6

panel

1-2

panel

slide

Selector

the

holder

the available

Voltage

4263B and

10%)

is

set

to

to

match

the

Selector

to

230

fuse

,

contact

shown

in

.

".

match

your

V.

Figure

power line

Setting

the

the power

power

to 115

See Figure

the

nearest

1-2

counterclockwise

voltage and

Line

line voltage

line

voltage

V.

When your

1-2.

Agilent

Frequency".

.

When

power

until

Figure 1-2. V

Table 1-1. Line V

Voltage Selector Power Line

115V 100/120Vac(610%) UL/CSA type, Time delay 0.5A 250V

230V 220/240Vac(610%) UL/CSA type, TIme delay 0.25A 250V

1-12 Getting Started

oltage Selector and Fuse

oltage Selection

Required Fuse

Voltage

(Agilent part number 2110-0202)

(Agilent part number 2110-0201)

4263B

Turning

1.

Connect the

2.

Push the

displayed

will

be ready

3. Conrm

a. press

b.

Press

On

the

4263B

power cable

LINE switch

after the

for operation

that the

power line

until

and

Setting

to P

ower Cord

in and

the 4263B

power-on self-test,

after a

message similar

frequency

.The following

Line

blinks

is displayed.

,

then

the

Line

Receptacle on

will emit

refer to

is

set

a beep

Messages back

correctly

press

Frequency

the rear

when it

to the

one

.

.

panel.

turns

of this

shown

on.

(If

any

manual.) The

in

the

following

message

4263B

gure

is

.

c.

d.

Note

A

blinking

If

the

setting

between

Press

press

item

50Hz

does

to

means

and

set

not

60Hz

the

that

match

.

A

C

power

it

is

the

currently

power

line

frequency.

selected.

line

frequency

Press

,

press

until

to

Exit

toggle

blinks

the

,

and

setting

then

again to exit this menu.

The power line frequency setting is stored and is not changed

after reset or

power-o. Once you set it, you do not need to set the line frequency again as

long as the same power line frequency is being used.

Getting Started 1-13

4263B

Using the

The

4263B

Direct

T

oggle

Selection

V

alue

This

section

has

Execution

Type

Type

Setup

shows

Note

Direct

Pressing

Execution

a

direct

Pressing

T

oggle

Pressing

Type

a

toggle

Front-Panel

four

types of

Type

key operations

Keys

Keys

Keys

Type

Keys

the

operation procedures

If

you

want

to

several

Type

execution

applies

K

eys

type

key

type

DC

bias

switches

exit

times

K

eys

Keys

an

until

key

performs

.

the

as follows:

for the

operation

you

are

setting.

4263B when

and

go

back

back

to

the pressed

An

annunciator

the front

to

the

measurement

the

measurement

key's function

indicates

panel

keys

mode

mode

.

immediately

the

current

are

used.

,

press

.

setting.

Pressing

moves

,

and

Selection

Pressing

item

selected

F

or

1.

is

the

example

Press

a

can

selection

one

the

Type

currently

be

changed.

,

to

switches

current

K

eys

type

perform

.

Exit

2. Press to select

3. Press

. The self-test will start immediately. After the test is nished, the 4263B

the

setting

key

will

selected.

the

self test,

is

blinking.

Test

.

measurement

for

measurement

display

By

a

using

time

menu

.

or

The

time

choices

Measurement

is shown.

available

,

or

the

selection

Time

for

that

annunciator

key

.

The

key

itself,

(

9

blinking

the

item

)

displays any existing error code, and returns to the menu.

4. Exit the menu by pressing after making Exit blink.

1-14 Getting Started

4263B

V

alue

Setup

Type

K

eys

Pressing

enter

a

value

F

or

example

1.

Press

The

displayed

Numeric

Maximum

Back

Space Key

Down

Numeric

Input

the

a

value

and

K

value

.

,

value

Keys

and

Up

eys

which

setup

type

.

The

display

can

be

Minimum

Arrow Keys

the

4263B

key

altered

Keys

will

will

display

is

shown

by

below

using

actually

the

parameter

the

following

use

.

.

F

or

entry display

keys:

example

and prompt

,

to

set

the

averaging

you to

rate

to

10,

1.

2.

Press

Press

.

.

You can also enter numeric parameters using engineering units

1. Press

.

100pF

will be displayed.

.F

or example

,

Getting Started 1-15

4263B

2.

Press

3.

Press

4.

Press to

Note

Minimum

These

numeric

keys

keys

and

enter

.

F

again.

Before

the

in

displayed

or

100nF

.

100pF

exit.

you press

displayed

the ENTRY

value

Maximum

the

maximum

example

,

will

be displayed.

will

be

value

block

will

K

eys

and

displayed

,

the previous

has

changed.

before

be

pressing

discarded.

minimum

again.

If

you

numeric

setting is

press

,

the setting

value

in

still

a

key

place

the

other

of

current

than

will

not

having

setting,

one

of

change

to

use

the

and

the

even

keys

if

the

1.

Press

2.

Press

to

enter the

Up/Right, Down/Left Arrow K

Increases or decreases the numeric entry

1. Press

to display GPIB address setting menu.

value

.The

and

eys

maximum

exit.

.F

or example,

value

of

averaging

2. Press several times and conrm that the value changed.

3. Press to exit the menu.

rate

is

displayed.

1-16 Getting Started

4263B

Back

Space K

ey

Erases

1.

Press

2.

Press

3.

Press

the last

entered

to

select the

.

character

comparator

,

and

.

cancels

limit

the

input

menu.

value

.

F

or

example,

The

number

4

which

was

entered

last

is

erased.

Getting Started 1-17

Basic Operation

The

following

1.

Conguration

2.

Turning

3.

Settting

4.

Error

5.

Connecting

6.

Measurement

This

section

and

become

procedure

setup

on

the

parameters

correction

the

provides the

familiar with

4263B

DUT

is

commonly used

to the

test xture

basic measurement

the 4263B

's operation.

to perform

procedure of

a measurement

the

4263B

using the

.

F

ollow

4263B:

the

instructions

4263B

Connecting

Resetting

Selecting the

Selecting

Selecting

Seting

Matching

P

erforming

Caution

Note

the

a

Test

Fixture

the

4263B

Measurement P

the

T

est

Signal

the

Measurement

T

est

V

oltage

the

Cable

the

OPEN,

Do

not

damage

fully

discharged.

If

you

Problem

Frequency

Length

SHORT

apply

the

have

"in

arameter

Range

of

T

est

Fixture

and

DC voltage

4263B

.

Before

any

problems

Chapter 2.

LO

AD

Correction

or current

you

measure

operating

to

the

the

UNKNOWN

a

capacitor

4263B

,

refer to

,

be

terminals

sure

the

\If

Y

ou

.

Doing

capacitor

Have

a

so

will

is

1-18 Getting Started

4263B

Connecting

Use

the

test

xture

\A

ccessories

a

T

A

vailable

est

Fixture

suitable

".

for

your

Figure

DUT

1-3.

Connecting

type

.

The available

a

T

est

xtures are

Fixture

shown in

Getting Started 1-19

4263B

Resetting

Resetting

The

OFF

turned

1.

Press

2.

Press

F

or

4263B

.

So

ON

more

"

the

resetting

information

in

the

4263B

's

settings

the

4263B

until

Chapter

4263B

changes

are

held

is

recommended

.

to

select

Yes

is

blinking,

about

3.

its

settings

in backup

when you

the

reset

the

default

to

their

memory for

menu.

then

press

state

default

start new

settings

states

.

about 72

hours after

measurements,

.

of

the

4263B

,

refer

the 4263B

even if

to

you have

\Reset

is turned

just

Key

1-20 Getting Started

4263B

Selecting

The

4263B

Note

1.

Press

the

Measurement

can

measure

The

primary parameter

and

R2

function).

with

.

Primary

the

can

Option

P

arameter

following

parameters:

Primary Secondary

Z

Y

R X

G B

Cp D

Cs D

Lp D

Ls D

L2 N,

L2 and

be

selected

These

only

parameters

with Option

are not

,

Q,

the

secondary

,

Q,

,

G,

,Q,

1/N,

displayed

001.

parameters

are

displayed.





Q,

Rs,

G,

Rs

Rp

M,

001

Rp

,

Rdc

Rdc

R2

parameters

(A

dd

N/M/DCR

when

the

Rdc

,

N,

measurement

4263B

is

1/N,

not

M,

equipped

2. Press or to select

3.

Press

4.

The secondary

pressing

parameters will

or ,

in the

5. Press

the desired

be

displayed.

same manner

parameter

Select

as the

.

the

desired

secondary

primary parameter

parameter

.

by

Getting Started 1-21

4263B

Setting

1.

Press .

2. Select

is

3.

Press .

the

the desired

displayed.

Selecting

The

4263B has

measurement

measurement

A

uto Range

T

est

Signal

The test

signal frequency

frequency using

the

Measurement

two measurement

range automatically

range.

The

Hold

mode

Frequency

Range

range

modes:

to t

the measured

Range

annunciator

setting menu

,or

A

uto

and

turns

appears.

press

Hold.

value

ON

.

The

The

when

until the

A

Hold

in

uto

mode

the

desired frequency

mode

changes

xes

the

Hold

Range

mode

.

T

o

select

Hold

When

set

the

below

1.

Press

2. Press or until the

the

A

Range

the

Hold

mode

Range

measurement

the current

uto

range

mode

annunciator

range

,

press

range.

Or

,

.

Measurement range

,

press

(

9

)

is

shown, the

or while

menu is

desired range is displayed. Or

be measured, and the 4263B selects the optimum

3. Press .

until

the

Hold

Range

measurement range

in

this

state

displayed.

, input the impedance value to

measurement range setting.

annunciator

is set

,

and

pick

to

a

turns

hold

range

OFF

mode

above

.

.

T

o

or

1-22 Getting Started

4263B

Setting

1.

Press

2.

Enter

When

the

the

using

,

3.

Press

Matching

Y

ou

can select

desired

the

the

T

est

,

or

the

numeric

level

varies

Cable

four test

Signal

value

until

by

Length

cable

Level

using

key

50 mV

lengths:

the

,

the

desired

the

numeric

test

value

can

step.

0

m,

1

key

signal

be

m,

and

set in

2

m,

the

engineering

level

5mV

and

is

displayed.

step.

4

m.

key

When

using

.

Or

press

or

0

m

1

m

2

m

4

m

T

o

select

When

When

When

When

cable

1. Press

2. Select the

desired cable length using

3. Press .

not

using a

using

using

using

length,

test

lead

the 16048A,

the

16048D test

the

16048E

. Cable

lengths

(connecting

16089A/B/C/D

lead

test

lead

will

be

displayed.

the

xture

test

lead

or .

The

directly

blinking

to

the

value

UNKNOWN

is

the

current

terminal)

setting.

Getting Started 1-23

P

erforming

the

OPEN

4263B

Correction

Before

residual

The

OPEN

the

OPEN

1.

Conrm

2.

Press

3.

Select

The

connecting

errors

of

correction

correction,

that

nothing

OpenMeas

OPEN

correction

the

the

Device

xture

is

.

The

using

by

for

canceling

is

connected

OPEN

is

performed

Under

T

est

performing the

the stray

to

the

correction

or ,

with

(DUT)

to

error correction

admittance in

test

xture

menu

and

press

the

following

the

test xture

.

is

displayed.

parallel with

.

message

,it

is necessary

function.

.

the DUT

to remove

.T

o perform

After

a

while

,

the

4263B

Complete

If

you

admittance

1.

Select

2.

Press

3.

Press

.

select

MeasVal

measurement

MeasVal

The

to

and

4263B

return

The following warning message

less than 100



S

and is unsuitable for the OPEN correction data.

value

press

to the

completes

in

the

(OPEN

displays

OPEN correction

OPEN

.

The

the

OPEN

correction

correction

correction

4263B

secondary

menu,

data).

displays

parameter

menu.

with

the

the

is displayed when the OPEN admittance

the

message

4263B

primary

B

.

Open

displays

parameter

jYoj

is not

Correction

the

OPEN

G.

Even if this warning message is displayed, the OPEN correction data will be used. However,it

would be better to verify that there is no error in the connection between the test xture and

the UNKNOWN terminal, and in the OPEN correction procedure.

1-24 Getting Started

4263B

P

erforming

The

SHORT

DUT

.

T

o

perform

1.

Congure

electrodes

2.

Press

the

SHORT

correction

the

the

test

to

each

.

Correction

is

for

canceling

SHORT correction,

electrodes

other

The

in

,

or

by connecting

SHORT

correction

a SHORT

the

eects

conguration by

a shorting

menu

of

the

is

displayed.

residual impedance

connecting the

bar to

the test

xture.

in series

High and

with the

Low

3.

Select

The

After

ShortMeas

SHORT

a

while

Complete

If

you

select

measurement

1.

Select

2.

Press

3.

Press to

MeasVal

correction

,

the

.

MeasVal

value

and

.

The

return

using

is

4263B

in

the

(SHORT

press

4263B

to the

or ,

performed

completes

SHORT

correction

displays

with

SHORT

correction

data).

.

The

the

SHORT correction

and

press

the

following

correction

menu,

4263B

displays

secondary

with

the

4263B

the

parameter

menu.

.

message

the

.

message

displays

primary parameter

X.

The following warning message is displayed when the SHORT impedance

less than 10  and is unsuitable for the SHORT correction data.

Short

the

Correction

SHORT impedance

R.

jZsj

is not

Even if this warning message is displayed, the SHORT correction data will be used. However,it

would be better to verify that there is no error in the connection between the test xture and

the UNKNOWN terminal, and in the SHORT correction procedure.

Getting Started 1-25

P

erforming

The

LO

AD

the

OPEN/SHORT

the

correction

direct-connecting

impendace

device

LO

AD

The

LO

1.

Connect

2.

Press

value

and

how

Correction

AD

correction

the

LO

AD

is

correction.

test

xture

(reference

to

measure

"

in

Chapter

is

LO

AD

standard

.

The

Correction

for

removing

(The

.)

The

value)

the

LO

7.

performed

device to

following

the

complicated

LO

AD

correction is

LO

AD correction

is

accurately

AD

standard's

as follows:

the test

menu

known. F

is

displayed.

residual

not necessary

requires a

reference

xture.

error that

or how

value,

LOAD

to select

refer to

cannot be

when using

an Agilent

standard device

the LO

AD standard

\Standard for

4263B

removed by

whose

the

3. Select

4.

Select

standard's

value

After

appear

When the

5. Select

CorVal

PrmSlct

using

using

parameter

is

in

\Cp-D",

selecting

.

Select

the

D

primary

in

the

parameter selection

RefEnt

using

or , and

type

is

select

Cp

same manner

or , and press . The menu for entering

or ,

displayed.

in

the

following menu

parameter,

is

completed,

press

and

F

or

the menu

as the

. The

.

press

example

The

,

if

the

and press

for selecting

primary parameter

the

4263B

will

following

menu

for

LO

AD

standard's

.

the secondary

Cp

.

return

to

menu

selecting

the

menu

is

displayed.

the

reference

parameter

of

step-3.

the LO

LO

AD

AD

will

standard's reference

reference value using

value is displayed as shown below

the numeric key

, and press

. In this menu, enter the primary

.

Then the menu for entering the secondary reference value will appear. Enter the

secondary reference value in the same manner as the primary.

When the reference value entry is completed, the 4263B will return to the menu of step-3.

1-26 Getting Started

4263B

6.

Select

step-2.

7.

Select

performed

When

T

o

turn

8.

Press

Exit

LoadMeas

the

ON

the

with

LO

LO

using

using

the

following

AD

measurement is

AD

correction

to

display

or and

or ,

message.

completed, the

data,

the

LO

AD

press

and

press

correction

.

The

4263B

.

The

4263B returns

main

menu

returns

LO

AD

to

again.

to

the

measurement

the

measurement

menu

of

is

display

.

9. Select

10. Select

On/Off

On

using

using

or ,and

or , and press . The LO

and the 4263B returns to the previous menu.

Select

Exit

to return to the measurement display

press

. The

following menu

is

displayed.

AD correction data is turned on,

.

Getting Started 1-27

If

you select

(LO

AD correction

1.

Select

MeasVal

MeasVal

measurement data.

data).

and

in

press

the

menu

of

step-3,

.

The 4263B

the

displays

4263B

displays

the

primary

the

LO

AD

measurement

parameter

of

the

4263B

value

LO

AD

2.

Press

3.

Press

The

following

measurement

Even

if this

would

the

be better

UNKNOWN terminal,

.

to

warning

value

warning

The

return

to

4263B

message

and

message

verify

displays

to

the

the

reference

that

and

previous

is

displayed

is

displayed,

there

in

the

the

secondary

value

is

no

LO

AD

menu.

when

is

more

the

LO

error

correction

parameter

the

than 20%.

AD

in

the

dierence

correction

connection

procedure

of

the

between

data

between

.

LOAD

will

measurement data.

the

LO

AD

be

used.

the

test

However

xture

,

and

it

1-28 Getting Started

2

Operating

This chapter

This chapter

provides

includes

the 4263B

step-by-step

the

Measurement Conguration

Triggering

Applying

Using

Display

Locking

Returning the

Saving

Printing

T

esting

If

Y

ou

Refer

to

a

Measurement

the

DC

the

Comparator

Conguration

Out

the

Local

and

Recalling

Measurement

the

4263B

Have

a

Problem

Chapter

3

Bias

Front

Mode

Instrument

for

the

following

P

anel

keys

(Exiting

Data

description

instructions

sections:

the

Remote

Settings

of

each

for

Mode)

front

using

panel

the

key's

4263B

function.

LCR

Meter

.

Measurement

This

section

measurement

Selecting

discusses

functions

Measurement

Conguration

the

4263B

.

Time Mode

To select measurement time mode

settings (Short, Med or Long).

Setting the A

veraging Rate

To set the averaging time:

1. Press .

's

general

, press

conguration

. The annunciator(

topics

that

apply

to many

9

) displays the current

Operating the 4263B 2-1

or all

2.

Enter

the

3.

Press to

desired

set

value

the

.

value

and

to

4263B

exit.

Setting

T

o

set

the

1.

Press

2.

Enter

3.

Press

Setting

The

Cont

Note

Trigger

trigger

the

desired

to

Contact

Chk

annunciator

When the

check

Before

measure

Delay

delay

.

value

set

Check

Time

time:

.

the

value

and

to

exit.

tells

whether the

measurement parameter

function

performing

the

can

not

the

reference

be

contact

values

contact check

is L2-N,

set.

check,

for

the

perform

contact

function

L2-1/N,

OPEN

check.

is

set

L2-M,

and

or

not.

or

L2-R2,

SHORT

the

contact

correction

to

T

o turn

Press

ON

the

contact

.

check

function.

To turn OFF the contact check function.

Press

again.

2-2 Operating the 4263B

4263B

Setting

T

o

change

1.

Press

2.

Select

3.

Select

selection

4.

T

o

exit,

the

the

Beep

the

is

select

desired

Beeper

beeper

mode

.

using

Beep

completed,

Exit

using

Mode

for

or ,

mode

the

comparator

and

using

4263B

returns

or ,

result

press

or ,

to

and

reporting;

the

previous

press

.

and

press

menu.

.

.

When

the

Beep

mode

Setting

T

o

set the

Press

the

Level Monitor

level

monitor

.

Mode

mode:

Select the desired mode using , and press .

Operating the 4263B 2-3

4263B

Triggering a

The

4263B

annunciator

Note

has

shows

four

When the

ON.

T

o

Trigger

1.

Press

T

o

Trigger

1.

Press

2.

Press to

To

Trigger Externally

1.

Connect

2.

Press

Internally

until

Manually

until

an

until

Measurement

trigger source

which

trigger

bus trigger

The

bus

trigger

the

Int

trigger

the

Man

trigger

trigger

external

the

a

measurement.

trigger

Ext

trigger

modes: Internal,

source is

mode

selected.

mode is

can

selected,

be

annunciator

annunciator

source

to

the

annunciator

Manual, External,

none

set

by

GPIB

is

ON.

is ON.

Ext

Trigger

is

ON.

of

the

commands

terminal

or Bus

Trigger

only

on

the

.The

Trigger

annunciators

.

4263B

's

rear

are

panel.

3.

Apply

Applying

The

DC Bias

Using

1.

Press

a

TTL

the

ON/OFF

the

Internal DC

level

DC

.

trigger

Bias

indicator

Bias Source

signal

to

trigger a

tells whether

measurement.

the DC

bias

is

2. Select the desired DC voltage value using or .

3. Press

to enter the value and exit.

applied

or

not.

4. Press to apply the DC bias. The DC Bias ON/OFF indicator is ON.

2-4 Operating the 4263B

4263B

5.

Press

Using an

1.

Connect

F

or

Chapter

2.

Press .

3.

Select

External DC

an

details

3

Ext

4. Press

again

external

about

using

to apply

to turn

DC

the

external

OFF the

Bias

bias

or ,

the DC

Source

source

DC

bias.

DC bias

to

bias

voltage

and

press

The DC

the

. The

Ext

,

Bias

DC

Bias

DC Bias

refer

to

.

ON/OFF

ON/OFF

Terminal

\

External

indicator

indicator

on the

will

turn

is

4263B's

DC

Bias

ON.

OFF

.

rear panel.

T

erminal"

in

5.

Press

Using

The comparator

annunciator tells

To

set the

1. Select

again

the

Comparator

function

whether the

limit

values

the limit

to

to

or for

F

or

exmple

,

if

you

following menu is displayed.

turn

is

be

want

OFF

for

sorting

comparator

set

by

to

set the

the

DC bias

Function

DUT

s

function

pressing

the

secondary

lower

. The

DC Bias

based

on

is

their

set

or for the

parameter

limit

of

the

ON/OFF

parameter

to

ON

.

primary

or

indicator

values

OFF

.

.

will

The

primary parameter

parameter

,

press

turn

OFF

Comprtr

,

and

.

.

On

The

2. Enter the desired limit value, and press .

Operating the 4263B 2-5

Note

T

o start

Press

To

shift;

display

sorting

the

If

you

do

not

the

primary/secondary

value

.

.

sorting

results

want

to

set

parameters

a

limit

value

,

set

for

either the

a

maximum

upper or

or minimum

lower limit

value for

4263B

of

that

Pressing

If

Comprtr

T

o

stop

Press

is

sorting:

.

selected

.

The

in

menu

this

for

menu,

selecting

the

comparison

the

display

result

mode

is

appears

displayed

as

as

follows

follows

.

.

Display

Displaying Deviation

The

1

Conguration

before

the

measurement

Data

parameter

the parameter is the deviation value

Setting

1. Press

the Reference V

.

alue

2-6 Operating the 4263B

on

the

LCD display

tells

that

the

displayed

value

for

.

4263B

2.

Select

entering the

T

o

a.

b.

T

o

a.

1RefEnt

set

by

measuring

Press

the

measurement

the

primary

Then

the

value

(

1Ref

The

secondary

to

set by

Enter

entering a

the

using

or ,

primary parameter's

a

reference

regardless

reference

4263B

displays

Secondary=

parameter

enter

the

of

the

result

is

displayed.

.

the menu

).

is

measurement

value:

primary

parameter's

and press

reference value

DUT:

trigger

mode

Press

for entering

Press

measured

and

value

reference

in

as

(

1Ref

.

The

the

the

same

the

measurement

the

secondary

value

using

.

The 4263B

Primary=

displays the

).

primary parameter

to

enter

the

measurement

secondary

manner

parameter's

as

the

result

reference

the

numeric

is measured

primary

is

displayed.

.

key

,

and

menu for

and

value

reference

parameter

Press

press

as

.

.

b.

Then

the

prodno;

value

(

1Ref

numeric

Selecting the

T

o

select

3.

4. T

the

T

o

select

select

Pri

(

1ABS

,

1

o select the deviation display mode for the secondary parameter

select

Sec

key

Deviation

deviation

the

deviation

,

and

%,

or

Off

, and press

press

displays

Secondary=

,

and

press

Display

display

display

) using

the

menu

for

).

Enter

the

secondary

entering the

secondary

parameter's

reference value

.

Mode

mode

(

Off

,

1

,

or

1%

),

mode

for

the

.

The

following

or ,

primary

menu

then press

parameter

is

displayed.

.

,

press

Select

, press

. The same menu as above gure is displayed. Select the mode

for the secondary parameter in the same manner as the primary parameter.

parameter's

or to

the

desired

or to

reference

using

the

mode

Operating the 4263B 2-7

4263B

Changing

Each

time is

on

the

right

1.

T

est

signal

2.

DC

bias

3.

Trigger

the

side

frequency

and

A

delay

Measurement

pressed,

of

the LCD

veraging

and

Cable

the

.The

and T

rate

length

est signal

Settings

current

settings

Display

of

information displayed

level

the

Mode

4263B

and the

are

displayed

order of

one after

display is

another

as follows:

4.

Comparator

5.

Comparator limit

limit

of the

of the

primary parameter

secondary parameter

6. Level monitor value

When both the current and voltage moniotor are turned on, the 4263B displays them as

shown in the following gure. When either of the current or voltage monitor is turned o,

the test signal frequency is displayed instead. When both of them are turned o, the 4263B

displays

Vmon:OFF,Imon:OFF

.

2-8 Operating the 4263B

4263B

If

you

press

test

signal

frequency

Setting the

If you

mode

result

Exit

If

you

press

using

of

.

select

the

or ,

menu.

again

and

Display

or .

comparator

Digit

,

the

and

press

after

test

Digit

,the

,

Off

menu

the

level

signal

and

display

(

Data

:

:

turns

for setting

.

After

monitor

level

display.

Display

mode

displays

the

display

display

setting

value

Mode

selecting

the

measurement

OFF

digit

the

is

menu

.).

Y

appears

digit,

displayed,

appears

data,

ou

can

exit

.

Select

the

4263B

the 4263B

.

Select

Comprtr

this

the

will

will return

the

desired

:

displays

menu by

desired

return to

display

the

selecting

digit

using

the

previous

to the

Locking

Out

To lockout the keys:

Press

To unlock the keys:

Press

the

.

again.

Front

P

anel

K

eys

Operating the 4263B 2-9

4263B

Returning the

T

o

return

Press

Setting

1.

Press

2.

Enter the

the

the

4263B to

.

GPIB

desired

Local Mode

local mode

A

ddress

.

value

,

then

press

(Exiting the

from GPIB

to

remote mode:

set the

value

Remote Mode)

and

to

exit.

Saving

The

4263B

in

the

T

o

1.

2.

back-up

save

Press

Enter

and

can

the

the

Recalling

save

memory

current

register

3. Press to save

and

recall

listed

settings:

.

number

.

Instrument

the

instrument's

in

\LINE

(0

to

Switch

9)

that

Settings

settings

"

in Chapter

you

want

.

to

Saved

3

description.

save

the

items

settings

are

same

into

as

ones

stored

.

2-10 Operating the 4263B

4263B

Note

To

recall a

1.

Press

2.

Enter the

3.

Press

Printing

Record

the

register

setting.

.

register number

to

recall.

Measurement

(0

to

Data

number

9)

that

that

you

you

want

used

to

for

recall

future

the

reference

settings

.

from.

The

4263B

external

1.

Set

2.

Connect

3.

Turn

4.

Set

Press

The

5.

To

stop

17,

Press

can

controller

the

printer

the

the

printer

the

4263B

printer

printing,

which

print

.

to

printer

's

GPIB address

will

automatically

is

the

measurement

T

o

print

measurement

listen-always

to

the 4263B

ON.

change

default

the

setting).

data

mode

to 31

begin

4263B

's

GPIB

(talk

's

to

an

data,

.

port.

only

.

printing

GPIB

.

GPIB

mode).

the

address

compatible

measurement

to

an

address

printer

data.

other

without using

than

31

(for

an

example

,

Operating the 4263B 2-11

4263B

Testing

P

erforming

The

4263B

1.

Press

2.

Select

Test

message

3.

Select

T

esting the

The

interface

Exit

4263B has

,

the 4263B

a Self-T

has a

self-test function

.

using

is

displayed,

and

press

Front P

a service

the

ROM, the

est

or ,

refer

anel

function

RAM,

to check

to

\Messages"

to

exit.

K

eys'

to

test

and

the

then

its basic

press

back

performance.

of

Functionality

the

functionality

EEPROM).

this

to

execute

manual.

of

the

the

front

self

panel

test.

keys

If

,

any

the

error

handler

This

section

Note

1.

Press

2.

Select

3. Select

describes

Svc

KEY

F

or

tests

using

using

the

are

.

how

to

test

the

front

handler

for

interface

use

by

service

or and

test,

press

or and press .

panel

refer

personnel

4. Press the front panel key that you want to test.

For example, if you want to test

, then press .

keys'

to

only

.

functionality

Chapter

9

.

for

.

the

procedure

.

The

other

When the key functions properly,

KEY CODE:5 TRIGGER

is displayed. Otherwise, there will

be no such display, and the key is not functioning correctly. Contact your nearest Agilent

Technologies oce.

2-12 Operating the 4263B

4263B

5. T

6.

o exit

Select

the front

Exit

and

panel key

press

test, press

to

exit.

twice.

Operating the 4263B 2-13

If Y

ou Have

If

the

If

the

Display is

display is

a Problem

Blank and

blank, and

even the

the 4263B

annunciators are

4263B

Appears Dead

not ON:

If

If

Check

an

Refer

the

Check

Check

LOCAL

If

Press

Check

Check

4263B

If

Press

the

Error

to

\Messages

4263B

whether

whether

LOCKOUT

so

,

send

whether

whether

and

so

,

unlock

fuse

.

Message

does

the

the

LOCAL

.

the

it

locks

the

is

."

not

A

Rmt

annunciator

the

external

command.

command

K

ey

Lock

the

handler

out

the

keys

from

.

Displayed

ccept

Any

is

controller

from

annunciator

or

the

16064B

keys

.

the

handler

K

ON.

is

the

or

ey

Input

disabling

external

is

ON.

LED

the

all

the

front-panel

controller

display/trigger

16064B

.

controls

using the

.

box

is

connected

to

the

2-14 Operating the 4263B

3

Function

This chapter

Front

Rear

T

echnical

provides information

P

anel

P

anel

Information

Reference and

on

all

of

the

Technical

4263B

's

functions

Information

.

Function Reference and Technical Information 3-1

4263B

Front P

Note

Display

The

display serves

display

messages

refer

shows the

.

to

\Display

anel

The

In

this

manual, the

the

key is

two functions

measurement

4263B

has

Mode

not labeled

four

Key

Figure 3-1.

blue shift

with

|

character

result,

instrument

measurement

".

key is

the

word

display

display

Front P

expressed

\blue

and

setting

modes

anel

as

."

annunciator

information,

.

F

or

details

,

even

display

and

about

though the

.

The

character

instrument

the

display

top of

mode,

The

annunciators

labels

are

as

Meas

Time

Trigger

Hold

Range

Load

On

Comprtr

On

(Comparator

Cont

Chk

(Contact

(

follows:

On)

9

)

point

Displays

Indicates

(Manual

Indicates

not

Indicates

Indicates

Indicates

to

the

currently

the

measurement

the

trigger

trigger

that

mode),

the

displayed, the

that the

that the

that

the

selected

mode

or

4263B

4263B is

LOAD

is

correction

time

setting:

Ext

in Hold

in A

instrument

mode

Int

(External

range mode

uto

range

is

comparator function

contact

check

function is

.

turned

Check)

Talk Only

Rmt

(Remote) Indicates that the 4263B is in the GPIB remote mode

Key Lock

Shift

Indicates that the 4263B is in the T

alk Only mode

Indicates that the 4263B's front panel keys are locked out.

Indicates that the

is pressed. (Shift is active

settings

(Internal

trigger

mode

ON.

is ON.

ON.

.

The

trigger

mode).

.When

.

.

.

.)

annunciator

mode),

Man

this annunciator

is

3-2 Function Reference and Technical Information

4263B

LINE

The

Switch

LINE

operating

and

no

operating

The

4263B

The

following

T

est

signal

T

est

signal

DC

bias

DC

bias

Measurement

Deviation

Measurement

Measurement

Measurement

A

veraging

Cable

length

Trigger

Trigger

Contact

Comparator

Comparator

Level

monitor

Display

Display

Switch

voltages

turns

are

voltages

's

settings

settings

frequency

level

source

voltage

selection

setup

parameters

measurement

range

range

time

rate

mode

delay

check

function

function

limit

setting

mode

digits

setting

applied

are

are

mode

value

the

4263B

are

held

backed

(internal

mode

-

ON/OFF

ON/OFF

ON

to

the

instrument. In

applied

in backup

up:

or

Auto

or Hold

state

state

or

OFF

.

to the

instrument.

memory for

external)

In the

1(ON) position,

the 0(OFF)

about 72

position, no

hours after

power is

power is

applied and

power is

turned OFF

all

applied

.

The

DC

bias

.

to

has

The

the

ON/OFF

OFF

data

beeper

Note

Note

Chassis T

bias

The

memory

data

erminal

output

4263B

and

The Chassis terminal is tied to the

state

is

not

saved.

At

power

on,

the

4263B

sets

the

.

non-volatile

saved

mode

memory

to

EEPROM

is

not

(EEPROM)

such

lost

when

in

addition

as

OPEN/SHORT/LOAD

the

power

is turned

to

the

o.

backup

correction

instrument's chassis and can be used for measurements that

require guarding.

UNKNOWN T

erminals

These are the terminals used to connect a four-terminal-pair test xture or test leads for

measuring DUT

Caution

s. The connector type is BNC.

Do

not

apply DC voltage or current to the UNKNOWN terminals. Doing so will

damage the 4263B. Before you measure a capacitor, be sure the capacitor is

fully discharged.

DC

Function Reference and Technical Information 3-3

DC

The

the

internal

DC

Bias

Note

Bias

DC

K

ey

Bias

key

DC

voltage

enables

bias

source

is

set

using the

The

DC

bias

parameter

or disables

or the

DC Bias

function is

is

LS-Rdc

DC Bias

external bias

output. When

source,

Setup key

inhibited automatically

,

LP-Rdc

,or

L2-R2

the DC

(refer to

(Option

DC Bias

Bias ON/OFF

\DC Bias

when the

001 only).

output is

Setup Key

measurement

4263B

enabled by

either

indicator turns

ON.

").

Measurement

Sets

the

measurement

where

,

Z

:

Absolute value

Y

:

Absolute value

R

:

Resistance

G

:

Conductance

Cp

:

Equivalent parallel

P

arameter

parameters

of impedance

of admittance

K

ey

.

The

measurement

parameters

Primary Secondary

Z

Y





R X

G B

Cp D

Cs D

Lp D

Ls D

L2 N,

,

Q,

G,

,

Q,

Rs

,

Q,

G,

Rp

,

Q,

Rs

,

1/N,

M,

Cs

:

Equivalent series

Lp

:

Equivalent parallel

Ls

:

Equivalent series

L2

:

Inductance

capacitance

Rp

,

Rdc

Rdc

R2

are as

1

follows:

capacitance

inductance

inductance

1

These

parameters

Secondary P



: Phase angle

X

: Reactance

B

: Susceptance

D

:

Dissipation factor

Q

: Quality

G

: Conductance

Rp

: Equivalent parallel resistance

1

These parameters are measured using two-terminal conguration. Use the 16060A Transformer Test Fixture.

are

arameters

factor

measured

using

two-terminal

conguration.

Rs

Rdc

N

1/N

M

R2

Use

the

16060A Transformer

: Equivalent series resistance

: DC resistance

: Turn ratio of transformer

:

Reciprocal of N

: Mutual

inductance

: DC resistance

Test

1

1

1

1

3-4 Function Reference and Technical Information

Fixture.

4263B

Note

The

primary

and

R2

addition)

equipped

can

is

with

parameter

be

set

only

present.

Option

L2

with

These

001.

and

the

secondary

Option 001

parameters

(N /

cannot

parameters

M/

DCR measurement

be

set if

the 4263B

Rdc

,

N,

1/N, M,

function

is not

Deviation (1)

The

Deviation (1)

dierence

entering

The

available

1ABS

1%

mode

the

mode

between

deviation

deviation

O

When

performing

corresponding

measurement

Measurement"

Mode K

ey

Mode key

the

measured

reference

modes

Displays the

The

value

is

Displays

value

Turns

the

as

a

percentage

the

deviation

a

measurement with

secondary

setup

is

later

in

selects

the

value

value

.

are

as

follows:

dierence

calculated by

M

easur

dierence

of

M

easur

edV

R

ef

measurement

parameters

required.

this

chapter

deviation

and

a

between

edV

al

ue

between

the

reference

al

ue

0

er

enceV

Refer

.

measurement

reference

the

measured

0

R

ef

er

the

measurement

R

ef

er

enceV

al

ue

mode

the primary

N,

1/N,

to

\N

value

.

enceV

al

value

. The

al

ue

2

OFF

.

(default)

M,

/M

mode

This

value

ue

100

parameter L2

and

R2, the

/DCR

Parameter

which

key

is

also

and

a

value

and

value is

calculated

transformer

displays

used

reference

the

reference

and the

the

for

value

by

.

Note

Measurement

The

Measurement

longer

MED

measurement

(Medium).

Average K

The A

verage

Changing

primary

Time

Time

and

K

key

time

ey

key sets the measurement averaging rate

measurement result by this

setting is 1.

the

measurement

secondary

parameter

parameters

to

sets

OFF

the

.

deviation

mode

of

both

ey

sets

measurement

produces

a more

time mode:

SHORT,

accurate measurement

MED (Medium),

result. The

default setting

or LONG.

. The 4263B automatically averages the

rate. The averaging rate can be set from 1 to 256. The default

the

A

is

Function Reference and Technical Information 3-5

4263B

Frequency

The

Frequency

100

Hz

120

Hz

1

kHz

10

kHz

20

kHz

100

kHz

K

(default)

(Not

available

(Not

available

(Not

key

Display Mode

The

Display Mode

Data

Comprtr

O

ey

sets

available

Key

key

selects

the

test signal

when

when

when

the

Displays

function

will

be

the cable

the cable

the cable

displayed

frequency value

display

the

measurement

is

ON

and

(When comparator

comparison

lower limit),

as

HI

or

(When comparator

Turns

the

display

length setting

length setting

length setting

mode

.

The

data.

the

contact

instead

of

function

(greater

N.C.

than upper

(contact

function

OFF

.

.A

vailable frequency

is 4

m)

is 4

m; Option

is 2

mor

available

display

(default)

the

is

check

ON)

result

measurement

Displays

limit),

check

failed).

is

OFF)

Displays

4

m)

002

modes

When

fails

data.

the

IN

COMP

values are:

only)

are

the

contact

,

N.C.

result

of

(passed),

OFF

.

as

follows:

check

(no-contact)

the

LO

(less

than

Also,

if

you

select

Digit

in

this

set

the

display

Measurement

Displays

side

of

the

T

est

signal frequency

DC

bias

Trigger

digits

Settings Display

the current

LCD

display

value and

delay

time and

Comparator Upper

Level

monitor

value

Level Monitor K

of

the

measurement

settings

each

and T

Averaging

Cable length

/ Lower

ey

menu,

of

the

time

est signal

rate

Limits

the

K

4263B

level

menu

data

ey

.

The

is

pressed.

for

to

3

,

settings

setting

4

or

5

are

The

the

display

.

sequentially

following

digits

displayed

information

appears

on

is

displayed:

.

Y

ou

the

can

right

The level monitor function monitors the actual signal current owing through the DUT and the

actual signal voltage across the DUT

O Does not

monitor current or voltage

Imon Monitors current only

. The following four modes are available:

.

.

Vmon Monitors voltage only.

Both Monitors both current and voltage.

3-6 Function Reference and Technical Information

4263B

Level

Sets

signal

in 0.005

Note

the

K

test

level

Vstep

ey

signal

can

be

.

If

less

DC Bias

The

DC Bias

0

V

,

panel:

F

or

details

A

uto/Hold Range

The

A

The

A

measurement

you

select.

mode

1.5

V

,

0

to

uto/Hold

uto

mode

.

Setup K

Setup

2

V

,

and

2.5

V).

about

Range

allows

cycles

The

default

level

set in

the

measurement

than

ey

key

sets

EXT

the

external

Key

key

the

.

In

setting

in the

0.05 V

0.315

the

(External

DC

toggles

instrument

the

Hold

range of

step.

range

V

,

the

DC

bias

source;

bias

the

measurement

mode

is

A

uto

0.02 V

If using

is

range

will

voltage

input

terminal,

to

select

,

the

4263B

.

The

Hold

to 1

V.

the numeric

set

to

0.1

be

changed

level.

from

refer

range

the

optimum

's

measurement

Range

If using

keys,



and

The

available

the

Ext

to

\

mode

annunciator

the test

the

test

to

1



DC

Bias terminal

External

between

range

automatically

range

or ,

signal

signal

level

automatically

DC

Bias

voltage

DC

Bias

A

uto

or

is

xed

indicates

level

is

changed

.

on the

T

erminal".

Hold.

within

at

the

the

current

the

can

levels

rear

5

range

test

be

set

to

are

Function Reference and Technical Information 3-7

4263B

Range

The

Range

\

OVLD

"

range

.

The

4263B

Setup

Setup

Range

1

A

ccuracy

2

Not

3

Not

is

displayed

can

K

ey

key

sets

the measurement

T

able

3-1.

Optimum

1M

100

10

1

1M

100

10

1

Setup

2

2

k

k

k

100  10 

10



1



0.1



not

available

available

display

3

specied

when

the

when the

on the

LCD display

measurement

100

across

this

test

signal

test signal

range,

Measurement

Measurement



j

Z

j

<

10

k



j

Z

j

<

k



j

Z

j

<

100

k



j

Z

j

<

10

<

j

Z

j

<

1

1



<

j

Z

j



10

m

<

j

Z

j

j

Z

j



100

m

full

range

.

frequency

level is

when

result in

is

100

less

than

the

the following

according to

Range

Range

M

1

M

k

k

k



1

kHz.

315

mV

.

measured

the following

Selection

Measurable

impedance

ranges:

table.

1

Range

j

Z

j



900k

j

Z

j



90

k

j

Z

j



9

k

j

Z

j



900



All

j

Z

j



11



j

Z

j



1.1



j

Z

j



110

m

is

out

of

the

measurable

T

able

3-2.

Displayable

P

P

arameter

Z

RS,

RP,

DCR,

X

Y

GS,

GP,

B

CS,

CP

\

-------

"

is

displayed

displayable range

Trigger K

ey

Displayable

0.01

6

0.01

6

6

.

0.1

0.1

1

on

m

m

fF

ns

ns



the



999.99



6



9999.9



6

6

LCD

Range

M

999.99

s

9999.9 s

9.9999 F

display

M

when

arameter

LS,

L1,

the

measurement

The Trigger key triggers a measurement when the 4263B

also \Trigger Mode Key ".

Range

Displayable

LP,

L2,

D

Q



N

M

6

0.1

6

0

result

nH

0.0001

6

0.1

180

6

0.9

is







out

6



6





of

6

+

999.99

is in the Manual trigger mode

Range

999.99

9.9999

9999.9

180

the

kH



.See

3-8 Function Reference and Technical Information

4263B

Trigger

The

Trigger

Mode

Mode

measurement.

Int

(Internal)

Man

(Manual)

Ext

(External)

Bus

The trigger

mode

annunciator is

Delay

The

K

Delay

ey

key

measurement.

Note

K

ey

key

The

available

The

The

The 4263B

terminal or

Terminal"

(A

GET or

setting

not

displayed.)

sets

the

The

available

The

Lp-Rdc

in

this

selects

4263B

4263B

vailable

is

trigger

delay

,

and

chapter

the trigger

trigger

is

triggered automatically

is

triggered when

source which

sources

is triggered

through the

or \Handler

only

in

the

GPIB

*TRG

commands

indicated

delay

trigger

time

L2-R2

by

time

delay

denition

:

Option

the

.

is the

are as

follows:

the

by

a

pulse

input

handler interface

Interface"

through

Trigger

between

time

is

dierent

001

remote

the

value

only).

for

mode

the

annunciator

trigger

ranges

for

F

input that

and continuously

key

is

pressed.

through

.

Refer

the

to

\External

detail.

.)

The

4263B

GPIB

.

.

(In

the

event

and

from

0to

9.999 s

DC

resistance

or

details

,

see \T

will generate

. (Default)

External

Trigger

Trigger

is

triggered

Bus

trigger

the

start

of the

.

measurement

est

Current

the

by

the

mode

,

the

actual

(

Ls-Rdc

,

Transient"

Local

The

K

Local

controlled)

in

the

GPIB remote

ey

key

returns

operation

the

mode

mode.

4263B

.

The

to

the

Local

local

key

is

(front-panel)

the

only

active front-panel

operation

from

the remote

key while

(computer

the 4263B

is

Function Reference and Technical Information 3-9

A

ddress

The

A

ddress

numbers

through

0

the

K

ey

to

GPIB

key

30,

sets

the 4263B

and

address 31

interface

.

's GPIB

is the

address.

Talk

Only mode

The available

in which

GPIB addresses

the 4263B

only outputs

are the

4263B

integer

data

Resetting

In

T

alk

Only

<

stat

>

,

Where,

<

<

Save

K

or

<

data1

<

stat

<

data1

<

data2

comp1

comp2

ey

powering

Mode

, the

>

,

<

>

:

Measurement

0:

1:

2:

>

:

Measurement

>

:

Measurement

>

:

Comparison

comparator

>

:

Comparison result

comparator

0

1

2

4

8

o

doesn't

output data

data2

>

Normal

Overload

No-Contact

:

OFF

:

In

:

High

:

Low

:

No-Contact

,

<

aect

format is

comp1

status

data

data

result

is

OFF)

is

OFF)

the

>

,

<

of

of

of

the

of the

4263B

's

address setting.

,

comp2

the

the

>

primary

secondary

primary

parameter

parameter

parameter

secondary parameter

(no

output

(no

output

when

when

the

the

The

Save

Key

Saved

items

are

description. Up

number,

0to

9, to

Caution

Recall K

ey

stores

the

same

to 10

assign

The

4263B

without

will

be

instrument's

as

ones

stored in

sets of

instrument

the

register

overwrites

warning. If

lost.

current

settings

the back-up

settings

into

which

the

instrument's

settings are

can

the

already stored

The Recall Key is used to recall instrument settings

(see \Save Key "). Y

recall the settings

. If the register

ou must enter the register number

selected is empty

displayed.

Note

Recalling an 4263B setting doesn't aect the DC bias ON/OFF state.

into non-volatile

memory listed

be

saved.

settings

settings

Y

will

into

in the

ou

memory (EEPROM).

in \LINE

must

be

saved.

the

Switch

enter

assigned

assigned register

"

the

register

register

,

they

saved in non-volatile memory (EEPROM)

,

0 to 9, from which to

, the error message \RECALL F

AILED" is

3-10 Function Reference and Technical Information

4263B

Comparator

These

pressed,

keys

the

sets

menu

If

upper

limit

appears

Left/Down

These

0,1,..,9,

These

Enter

keys

When

When

selected

keys

K

you

you

1

ey

have

enter

select

item

(P

oint),

are

Limit

the

K

eys

upper/lower

for

setting the

limit for

primary parameter's

/ is pressed,

.

Arrow

the

K

following

a

setting

an

item

ey

and

value

in

the

Up/Right

three

,

these

selection

blinks).

0

used

(Minus)

to

enter

K

eys

parameter

the comparator

the menu

functions:

keys

menu,

,

values

for setting

Arrow

increase

these

.

Pass/F

lower /

the secondary

K

ey

,

or

decrease

keys

.

.

.

ail test.

upper limit

the setting

are

used to

If

/ is

appears.

parameter's lower

value.

select the

item (the

/

The

Enter

Shift

The

Shift

The

shift

key

again.

F

or

example

The

Shift

Engineering

key

K

ey

key

activates

key

toggle

,

if

annunciator

terminates

is

cleared

is

Units K

data

input

the

secondary

a

single

is

pressed,

displayed when

ey

or

setting,

functions

execution

the

OPEN

the shift

The Engineering Units key enters engineering

0

f

(femto) :

p

(pico)

n

(nano) :



(micro) :

m

(milli) :

2

:

2

2

2

2

10

10

10

10

10

15

0

12

0

9

0

6

0

3

and

returns

printed

of

a

shifted

correction menu

key is

to

above

toggled

the

measurement

the

keys

function

is displayed.

to

the

.

or

by pressing

active

units. The available units are:

k

(kilo) :

M

(mega) :

G

(giga) :

T

(tera) :

3

2

10

6

2

10

9

2

10

12

2

10

mode

mode

.

the shift

.

Pressing

decreasing order.

changes the units in increasing order. Pressing changes the units in

Function Reference and Technical Information 3-11

4263B

Back

The

Space

Back

Space

Minimum K

The

Minimum key

Maximum

The

Maximum

key

Key

ey

enters

K

ey

key enters

deletes

the

the maximum

a single

minimum

preceding character

value

during

value during

a

parameter

a setting

of an

input value

setting

operation.

.

operation.

3-12 Function Reference and Technical Information

4263B

Open

The

(OPEN

stray

OPEN

The

K

ey

Open

key

admittance).

admittance

measurement

following

OpenMeas

MeasVal

When

G

(conductance).

Exit

The

OPEN

T

est

signal

T

est

signal

DC

bias

| Displays

MeasVal

is

pressed

|

Exits

correction

frequency

level

:

Measurement

Measurement

A

veraging

Trigger

Cable

rate

delay

length

executes

of

OPEN

|

Performs

is selected

the

:

range

time

:

:

:

the

The

4263B

the

test

must

be

correction

the OPEN

the measured

Then

the

again.

OPEN

correction

data

:

:

:

OPEN correction

uses

this data

xture.

done

The data

with nothing

menu

is displayed

measurement

OPEN

and

4263B

is pressed,

displays

menu.

is

taken

Sweeping

Current

at

the

all

setting

OFF

A

uto

Long

1

0

s

Current

setting

measurement to

to cancel

is stored

connected to

when

to

correction

the 4263B

the

secondary

following

frequency

obtain the

the measurement

in non-volatile

the test

get

the

OPEN

data.

displays the

parameter

instrument

points

(include

is

correction

settings:

DC)

OPEN correction

errors due

to the

memory (EEPROM).

xture.

pressed.

data.

primary

B

(susceptance)

parameter

when

data

The

If

the OPEN

\

WARNING: Out

This

is only

OPEN

reset.

Y

GPIB

correction data

It

ou

cannot

command.

admittance

aW

is

not

disable

Of Limit

ARNING

cleared

the

Refer

is

not

less

than

100

"

message

is saved

when

correction

to

\[:SENSe]:CORRection[:ST

,

so

the

in non-volatile

the

*RST

command

function

OPEN

using



S,

the

Correction

memory

was

the

4263B

displays

data

(EEPROM),

executed

front-panel

A

T

e]

f

ON

will

from

keys

j

OFF

still

and

GPIB

j

,

1

be

is

but

j

used.

cleared

.

you

0

g

"

in Chapter

can

when

using

4263B

the

5.

is

Function Reference and Technical Information 3-13

4263B

Short

The

data

to

Short

(SHORT

the

K

ey

key

residual

(EEPROM).

together

If

is

.

you

press

pressed.

ShortMeas

MeasV

When

al

| Displays

MeasVal

(resistance).

pressed again.

Exit

|

Exits

The

SHORT

T

est

signal frequency

T

est

signal

level

DC

Bias

:

Measurement

Measurement

A

veraging

Trigger

rate

delay

Cable length

executes

the

impedance).

impedance

The

SHORT

measurement

,

|

Performs

the measured

is selected

Then the

the

4263B

SHORT correction

correction data

: Sweeping

: Current

range

time

:

:

:

:

:

SHORT correction

The

of

the test

4263B

uses this

xture.

must

The

following

the SHORT

measurement to

SHORT correction

and

displays

menu.

is taken

at the

all frequency

setting

OFF

A

uto

Long

1

0

s

Current

setting

be done

SHORT

is

pressed,

the

secondary

following

measurement to

data to

The data

cancel the

is stored

with the

correction

get

menu is

the

data.

the 4263B

parameter

instrument

points (include

obtain the

SHORT correction

measurement errors

in non-volatile

high and

low terminals

displayed when

SHORT

displays the

correction

X

(reactance)

primary parameter

settings:

DC)

memory

shorted

data.

when

due

R

is

If

the

\

WARNING:

This

is

SHORT

is

reset.

Y

ou

cannot

GPIB

Note

SHORT

only

impedance

a

W

correction

It

is

not

disable

commands

is

not

less

than

10

,

the

Out

Of

ARNING

data

cleared

the

.

Refer

Limit

"

message

is

saved

when

Correction

to

,

so

the

SHORT

in

non-volatile

the

*RST

command was

function

\[:SENSe]:CORRection[:ST

using

4263B

correction

memory

the

displays

data

will

(EEPROM),

executed from

front-panel keys

A

Te]

f

ON

j

OFF

still

and

,but

j

be used.

is

cleared

GPIB.

you can

1

j

0

g

"

in

Chapter

when

4263B

using the

When performing transformer measurement (L2-N, L2-1/N, L2-M, or L2-R2),

the SHORT correction function does not work eectively

.F

or details

, refer to

\Transformer Parameters Measurement".

5.

3-14 Function Reference and Technical Information

4263B

Load

The

a

LO

K

Load

AD

standard

correction

error

resulting

the

OPEN/SHORT

The

LO

AD

an

Agilent

The

following

On/O

If you

On

O

LoadMeas

Corval

If

you

PrmSlct

ey

Key

executes

in

addition

correction

test

LO

|

The

select

|

|

The menu

select

device

from

the

correction.

xture

AD

correction

menu

On/Off

Turns

Turns

Measures

CorVal

The

the

LOAD

which has

to

the

OPEN/SHORT correction,

complex

is

not necessary

to

the 4263B

to

toggle

,

the

following

ON

the

OFF

the LO

the

LO

for entering

,the

following menu

menu

for

correction. The

been previously

residual impedance

when performing

.

menu is

ON/OFF

LO

AD

displayed when

of

the

menu

appears

AD

correction.

AD

correction.

standard

the LO

AD standard's

to

appears

selecting the

parameter model

LOAD

measured. By

the 4263B

which cannot

LO

AD

correction

.

Load

Load

get

the

.

correction is

performing the

can remove

be completely

a measurement

is

On

annunciator

On

annunciator

LO

AD

correction

reference

of

value

the

performed by

measurement

by directly

pressed.

appears

.

disappears

data.

LO

AD

standard

connecting

LOAD

removed by

connecting

.

If

you

select

RefEnt

MeasV

al

Exit

Exit

| Exits the LO

PrmSlct

secondary

F

or

example

Cp is

secondary

The

If

you

primary

the

LO

Displays

If

you

measured

selected

menu

select

parameter

AD

the

select

parameter

,

when

here

parameter

for

entering

RefEnt

reference

measured

MeasVal

LO

AD

Exits this menu and return to the LO

AD correction main menu.

,

the

will

the

LO

for

the

.

the

,

the

and

the

value

LO

,

the

correction

menu

appear

AD

standard

primary

LO

AD

menu

for

secondary

here

.

AD

correction

primary

data

for

selecting

in

turn.

has

parameter

reference

entering

parameter

the

been

,

value

the

primary

assigned

and

D

reference

will

data.

and

will

secondary

be

displayed in

parameters of

AD correction main menu.

The LOAD standard measurement is executed with the following settings

Test Signal Frequency

Test Signal Level

DC Bias

Measurement Range

Current setting

Current setting

OFF

Auto

Measurement Time LONG

Averaging Rate 1

Trigger Delay Time 0s

Cable Length Current setting

is

selected

appear

turn.

.

parameter

a

value

here

value

of

in

turn.

the

of

Cp-D

the

and

for

Enter

the

,

the

Function Reference and Technical Information 3-15

If

the dierence

20

%,

the

\

WARNING: Out

This

is only

The

LO

AD

4263B

is

reset.

between the

4263B

a

W

displays

ARNING

correction

It

4263B

LO

AD

measurement

Of

Limit

"

message

data

is

not

cleared

is

,

saved

when

so

the

in

non-volatile

the

LO

*RST

AD

value

correction

memory

command

and

reference

data

will still

(EEPROM),

was

executed

value

be used.

and

is

from

is

more

cleared

GPIB.

than

when the

Comparator K

The

Comparator key

whether

the

Comptr

LCD

The

HI

IN (in)

LO (low)

N.C.

In

the

measurement

Primary

display

and

On

annunciator

,

can

comparator

(high)

:

: Between

: Less

(no-contact)

addition,

these

Destination

Comparison

Handler

Beep

Note

Display

Interface

(F

AIL

mode)

(P

ASS

mode)

When

comparator

ey

toggles the

Secondary

will

be

output

will

yield

Greater

: Contact

results

are

:

:

:

:

the measurement

comparator

result

(displayed

Comparator

be

displayed.

to

the

handler

one

of

the

than

the upper

than lower

check failed

transmitted

HI,

IN,

LO

HI,

IN,

LO

HI,

LO

,

IN

function is

function

value)

Limit

keys

The

comparison

interface

following

upper

limit

limit

results:

and

limit

(at

contact

to

the

following

Condition

,

N.C.

,

N.C.

N.C.

parameter or

automatically turned

is

within

.

When

,

or

lower

ON

and

the

the

can

be

limit

check

destinations:

the

deviation

OFF

.

The

upper

comparator

results

can

revealed

ON

state)

mode

OFF

.

comparator

and

lower

function

be

displayed

by

the

beeper

is

changed,

determines

limits

set

is

ON,

on

.

the

by

the

the

3-16 Function Reference and Technical Information

4263B

Contact

The

Contact

whether

When

N.C.

The

Check

Check

the

DUT

the

contact

(No-Contact)

measurement

Key

The /NO

the pin

CONTA

assignment

The measurement

interface and

To

detect

performed

and SHORT

The

a

properly

available

no-contact

corrections

K

key

is

properly

check

status

"

for

CT pin

is

the

handler

.

range of

ey

toggles

connected to

fails

,

will

be

displayed

of

the

the

GPIB

of

the

of

the

handler

still

performed,

interface

condition

Because the

as

reference

the contact

Measurement

Range

the contact

check function

the test

on the

LCD display

GPIB output

output

handler

data.

interface

interface

but

the

.

.

correctly

contact

values

,

the

check

.

OPEN

check function

Setup

0.1

1

10

100

1

10









k

k

5

50

500

900

9

100 k 90 k

1

M

900

electrodes.

.

data is

set to

is

asserted.

measurement

and

SHORT

function

uses

is restricted

Contact

A

vailable

m

m

m

5





k

k



<

<

<

<

j

<

j

Z

<

j

Z

j

j

Z

Check

j

<

j

Z

j

j

Z

j

<

Z

j

j

<

Z

j

j

Z

j

Range

<

j

<

<

<

ON and

OFF.

2 (No-Contact).

Refer

to

\Handler

result

is

output

corrections

the

values

as

follows:

0.11



1.1



<

11



2

k

20

k

200

k

2

M

20 M

This function

Refer

to

Interface

to

the

GPIB

must

be

taken

by

the

monitors

\A

ddress

"

for

OPEN

F

or

the

Note

DUT

s

which

The

parameters

001 only).

are

out

of

these

contact check

,

L2-N

ranges

function

,

L2-1/N

,

,

L2-M

the

is

contact

not

,

and

check

available

L2-R2

result

with

the

(parameters

will

always be

transformer

available

N.C.

measurement

with

Function Reference and Technical Information 3-17

.

Option

4263B

Cable

The

P

arasitics

4263B

Cable

Cable

Length

0m

1

m

2

m

has

1

K

ey

key

and

four

4m Termination

1

Default

2

Option 002

only

Note

allows

phase

you

shift

reference

Reference

UNKNOWN T

T

ermination

T

ermination

In

the

2

frequency

exceeded,

which

T

\A

is

ouse

this function,

ccessories

length.

to accurately

due to

plane

the cable

as follows:

Plane

erminal

of

16089A/B/C/D

of

16048D

of

16048E

m

and

4

m

.

If

changing

the

4263B

within

the

A

vailable"

extend your

are automatically

100 Hz,

100

100

100 Hz,

settings

will

the

,the

cable

set

the

frequency

you must

in

Chapter

measurement or

A

vailable

120 Hz,

Hz,

120

Hz,

Hz,

120

Hz,

120

Hz,

4263B has

length causes

frequency

limits

for

the

use the

1

for

Agilent's

applicable

reference plane

removed with

Frequency

1kHz,

1

1

1

limits on

10

kHz, 10

kHz,

10

kHz

kHz

kHz, 20

kHz,

the

the frequency

to

the

maximum

selected

test

cable

leads

test

the Cable

Range

,

20

20

usable

limits

frequency

length.

.

Refer

leads

and

kHz

kHz

kHz

test

.

key.

2

2

2

signal

to

their

,100

,

100

to

be

The

kHz

kHz

K

ey

The

lock

Note

Lock

Key

lock

condition,

K

key

ey

press

The

the

the

locks out

Key

lock

Key

lock

,

will

handler

all

be

.

front

state

state

locked.

panel

again.

can

is

set

The

also

by

In

keys

be

the

this

input

key

lock

controlled

handler

case

,the

except

state is

from

,

all

Key lock

for

indicated

the

front

this

key

by

handler

panel

keys

state can

.

T

o

the

interface

,

only

cancel

the

annunciator

.

including

be

released

key

.

When

by

3-18 Function Reference and Technical Information

4263B

Reset

The

default

K

Reset

settings

ey

key

resets

are

all

instrument settings

as

follows:

Item Reset

T

est

signal

frequency

T

est

signal

level

Measurement

parameter

Deviation measurement OFF

Deviation

Measurement

Measurement

A

veraging

Trigger

Trigger

Contact Check

Comparator

Comparator

Display

DC

bias

DC

bias setup

DC

bias

Correction

Correction

Correction

Cable

Beep

Beep

Data

P

ower

GPIB

Key

reference values

range

time

rate

mode

delay

time

ON/OFF

ON/OFF

limits

mode

source

ON/OFF

ON/OFF

method

data

length

ON/OFF state

mode

transfer

line

A

ddress

format

frequency

lock

mode

state

state

Measure

state

state

OPEN/SHORT

:INIT:CONT

and Correction

key

1

kHz

1

V

Cp-D

Cleared

A

uto

Medium

1

Internal

0

s

OFF

OFF

Cleared

Display

Internal

0

V

OFF

ON

Cleared

0

m

ON

F

AIL

mode

ASCII

No

eect

No

eect

N/A No

ON

data to

the default

:SYST:PRES1*RST

OFF None

No

eect

eect

OFF None

OFF None

values.

1

Stored

Back-up

Back-up

Back-up

Back-up memory

Back-up

Back-up

Back-up

Back-up

Back-up

Back-up

Back-up memory

Back-up

Back-up

Back-up

Back-up

Back-up

None

EEPROM

EEPROM

EEPROM

EEPROM

EEPROM

EEPROM

EEPROM

EEPROM

The

in

memory

memory

memory

memory

memory

memory

memory

memory

memory

memory

memory

memory

memory

memory

1

\

"

indicates

the value

is

the

same

as

what's

indicated

to

the

left.

Function Reference and Technical Information 3-19

4263B

Conguration

The

Conguration

to

execute

Beep

OFF

PASS

FAIL

service

|

Comparison

Does

Emits

Emits

Note

Line

|

A

vailable

Svc

|

There

KEY

HNDL

CSUM

RAM

are

T

T

Runs

T

instrument's

K

ey

key

allows

functions

results

not

a

beep

a

beep

In

the

OFF

operation

power

ve

service

ests

the

ests

the

ROM

ests

RAM

you

to set

and

the self-test.

output

emit

a

beep (no

when

when

mode,

error

line

the

occurs

frequencies

functions

front-panel

handler

check

(the

output

sum

read-write

settings

the beeper

to the

beeper are

output to

the comparison

the comparison

4263B

does

.

are

50

.

keys

.

signal.

program.

test).

After

.

mode,

classied into

beeper).

result is

result is

not

emit

Hz

and

the

choose the

IN.

HI, LO

a

60

test,

,or

beep

Hz.

the

power line

following modes:

N.C..

(default)

when

the

system

4263B

resets

frequency and

error

or

the

EEPROM

Test

(Self-test)

as

the

sum

when

it

self-test,

T

ests

of

is

turned

except

EEPROM.

detected.

default

|

The

the

error

ON

when

data.

(power-on

errors

If

errors

self-test

codes

The

are

tests

of

test).

occur

data

stored

detected,

the

each

existing error

The

(See

in

4263B

settings

below).

EEPROM

the

4263B

's

basic performance

.The

of the

is

not

clears

4263B

4263B are

aected

the

data

and displays

also

executes

not

Item Result Error

1.

2.

3.

Beeper

Display

RAM

Emits

Display

Displays

a

beep

all

an

digits

error

and

segments

message

if

an

error

occurs

4. EPROM Displays an error message if an error occurs

5. Calibration data (EEPROM) Displays an error message if an error occurs

6. User's data (EEPROM) Displays an error message if an error occurs

7. AD

converter

Displays an

error message if an error occurs

8. Backup RAM Displays an error message if an error occurs

1

During the power-on test, the 4263B stops operation if an error occurs.

2

During the power-on test, the 4263B takes its default values, and continues the test

when

and

aected

1

1

1

2

1

2

no

error

restores

the

its

self-test

by

Code

|

|

1

2

4

8

16

32

is

the

results

the

3-20 Function Reference and Technical Information

4263B

Rear P

External

anel

Trigger

T

erminal

Figure

3-2.

Rear

P

anel

The

Ext

pulse

,

when

required

(External)

the

4263B

for

the

TTL

Trigger

is

pulse

terminal

set

to

.

is

external

used

trigger

to

trigger

mode

4263B

.

Figure

by

inputting

3-3

shows

a

positive-going

the

specications

Figure 3-3. Required External Trigger Pulse Specication

TTL

Function Reference and Technical Information 3-21

4263B

External

The

Ext

DC

bias

Caution

LINE

The

4263B

LINE

The

line

Voltage

Line V

voltage

V

oltage

DC

(External)

setup

is

Do not

the

Fuse

's

line

DC

set to

4263B

Holder

fuse

Bias

is

Terminal

Bias terminal

Ext

.

The external

apply External

selected

Selector

oltage

Selector

selections

is

are

as follows:

used

Selector

115V 100/120V

230V 220/240V

is used

depending

to

match

T

able

3-3.

Line

V

to input

voltage range

DC bias

on

the

Line

oltage

ac(

6

10%)

ac(

6

10%)

voltage

the

LINE V

4263B

V

oltage

aDC

bias from

is 0

Vto

more

than

oltage selection.

to

the

power

selection

UL/CSA

(Agilent

UL

CSA

(Agilent

+2.5 V

+2.5

Required

type

,

part

type

,

part

an external

.

V

.

Doing

Refer to

line

voltage

Fuse

Time

delay

number

Time

delay

number

source when

so

will

T

able

being

used.

0.5A

250V

2110-0202)

0.25A

250V

2110-0201)

damage

3-3

The

Serial

The

see

P

ower

The

P

ower

Number

Serial

\Serial

Cord

P

ower

Code

Number

Number"

Receptacle

Cord

Receptacle

Plate

Plate

The 4263B is equipped

appropriate A

C power receptacle

the safety ground.

in

Figure

provides

manufacturing

A

-1.

is used

to plug

in the

information

power cord.

about

the

instrument.

with a three-conductor power cord that, when plugged into the

, grounds the instrument. The oset pin on the power cord is

F

or

details

,

3-22 Function Reference and Technical Information

4263B

Handler

The

handler

Before

signals

Appendix

Interface

interface

using

the

and

set

B

for

Specication

Output

signal:

Decision

Primary

output:

parameter

Secondary

DUT

and

Index:

Analog

Measurement

Alarm:

Input

Keylock:

External

Notication

Signal:

Front

Trigger:

is

used

handler

the

dip

switch

these

procedures

Negative

TRUE,

comparator:

parameter

test

electrode's

measurement

complete:

that

Opto-isolated

panel

keyboard

Pulse

to

synchronize

interface

,

to select

.

open

comparator:

contact failed

complete

Full

measurement

a

momentary

lockout

width



you must

the voltage

collector

High

High

power

1



s

timing

with

connect pull-up

level to

, opto-isolated

(HI),

In

(IN), Low

(HI), In

(IN), Low

(N.C.).

complete

failure

an

external handler

resisters to

match the

(LO)

(LO)

or

an error

enable the

input signals

was

detected.

.

output

.Refer

to

Note

The

comparator

/EOM

check

check

are

available

output

functions

output

signal

are

when

N.C.

ON.

signals

the

is

available

High,

In,

comparator

when

Low

,

and

function

both

the

is

ON.

the

comparator

control

And

signals

the

contact

and

/INDEX,

contact

Figure 3-4. Pin Assignment of Handler Interface Connector

Function Reference and Technical Information 3-23

T

able 3-4.

Pin Assignment

of

Handler

Interface

4263B

Connector

Pin

No

.

1

2

18 /KEY

19 /EXT

20

21

24

25

26

27

Signal

EXT DCV1

EXT

DCV1

LOCK

TRIG

EXT

DCV2

EXT

DCV2

+5

V

+5

V

COM1

COM1

Name

1

28 /PHI This

29 /PIN This

30 /PLO This

31 /SHI This

32 /SIN This

External DC

DC

Voltage

/PLO

,

/SLO

Key

Lock

When

this

External

4263B

mode

External

DC

Isolated

+5

Internal

Trigger

is

triggered

is

set

DC

voltage

outputs (/ALARM,

V

.

voltage supply

Exceeding

zero

.

Common

for

signal

signal

signal

signal

3

High.

signal

Voltage

supply

,/NO

CONTA

:

line

is

asserted,

:

to

External.

voltage

supply

0.1

A

will

EXT

DCV1.

is asserted,

is

asserted,

is

asserted,

is

asserted,

is

asserted,

1:

pins

for

CT). Maximum

on

the

rising

2

2

:

pins

for

(max. output

cause

when the

when

when

when

when

Description

DC

isolated

open

voltage is

all

of

the

4263B

edge

of a

DC

Isolated

inputs

/INDEX, /EOM).

0.1

the

internal

voltage

comparison result

the

comparison

the

comparison

the

comparison

the

comparison result

collector

+24 V

's front

panel key

pulse applied

(/EXT TRIG,

The maximum

A):

output

of the

result

of

result

of

result

of

of

outputs

(/PHI,

, minimum

/SHI,

+5 V

functions are

to this

pin, when

/KEY LOCK)

voltage

and

primary

the

primary

the

primary

the

secondary parameter

the

secondary

the

is

+15

output

parameter

parameter

parameter

parameter

/PIN,

.

disabled.

the

and DC

V

,

signals

/SIN,

trigger

minimum

to

go

is

High.

3

is

In.

is

Low

is

is

In.

to

3

3

.

3

33 /SLO This signal

Low

37 /NO

CONT

A

CT

This

42 /ALARM Alarm

This

E15

43 /INDEX Index

This signal

ready

measurement

3

.

signal

signal

,

E20

:

,

or

:

for the

is

asserted,

is

asserted,

is

asserted,

E

0

313

)

is asserted,

next DUT

data, however

when

when

when

occurs

when an

to be

the

comparison

the

contact

a

power

.

analog

connected to

,is

not valid

result

check

failure

occurs

measurement

the

until

the

of

the

3

failed.

or

the

is

complete

UNKNOWN

line

/EOM

secondary

error

(

E11

and

terminals

is

asserted.

parameter

,

E12

,

E13

the

4263B

.

The

3

44 /EOM End of Measurement :

This signal is asserted, when the measurement data and comparison results are valid.

45

COM2

46

COM2

49

GND

50

GND

1

The / (slash) means that the signal is asserted when LOW

2

If an error occurs and the 4263B stops operation, the 4263B will not trigger a measurement if it receives the /EXT

Common for EXT DCV2.

Ground tied to chassis

.

.

TRIG signal.

3

If an error occurs and the 4263B stops operation, these lines retain the condition that existed just before the error

occurs.

is

,

E14

is

,

3

3-24 Function Reference and Technical Information

4263B

Note

This

timing

measurement

contact

check

Figure

diagram

is

performed

fails

3-5.

Timing Diagram

is

also

applied

and

when

the

measurement

the

contact

result

check

is

fails

.

output,

Because

even

the

if the

.

Function Reference and Technical Information 3-25

4263B

GPIB

GPIB

Interface

Interface

(GPIB).

GPIB

is

a

standard

IEEE

788.2,

computer

With

plotters

following

The

meters

meters

which

the

GPIB

and

restrictions

length

.

times

device),

A

maximum

There

are

recommended

device

,

or

to

damage

Every

the

All

GPIB

integer

devices

functions:

is

IEC-625,

system,

printers

of

The

total

the

and

must

of

no

restrictions

else

it.

device

numbers

on

the

used

for

sends

can

must

cable

length

number

not

15

devices can

that

no

the

resulting

has

from

GPIB

for

remote

interfacing

and

JIS-C1901.

commands

many

dierent

be

connected

be

between

of

cables

of devices

exceed 20

on

more

its

own

0

to

must

be

control

instruments to

GPIB

or

instructions

types of

in parallel.

adhered

one

to:

device and

in

one bus

connected on

meters.

be connected

how

the

than

four

structure

unique

30.

Every

able

to

identication

of

the

4263B

computers,

allows instruments

to

and

devices including

When conguring

another must

system must

on one

cables

are

piggyback

could

exert

device

perform

connected

connectors

enough

on

an

one

using the

receives

the bus

bus

system.

address

GPIB

or

more

General Purpose

and supports

to be

controlled by

data

from the

instruments,

an GPIB

be less

be less

(the

together

than or

than

GPIB

. However

be stacked

force

on

the

.

The

available

bus

must

have

of

the following

for IEEE

computers,

system, the

equal

or

equal

controller

together

connectors

GPIB

a

unique

interface

Interface Bus

488.1,

an external

instrument.

to

four

to

two

counts

,

it

is

on

as

any

mounting

addresses

address

one

one

are

.

T

alker

Listener

Controller

Table

3-5 lists

instrument to

When

only

When

can

A

only

the 4263B

receive,

specied

be

one

specied

be

multiple

controller

be

one

capability

process,

Table

to

active

to

active

manages

active

and

and

transmit

3-5. GPIB

talk,

a

talker

talker

listen,

in

a

listeners

the

bus

controller

functions

commands

transmits

an

GPIB

system

listener

receives

in

an

,

and

species talkers

in

an GPIB

.

These

,

Interface Capability

Cord Function

SH1 Complete source handshake capability

AH1 Complete acceptor handshake capability

T5 Basic T

alker; Serial poll; Unaddressed if MLA; T

L4 Basic listener; Unaddressed if MT

SR1 Service request capability

RL1 Remote/local capability

DC1 Device Clear capability

DT1 Device trigger capability

C0 No controller capability

E1 Drivers are open-collector

device

at

any

dependent

given

device dependent

GPIB

system simultaneously

and listeners

system at

functions

data,

and

any given

provide

status

alk Only

A; No

Listen Only

the

over

time

means

the

data.

.

data.

time.

GPIB

.

.

There

There

There

for

bus

can

can

an

.

3-26 Function Reference and Technical Information

4263B

Technical

This

section

Overall

The

Impedance Measurement

4263B measures

Information

discuss

the

the

4263B's

impedance

theory of

of

the

operation and

Theory

Device

Under

the technical

T

est

(

dut

)

information.

in

the

following

manner:

Figure

signal

test

About

3-6

level

signal

the

Impedance

impedance

shows

(voltage)

voltage

current

,

Z,

contains

.

Figure

the

simplied

and

V

is

level

3-6. Simplied

model

Rs

is

the

applied,

across

real

the

and

the

imaginary

of

source

DUT's

DUT

,

Model

the

4263B

resistance

impedance

Z

=

I,

refer

parts

of

Impedance

impedance

.

V

I

to

\T

.

Figure

If

the

current

,

Z,

is

expressed

est Current

3-7

shows

Measurement

measurement.

across

by

the

,

Level".

vector

representation

Vs

DUT

is

the

test

is

I

when

a

of

Figure 3-7. Vector Representation of Impedance

Function Reference and Technical Information 3-27

In

Figure 3-7

4263B

,

R:

X:

Note

Impedance

impedance

Resistance

Reactance

The

,

Z,

can

,

Z,

as

follows:

4263B

also

denotes

be

expressed

the

absolute

as

admittance

j

Z

j

:

Absolute value



:

Phase of

value

j

Z

j

of impedance

,

Y

.

A

dmittance

1

Y

=

Z

of impedance

impedance

with Z.

is expressed

in terms

of

Figure

F

or

parallel

connected

In Figure 3-9,

G: Conductance

B: Susceptance

3-8.

Relationship Between

circuits

Figure 3-9. V

,

it

is

better

ector Representation of A

to

use

admittance

jYj

Impedance

and

A

dmittance

,

Y

.

dmittance

: Absolute value of admittance

3-28 Function Reference and Technical Information

4263B

Note

The

4263B

the

following

The

measures

equivalent

4263B

a

DUT's

denotes

impedance

circuits:

the

absolute

,

Z,

which

value

is

j

Y

a

vector

j

of

admittance

value,

with Y

and gives

.

the result

using

In

Ls

Lp

Figure

:

:

Figure

3-10

,

Equivalent

Equivalent

3-10.

series

parallel

Relationship

inductance

inductance

Cs : Equivalent series capacitance

between

Measurement

Cp

:

Q

:

Equivalent

Quality

D: Dissipation F

Function Reference and Technical Information 3-29

P

parallel

factor

arameters

capacitance

actor

4263B

Transformer

Note

DCR

measurement

Where

,

Ls

:

Equivalent

Lp

:

Equivalent

The

4263B has

2

V

.

The

for

LS

or

P

arameters

This

an

internal

4263B

LP

switches

measurement.

function

|

series

parallel

Transformer measurement

Where

,

L2

R2

1

:

:

These

Inductance

DC

resistance

parameters

1

are

measured using

Ls-Rdc

inductance

DC

test

|

1

Measurement

only

applies

,

Lp-Rdc

to

inductance

voltage

signal

L2-N

source

source

,

L2-1/N

two-terminal

the 4263B

Rdc

for

DCR

to

DC

for

,

L2-M

,

L2-R2

M

:

N

:

conguration.

with option

:

DC

resistance

measurement.

DC

Resistance

Mutual

Turns

ratio

001.

The

measurement,

inductance

1

DC

1

voltage

and

level

to

is

A

C

L2

and

R2

Figure

3-11

described

F

or

the

required:

represents

.

The

DC

above

.

transformer

the

characteristics

voltage

level

parameters

measurement,

of

for

measurement

the

inductor

of

the

following

connected

R2

is

2

measurement

to

H

CUR

V

,

same

as

Figure 3-11. Basic Transformer Measurement Setup

shown

DCR

in

measurement

conguration

is

3-30 Function Reference and Technical Information

4263B

Warning

In

Figure

other

side

common.

T

est

Fixture

When

measuring

while

applying

Figure

When

measuring

L

(I1).

CUR

Note

3-11

While

transformer

operation,

transformer



Connect

connect



Disconnect

H

POT

3-11

,

one

to

the

Y

ou

can

.

an

)

to

H

CUR

The

4263B

The

side

H

CUR

the

,

L

POT

side

of

and

H

POT

get

this

N,

the

4263B

A

C

voltage

and

M,

the

4263B

calculates

4263B can

with the

terminal

,

high-voltage

when

transformer

,

connecting

leads

H

and

the

L

conguration

H

POT

more turns

in

terminal

CUR

the

transformer

L

CUR

transformer

terminals

POT

measures

to

H

CUR

.

The

measures

M

from

only measure

of

the

4263B

can

or

the

following

, rst

terminals

4263B

to L

last.

is

.

The

conveniently

both

.

F

or

both

calculates

the

the

ratio

N

to

the

is

connected

be

induced

disconnecting

order:

,

L

POT

CUR

from

the

.

connected

and

L

CUR

when

voltages

voltage



1.

H

CUR

voltage

at

of

V2

So

,

to

terminal.

at

N

to

at

the other

a

transformer

,

and

H

POT

terminal

H

CUR

H

CUR

POT

using

CUR

(V2)

I1.

and

terminals

the

(V1)

the

ratio

and

N,

to

L

H

measurements

from

H

POT

and

measure

a terminal

terminals.

terminals

rst,

terminals

L

CUR

are

16060A

and

at

H

,

SW1

of

these

the

current

connect

of the

For

, connect

,

and

then

and

then

,

and

connected

Transformer

(V2),

POT

switches

the

(in

two

voltages

input

transformer

safe

the

the

the

in

.

to

Note

Note

The

conguration

the

4263B

's

details

,

refer

The

4263B

's

congurations

conguration,

SHORT

leads

The

For an example

Transformers" in Chapter 6.

correction, you

residual impedance

eective

Parameter OPEN Correction SHORT Correction

L2 eective not

R2 eective not so eective

M eective eective | eective

N not eective not eective | not eective

1

Take SHORT measurement data as the reference value of the deviation measurement

and display

shown

normal

to

\F

our-T

correction

.F

or

the SHORT

measurement

the deviation.

using the deviation measurement, refer to \Measuring

in

Figure

measurement

erminal

function

transformer

correction does

can use

.

error

3-11

conguration

P

air

is

designed

measurements

the

correction

so eective

is

a

two-terminal

Conguration

for four-terminal

,

not

work

deviation

measurement

methods

Measurement1)

(more eective)

(more eective)

is

a

four-terminal

"

in

Chapter

which

uses

eectively

selection

(Deviation

conguration,

pair

7).

pair

a

two-terminal

.

In

place

to

cancel

are

LOAD

the

as

follows:

Correction

eective

not eective

while

(for

of

test

the

Function Reference and Technical Information 3-31

T

est

Current

4263B

Level

Figure

depends

resistance

calculated

There

3-6

shows

on

the

test

(Rs)

which

using

the

are

two

dierent

Impedance

be

obtained

Rs

is

I

is

calculated

DC

Resistance Measurement

measurement

to

DC (the

Measurement

selected

DC voltage

as

by

using

(

the

4263B

signal

is

following

follows:

the

following

LS-DCR

's

simplied

level

in

series

equations

equations

|

The

4263B

's measurement

Measurement

(Option 001

,

LP-DCR

source

(Vs), the

with the

according

test

0.1

10 

equation:

,

or

L2-R2

is

6

2

V).

model.

The

actual

DUT's impedance

DUT.

The actual

.

to

which

signal

source is

range setting.

Range

and

to

I

=

only) |

),

1

1

M

Z

the

Setting

V

s

+

R

When

4263B

voltage

AC,

s

switches

current level

value (Z),

current level

source

and the

actual test

Rs

25



100 

doing

the

DC

the

applied to

and the

(I) through

is used:

Resistance

test

signal

aDUT

4263B's

the DUT

AC

or DC.

current

source

source

level

from

is

can

A

C

Figure 3-12.

Test Signal for DCR Measurement

Figure 3-12 shows the test signal for a DC resistance measurement. For a DC resistance

measurement, the 4263B measures inductance,LS,LP,orL2, while applying an AC test

signal, and then measures the DC resistance,

DCRorR2

, while applying a DC test signal. The

4263B measures DC resistances two times, switching the test signal level to +2 V and then

to02V, and then calculates the DC resistance value. This method cancels the oset error of

the DC voltage source.

3-32 Function Reference and Technical Information

4263B

When

follows:

measuring

DCR

or

R2

,

the

actual

test

current

level

through

the

DUT

can

be

obtained

as

The

source resistance

The actual

T

est

Current

When

measuring

attention

Figure

The

measurement circuit

Figure

The

test

current

If

the

DUT's

signal

to

current value

to

the

3-13

shows

3-13 (a).

signal,

I(t)

ows

time

reach

,

Rs

,

,

Transient

the

DC

resistance

transient

the

phenomena

transient

for a

The equivalent

E(t),

shown

as

shown

constant,

a

steady

state

is

selected

by

measured

DC Resistance



R

DUT

<

R

DUT

using

I

=

R

D

that has

the measurement

of

L

-

DC

I,

is

0





1



calculated

of

a

DUT

of

current

inductance measurement

in

Figure

in

Figure

which

,

which

model of

is

the DUT

3-13

(b),

3-13

(b).

obtained

is

expressed

is

by

the

DUT's

Value

1



the

6

2

+

U

T

following

R

Rs

25



100



s

reactive characteristics

circuit.

Resistance

is

series

applied

L

,

is

large

R

by

the

measurement.

is

shown

R-L.

to

the

,

it

dotted

resistance

equation:

in

simplied

measurement

will

take

a

line

in

Figure

value

,you

circuit

long

3-13

,R

form

time

DUT

must

in

and

for

(b).

.

pay

test

the

test

The

4263B

changes

").

Y

ou

must

reached

.

T

T

d

a

has

measurement

is

the

d

1

is

decided

2

set

the delay

steady

trigger

state

as

follows:

Trigger

Setting

0



40

time so

.F

or

delay

delay



td

1

ms

<

that the

selection

times

time

Delay

(T

d

40

td

,

T

d

1

,

which

Delay

)

1

ms

1

measurement will

of

delay

High Inductance Transformers" in Chapter 6.

or

,

T

at

d

each

2

is

set

by

the

Time

in

Measurement

40

T

=

d

2

time

,

depending

point

delay

key

DC

Resistance

(T

d

ms

Td

1

be started

on

when

(refer

)

2

when the

the

L,

refer to

the

to

test

signal

\Delay

test signal

\Measuring

level

Key

has

Function Reference and Technical Information 3-33

4263B

Figure 3-13. T

3-34 Function Reference and Technical Information

est Signal Transient in DC Resistance

Measurement