Agilent 16192A Operations Guide

Agilent

16192A P

arallel

Electrode

SMD

T

est

Fixture

Operation and

Service

Manual

Agilent Part No. 16192-90040

Printed in JAPAN May 2003

Seventh 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 Agilent Technologies Japan, Ltd. 1993, 1996, 1999, 2000, 2001, 2003

Manual Printing

The

manual

changes

at

reprint

technical

printing

when

do

not

changes

a

new

cause the

are

date

edition is

incorporated.

History

and part

printed. (Minor

date to

number indicate

corrections and

change.)

The manual

its current

part number

edition. The

updates that

changes when

printing date

are incorporated

extensive

December

June

1996

October

1996

December

September

A

ugust

2001

May

2003

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Seventh

Edition

(part

(part

(part

(part

(part

number:

number:

number:

number:

number:

Edition

16192-90010)

16192-90010)

16192-90020)

16192-90030)

16192-90040)

iii

Safety Summary

The

following

service

W

and

The

,

ARNINGS

intended

A

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requirements

DO

NOT

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Operation

with

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death, are

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The voltage levels found in this test xture

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iv

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Operating Precaution

Do

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operation manual.

Caution

Electrostatic discharge

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being connected

grounding strap

ground yourself

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Certication

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its software and rmware designated by Agilent

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Limitation Of

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vi

Safety Symbols

General

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1000

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vii

APC-7

viii

R



is a U.S. registered trademark of the Bunker Ramo Corporation.

Contents

1.

General

Introduction

Manual

Product

Applicable

Options

A

ccessories

Specications

Supplemental

Residual

2.

Preparation

Introduction

Initial

A

djusting

Connecting

Repackaging

Measurement

3.

Operation

Introduction

Operating

Overview

How

Setting

Setting

How

Description

A

Inspection

to

set

to

connect

Information

.

.

.

.

Summary

Instruments

vailable

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1-1

1-1

1-1

1-1

1-2

1-2

1-3

1-3

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2-1

2-3

2-4

2-5

2-6

3-1

3-2

3-3

3-3

3-4

3-5

4.

Service

Introduction

General

Assembly Replacement . . . . . . . . . . . .

Disassembly and Assembly Procedure . . . . . . . . . . . . . . . . . . .

Length P

Width P

Replaceable

Troubleshooting

Open Impedance Check

Short Impedance Check

Short Impedance Repeatability Check . . . . . . . . . . . . . . . . . . . . 4-11

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Information

ositioning Stage Assembly Removal:

ositioning Stage Assembly Removal: . . . . . . . . . . . . . . . .

Parts .......................

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4-1

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4-1

4-3

. 4-3

4-3

4-3

4-4

4-10

4-10

4-11

Contents-1

Figures

1-1. Applicable

1-2. Simulation

2-1. 16192A

2-2. Electrodes

2-3. Connecting

3-1.

16192A

4-1.

16192A

4-2.

Replaceable

4-3.

Replaceable

4-4.

Replaceable

4-5.

Replaceable

4-6.

Replaceable

4-7. Obsolete

4-8.

Shorting

T

ables

1-1. Furnished

1-2.

Option

1-3.

Option

2-1.

16192A

2-2.

Measurement

4-1.

16192A

4-2.

Replaceable

4-3.

Replaceable

4-4.

Replaceable

4-5.

Replaceable

4-6.

Replaceable

4-7. Open Impedance V

4-8. Short Impedance V

4-9. Short Impedance Repeatability Guideline

DUT

Setup

Product

conguration

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Overview

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.

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.

Assembly

.

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..

..

..

..

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..

..

..

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..

..

..

..

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..

R

Connector (4291B)

.

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..

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..

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.

Stage

Assembly

.

.

.

.

.

Stage

Assembly

.

.

.

.

.

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.

1996

.

.

.

for

.

.

Stage

.

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.

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.

(Typical)

(Typical)

.

.

.

..

..

Each

Instrument

.

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..

..

..

..

.

Assembly .

.

..

..

Assembly .

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

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

..

..

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......

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1-4

.

1-5

.

2-2

2-3

.

2-4

.

3-2

.

4-2

.

4-4

4-5

.

4-6

.

4-7

.

4-8

. 4-9

.

4-10

.

1-2

. 1-4

. 1-5

.

2-2

. 2-6

.

4-2

.

4-4

.

4-5

.

4-6

4-7

.

4-9

4-11

4-11

4-11

Contents-2

1

General

Information

Introduction

The

purpose of

Fixture

eciently and

Manual

This

manual

The

specications

Installing

Operating

Ordering

Product

The

16192A

repeatability

this manual

Summary

contains

the

16192A

the

16192A

replaceable

Description

is

used

.

condently.

the

following:

of

the

(see

(see

parts

to

measure

is to

16192A

Chapter

Chapter

for

a

enable you

(see

this

2).

3).

the

16192A

parallel

electrodes

to

use

your

chapter).

(see

Chapter 4).

16192A

surface

P

mount

arallel

device

Electrode

(SMD)

SMD

with

T

high

est

Applicable

The

16192A

impedance

Y

ou

can

directly

Y

ou

can

use

Instruments

has

been

designed

analyzers:

connect

the

16192A

the

with

to

operate

16192A

43961A:

specically

to:

with

the

4191A,

4395A

following

4291B

(option 010),

LCR

, E4991A

meters

4396A/B (option 010)

You can use the 16192A with 41951A:

You can use the 16192A with RF adapter 42942A:

You can use the

You can use the 16192A

1

The 4284A is a typical instrument. Other 4-terminal pair instruments that can be used with the 16085B are

also applicable

2

The 4194A with 41941A is a typical instrument. Other instruments that can be used with the 16099A are also

16192A with RF adapter 16085B:

with RF adapter 16099A:

.

4195A

4294A

4284A

1

4194A with 41941A

23

applicable.

3

The 16192A is not adapted by some old type 16099A. For detail, please contact your Agilent Technologies sales

oce.

General Information 1-1

and

Options A

The

following

vailable

option

is

supplied for

the 16192A:

Option

Option

Option

A

The

010

701

710

A

dd

industry standard

Short

bars

A

dd

the magnifying

ccessories Supplied

following

accessories

Description

Operation

Option

Case

Option

Magnifying

Tweezers

701

for

010

and

shorting

*1

lens

*2

Insulator

set (1x1x2.4,

are

supplied

T

able

Service

Manual

devices

*2

size short

bar set

1.6x2.4x2, 3.2x2.4x2.4,

lens and

with

1-1.

tweezers

the

16192A:

Furnished A

Part

P/N

16192-90040

P/N

16191-29001

P/N

16191-29002

P/N

16191-29003

P/N

16191-29004

P/N

1540-0692

P/N

16191-29005

P/N

16191-29006

P/N

16191-29007

P/N

16191-29008

P/N

16193-60002

P/N

8710-2081

P/N

16192-09002

4.5x2.4x2.4)mm

ccessories

Number Quantity

1

1

1

1

1

1

1

1

1

1

1

1

1

*1

Option

set

has

010

the

sizes

following

are

2012(mm)/0805(inch),

has

the

same

size

as

*2

Furnished

with

the

1-2 General Information

the

same

as

industry

SMD

sizes

included

3216(mm)/1206(inch).

the

EIA/EIAJ

option

sizes.

710

standard

:

1005(mm)/0402(inch),

Order

(EIA/EIAJ)

option

010

SMD

sizes

.

This short

1608(mm)/0603(inch),

if

the

SMD that

is to

bar

be measured

Specications

This

section

standards

16192A

and

meets

lists

limits

the

the

following

complete 16192A

against

which the

specications:

specications.

16192A is

tested. When

These specications

shipped from

are the

the factory

performance

,the

Maximum

Operating

Operating

:

:

Non-operating

Non-operating

::

W

eight

Dimension

Supplemental

This

section

characteristics

information

Frequency

Applicable

Option

P/N

P/N

P/N

P/N

Option

P/N

P/N

P/N

P/N

Electrical

A

dditional

Repeatability

(for

:::::::

DC

Bias

T

emperature

Humidity

:

:

::

::

::

::

:

:

T

Humidity

::

::

::

:

:

:

:

:

:

:

::

::

::

:

:

:

:

::

::

lists

supplemental

are not

for the

Range

DUT

701

shorting

16191-29001

16191-29002

16191-29003

16191-29004

010

shorting

16191-29005

16191-29006

16191-29007

16191-29008

length

Error

3

inductive

::::: ::::::: ::::::: ::::::

V

oltage

:

::

(@wet

:

:

:

:

:

:

:

:

:

:

:

:

:

emperature

(@wet

:

:

:

:

:

:

:

:

:

:

::

:

:

:

:

:

:

:

:

:

:

:

:

::

:

:

:

:

:

:

:

:

:

:

:

P

erformance

specications,

operator.

:

::

size

:

:

:

:

:

:

:

:

:

:

:

:

(when

3

:

:

component)

Supplemental

:

:

:

:

:

:

:

(see Figure

device size

:

:

:

:

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bulb

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Characteristics

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:

::

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:

::

::

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::

:

:

:

2.0(L)

:

:

:

::

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:

:

:

3.2(L)

is

2

mm)

:

:

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:

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::

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150(W)

included

are

:

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::::::

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:

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2

70(H)

as

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1.6

:

2.4

:

2.4

0.5(W)

0.8(W)

1.2(W)

1.6(W)

::

:

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55

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15

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Up to

:

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additional

guaranteed.

:

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:

:

:

1

mm

:

1

2

1

2

2.4

2

2.4

2

2.4

2

0.5(H)

2

0.8(H)

2

0.8(H)

2

0.8(H)

:

:

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:

:

:

:

:

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::

1.5

30

+

250

of

30

::

2+30

::

:

:

to

95 %

to +85

90

::

:

:

90(D)

to

to

2

2.4

2

2

3.2

2

4.5

:

:

:

:

2

m,



:

:

6

40V

+85

RH

%

RH

:

:

400

[mm]

2

GHz

20

mm

[mm]

2

[mm]

[mm]

[mm]

[mm]

[mm]

[mm]

[mm]

:

11

mm

2

[%]

2

f

f [m]

40 pH)

2

f[



S, 5 fF)



C



C

g

S]

3

f: frequency (GHz)

General Information 1-3

Figure

1-1.

Applicable

DUT

Size

Residual

The

usual

In

this

method,

shorting

not

estimated.

On

the

measurement

inductance

a

reference

conditions

The

reference

relative

The

measurement

reproduce

Inductance

method

the

bar's

impedance

other

hand,

result

as

a

value

of

the

inductance

dierence

the

reference

T

able

Shorting

to

compensate

measurement

.

there

is

is

the

result

.

This

of

its

method,

measurement

values

to

a

disk-type

of

these

inductance

1-2. Option

Bar

l

[mm]d[mm]h[mm]

of

the

result

The

short

a

denition

absolute

size

and

is

system.

presented

0

short

bars

701 Shorting

the

Shorting Bar

test

xture's

is

the

bar's

residual

method

value

of

the

shape

useful



values

is

estimated

for

devices

T

able

termination

under

other

.

Device Residual

residual

relative

inductance

to

let

device's

1-2

on either

conditions

Oset

value

SHORT

impedance

under

with

values

and

T

able 1-3

[mm]

inductance

of

the

as

=

x

specic

is

measured

a

result

H.

In

.

The

conditions

which

to

of

this method,

short

are

were simulated

the 7

mm or

than

the 3.5

shown below

Inductance (Typical)

Connector Inductance

P/N 16191-29001 1 2.4 1 0.75 3.5 mm 0.2 nH

P/N 16191-29002 1.6 2.4 2 0.45 3.5 mm 0.2 nH

P/N 16191-29002 2 2.4 1.6 0.25 3.5 mm 0.2 nH

P/N 16191-29002 2.4 2 1.6 1.3 7mm 0.7 nH

P/N 16191-29003 3.2 2.4 2.4 0.9 7mm 0.6 nH

P/N 16191-29004 4.5 2.4 2.4 0 7mm 0.6 nH

let

SHORT

impedance

its

size

bar's

and

close

to

mm

cannot

(Typical)

=

0H.

to

and

shape

the

residual

is

used

the

short

as

the

connector

the

is

as

.

1-4 General Information

T

able 1-3.

Shorting Bar l [mm] d [mm] h [mm] Oset [mm] Connector Inductance

P/N 16191-29005 1.0 0.5 0.5 0.75 3.5 mm 0.5 nH

P/N

16191-29006

P/N 16191-29007 2.0 1.2 0.8 1.5 7mm 0.9 nH

P/N

16191-29008

Option 010

1.6 0.8 0.8 0.45 3.5

3.2 1.6 0.8 0.9 7

Shorting

Device

Residual

Inductance

mm

mm

(Typical)

(Typical)

0.4

0.8

nH

nH

Figure

1-2. Simulation

Setup

General Information 1-5

2

Preparation

for Use

Introduction

This

chapter explains

Initial

Connecting

inspection.

the test

Repackaging

Measurement

the test

how to

xture for

xture for

error correcting

Initial Inspection

The

parallel

from

the

should

inspection

missing

Agilent

the

claim

electrode

factory

also

be

in

to

check

contents

T

echnologies

to

be

.

It

should

perfect

the

.

If

any

sales

settled.

SMD

parallel

install the

use.

shipment.

function

test

xture

be

in

perfect

electrical

electrode

discrepancy

oce

will

16192A.

for

has

been

physical

condition.

SMD

is

found,

arrange

each

V

erify

test

notify

for

The

carefully

repair

topics

instrument.

inspected

condition,

this

by carefully

xture

the

carrier

and

include

no

set

the

scratches

for signs

and Agilent

replacement

following:

before

,

dents

being

performing

of

physical

without

shipped

or

the like

an

incoming

damage

T

echnologies

waiting for

.It

and

.

Y

our

Inspect

the

completed.

V

erify

that the

T

able

2-1

.

Inspect the

shipping

container

shipping container

exterior

of

the

for damage

16192A

. Keep

the

contains everything

for

any

signs

of

damage

shipping

shown in

.

materials

Figure

until

2-1

the

and

inspection

listed

in

is

Preparation for Use 2-1

Figure

T

able

2-1.

16192A

2-1.

16192A

Product

Contents

Overview

1



T

est

xture

2



Operation

3



Shorting device

4Case for shorting device

5Magnifying lens

6Tweezers

7Insulator P/N 16192-09002 1

1

Operation and Service Manual is not shown in Figure 2-1.

2

Contained if you ordered the 16192A option 701.

3

The magnifying lens is packed separately from the 16192A body. Connect it as shown in

Figure 2-1.

4

Contained if you ordered the 16192A option 710.

2-2 Preparation for Use

Description

and

Service

2

34

4

Agilent

Part

Number

16192A

1

2.4[mm]) P/N 16191-29001

(1

Manual

212

P/N

16192-90040 1

(1.622.422[mm]) P/N 16191-29002

(2.422.423.2[mm]) P/N 16191-29003

(2.422.424.5[mm]) P/N 16191-29004

P/N 1540-0692

P/N 16193-60002

P/N 8710-2081

Quantity

1

1

1

1

1

1

1

1

Adjusting

The

16192A's

follows

.

the Conguration

applicable

SMD

size is

1mm

to SMD

to 20

mm, changing

Size

the electrodes

conguration as

Figure 2-2. Electrodes conguration and SMD Size

Preparation for Use 2-3

Connecting the

Note

Some

\Applicable

1.

Calibrate

T

able

standards

2.

Place

3.

Tighten

your

analyzer

2-2

for

the applicable

from

the

the

xture

on the

(turn counterclockwise)

Test

Fixture for

instruments

Instruments"

at the

error correcting

R



APC-7

connector

APC-7

require

R



APC-7

.

R



connector

the coupling

Use

an adapter

in

Chapter 1).

connector

function. After

.

nut of

to be

plane

the

connected to

before

connecting

the 16192A

calibration, disconnect

R



APC-7

connector

(see

test xture

any

.

.See

Figure 2-3. Connecting the T

2-4 Preparation for Use

est Fixture with APC-7

R



Connector (4291B)

Repackaging the

If

shipment

repackaged

If

this

electrode

sucient

and

to

to

using

material

SMD

shock

prevent

an

Agilent T

the

original

is

not available

test

xture

absorbing

movement.

Test

Fixture F

echnologies service

factory packaging

, comparable

in

heavy

material

Seal the

paper

on all

sides of

shipping container

or Shipment

center is

required, each

materials.

packaging materials

and

pack in

anti-static plastic

the 16192A

securely and

may be

to provide

mark it

test xture

used. Wrap

should be

the parallel

packing material.

a

thick,

FRA

rm

GILE

Use

cushion

.

Preparation for Use 2-5

Measurement Error

Each

LCR

meter

functions

of

Open/Short/Load

T

able

or

analyzer has

the

instrument

compensation.

2-2.

Measurement

Correcting Function

measurement error

that can

be used

Error Correcting

for calibration,

correcting functions

Functions for

for Each

setting the

Each Instrument

Instrument

.T

able 2-2

shows the

electrical length,

and

Instrument Calibration Electrical

4291A Calibration

OPEN

Selecting

P

ort Extension

SHORT

LO

AD

LOW-LOSS

Capacitor

4191A Calibration

0

S

0



50



4194A

with

No

capability

1

Electrical

No

16085B

4195A

with

41951A

4194A

with

41941A/B

16099A

4194A

with

16085B

1

A

ccording

,

to

Calibration

demand

SHORT

LO

AD

Calibration

0

S

0



50



Calibration

0S

0



50



for

precise

OPEN

measurement

P

ort

(P

ort

No

No

length

T

est

Fixture

Length

capability

Extension

1

or

P

ort

capability

capability

OPEN

Compensation

OPEN

Compensation

No

capability

OPEN

Correction

0

S

OFFSET

SHORT

Compensation

SHORT

Compensation

No

capability

SHORT

CorrectionLOAD

0



OFFSET

LO

AD

Compensation

LO

AD

Compensation

No

capability

Correction

No

capability

1

1

2)

Compensation

ZERO

OPEN

Compensation

ZERO OPEN

Compensation

ZERO

SHORT

Compensation

ZERO SHORT

No

capability

No

capability

2-6 Preparation for Use

Operation

Introduction

This

chapter describes

techniques

for the

how to

test xture

use the

.

test

xture

and

the

measurement

error

3

correcting

Operating

Before

xture

measuring

performing a

by using

the

The

16192A

measurement.

measurement

Flow

the

measurement

DUT:

has

inherent

To

compensate

instrument's

measurement, you

error

stray

capacitance

for

these

residuals

OPEN

and

SHORT

Described

The

16192A's

T

o

set

the

T

oset

the

7

\How

to

have

correcting

,

residual

and

compensation

(

7

indicates

in

Chapter

electrical

electrical

xture

set

the

to

compensate

functions

inductance

thus

minimize

capabilities must

procedures

2.

length

length,

and

devices

SHORT

for

.

P

,

and

residual

their

is

11

see

your

for

xture

condition,

the

erform

resistance

eect

on

be used.

in

the

mm

analyzer's

and

residual

the

error

following

that

aect

measurement

following

(typical

pages

value).

Operation

compensation,

the

OPEN

of

the

steps

the

accuracy

.)

Manual.

see:

condition

test

when

,

the

"

These

OPEN/SHORT/LOAD compensation procedure

For how to

supplied with your analyzer

To connect the DUT

3

The compensating functions are dierent for each instrument. See Table 2-2 and perform the listed functions.

procedures

show

how

measure OPEN/SHORT/LO

, see:

7

\How to connect the DUT"

to

set

the

AD, see the Operation Manual

.(Y

ou can omit LO

test

xture

for the

.

AD compensation.)

Operation 3-1

Overview

Figure

Length

Length

Device

Device

Width

Width

Device

positioning

locking

stage

knob

stage

holder

locking

positioning

knob

stage

holder adjustment

Electrodes

Device scale

Insertion clip

Shorting device

If you ordered the Option 010 or 701, four

has dimensions similar to the DUT

3-1.

16192A

Slides

to

Fixes

the

T

eon

sheet

Fixes

a device

Fixes

the

Fixes

the

Moves the

These are

x

length

width positioning

device holder

connected to

an

electrode

to place

.

device

T

est

Fixture

.

positioning

the device

and the

holder

.

the device

Overview

stage

.

stage.

Used for rough adjustment of the length positioning stage

Tightens or loosens an electrode

(

Not shown in Figure 3-1

) Used for short compensation.

types of shorting devices are supplied with the 16192A. Use one that

. When making a shorting device of same dimensions

residual impedance and a high conductivity metal (that is not easily corroded) must

shorting device

Magnifying lens

. (It must also be clean.)

(

Not shown in Figure 3-1

) Used when placing a small device

within the electrodes.

.

device stage

.

.

be used to construct the

.

as your DUT

.

, very low

Warning

3-2 Operation

DO NOT look at the sun through the magnifying glass.

DO NOT operate or leave the magnifying glass under direct sunlight.

How to

set the

SHORT condition,

and the

OPEN condition

Setting

The

the

names

SHORT condition

of

each

part

are

listed

above

.

1.

Loosen

the

three

knobs

.

2.

Move stage

A

and

the

two

device

holders

to

the

outside.

4. Place the shorting device so that it contacts the

electrode.

3.

Adjust

stage

C

so

that

the

on position



s

shorting

.

device

is

placed

5. Adjust the two B stages and the two device holders

to hold the shorting device.

Operation 3-3

6.

Tighten

the

device holders

8.

Tighten

knob

two

.

A while

B

knobs

to

x the

pushing the

B stages

lever

.

and the

7.

1



Push

the lever

contacts

9.

Release

the

until the

the

shorting

the

lever

.

electrode on

lever

to

2



Slide stage

device

hold

.

the

A while

the

stage

shorting

pushing

A

slightly

device

.

Setting

the

OPEN

condition

1. Set the DUT on the test xture just as you set the

shorting device in the SHORT compensation.

3-4 Operation

2. Push the black lever and remove the DUT.

How to

1.

Push

connect the

the

lever

and

place

the

DUT

DUT

on

the

electrode

.

2.

Release

the

lever

to

hold

the

DUT.

Operation 3-5

Service

Introduction

This

chapter covers

the following

4

subjects:

General

Assembly

Information

Replacement

Disassembly

Replaceable

Procedure for

Parts

Troubleshooting

W

arning

Caution

These

NOT

section)

When

inner

(Agilent

servicing instructions

perform

unless

you

repair

parts

of

part

General Information

T

able

4-1

shows

all

items

included

main assembly

any

servicing

you

are

the

16192A,

the 16192A.

number

9300-0163).

with

the

are for

(other

qualied

put

Agilent

16192A

use by

than

to

do

so

on

lint-free

T

echnologies

P

arallel

qualied

that

contained

.

groves

supplies

Electrode

personnel

in

to

avoid

lint-free

SMD

only

the operating

contaminating

groves

T

est

Fixture.

.

Do

Service 4-1

Figure

T

able

4-1.

4-1.

16192A

16192A

Product Overview

Product

Overview

Reference

Designator

Agilent

P

art

Number Qty

1 (not assigned) 1 Main Assembly

2 16193-60002 1 Magnifying

3 16192-09002 1 Insulator

4 8710-2081 1 Tweezers

5 16191-29001 1 Shorting Device (1

6 16191-29002 1 Shorting Device (1.6

7 16191-29003 1 Shorting Device (2.4

8 16191-29004 1 Shorting Device (2.4

9 1540-0692 1 Case for shorting devices

- 16191-29021 1 Styrofoam Holder

- 16192-90040 1 Operation and Service Manual

1

Contained if you ordered the 16191A option 710.

2

Contained if you ordered the 16191A option 701.

3

Not shown in the gure.

4-2 Service

Glass

1

Description

.

1

2

122.4 mm)

2

2.422mm)

2

2.423.2 mm)

2

2.424.5

2

2

mm)

2

2

3

3

Assembly Replacement

This

Main

section

Assembly

includes

.

Disassembly

and Assembly

Procedures and

Replacement P

arts for

the

Disassembly

This

section contains

Length

1.

2.

Width

1.

2.

3.

P

Loosen

Remove

P

ositioning

Loosen

Remove

Remove

ositioning

the

the

each

each

the

and

Length

Length

Width

Width

Device

Assembly

the

information

Stage

Locking

P

Stage

P

Stage

Assembly

Knob

ositioning

Assembly

ositioning

P

ositioning

(\2"

Procedure

required

Removal:

(\1"

in

Stage

Assembly

Removal:

Knob

(\1"

Stage

Assembly

in

T

able

4-2

T

able

in

).

to

T

able

disassemble

4-3

).

(\1"

in

T

able

4-5

).

(\3"

and

and

\4"

assemble

4-2

).

in

T

able

4-2

the

).

Main

Assembly

.

Service 4-3

Replaceable

T

able

4-2

through

can

be

ordered

include

the

Agilent

P

arts

T

from

able

your

part

4-5

show

nearest

number

and

list

Agilent T

and

the quantity

the replaceable

echnologies Oce

required.

parts for

. Ordering

the 16192A

information must

.The

parts listed

Reference

Designator

1 (not assigned) 1 Length P

2 16192-09001 1 Device Stage

3 (not assigned) 1 Width Positioning Stage Assembly

4 (not assigned) 1 Width Positioning Stage Assembly

5 (not assigned) 1 Test Stage Assembly

4-4 Service

Figure 4-2. Replaceable P

Table

4-2. Replaceable P

Agilent P

art

arts for Main Assembly

arts for Main Assembly

Number Qty. Description

ositioning Stage Assembly

Figure

Table

4-3.

Replaceable

4-3.

Replaceable

P

P

arts

arts

for

for

Length

Length

P

ositioning

P

ositioning

Stage

Stage

Assembly

Assembly

Reference

Designator

1 16192-24006 1 Length

2 16192-20002 1 Length P

Agilent

P

art

Number Qty

.

Locking Knob

ositioning Stage Block

3 16192-23001 2 Nut

4 16192-01202 1 Contact

5 0515-2421 2 Screw M1.4L3

6 (not

assigned)

1 Insertion

Clip Assembly

7 3050-1066 2 Washer

8 2190-0654 2 Washer

9 0515-0976 2 Screw Pan Head M2L6

10 16192-25004 1 Rod

Description

Service 4-5

Figure

T

able

4-4.

Replaceable

4-4.

Replaceable

P

P

arts

arts

for

for

Insertion

Insertion

Clip

Clip

Assembly

Assembly

Reference

Designator

1 0520-0133 1 Screw

2 2190-0014 1 W

3 16092-40010 1 Holder

4 16092-40016 1 Holder

5 16092-40011 1 Lever

6 16092-23010 1 Shaft

7 1460-0352 1 Spring

4-6 Service

Agilent

P

art

Number Qty

.

Description

asher

Figure

T

able

4-5.

Replaceable

4-5.

Replaceable

P

P

arts

arts

for

for

Width

Width

P

ositioning

P

ositioning

Stage

Stage

Assembly

Assembly

Reference

Designator

1 16192-24006 2 Width

2 16192-24005 2 Device

AgilentP

art

Number Qty

.

P

ositioning

Holder A

3 16192-24004 2 Holder

4 16192-25002 1 Device

Holder L

5 16192-25003 1 Device Holder R

6 0515-0994 2 Screw Flat Head M2L6

Description

Knob

djustment

Knob

Service 4-7

4-8 Service

Figure 4-6. Replaceable Parts for Test Stage Assembly

T

able 4-6.

Replaceable P

arts

for

T

est

Stage

Assembly

Reference

Designator

1 0515-0914 4 Screw

2 16192-00201 1 Table

3 16192-00603 1 Plate

4 16192-01201 2 Angle

5 16192-60001 1 Contact

6 16192-24013 3 Nut

7 0515-0952 3 Screw

8 1250-0907 1 Contact-RF Connector

Caution

Agilent P

art

Number Qty. Description

Flat

Head

M3L6

Assembly

If

your

to

replace

5),

it

and

(

Figure

will

5)

16192A

either

be

since

4-6

:

test

xture

the

necessary

they

were

3

and

5)

was

plate

(

Figure 4-7

to

buy replacements

modied

can

be

tted

Flat Head

manufactured

:3)

or the

at

the

same time

to

the

other

M2L4

earlier

contact

for both

. Neither

obsolete parts

5).

than

assembly

parts (

1996

and you

(

Figure 4-6

of

the

new

(

Figure

Figure

:

3

parts

4-7

need

4-7

:

3

:

and

Figure 4-7. Obsolete parts manufactured earlier than 1996

Service 4-9

Troubleshooting

This

section

Electrode

includes

SMD

T

est

the

Fixture.

functional check

procedure used

to troubleshoot

the 16192A

Parallel

Open Impedance

1.

A

djust

the

electrode

16191-29001).

(Refer

to

Figure

Check

4-8

.)

distance

for

connecting

the 1

2

1

2

2.4

mm Shorting

Device

(PN

2. Place the xture

Figure

on the calibrated APC-7

4-8.

Shorting

R



Device

terminal of the 4291B

Analyzer.

3. Set the 4291B RF Impedance/Material Analyzer as follows:

Measurement P

Start Frequency

Stop Frequency

OSC Level

arameter Cp (parallel capacitance)

100 MHz

1GHz

0.12 V

Number of Point 2

Point Averaging Factor 16

Point Averaging ON

4. Perform a single sweep measurement.

5. Read Cp value at 100 MHz and 1 GHz.

The guideline for the open impedance value is as follows:

4-10 Service

P

osition

RF Impedance/Material

T

able 4-7.

Open Impedance

V

alue

Guideline

Short

1.

Impedance

After the

16191-29001)

2.

Set the

Measurement

Start

Frequency 100

Stop

Frequency 1

OSC

Level 0.12

Number

P

oint

A

P

oint A

3.

Make

4.

Read

Ls

The

guideline

Parameter Frequency Guideline (absolute

Cp 100

Cp 1

Open Impedance

between the

4291B RF

Parameter

of P

oint

veraging

Factor

veraging

a

single

sweep measurement.

value

at

of

the

GHz

Check

Check is

electrodes (refer

Impedance Analyzer

100

short

MHz and

impedance

Table

1GHz.

4-8.

value is

Short

MHz

completed,

as

follows:

Ls (series

MHz

GHz

V

2

16

ON

as follows:

Impedance

put

the

to Figure

inductance)

V

750

750

1

4-8

alue

fF

6

fF

6

2

1

2

2.4

).

Guideline

300

300

mm

value)

fF

fF

Shorting

Device

(PN

P

arameter

Ls 100

Ls 1

Short

1.

2.

3. Read

Impedance

After

the

on

the

Make

a

Lp

V

alue

Guideline

Short

same

single

value

Impedance

place

sweep

at

100

described

Repeatability

again

measurement

MHz

4. Calculate the dierence between the rst Ls measurement

measurement value at each frequency

Frequency Guideline

MHz

GHz

Check

Check

(refer

and

in T

to

1

able

is

completed,

Figure

with

GHz

and

4-8

.

4-8

the

check

).

same

.

4.5

4.5

remove

the

measurement

the

value is

(absolute

nH

nH

Shorting

value and second Ls

The guideline for the short impedance repeatability is as follows:

Table 4-9. Short Impedance Repeatability Guideline

Parameter Frequency Guideline (dierence)

Ls 100 MHz

Ls 1GHz

6

6

6

1.5

nH

6

1.5

nH

Device

conditions

within the

45 pH

20 pH

value)

and

put

.

Short Impedance

it

back

Service 4-11

REGIONAL SALES AND SUPPORT OFFICES

For more information about Agilent Technologies test and measurement products, applications, services, and
for a current sales office listing, visit our web site: http://www.agilent.com/find/tmdir. You can also contact one
of the following centers and ask for a test and measurement sales representative. 11/29/99

United States:

Agilent Technologies
Test and Measurement Call Center
P.O.Box 4026
Englewood, CO 80155-4026
(tel) 1 800 452 4844

Canada:

Agilent Technologies Canada Inc.
5150 Spectrum Way
Mississauga, Ontario
L4W 5G1
(tel) 1 877 894 4414

Europe:

Agilent Technologies
Test & Measurement
European Marketing Organization
P.O.Box 999
1180 AZ Amstelveen
The Netherlands
(tel) (31 20) 547 9999

(fax) (61 3) 9272 0749
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(fax) (64 4) 802 6881

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Agilent Technologies
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Taikoo Shing, Hong Kong
(tel) (852)-3197-7777
(fax) (852)-2506-9284

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Agilent Technologies Japan Ltd.
Call Center
9-1, Takakura-Cho, Hachioji-Shi,
Tokyo 192-8510, Japan
(tel) (81) 426 56 7832
(fax) (81) 426 56 7840

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Latin American Region Headquarters
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Miami, Florida 33126
U.S.A.
(tel) [phone]
(fax) [phone]

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(tel) 1-800 629 485 (Australia)