Agilent Technologies 54753A Manual de usuario

Agilent 54753A and 54754A

TDR Plug-in Modules

Programmer’s Quick Reference

Notices

No part of this manual may be repro-

duced in any form or by any means

(including electronic storage and

retrieval or translation into a foreign lan-

guage) without prior agreement and writ-

ten consent from Agilent Technologies,

Inc. as governed by United States and

international copyright lays.

Manual Part Number

54754-90013

Edition

July 2004

Printed in Malaysia

Agilent Technologies, Inc.

Digital Signal Analysis Division

1400 Fountaingrove Parkway

Santa Rosa, CA 95403, USA

Warranty

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is provided “as is,” and is subject to being

changed, without notice, in future edi-

tions. Further, to the maximum extent

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cable in any technical data.

Safety Notices

CAUTION

Caution denotes a hazard. It calls attention

to a procedure which, if not correctly per-

formed or adhered to, could result in

damage to or destruction of the product.

Do not proceed beyond a caution sign

until the indicated conditions are fully

understood and met.

WARNING

Warning denotes a hazard. It calls attention

to a procedure which, if not correctly per-

formed or adhered to, could result in

injury or loss of life. Do not proceed

beyond a warning sign until the indicated

conditions are fully understood and met.

iii

Introduction

54750A/83480A

Mainframes

For controlling 54753A and 54754A TDR plug-in modules that are installed in

a 54750A or 83480A mainframes, refer to the following books:

• This manual, the 54753A and 54754A TDR Plug-in Modules Programmer’s

Quick Reference

•54753A and 54754A Programmer’s Guide for detailed information.

•54750A Oscilloscope and 83480A Analyzer Programmer’s Guide for infor-

mation about programming the oscilloscope.

•54753A and 54754A User’s Guide for general information about the opera-

tion of the TDR plug-in module.

86100-Series

Mainframes

For controlling 54753A and 54754A TDR plug-in modules that are installed in

an 86100-series mainframe, refer to the following books:

• 86100-series programmer’s guide.

• 86100-series online help.

Notational

Conventions

computer type. All characters appearing in computer type are key

words and must be entered exactly as shown.

CAPITAL LETTERS. Capital letters indicate the short form of a command.

The actual command is not case sensitive and can be entered in upper or

lower case.

<>. Angular brackets enclose words or characters that symbolize a program

code parameter or an GPIB command.

::= "is defined as." For example, <A> ::= <B> indicates that <A> can be

replaced by <B> in any statement containing <A>.

| "or." Indicates a choice of one element from a list. For example, <A> | <B>

indicates <A> or <B> but not both.

... An ellipsis (trailing dots) indicate that the preceding element may be

repeated one or more times.

Introduction

[ ] Square brackets indicate that the enclosed items are optional.

{ } When several items are enclosed by braces, one, and only one of these

elements may be selected.

Definitions d ::= A single ASCII numeric character, 0-9.

n ::= A single ASCII non-zero, numeric character, 1-9.

<NL> ::= Newline or Linefeed (ASCII decimal 10).

<sp> ::= space character.

<white_space> ::= space(s) and tabs.

Contents

Root Level Commands 4

Acquire Commands 7

Calibrate Commands 8

C annel Commands 9

Disk Commands 11

Display Commands 12

Function Commands 13

Histogram Commands 19

Limit Test Commands 20

Marker Commands 21

Mask Test Commands 23

Measure Commands 25

TDR Commands 37

Waveform Commands 41

Waveform Memory Commands 42

Root Level Commands

Command :BLANk {CHANnel<number> | WMEMory<number> |

FUNCtion <number> | FFT | RESPonse<number> |

HISTogram | PMEMory1}

Turns off an active c annel, function, waveform memory, pixel memory, FFT,

istogram, or TDR response. T e VIEW command turns t em on.

<number> For c annels: an integer, 1 t roug 4, indicating t e slot in w ic t e c annel

resides, followed by an optional A or B identifying w ic of two possible

c annels in t e slot is being referenced. For functions: 1 or 2. For waveform

memories (WMEMory): 1, 2, 3, or 4. For pixel memories (PMEMory): 1. For

TDR response: 1, 2, 3, or 4.

Command :COMMents {PLUGin<number>, <comments>}

Sets t e comments field for t e plugin. T is field is used to describe options

included in t e plugin, or for user commands about t e plugin.

<number> Represents t e plugin slot numbered 1 t roug 4.

<comments> Represents t e unquoted string.

Command :DIGitize [<waveform_name>][,<waveform_name>]

Invokes a special mode of data acquisition t at is more efficient t an using

t e RUN command. T is command initializes t e selected c annels,

functions, responses, or FFT to “unacquired,” t en acquires t em according

to t e current instrument settings. W en all signals are completely acquired,

t e instrument is stopped.

<waveform_name> {CHANnel<number> | FUNCtion<number> | FFT |

RESPonse<number>}

<number> For c annels: an integer, 1 t roug 4, indicating t e slot in w ic t e c annel

resides, followed by an optional A or B identifying w ic of two possible

c annels in t e slot is being referenced. For functions: 1 or 2. For responses:

1, 2, 3, or 4.

Command :MENU {APPLication | CHANnel<number> | ACQuire |

MTESt | MEYE | TDR<number> | MTDR<number>}

<number> For c annels, indicates t e slot (1 t roug 4) in w ic t e c annel resides,

followed by an optional A or B identifying w ic of two possible c annels in

t e slot is being referenced.

For TDR, controls t e TDR/TDT menus for c annels 2 and 4.

For MTDR, controls t e TDR/TDT menus for c annels 2 and 4.

Root Level Commands

Command :STORe:WAVEform {CHANnel<number> |

FUNCtion<number> | WMEMory<number> | HISTogram |

FFT | RESPonse<number>},{WMEMory<number>}

Copies a c annel, function, stored waveform, istogram, TDR response, or

FFT to a waveform memory. T e first parameters specifies t e source of t e

copy and can be any c annel, function, waveform memory, istogram, TDR

response, or t e FFT. T e second parameter is t e destination of t e copy,

and can be any waveform memory.

<number> For c annels: an integer, 1 t roug 4, indicating t e slot in w ic t e c annel

resides, followed by an optional A or B identifying w ic of two possible

c annels in t e slot is being referenced. For functions: 1 or 2. For waveform

memories (WMEMory): 1, 2, 3, or 4. For responses: 1, 2, 3, or 4.

Command :VIEW {CHANnel<number> | WMEMory<number> |

FUNCtion<number> | FFT | RESPonse<number> |

HISTogram | PMEMory1}

Turns on a c annel, function, pixel memory, waveform memory, TDR

response, istogram, or FFT. Use t e BLANk command to turn t ese off.

<number> For c annels: an integer, 1 t roug 4, indicating t e slot in w ic t e c annel

resides, followed by an optional A or B identifying w ic of two possible

c annels in t e slot is being referenced. For functions: 1 or 2. For waveform

memories (WMEMory): 1, 2, 3, or 4. For TDR responses: 1, 2, 3, or 4. For

pixel memories (PMEMory): 1.

Root Level Commands

cquire Commands

Command :ACQuire:BEST[?] {THRuput | FLATness}

W en averaging is enabled wit ACQuire:AVERage, t e FLATness option

improves t e step flatness by using a signal processing algorit m wit in t e

instrument. You s ould use t is option w en performing TDR measurements

or w en step flatness is important. T e THRuput option improves t e

instrument’s t roug put and s ould be used w enever best flatness is not

required.

Calibrate Commands

Command :CALibrate:SAMPlers[?] {DISable | ENABle}

Enables or disables t e samplers in t e plug-in.

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