Agilent Technologies 81250 Manuals

Manuals and User Guides for Agilent Technologies 81250. We have 3 Agilent Technologies 81250 manuals available for free PDF download: System Programming Manual And Scpi Reference, Installation Manual, User Manual

Agilent Technologies 81250 System Programming Manual And Scpi Reference

Agilent Technologies 81250 System Programming Manual And Scpi Reference (377 pages)

Parallel Bit Error Ratio Tester

Brand: Agilent Technologies | Category: Test Equipment | Size: 1.81 MB

Table of Contents
4
Programming Interfaces

20
- Programming Models
  21
- Agilent 81250 String Interface Library
  23
  - Error Handling
    24
  - Connect_Hp81200
    24
  - Call_Hp81200
    25
  - Geterrstr_Hp81200
    26
  - Disconnect_Hp81200
    26
  - Example Implementations
    27
- Command Line Interface
  29
Overview of the SCPI Command Structure

30
- Command Syntax
  31
- The Command Tree
  33
  - DVT Subsystem and Virtual Instruments
    34
  - Multiple Parameter Access
    35
- Example Programs
  38
  - Typical SCPI Programming Sequence
    39
  - Example C++ Program
    41
- SCPI Commands Overview
  44
  - Generic Administration Commands
    45
  - Virtual Instruments Administration Commands
    45
  - Mass Memory Commands
    46
  - Segment Editing Commands
    47
  - Global Commands
    49
  - Clock Reference Input Commands
    50
  - External Input Commands
    51
  - Trigger Output Commands
    51
  - Port Administration Commands
    52
  - Terminal Administration Commands
    53
  - Connector Administration Commands
    53
  - Agilent 81250 Parallel Bit Error Ratio Tester, Programming Reference, March
    53
  - Clockgroup Administration Commands
    54
  - Sequence Commands
    54
  - Synchronization Commands
    55
  - Analyzer Commands
    56
  - Level Parameter Commands
    56
  - Amplitude/Offset Correction Factor Commands
    57
  - Timing Parameter Commands
    58
  - MUX Parameter Commands
    59
  - Demux Parameter Commands
    60
  - Demux Rewiring Commands
    60
  - Delay Control Parameter Commands
    61
  - Input Parameter Commands
    61
  - Optical Input Commands
    63
  - Output Parameter Commands
    64
  - Optical Output Commands
    65
  - Clock Trigger Output Commands
    66
  - Auxiliary out Commands
    66
  - Performance Parameter Commands
    67
  - Format Parameter Commands
    67
Commands in the DVT Subsystem

68
- Example: Use of :DVT Subsystem Commands
  69
- Top-Level Commands
  70
  - Dvt:idn
    70
- System Subsystem
  71
  - Dvt:system:error
    71
- Instrument Subsystem
  72
  - Dvt:instrument:list
    72
  - Dvt:instrument:resource:list
    72
- Instrument:handle Subsystem
  73
Commands in DSR Application Subsystems

78
- Administration Commands
  79
  - System Subsystem
    80
  - Handle>:System:cinformation
    81
  - Handle>:System:test:module
    82
  - Handle>:System:test:global
    83
  - Handle>:System:mqueue[:Read]
    84
- System:client Subsystem
  85
- Handle>:System:client:block
  86
- Configuration Subsystem
  87
- Mmemory Subsystem
  91
- Edit:segment(*) Subsystem
  98
- Cgroup(*)]:Mclock Subsystem
  126
- Cgroup(*)]:Module(*) Subsystem
  127
  - Handle>[:Cgroup(*)]:Module(*):Type
    128
  - Handle>[:Cgroup(*)]:Module(*):Cnames
    129
- Cgroup(*)]:Module(*):Connector(*) Subsystem
  130
  - Handle>[:Cgroup(*)]:Module(*):Connector(*):Type
    131
  - State
    133
  - State
    134
- Cgroup(*)][:Source]:Trigger Subsystem
  135
- Sgeneral Subsystem
  141
- Sgeneral:information Subsystem
  142
- Sgeneral:global Subsystem
  143
- Sgeneral:global:configure Subsystem
  152
  - Handle>:Sgeneral:global:configure[:Ecount]
    153
  - Handle>:Sgeneral:global:configure:ccapture
    154
- Sgeneral:global:initiate:continuous Subsystem
  155
- Sgeneral:global:system Subsystem
  156
- Sgeneral:global:sequence Subsystem
  157
- Sgeneral:global:synchronization Subsystem
  168
  - Handle>:Sgeneral:global:synchronization:used
    169
  - Handle>:Sgeneral:global:synchronization:smode
    170
  - Handle>:Sgeneral:global:synchronization:smode
    171
  - Handle>:Sgeneral:global:synchronization:apselect
    172
  - Handle>:Sgeneral:global:synchronization:paccuracy
    173
  - Sgeneral:global:trigger Subsystem
    174
  - Sgeneral:global:arm Subsystem
    180
  - Handle>:Sgeneral:global:arm
    182
  - Agilent 81250 Parallel Bit Error Ratio Tester, Programming Reference, March
    183
  - Timing Parameter Commands
    185
  - Pulse:delay
    186
  - Pulse:delay
    187
  - Pulse:delay:cycles
    188
  - Pulse:delay:time
    189
  - Pulse:crossing
    190
  - Pulse:crossing
    191
  - Pulse:width
    192
  - Pulse:dcycle
    193
  - Pulse:hold
    194
  - Pulse:transition[:Leading]
    195
  - Pulse:transition[:Leading]
    196
  - Pulse:transition:trailing
    197
  - Pulse:transition:caconfiguration[:Leading]
    198
  - Pulse:transition:caconfiguration[:Leading]
    199
  - Pulse:transition:caconfiguration:trailing
    200
  - Pulse:transition:caconfiguration:trailing
    201
  - Parameter Commands for MUX and DEMUX Modules
    203
  - Voltage:amplitude
    207
  - Voltage:offset
    208
  - Voltage:offset:enable
    209
  - Output:eattenuator
    210
  - Output:delay:sweep
    211
  - Output:delay:sweep
    212
  - Output:delay:sweep:mode
    213
  - Output:delay:sweep:prom
    214
  - Input:ocompensation
    215
  - Trigger
    216
  - Trigger:mode
    217
  - Demux Rewiring Parameter Commands
    218
    
    Handle>:Sgeneral:pdata:dmux:stage
    223
    
    Handle>:Sgeneral:pdata:dmux:stage
    224
  - Level Parameter Commands
    226
  - Voltage[:Level][:Immediate]:High
    227
  - Voltage[:Level][:Immediate]:Low
    228
  - Voltage[:Level][:Immediate]:Low
    229
  - Voltage[:Level][:Immediate]:Caconfiguration:low
    230
  - Voltage[:Level][:Immediate]:Caconfiguration:low
    231
  - Voltage[:Level][:Immediate]:Semode
    232
  - Voltage[:Level][:Immediate]:Semode
    233
  - Sense:voltage:range
    234
  - Agilent 81250 Parallel Bit Error Ratio Tester, Programming Reference, March
    235
  - Calibration[:Voltage]:Ocfactor
    236
  - Calibration[:Voltage]:Acfactor
    237
  - Calibration[:Voltage]:Hold
    238
  - Delay Control Parameter Commands
    240
  - Dcontrol:sensitivity
    241
  - Dcontrol:source
    242
  - Dcontrol:source
    243
  - Dcontrol:state
    244
  - Dcontrol:state
    245
  - Input Parameter Commands
    246
  - Input:polarity
    247
  - Input:type
    248
  - Input:type
    249
  - Input:mode
    250
  - Input:tvoltage
    251
  - Input:threshold
    252
  - Input:impedance[:Internal]
    253
  - Input:sequence:[Layer:source:]Clock
    254
  - Input:serial
    255
  - Input:delay
    256
  - Input:delay:cycles
    257
  - Input:delay:time
    258
  - Input:delay:actual
    259
  - Input:delay:sweep
    260
  - Input:tconfig
    261
  - Input:tconfig
    262
  - Input:dimpedance
    263
  - Input:disconnect:mode
    264
  - Input:optic[:State][:Value]
    265
  - Input:optic:power:unit[:Value]
    266
  - Input:optic:power:threshold[:Value]
    267
  - Input:optic:wavelength[:Value]
    268
  - Output Parameter Commands
    269
  - Output[:State]
    270
  - Output:polarity
    271
  - Output:cstate
    272
  - Output:tvoltage
    273
  - Output:impedance:external
    274
  - Output:tconfig
    275
  - Output:tconfig
    276
  - Output:dimpedance:external
    277
  - Output:caconfiguration[:Mode]
    278
  - Agilent 81250 Parallel Bit Error Ratio Tester, Programming Reference, March
    279
  - Output:disconnect:mode
    280
  - Optical Output Commands
    281
  - Output:optic[:State][:Value]
    282
  - Output:optic[:State][:Value]
    283
  - Output:optic:method[:Value]
    284
  - Output:optic:power:unit[:Value]
    285
  - Output:optic:power:average[:Value]
    286
  - Output:optic:power:mamplitude[:Value]
    287
  - Output:optic:power:mamplitude[:Value]
    288
  - Output:optic:power:high[:Value]
    289
  - Output:optic:power:low[:Value]
    290
  - Output:optic:eratio[:Value]
    291
  - Output:optic:eratio:unit[:Value]
    292
  - Clock Output Commands
    293
  - Clock[:Source]:Voltage[:Level][:Immediate]:Low
    294
  - Clock[:Source]:Pulse:delay:sweep
    295
  - Clock:output:dimpedance:external
    296
  - Clock:output:tconfig
    297
  - Clock:output:tconfig
    298
  - Clock:output:tvoltage
    299
  - Aout[:Monitor]
    300
  - Port Administration Commands
    301
  - List
    302
  - Rename
    303
  - Type
    304
  - Species
    305
  - Terminal Administration Commands
    306
  - Delete
    307
  - Name
    308
  - Calibration:cdelay
    309
  - Connector Administration Commands
    310
  - Terminal(*):[To]
    311
  - Terminal(*):[To]
    312
  - Error Analysis Commands
    313
  - Ecount:reset
    316
  - Clock Mode Commands
    317
  - Signal:mode
    318
    
    Agilent 81250 Parallel Bit Error Ratio Tester, Programming Reference, March
    319
    
    Format
    320
  - The Language Syntax
    323
  - Name Construct
    324
  - Statepar Construct
    325
  - Vector Width Construct
    326
  - Parameter Construct
    327
  - Scopes
    329
  - Vector Padding and Clipping
    331
  - Parameter Segments
    332
  - Default Settings
    334
  - Example: Memory Type Segment
    335
  - Example: PRWS Type Segment
    336
  - Main.cpp Application Code Using VXI Plug&Play
    339
  - Lib.cpp Interface Class Library Code
    352
  - Main.cpp Application Code
    357
  - Agilent 81250 Parallel Bit Error Ratio Tester, Programming Reference, March
    358

Agilent Technologies 81250 Installation Manual (146 pages)

Parallel Bit Error Ratio Tester

Brand: Agilent Technologies | Category: Test Equipment | Size: 3.92 MB

Table of Contents
3
1 About this Manual

7
- Welcome to the Parbert Installation Guide
  8
  - General Structure of the Installation Guide
    8
  - How to Use this Guide
    9
- Document History
  11
2 Introduction

13
- Parbert Components Overview
  13
  - The Parbert Controller PC
    14
  - The Parbert Mainframes
    15
  - The Parbert Modules
    16
  - About Parbert Systems
    23
  - Parbert Software Components
    26
- Prerequisites
  27
  - Power Supply
    27
  - Environment
    27
  - Controller PC Requirements
    28
  - Tools
    28
- Unpacking Parbert
  29
3 Setting up the Parbert Controller PC

31
- Setting up a Preconfigured Controller PC
  31
  - Quick Check
    32
  - Configuration of the Operating System
    32
- Setting up a Custom Controller PC
  33
4 Connecting Mainframes to the Controller PC

37
5 Putting Parbert into Operation

51
6 Changing the Parbert Hardware

79
- Removing a Module
  80
  - How to Disconnect the Module Cables
    80
  - How to Plug out the Module
    81
- Installing a Module
  82
- How to Open a Module
  90
- Adding or Changing Frontends
  91
  - How to Remove a Frontend
    93
  - How to Install a Frontend
    96
- Installing the Trigger Input Pod
  98
- How to Proceed after Changing the Hardware
  100
7 Special Parbert Systems

101
8 Troubleshooting the Parbert Installation

127
9 Controlling Parbert Remotely

133
- Controlling Parbert Via GPIB
  133
- Controlling Parbert Via LAN
  135
Appendix

137
- Declaration of Conformity
  138
- Site Attenuation Requirements
  140

Agilent Technologies 81250 User Manual (32 pages)

ParBERT SONET/SDH Frame Generator

Brand: Agilent Technologies | Category: Test Equipment | Size: 0.3 MB

Table of Contents
3
Introduction to the Frame Generator

5
Using the Frame Generator

7
How the Frame Generator Works

13
- BIP Coding
  14
- Payload Details
  15
- SONET Path Overhead and SDH HP Overhead Details
  16
- SONET Line Overhead and SDH MS Overhead Details
  17
- SONET Section Overhead and SDH RS Overhead Details
  18
- CMI Coding
  20
- Synchronizing Pattern
  20
- Settings Area
  24
- Menus
  27
  - File Menu
    27
  - View Menu
    28
  - Help Menu
    28
- Tool Bar
  28
- Status Bar
  29

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More Agilent Technologies Manuals

Agilent Technologies 81250 Manuals

Agilent Technologies 81250 System Programming Manual And Scpi Reference (377 pages)

Table of Contents

Programming Interfaces

Overview of the SCPI Command Structure

Commands in the DVT Subsystem

Commands in DSR Application Subsystems

Agilent Technologies 81250 Installation Manual (146 pages)

Table of Contents

1 About this Manual

2 Introduction

3 Setting up the Parbert Controller PC

4 Connecting Mainframes to the Controller PC

5 Putting Parbert into Operation

6 Changing the Parbert Hardware

7 Special Parbert Systems

8 Troubleshooting the Parbert Installation

9 Controlling Parbert Remotely

Appendix

Agilent Technologies 81250 User Manual (32 pages)

Table of Contents

Introduction to the Frame Generator

Using the Frame Generator

How the Frame Generator Works

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Agilent Technologies Categories