Agilent Technologies U2000 Series Manuals

Manuals and User Guides for Agilent Technologies U2000 Series. We have 2 Agilent Technologies U2000 Series manuals available for free PDF download: Manual, Operating And Service Manual

Agilent Technologies U2000 Series Manual (335 pages)

USB Power Sensors

Brand: Agilent Technologies | Category: Accessories | Size: 2.74 MB

General Warranty
3
Restricted Rights Legend
3
Equipment Operation
4
General Safety Considerations
5
User Environment
5
In this Guide
6
Table of Contents
9
List of Figures
9
1 Power Sensor Remote Operation

21
- Introduction
  21
- Configuring the Remote Interface
  22
  - Interface Selection
    22
  - USB Configuration
    22
- Zeroing and Calibrating the U2000 Series USB Power Sensors
  23
  - Zeroing
    23
  - Calibration
    23
  - Table 1-1 Measure? and Configure Preset States
    25
- Making Measurement
  25
  - Using Measure
    26
  - Using the Configure Command
    28
  - Using the Lower Level Commands
    33
- Using Frequency Dependent Offset Tables
  35
- Setting the Range and Averaging
  42
  - Averaging
    42
  - Auto Averaging Mode
    42
  - Figure 1-2 Typical Averaged Readings on U2000 Series USB Power Sensors
    43
  - Figure 1-3 Averaging Range Hysteresis
    43
  - Filter Length
    44
  - Range
    44
- Setting Offsets
  45
  - Channel Offsets
    45
  - Figure 1-4 Limits Checking Results
    46
- Setting Measurement Limits
  46
- Setting Limits
  
  46
- Checking for Limit Failures
  
  47
  - Table 1-2 Range of Values for Measurement Limits
    47
  - Getting the Best Speed Performance
    49
- Measurement Rate
  
  49
- Trigger Mode
  
  49
- Output Format
  
  51
- Units
  
  51
- Command Used
  
  51
- Fast Mode
  
  52
- The General Status Register Model
  
  54
- The Condition Polling Method
  
  57
- Status Registers
  
  57
- Device Status Register
  
  65
  - Table 1-9 Bit Definitions - Device Status Register
    65
  - Table 1-10 Bit Change Conditions for Device Status Register
    66
- Using the Operation Complete Commands
  
  67
  - Saving and Recalling Power Sensor Configurations
    68
- How to Save and Recall a Configuration
  
  68
  - Using Device Clear to Halt Measurements
    69
  - An Introduction to the SCPI Language
    70
- Mnemonic Forms
  
  70
  - Figure 1-9 Hierarchical Structure of SCPI
    70
- Using a Colon (:)
  
  70
  - Using "?" Commands
    71
- Using a Semicolon (;)
  
  71
- Using a Comma (,)
  
  71
- Using Whitespace
  
  71
- Syntax Conventions
  
  72
- Syntax Diagram Conventions
  
  72
  - Using "*" Commands
    72
  - Figure 1-10 Format of <Character_Data
    73
- SCPI Data Types
  
  73
- Input Message Terminators
  
  79
  - SCPI Compliance Information
    80
  - Summary of Commands
    81
2 Measurement Commands

84
- Figure 2-1 Measurement Display Calculate Block Window
  85
3 Calculate Subsystem

103
- Calculate[1]:Feed[1]<String
  104
- Query Example
  106
- Calculate[1]:Limit Commands
  107
- Calculate[1]:Limit:clear:auto <Boolean>|Once
  108
- Calculate[1]:Limit:clear[:Immediate]
  110
- Calculate[1]:Limit:fail
  111
- Calculate[1]:Limit:fcount
  112
- Calculate[1]:Limit:lower[:Data] <Numeric_Value
  114
- Calculate[1]:Limit:upper[:Data] <Numeric_Value
  116
- Calculate[1]:Limit:state <Boolean
  119
- Calculate[1]:Math Commands
  121
- Calculate[1]:Math[:Expression] <String
  122
- Calculate[1]:Math[:Expression]:Catalog
  124
4 Calibration Subsystem

126
5 Format Subsystem

139
- Format[:Readings]:Border <Character_Data
  139
- Format[:Readings][:Data] <Character_Data
  141
6 Memory Subsystem

143
- Memory Subsystem
  144
- Memory:catalog Commands
  146
- Memory Subsystem
  146
- Memory:catalog[:All]
  147
- Memory:catalog:state
  149
- Memory:catalog:table
  150
- Memory:clear Commands
  152
- Memory:clear[:Name] <Character_Data
  153
- Memory:clear[3Ame] <Character_Data
  153
- Memory:clear:table
  155
- Memory:free Commands
  156
- Memory:free[:All]
  157
- Memory:free:state
  158
- Memory:free:table
  159
- Memory:nstates
  160
- Memory:state Commands
  161
- Memory'tate Commands
  161
- Memory:state:catalog
  162
- Memory:state:define <Character_Data>,<Numeric_Value
  163
- Memory'tate:define <Character_Data>,<Numeric_Value
  163
- Memory:table Commands
  165
- Memory0Able Commands
  165
- Table 6-1 Frequency and Offset Factor List
  166
- Memory:table:frequency <Numeric_Value>{,<Numeric_Value
  166
- Memory:table:frequency:points
  169
- Table 6-2 Frequency and Offset Factor List
  170
- Memory:table:gain[:Magnitude] <Numeric_Value>{,<Numeric_Value
  170
- Memory:table:gain[:Magnitude]:Points
  173
- Memory:table:move <Character_Data>,<Character_Data
  174
- Memory0Able:move <Character_Data>,<Character_Data
  174
- Memory:table:select <Character_Data
  176
- Memory0Able'elect <Character_Data
  176
7 Sense Subsystem

177
8 Service Subsystem

245
- Service:bist:trigger:level:state
  248
- Service Subsystem
  248
- Service:option <Character_Data
  249
- Service:sensor[1]:Cdate
  250
- Service:sensor[1]:Cduedate <"Date
  251
- Service'ensor[1]:Cduedate <"Date
  251
- Service:sensor[1]:Cplace <"Place
  252
- Service'ensor[1]:Cplace <"Place
  252
- Service:sensor[1]:Frequency:maximum
  254
- Service:sensor[1]:Frequency:minimum
  255
- Service:sensor[1]:Power:average:maximum
  256
- Service:sensor[1]:Power:usable:maximum
  257
- Service:sensor[1]:Power:usable:minimum
  258
- Service:sensor[1]:Radc
  259
- Service:sensor[1]:Snumber <"Serial_Number
  260
- Service'ensor[1]'Number <"Serial_Number
  260
- Service:sensor[1]:Tnumber <"Tracking_Number
  261
- Service'ensor[1]0Number <"Tracking_Number
  261
- Service:sensor[1]:Type
  262
- Service:snumber <Character_Data
  263
- Service'number <Character_Data
  263
- Service:version:processor <Character_Data
  264
- Service:version:system <Character_Data
  266
- Service:version'ystem <Character_Data
  266
10 System Subsystem

267
- System Subsystem
  268
- System:error
  269
- Figure 10-1 IEEE 488.2 Arbitrary Block Program Data Format
  276
- System:help:headers
  276
- System:preset <Character_Data
  277
- Table 10-1 Default: Power Sensor Presets
  278
- System:version
  280
11 Trigger Subsystem

281
12 UNIT Subsystem Unit[1]:Power <Amplitude_Unit

311
- Figure 12-1 Measurement Display UNIT Block Window
  312
  - Unit[1]:Power <Amplitude_Unit
    313
13 IEEE 488.2 Command Reference

316
- SCPI Compliance Information
  316
- Cls
  317
- Table 13-1 *ESE Mapping
  318
- ESE <Nrf
  318
- Table 13-2 *ESR? Mapping
  320
- Esr
  320
- Idn
  321
- Opc
  322
- Opt
  323
- RCL <Nrf
  324
- Rst
  325
- SAV <Nrf
  326
- Table 13-3 *SRE Mapping
  327
- SRE <Nrf
  327
- Table 13-4 *STB? Mapping
  329
- Stb
  329
- Trg
  331
- Tst
  332
- Wai
  333
- USBTMC/USB488 Universal Commands
  334

Agilent Technologies U2000 Series Operating And Service Manual (101 pages)

USB Power Sensors

Brand: Agilent Technologies | Category: Accessories | Size: 3.22 MB

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More Agilent Technologies Manuals

Agilent Technologies U2000 Series Manuals

Agilent Technologies U2000 Series Manual (335 pages)

Table of Contents

1 Power Sensor Remote Operation

Setting Limits

Checking for Limit Failures

Measurement Rate

Trigger Mode

Output Format

Units

Command Used

Fast Mode

The General Status Register Model

The Condition Polling Method

Status Registers

Device Status Register

Using the Operation Complete Commands

How to Save and Recall a Configuration

Mnemonic Forms

Using a Colon (:)

Using a Semicolon (;)

Using a Comma (,)

Using Whitespace

Syntax Conventions

Syntax Diagram Conventions

SCPI Data Types

Input Message Terminators

2 Measurement Commands

3 Calculate Subsystem

4 Calibration Subsystem

5 Format Subsystem

6 Memory Subsystem

7 Sense Subsystem

8 Service Subsystem

10 System Subsystem

11 Trigger Subsystem

12 UNIT Subsystem Unit[1]:Power <Amplitude_Unit

13 IEEE 488.2 Command Reference

Agilent Technologies U2000 Series Operating And Service Manual (101 pages)

Table of Contents

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