Agilent Technologies 1912A Manuals

Manuals and User Guides for Agilent Technologies 1912A. We have 2 Agilent Technologies 1912A manuals available for free PDF download: Programming Manual, User Manual

Agilent Technologies 1912A Programming Manual (803 pages)

P-Series Power Meters

Brand: Agilent Technologies | Category: Measuring Instruments | Size: 5.3 MB

Table of Contents

14
- General Safety Considerations
  5
  - Table of Contents
    14
Table of Contents

18
- List of Figures
  23
List of Tables

25
- Power Meter Remote Operation
  29
- Introduction
  33
- Configuring the Remote Interface
  34
- GPIB Address
  34
- Interface Selection
  34
- LAN Configuration
  35
- USB Configuration
  36
- Calibration
  37
- Zeroing
  37
- Zeroing and Calibrating the P-Series Power Sensor
  37
- Making Measurement
  39
- Table 1-1 Measure? and Configure Preset States
  39
- Using Measure
  40
- Table 1-2 Possibilities of the Defaulted Source List Parameter
  44
- Using the Configure Command
  45
- Using the Lower Level Commands
  54
- Overview
  55
- Using Frequency Dependent Offset Tables
  55
- Editing Frequency Dependent Offset Tables
  57
- Enabling a Frequency Dependent Offset Table
  60
- Making the Measurement
  60
- Selecting a Frequency Dependent Offset Table
  60
- Averaging
  62
- Resolution
  62
- Setting the Range, Resolution and Averaging
  62
- Auto Averaging Mode
  63
- Filter Length
  64
- Range
  65
- Channel Offsets
  66
- Display Offsets
  66
- Setting Offsets
  66
- Setting Limits
  68
- Setting Measurement Limits
  68
- Checking for Limit Failures
  70
- Table 1-3 Range of Values for Window Limits
  70
- Using Status
  71
- Getting the Best Speed Performance
  72
- Measurement Rate
  72
- Sensor
  73
- Table 1-4 Model of Sensor and Measurement Rates
  73
- Trigger Mode
  73
- Command Used
  75
- Output Format
  75
- Units
  75
- Fast Mode
  76
- How Measurements Are Calculated
  77
- Status Reporting
  78
- The General Status Register Model
  78
- How to Use Register
  81
- The Condition Polling Method
  81
- The SRQ Method
  82
- Table 1-5 Bit Definitions - Status Byte Register
  87
- Table 1-6 Bit Definitions - Standard Event Register
  88
- Table 1-7 Bit Definitions - Questionable Status Registers
  90
- Table 1-8 Bit Change Conditions for Questionable Status Register
  90
- Table 1-9 Bit Definitions - Operation Status
  91
- Table 1-10 Bit Change Conditions for Operation Status
  92
- Device Status Register
  93
- Table 1-11 Bit Definitions - Device Status Register
  93
- Table 1-12 Bit Change Conditions for Device Status Register
  94
- Using the Operation Complete Commands
  95
- How to Save and Recall a Configuration
  97
- Saving and Recalling Power Meter Configurations
  97
- Using Device Clear to Halt Measurements
  98
- An Introduction to the SCPI Language
  99
- Mnemonic Forms
  99
- Using a Colon (:)
  99
- Using "?" Commands
  100
- Using a Comma (,)
  100
- Using a Semicolon (;)
  100
- Using Whitespace
  100
- Syntax Conventions
  101
- Syntax Diagram Conventions
  101
- Using "*" Commands
  101
- SCPI Data Types
  102
- Input Message Terminators
  107
- SCPI Compliance Information
  109
- Summary of Commands
  111
- Making Measurements on Wireless Communication Standards
  112
  - Starting a Preset Example
    113
2 Measurement Commands

115
3 Calculate Subsystem

189
4 Calibration Subsystem

227
5 Display Subsystem

245
7 Memory Subsystem

283
- Memory Subsystem
  284
- Memory:catalog Commands
  286
- Memory:catalog[:All]
  287
- Table 7-19 8480 Series Power Sensor Tables
  288
- Memory:catalog:state
  289
- Memory:catalog:table
  290
- Table 7-20 8480 Series Power Sensor Tables
  291
- Memory:clear Commands
  293
- Memory:clear[:Name] <Character_Data
  294
- Memory:clear:table
  296
- Memory:free Commands
  297
- Memory:free[:All]
  298
- Memory:free:state
  299
- Memory:free:table
  300
- Memory:nstates
  301
- Memory:state Commands
  302
- Memory:state:catalog
  303
- Memory:state:define <Character_Data>,<Numeric_Value
  304
- Memory:table Commands
  306
- Memory:table:frequency <Numeric_Value>{,<Numeric_Value
  307
- Table 7-21 Frequency and Calibration/Offset Factor List
  308
- Memory:table:frequency:points
  311
- Memory:table:gain[:Magnitude] <Numeric_Value>{,<Numeric_Value
  312
- Table 7-22 Frequency and Calibration/Offset Factor List
  312
- Memory:table:gain[:Magnitude]:Points
  315
- Memory:table:move <Character_Data>,<Character_Data
  316
- Memory:table:select <Character_Data
  318
8 Output Subsystem

319
9 Pstatistic Subsystem

333
10 Sense Subsystem

385
11 Status Subsystem

493
- Status Subsystem
  494
- Table 11-25Commands and Events Affecting Status Register
  494
- Status Register Set Commands
  496
- Device Status Register Sets
  501
- Operation Register Sets
  503
- Status:operation
  504
- Status:operation:calibrating[:Summary]
  505
- Status:operation:llfail[:Summary]
  506
- Status:operation:measuring[:Summary]
  507
- Status:operation:sense[:Summary]
  508
- Status:operation:trigger[:Summary]
  509
- Status:operation:ulfail[:Summary]
  510
- Status:preset
  511
- Questionable Register Sets
  512
- Status:questionable
  513
- Status:questionable:calibration[:Summary]
  514
- Status:questionable:power[:Summary]
  515
12 System Subsystem

519

Agilent Technologies 1912A User Manual (297 pages)

P-Series Power Meters

Brand: Agilent Technologies | Category: Measuring Instruments | Size: 4.12 MB

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Measuring Instruments Laboratory Equipment Test Equipment Water Pump

Power Supply

More Agilent Technologies Manuals

Agilent Technologies 1912A Manuals

Agilent Technologies 1912A Programming Manual (803 pages)

Table of Contents

Table of Contents

Table of Contents

List of Tables

2 Measurement Commands

3 Calculate Subsystem

4 Calibration Subsystem

5 Display Subsystem

7 Memory Subsystem

8 Output Subsystem

9 Pstatistic Subsystem

10 Sense Subsystem

11 Status Subsystem

12 System Subsystem

Trace Subsystem

Trigger Subsystem

Service Subsystem

UNIT Subsystem

Agilent Technologies 1912A User Manual (297 pages)

Table of Contents

1 Introduction

2 General Power Meter Functions

3 Using P-Series Power Sensor

4 Using E9320 E-Series Power Sensors

5 Using E9300 E-Series Power Sensors

6 Using E4410 E-Series Power Sensors

7 Using 8480 Series Power Sensors

8 Using N8480 Series Power Sensors

9 Complementary Cumulative Distribution Function (CCDF)

10 Maintenance

11 Specifications and Characteristics

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