Anritsu ShockLine MS46322A Series Manuals

Manuals and User Guides for Anritsu ShockLine MS46322A Series. We have 2 Anritsu ShockLine MS46322A Series manuals available for free PDF download: Programming Manual, Maintenance Manual

Anritsu ShockLine MS46322A Series Programming Manual (472 pages)

Series Vector Network Analyzers

Brand: Anritsu | Category: Measuring Instruments | Size: 5 MB

Table of Contents
3
Chapter 1 - General Information

11
Chapter 2 - Programming the Shockline™ Series VNA

23
- Introduction
  23
- Introduction to SCPI Programming
  23
  - Command Types
    23
- IEEE 488.2 Commands
  24
- System Commands
  24
- SCPI Commands
  24
  - Required SCPI Commands
    24
  - Native SCPI Commands
    25
- Command Requirements
  25
  - Query Commands
    25
  - Command Names
    25
  - Hierarchical Command Structure
    26
  - Data Parameters
    26
- Notational Conventions
  27
  - General Notations
    27
  - Parameter Notations
    28
  - Notational Examples
    29
- Numeric Data Suffix Reference
  30
- Data Transmission Methods
  31
  - Nr1
    31
  - Nr2
    31
  - Nr3
    31
  - Nrf
    31
  - String
    32
  - ASCII> or <Arbitrary ASCII
    32
  - Block> or <Arbitrary Block
    32
  - Char
    34
  - Mpnd
    34
  - Mpnf
    34
  - Mpni
    34
  - Formatting Data Output
    34
  - ASCII or Binary Data Format
    35
- Calculating the Byte Size
  37
- Input Buffer Size and NRFD Holdoff
  38
- Synchronization of Commands
  39
- Forcing the Parser to Stop Waiting
  39
- Aborting an RF or Hardware Calibration
  39
- Time-Out Settings
  39
- Trace Type Parameters and Coefficients
  41
- Input/Output Data Files
  44
- Status System Reporting
  46
  - Status Group Registers
    46
  - Status Group Reporting
    46
- Trigger System
  52
  - Trigger Modes
    52
- Calibration Component Parameters
  53
  - Loads and through Lines
    53
  - Other Connector Coefficients
    53
- Calibration Command Overview
  54
  - Setting up a Two-Port Calibration
    54
  - Defining the Calibration Standards
    55
  - Performing the Calibration
    58
  - Autocal
    60
- Command Script Example - Limit Lines
  63
Chapter 3 - IEEE Commands

71
- Introduction
  71
- Command Descriptions
  71
- Numeric Limits
  72
- IEEE 488.2 Commands
  72
Chapter 4 - Diagnostic and Troubleshooting Commands

81
- Parameters and Notations
  81
- Numeric Limits
  82
- Self Test Commands
  83
Chapter 5 - SCPI Commands: 1-Port and 2-Port Vnas

85
- Introduction
  85
- MS46322A Vs. MS46122A/MS46121A SCPI Configuration
  85
- Minimum/Maximum Frequency Limits and Related Parameters
  85
- Command Level Hierarchy
  86
- General Parameters
  87
- Calculate{1-16}:Correction Subsystem
  89
  - Calibration Option Subsystems
    89
- Calculate{1-16}:Extraction Subsystem
  91
  - Calibration Option Subsystems
    91
  - General Parameters
    91
- Calculate{1-16}:Display:marker Subsystem
  98
  - Marker Subsystems
    98
- Calculate{1-16}:Format Subsystem - Snp Data
  99
  - I/O Configuration and File Operation Subsystems
    99
- Calculate{1-16}:Fsimulator:network Subsystem
  100
  - Calibration Simulation Subsystems
    100
- Calculate{1-16}:Fsimulator:network {1-50} Subsystem
  107
  - Calibration Simulation Subsystems
    107
- Calculate{1-16}:Impedance:transformation Subsystem
  113
  - Calibration Setup Subsystems
    113
- Calculate{1-16}:Marker Subsystem
  115
  - Marker Subsystems
    115
- Calculate{1-16}:Parameter and :Parameter{1-16
  116
  - Trace Subsystems
    116
- Calculate{1-16}:Parameter{1-16}:Marker Subsystem
  121
  - Marker Subsystems
    121
- Calculate{1-16}:Parameter{1-16}:Mstatistics Subsystem
  124
  - Marker Subsystems
    124
- Calculate{1-16}:Parameter{1-16}:Select Subsystem
  126
  - Trace Subsystems
    126
- Calculate{1-16}:Polar Subsystem
  127
  - Trace Subsystems
    127
- Calculate{1-16}:Processing:order Subsystem
  129
  - Time Domain, Group Delay, and Reference Plane Subsystems
    129
- Calculate{1-16}:Reference Subsystem
  130
  - Calibration Setup Subsystems
    130
  - Time Domain, Group Delay, and Reference Plane Subsystems
    130
- Calculate{1-16}[:Selected]:Conversion Subsystem
  133
  - Trace Subsystems
    133
- Calculate{1-16}[:Selected]:Data Subsystem
  135
  - I/O Configuration and File Operation Subsystems
    135
  - Trace Subsystems
    135
- Calculate{1-16}[:Selected]:Format Subsystem
  137
  - Trace Subsystems
    137
- Calculate{1-16}[:Selected]:Limit Subsystem
  139
  - Limit Line and Segment Subsystems
    139
  - Trace Subsystems
    139
- Calculate{1-16}[:Selected]:Marker Subsystem
  143
  - Marker Subsystems
    143
- Calculate{1-16}[:Selected]:Marker{1-13} Subsystem
  156
  - Marker Subsystems
    156
  - Trace Subsystems
    156
- Calculate{1-16}[:Selected]:Math Subsystem
  159
  - Trace Subsystems
    159
- Calculate{1-16}[:Selected]:Mdata Subsystem
  162
  - Trace Subsystems
    162
- Calculate{1-16}[:Selected]:Smoothing Subsystem
  163
  - Trace Subsystems
    163
- Calculate{1-16}[:Selected]:Tdata Subsystem
  164
  - Trace Subsystems
    164
  - I/O Configuration and File Operation Subsystems
    164
- Calculate{1-16}[:Selected]:Transform:time Subsystem
  166
  - Time Domain, Group Delay, and Reference Plane Subsystems
    166
  - Trace Subsystems
    166
- Display Subsystem
  176
  - Trace Subsystems
    176
  - Marker Subsystems
    176
  - Limit Line Subsystems
    176
- Format Subsystem
  190
  - I/O Configuration and File Operation Subsystems
    190
- Hcopy Subsystem
  193
  - I/O Configuration and File Operation Subsystems
    193
- Mmemory Subsystem
  198
  - I/O Configuration and File Operation Subsystems
    198
- Sense{1-16}:Abortcal Subsystem
  205
  - Calibration Subsystems with Actual Calibrations
    205
- Sense{1-16}:Average Subsystem
  206
  - Sweep Subsystems
    206
- Sense{1-16}:Bandwidth Subsystem
  208
  - IF Configuration Subsystems
    208
- Sense{1-16}:Bwidth Subsystem
  209
  - IF Configuration Subsystems
    209
- Sense{1-16}:Correction:coefficient:port
  210
  - Calibration Simulation Subsystems
    210
  - Calibration Type Abbreviations
    210
  - Related Query
    210
- Sense{1-16}:Correction:coefficient Subsystem
  214
  - Calibration Simulation Subsystems
    214
  - Calibration Type Abbreviations
    214
- Sense{1-16}:Correction:collect:ecal Subsystems
  218
- Sense{1-16}:Correction:collect:method Subsystem
  222
  - Calibration Setup Subsystems
    222
- Sense{1-16}:Correction:collect:microstrip Subsystem
  223
  - Calibration Setup Subsystems
    223
- Sense{1-16}:Correction:collect:multiple Subsystem
  228
  - Calibration Setup Subsystems
    228
- Sense{1-16}:Correction:collect:port Subsystem
  229
  - Calibration Subsystems with Actual Calibrations
    229
  - Calibration Type Abbreviations
    229
- Sense{1-16}:Correction:collect Subsystem
  261
  - Calibration Setup Subsystems
    261
- Sense{1-16}:Correction:collect[:Cala]:Port
  262
  - Calibration Abbreviations
    262
- Sense{1-16}:Correction:collect Subsystem
  264
  - Calibration Setup Subsystems
    264
  - Related Command Subsystems
    264
  - Calibration Method Names
    264
- Sense{1-16}:Correction:collect:waveguide
  272
  - Calibration Setup Subsystems
    272
- Sense{1-16}:Correction:extension Subsystem
  279
  - Time Domain, Group Delay, and Reference Plane Subsystems
    279
- Sense{1-16}:Correction:isolation Subsystem
  280
  - Calibration Setup Subsystems
    280
- Sense{1-16}:Correction:state Subsystem
  281
  - Calibration Setup Subsystems
    281
- Sense{1-16}:Frequency Subsystem
  282
  - Sweep Subsystems
    282
  - Frequency Limits
    282
- Sense{1-16}:Fsegment Subsystem
  284
  - Limit Line and Segment Subsystems
    284
- Sense{1-16}:Fsegment{1-50} Subsystem
  291
  - Limit Line and Segment Subsystems
    291
- Sense{1-16}:HOLD Subsystem
  295
  - Trigger, Hold, and External Source Subsystems
    295
- Sense{1-16}:Isegment Subsystem
  295
  - Limit Line and Segment Subsystems
    298
- Sense{1-16}:Isegment{1-50} Subsystem
  304
  - Limit Line and Segment Subsystems
    304
- Sense{1-16}:Receiver Subsystem
  309
- Sense{1-16}:Segment Subsystem
  310
  - Limit Line and Segment Subsystems
    310
- Sense{1-16}:Sweep Subsystem
  311
  - Sweep Subsystems
    311
- Source{1-16}:Effective Subsystem
  313
  - Power Configuration Subsystems
    313
- Status:operation Subsystem
  314
- Status:questionable Subsystem
  316
- System Subsystem
  319
Appendix A - Third Party Programming and Driver Support

329
Appendix B - Agilent ENA SCPI Programming Emulation

331
- Introduction
  331
- ENA Command Listing
  333
Appendix C - IVI Functions

337
- Introduction
  337
  - Error and Status Information
    337
  - IVI-C Driver Information
    338
  - Functions and Attributes General Information
    338
  - Functions and Their Corresponding IVI Class
    339
  - Relevant Files
    339
- Anvna_Channelasynchronoustriggersweep
  340
Anvna_Calstoredata

341
Name

343
Variable Type Description

343
- Viconststring Repcapidentifier
  343
Visession VI

343
Repcapidentifier Viconststring

343
The Visession Handle that You Obtain from the Ividriver_Init or

344

Anritsu ShockLine MS46322A Series Maintenance Manual (118 pages)

Vector Network Analyzer

Brand: Anritsu | Category: Measuring Instruments | Size: 5 MB

Table of Contents
3
Chapter 1 - General Information

7
- Introduction
  7
- Description
  7
- Standard Accessories
  7
- Available Options
  7
- Identification Number
  8
- Related Documents
  8
- Basic Maintenance
  8
- Maintain Operating System Integrity
  8
- Antivirus Protection - Best Practices
  8
- Windows os Updates
  8
- Solid State Drive Data Backup
  9
- Performance Verification
  9
- Repair Service
  9
- Anritsu Customer Service Centers
  9
- Recommended Test Equipment
  10
- Replaceable Parts and Assemblies
  13
Chapter 2 - MS46322A Performance Verification

17
Chapter 3 - MS46322B Performance Verification

25
Chapter 4 - Adjustment

47
- Introduction
  47
- Source Level Adjustment Procedure
  47
- Equipment Required
  47
- Procedure
  47
- IF Adjustment Procedure
  49
- Equipment Required
  49
- Procedure
  49
- Time Base Adjustment Procedure
  50
- Equipment Required
  50
- Procedure
  50
- Factory RF Calibration (RF Cal)
  52
- Equipment Required
  52
- Procedure
  52
- Thru Line Length Determination Procedure
  54
- Equipment Required
  54
- Procedure
  54
Chapter 5 - Troubleshooting

57
- Introduction
  57
- General Safety Warnings
  57
- Troubleshooting Test - Power Supply DC Check
  58
- Equipment Required
  58
- Reference Figures
  58
- Procedure
  59
- Troubleshooting Test - Non-Ratio Power Level Check
  60
- Equipment Required
  60
- Procedure
  60
- Troubleshooting Turn-On Problems
  61
- Unit Cannot Boot up
  61
- Unit Cannot Boot into Windows os Environment
  61
- Unit Cannot Launch Shockline Application
  61
- Troubleshooting Operating Problems
  62
- Frequency Related Problems
  62
- RF Power Related Problems
  62
- Troubleshooting Measurement Problems
  63
- VNA Measurement Quality
  63
- Checking Possible Measurement Problems
  63
Chapter 6 - Assembly Removal and Replacement

65
- Introduction
  65
- Electrostatic Discharge Prevention
  65
- Basic Assembly Overview
  65
- Disassembly Procedure
  67
- Common Disassembly Procedure
  67
- VNA Module Assembly
  69
- Replacement Parts
  69
- Reference Figures
  69
- Replacement Procedure (for Instruments with Options 4 or 10)
  76
- Replacement Procedure (for Instruments with Options 14, 20, 30, 40, or 43)
  77
- CPU Assembly
  78
- Replacement Part
  78
- Reference Figures
  78
- Replacement Procedure
  81
- Solid State Drive
  82
- Replacement Part
  82
- Reference Figure
  82
- Replacement Procedure for MS46322A Revision 1 Instrument
  83
- Replacement Procedure for MS46322A Revision 2 Instrument and MS46322B
  83
- Back Plane PCB Assembly
  84
- Replacement Part
  84
- Reference Figure
  84
- Replacement Procedure
  85
- IO Handler PCB Assembly
  86
- Replacement Parts
  86
- Reference Figures
  86
- Replacement Procedure for IO Handler PCB Assembly
  86
- 6-10 Fan Assemblies
  87
- Replacement Parts
  87
- Reference Figures
  87
- Replacement Procedure for Right Fan Assembly
  88
- Replacement Procedure for Left Fan Assembly
  89
- Replacement Procedure for Rear Fan Assembly
  89
- Power Supply Assembly
  90
- Replacement Part
  90
- Reference Figures
  90
- Replacement Procedure
  92
- 6-12 Test Port Adapter
  93
- Replacement Parts
  93
- Reference Figures
  93
- Replacement Procedure  N(F) Test Port Adapter
  96
- Replacement Procedure  K(M) Test Port Adapter
  96
- 6-13 Front Panel LED PCB Assembly
  97
- Replacement Part
  97
- Reference Figure
  97
- Replacement Procedure  Instruments with N(F) Test Ports
  98
- Replacement Procedure  Instruments with K(M) Test Ports
  98
Appendix A - Test Records

101
- Introduction
  101
- Shockline MS46322A/B System Performance Test Record
  102
- System Performance Verification
  102
- Shockline MS46322B Instrument Performance Test Record
  103
- Frequency Accuracy
  103
- Output Power (Operational Test
  103
- System Dynamic Range
  107
- High Level Noise
  108
- Index
  115

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Anritsu ShockLine MS46322A Series Manuals

Anritsu ShockLine MS46322A Series Programming Manual (472 pages)

Table of Contents

Chapter 1 - General Information

Chapter 2 - Programming the Shockline™ Series VNA

Chapter 3 - IEEE Commands

Chapter 4 - Diagnostic and Troubleshooting Commands

Chapter 5 - SCPI Commands: 1-Port and 2-Port Vnas

Appendix A - Third Party Programming and Driver Support

Appendix B - Agilent ENA SCPI Programming Emulation

Appendix C - IVI Functions

Anvna_Calstoredata

Name

Variable Type Description

Visession VI

Repcapidentifier Viconststring

The Visession Handle that You Obtain from the Ividriver_Init or

Anritsu ShockLine MS46322A Series Maintenance Manual (118 pages)

Table of Contents

Chapter 1 - General Information

Chapter 2 - MS46322A Performance Verification

Chapter 3 - MS46322B Performance Verification

Chapter 4 - Adjustment

Chapter 5 - Troubleshooting

Chapter 6 - Assembly Removal and Replacement

Appendix A - Test Records

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