Anritsu MS46122A/B-040 Manuals

Manuals and User Guides for Anritsu MS46122A/B-040. We have 1 Anritsu MS46122A/B-040 manual available for free PDF download: Manual

Anritsu MS46122A/B-040 Manual (208 pages)

ShockLine MS46122A/B and MS46322A/B Series, Vector Network Analyzer

Brand: Anritsu | Category: Measuring Instruments | Size: 16 MB

Table of Contents
3
Chapter 1-Calibration Overview

9
Chapter 2-Automatic Calibration Procedures

29
- Chapter Overview
  29
- Automatic Calibration Introduction
  29
  - Transfer Calibration
    29
  - Calibration Accuracy
    29
- Automatic Calibration Terms
  30
  - Insertable and Non-Insertable Devices
    30
  - Auto-Sense
    30
  - Characterization File
    30
- Available Calibrator Modules and Adapters
  32
  - Autocal Modules and Adapters
    33
  - Smartcal Modules and Adapters
    33
  - Autocal Components
    33
  - Smartcal Module
    34
  - Connector Care
    34
  - Calibration Parameters and Types
    34
  - Adapter Removal
    35
  - Through Options
    35
  - Smartcal Test Port 1 / Port 2 Naming Assignments
    35
  - Autocal Test Port Left/Right Naming Assignments
    35
- MS46122A/B Typical Calibrator Connections
  36
- MS46322A/B Typical Calibrator Connections
  37
  - Using the Calibration Module
    38
- Copying the Calibrator Characterization File
  40
  - Procedure
    40
- Loading a Previously Stored Autocal Characterization
  41
  - Procedure
    41
- Pre-Calibration Instrument Setup
  42
  - Segmented Sweep
    42
  - IF Bandwidth (IFBW) and Averaging
    42
  - Example Procedure
    42
- Calibration - Full Two Port - Internal through
  45
  - Required Equipment
    45
  - Procedure
    45
- Calibration - Two Port Cal - True through
  50
  - Required Equipment
    50
  - Procedure
    50
  - Connect the True through
    54
- Calibration Module Characterization
  57
  - Characterization
    57
- Adapter Removal - M-M or F-F Reference Plane
  58
  - Adapter Removal Overview
    58
  - Required Equipment
    58
  - Prerequisites
    58
  - Procedure
    58
Chapter 3 -SOLT/SOLR Calibration

63
- SOLT/SOLR Introduction
  63
- Definitions
  63
  - Shorts
    63
  - Opens
    63
  - Loads
    63
  - Thru
    63
  - Reciprocal
    63
- SOLT/SOLR Calibration
  63
Chapter 4-Offset Short (SSLT) Calibration

73
- SSLT Introduction
  73
- SSLT Calibration Example
  75
Chapter 5-Triple Offset Short (SSST) Calibration

77
Chapter 6-LRL/LRM Calibration

83
- LRL/LRM Introduction
  83
- LRL/LRM Comparison
  83
- LRL/LRM Calibration Step-By-Step Example
  89
  - Procedure
    90
- Hints and Suggestions
  93
Chapter 7-Adapter Removal Calibrations

95
- Introduction
  95
- Two Related Sets of Reference Planes
  95
  - Caveats and Limitations
    96
- Performing an Adapter Removal
  99
  - Example Adapter Removal
    100
Chapter 8-Other Calibration Procedures

103
- Overview of Other Calibration Procedures
  103
- Through (Thru) Update
  103
- Interpolation
  104
- Hybrid Calibrations
  107
Chapter 9-Calibration And Measurement Enhancements

109
- Chapter Overview
  109
- Chapter Overview
  110
- Embedding/De-Embedding (E/DE)
  111
  - Embedding Tasks
    111
  - De-Embedding Tasks
    111
  - Embedding On/Off Control
    112
  - Types of E/DE Networks
    115
  - Entry Mode for Resistive Elements
    116
  - Entry Mode for Transmission Lines
    117
  - Entry Mode for S2P Defined File-Based Networks
    118
  - Saving and Recalling Embedding Network Configuration
    119
- Reference Plane Control
  120
  - Auto Button Functions
    120
- Impedance Transformation
  122
- Processing Order
  123
  - Reference Plane Processing Sequence
    123
  - Group Delay Processing Sequence
    123
- Conversions
  124
Chapter 10-Verification

127
- Introduction to Verification
  127
- Basic Concepts
  127
  - Hardware Level
    127
  - Intermediate System Level
    127
  - Comparison to Known Devices
    127
  - Metric of Comparison
    128
  - Verification Kit Creation Process
    129
- Verification Kit Components
  130
  - No Verification with Calibration Kits
    130
- Verification Kit Software
  132
Chapter 11-Measurement Setup Requirements

133
- Chapter Overview
  133
- Channels and Traces Introduction
  133
  - Channel Concept
    133
  - Trace Concept
    133
- Measurement General Concepts
  134
  - Per-System Variables
    134
- Channels and the Channel Menu
  135
- Traces
  138
  - Per-Trace Variables
    140
  - Complex Trace Setup Example
    141
- Markers Overview
  142
  - Marker Button Label Changes
    142
  - Marker Unit Changes
    142
  - Reference Marker off or on
    142
  - Turning Individual Markers off and on
    142
  - Turning All Markers on
    142
  - Turning All Markers off
    143
  - Naming Conventions for Marker Buttons and Toolbars
    143
  - Position Marker(S)
    143
- Hold Functions
  145
- Overview of Limit Lines
  146
- Limit Lines
  146
  - Limit Test
    146
  - Test Result Sign
    147
  - Limit Line
    147
  - Limit Fail Signal
    147
  - Editing Limit Lines
    147
  - Edit Limit Line Menu
    147
- Ripple Limit Lines
  149
  - Response Menu
    151
- Averaging and Smoothing
  152
  - Overview
    152
Chapter 12-Measurement - Time Domain (Option 002)

155
- Chapter Overview
  155
- Introduction
  155
- Basic Time Domain Modes
  156
- General Concepts
  157
  - Chirp-Z Transform
    157
  - Defects as Impulse Functions in the Time Domain
    157
  - One-Way or Round Trip Time
    157
- Low Pass Mode
  158
  - Range Setup Menu Functions
    159
  - DC Term Menu
    160
  - Window Shape Menu
    161
- Bandpass Mode
  165
- Gating
  169
  - Gate Menu
    169
  - DUT Example - Gate and Window Nominal
    171
  - Other Frequency-With-Time-Gate Calculation Items
    173
  - Saving Gated Results
    175
Chapter 13-Measurement - Sweep Types

177
- Chapter Overview
  177
- Introduction
  177
- Setting up Traditional Frequency Sweeps (Linear and Log)
  178
- Maximum and Minimum Power Settings
  178
- Frequency-Based Segmented Sweep
  179
- Index-Based Segmented Sweep
  183
Chapter 14-E/O And O/E Converter Measurements

185
- Chapter Overview
  185
- Introduction and Background
  186
  - Device Response
    189
  - Measurements/(O/E-E/O) Menu
    190
- Measurement Setups and Considerations
  191
  - Optical Linearity
    191
  - Laser Power and Photodetector Bias Sequencing
    191
  - Optical Fiber Lengths
    191
  - Modulator Bias Control
    192
  - Connector Care
    192
- Example 2-Port Procedures
  193
- Uncertainties
  198
- References
  199
- Summary
  199
Chapter 15-Maximum Efficiency Analysis (MEA) Measurements

201
- Overview
  201
- Introduction
  201
  - Software Setup for Maximum Efficiency Analysis
    202

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Anritsu MS46122A/B-040 Manuals

Anritsu MS46122A/B-040 Manual (208 pages)

Table of Contents

Chapter 1-Calibration Overview

Chapter 2-Automatic Calibration Procedures

Chapter 3 -SOLT/SOLR Calibration

Chapter 4-Offset Short (SSLT) Calibration

Chapter 5-Triple Offset Short (SSST) Calibration

Chapter 6-LRL/LRM Calibration

Chapter 7-Adapter Removal Calibrations

Chapter 8-Other Calibration Procedures

Chapter 9-Calibration And Measurement Enhancements

Chapter 10-Verification

Chapter 11-Measurement Setup Requirements

Chapter 12-Measurement - Time Domain (Option 002)

Chapter 13-Measurement - Sweep Types

Chapter 14-E/O And O/E Converter Measurements

Chapter 15-Maximum Efficiency Analysis (MEA) Measurements

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