Viavi SPA06MA-O R005 Manuals

Manuals and User Guides for Viavi SPA06MA-O R005. We have 1 Viavi SPA06MA-O R005 manual available for free PDF download: User Manual

Viavi SPA06MA-O R005 User Manual

Viavi SPA06MA-O R005 User Manual (412 pages)

Brand: Viavi | Category: Control Unit | Size: 19.67 MB

Table of Contents

Table of Contents
5
About this User Guide

11
- Assumptions
  12
- Purpose and Scope
  12
- Related Information
  12
- Terminology
  12
- Conventions
  13
- Safety and Compliance Information
  15
- Technical Assistance
  15
Chapter 1 Overview

17
- Exploring the Module
  18
- SPA06MA-O Overview
  18
- Module Installation
  19
Chapter 2 Using Spectrum Analyzer

23
- Introduction
  24
- Selecting Mode and Measure
  24
- Configuring Spectrum Measurements
  25
- Setting Frequency
  25
  - Frequency and Span
    26
- Setting Amplitude
  27
- Setting Channel
  27
  - Channel Number, Channel Step, and Channel Standard
    27
- Setting BW/AVG
  29
- Selecting Sweep
  30
- Setting Trigger
  31
- Setting Trace
  32
  - Trace Type
    32
  - Trace Detection
    33
  - Trace Math
    33
- Setting Limit
  34
- Using Marker
  36
  - Using Marker Table
    37
- Conducting RF Measurements
  38
  - Channel Power
    39
  - Spectrum Emission Mask (SEM)
    41
  - Adjacent Channel Power (ACP)
    43
  - Multi Adjacent Channel Power
    45
  - Spurious Emissions
    47
  - Field Strength Meter
    49
- Conducting Spectrum Measurements
  38
- Utility
  50
  - Gate Sweep Spectrum
    50
  - Route Map
    52
Chapter 3 Using Interference Analyzer

55
- Introduction
  56
- Selecting Mode and Measure
  56
- Conducting Spectrum Measurements
  57
  - Spectrum
    57
  - Spectrogram
    58
- Conducting Interference Measurements
  60
  - Rssi
    60
  - Interference Finder
    61
  - Radar Chart
    66
  - Obtaining RSSI Data
    68
- Utility
  71
  - Spectrum Replayer
    71
  - PIM Detection
    72
Chapter 4 Using Real-Time Spectrum Analyzer

75
- Conducting Spectrum Measurements
  76
  - Persistent Spectrum
    77
  - Persistent Spectrogram
    80
- Introduction
  76
- Selecting Mode and Measure
  76
- Conducting Interference Analysis
  83
  - Persistent RSSI
    83
  - Persistent Interference Finder
    85
  - Persistent Radar Chart
    91
- Utility
  96
  - Real-Time Spectrum Replayer
    96
Chapter 5 Using LTE/LTE-A FDD Analyzer

99
- Introduction
  100
- Conducting Spectrum Measurement
  101
  - Spectrum
    101
- Selecting Mode and Measure
  101
- Conducting RF Measurement
  102
  - Channel Power
    102
  - Occupied Bandwidth
    104
  - Spectrum Emission Mask
    105
  - Aclr
    106
  - Multi-ACLR
    107
  - Spurious Emissions
    109
- Power Vs Time
  110
  - Power Vs Time (Frame)
    110
- Conducting Modulation Measurement
  112
  - Constellation
    112
  - Data Channel
    114
  - Control Channel
    117
  - Subframe
    119
  - Frame
    122
  - Time Alignment Error
    125
  - Data Allocation Map
    127
  - Carrier Aggregation
    128
- Conducting OTA Measurement
  130
  - OTA Channel Scanner
    130
  - OTA ID Scanner
    133
  - OTA Multipath Profile
    134
  - OTA Control Channel
    135
  - OTA Datagram
    137
  - OTA Route Map
    139
  - Freq/Time/Power Variation
    144
- Miscellaneous
  147
  - Power Statistics CCDF
    148
Chapter 6 Using LTE/LTE-A TDD Analyzer

149
- Introduction
  150
- Conducting Spectrum Measurement
  151
  - Spectrum
    151
- Selecting Mode and Measure
  151
- Conducting RF Measurement
  153
  - Channel Power
    153
  - Occupied Bandwidth
    154
  - Spectrum Emission Mask
    156
  - Aclr
    158
  - Multi-ACLR
    159
  - Spurious Emissions
    160
- Power Vs Time
  162
  - Power Vs Time (Frame)
    162
  - Power Vs Time (Slot)
    164
- Conducting Modulation Measurement
  166
  - Constellation
    166
  - Data Channel
    169
  - Control Channel
    172
  - Subframe
    175
  - Time Alignment Error
    179
  - Data Allocation Map
    180
  - Carrier Aggregation
    182
- Conducting OTA Measurement
  184
  - OTA Channel Scanner
    184
  - OTA ID Scanner
    187
  - OTA Multipath Profile
    188
  - OTA Control Channel
    189
  - OTA Datagram
    191
  - OTA Route Map
    193
  - Freq/Time/Power Variation
    198
- Miscellaneous
  201
  - Power Statistics CCDF
    202
Chapter 7 Using 5G NR Signal Analyzer

203
- Introduction
  204
- Conducting Spectrum Measurements
  205
  - Trigger Spectrum
    205
- Selecting Mode and Measure
  205
- Conducting RF Measurements
  209
  - Channel Power
    209
  - Occupied Bandwidth
    213
  - Spectrum Emission Mask
    216
  - Aclr
    220
  - Multi-ACLR
    223
  - Spurious Emissions
    225
- Conducting OTA Measurement
  227
  - Beam Analyzer
    227
  - Carrier Scanner
    231
  - Route Map
    235
  - Beam Availability Index
    243
  - Freq/Time/Power Variation
    247
  - Multipath Profile
    250
- Conducting Modulation Measurement
  253
  - Constellation
    253
- Power Vs Time
  257
  - Power Vs Time (Slot)
    257
  - Power Vs Time (Frame)
    260
- Conducting PDSCH Measurement
  263
  - PDSCH Constellation
    264
  - EVM Vs Subcarrier
    270
  - Allocation Mapper
    276
Chapter 8 Using NSA Signal Analyzer

284
- Introduction
  284
- Selecting Mode and Measure
  284
- Conducting OTA Measurements
  284
  - NSA Analyzer
    284
  - NSA Scanner
    290
  - Route Map
    295
Chapter 9 Using 5G DSS Signal Analyzer

306
- Introduction
  306
- Selecting Mode and Measure
  306
- Conducting Spectrum Measurements
  307
  - Spectrum
    307
- Conducting RF Measurements
  308
  - Channel Power
    308
  - Occupied Bandwidth
    310
  - Spectrum Emission Mask
    311
  - Aclr
    312
  - Multi-ACLR
    313
  - Spurious Emissions
    315
- Conducting Power Vs Time Measurements
  316
  - Power Vs Time (Frame)
    316
  - Power Vs Time (Slot)
    318
- Conducting Modulation Measurements
  320
  - Constellation
    320
  - Channel Mapper
    324
  - Control Channel
    326
  - Subframe
    331
  - Frame
    337
  - Time Alignment Error
    341
- Conducting OTA Measurement
  343
  - OTA Channel Scanner
    344
  - OTA ID Scanner
    347
  - OTA Multipath Profile
    350
  - OTA Control Channel
    353
  - OTA Route Map
    357
  - Freq/Time/Power Variation
    364
Chapter 10 Using Rfocipri Analyzer

369
- Introduction
  370
  - Selecting Mode and Measure
    370
- Connecting Cables
  371
  - Selecting Port
    371
- Configuring Test Parameters
  372
  - Setting Frequency
    372
  - Setting Reference Level
    372
  - Setting Scale Per Division
    373
  - Setting External Offset
    373
  - Enabling Auto Leveling
    374
  - Setting RBW
    375
  - Setting Average
    376
  - Setting Sweep Mode
    376
  - Setting Trace
    377
- Selecting Network Technology
  378
- Configuring Rx Parameters
  378
- Configuring Tx Parameters
  381
- Setting Measure Setup
  382
- Conducting Spectrum Measurement
  384
- Conducting Spectrogram
  387
- Using the Spectrum Replayer
  387
  - Setting Display
    388
Chapter 11 Using EMF Analyzer

391
- Introduction
  392
- Connecting Antenna
  392
- Selecting Mode and Measure
  394
- Conducting Spectrum Measurement
  394
  - Spectrum
    395
- Conducting Signal Measurement
  400
  - 5G NR Beam Analysis
    400
Appendix A Physical Specifications

409

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