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General| Brand | Agilent Technologies |
|---|---|
| Model | N9020A |
| Category | Measuring Instruments |
| Language | English |
Sets up physical connections for transmit power measurements.
Provides an example configuration for the BTS in transmit power measurements.
Step-by-step instructions for performing transmit power measurements.
Explains how to interpret the results of transmit power measurements.
Offers solutions for common issues in transmit power measurements.
Sets up physical connections for Adjacent Channel Power (ACP) measurements.
Provides an example configuration for the BTS in ACP measurements.
Step-by-step instructions for performing ACP measurements.
Explains how to interpret the results of ACP measurements.
Sets up physical connections for Power vs. Time measurements.
Provides an example configuration for the BTS in Power vs. Time measurements.
Step-by-step instructions for performing Power vs. Time measurements.
Explains how to interpret the results of Power vs. Time measurements.
Offers solutions for common issues in Power vs. Time measurements.
Sets up physical connections for Spectrum Emission Mask (SEM) measurements.
Provides an example configuration for the BTS in SEM measurements.
Step-by-step instructions for performing SEM measurements.
Explains how to interpret the results of SEM measurements.
Offers solutions for common issues in SEM measurements.
Sets up physical connections for spurious emissions measurements.
Provides an example configuration for the BTS in spurious emissions measurements.
Step-by-step instructions for performing spurious emissions measurements.
Explains how to interpret the results of spurious emissions measurements.
Offers solutions for common issues in spurious emissions measurements.
Sets up physical connections for occupied bandwidth measurements.
Provides an example configuration for the BTS in occupied bandwidth measurements.
Step-by-step instructions for performing occupied bandwidth measurements.
Explains how to interpret the results of occupied bandwidth measurements.
Offers solutions for common issues in occupied bandwidth measurements.
Sets up physical connections for Power Statistics CCDF measurements.
Provides an example configuration for the BTS in Power Statistics CCDF measurements.
Step-by-step instructions for performing Power Statistics CCDF measurements.
Explains how to interpret the results of Power Statistics CCDF measurements.
Offers solutions for common issues in Power Statistics CCDF measurements.
Sets up physical connections for modulation accuracy (EVM) measurements.
Provides an example configuration for the BTS in modulation accuracy measurements.
Step-by-step instructions for performing modulation accuracy measurements.
Explains how to interpret the results of modulation accuracy measurements.
Offers solutions for common issues in modulation accuracy measurements.
Sets up physical connections for code domain measurements.
Provides an example configuration for the BTS in code domain measurements.
Step-by-step instructions for performing code domain measurements.
Explains how to interpret the results of code domain measurements.
Offers solutions for common issues in code domain measurements.
Sets up physical connections for IQ waveform (time domain) measurements.
Provides an example configuration for the BTS in IQ waveform measurements.
Step-by-step instructions for performing IQ waveform measurements.
Explains how to interpret the results of IQ waveform measurements.
Sets up physical connections for monitor spectrum measurements.
Provides an example configuration for the BTS in monitor spectrum measurements.
Step-by-step instructions for performing monitor spectrum measurements.
Explains how to interpret the results of monitor spectrum measurements.
Lists the measurements supported by the Baseband I/Q option.
Provides a general overview of using Baseband I/Q inputs and their functionality.
Explains the functionality, connectors, and modes of Baseband I/Q inputs.
Defines baseband I/Q signals in transmitter and receiver contexts.
Discusses the advantages and applications of performing measurements at baseband.
Guides on choosing and using appropriate probes for baseband I/Q measurements.
Lists the probes currently supported for use with the Baseband I/Q option.
Details probes that require manual calibration procedures.
Describes the different display views available for baseband I/Q measurements.
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