AD9371 Testbenches

You can use the AD9371 testbench models to analyze the functioning and values of Analog Devices® AD9371 RF transmitter, receiver, observer, sniffer, or end-to-end designs.

Install Analog Devices RF Transceivers using simrfSupportPackages. You can open the testbench models using the Simulink® library browser and opening RF Blockset™ Models for Analog Devices RF Transceivers, or by typing the following in the MATLAB® command prompt:

open ad9371_testbenches

Click to open the AD9371 testbench model from the library:

Note

You require these additional licenses to run this model:

  • Communications Toolbox™

  • Stateflow®

  • Fixed-Point Designer™

Complete documentation on how to use the models is available with the software download.

open(ad93xx_getdoc)

AD9371_TX Analog Devices Transmitter Testbench

The transmitter testbench consists of:

  • CW and LTE Signal sources

  • External local oscillator signal source

  • AD9371 transmitter which is the device under test

  • Spectrum analyzer and power meter for signal visualization

AD9371_RX Analog Devices Receiver Testbench

The receiver testbench consists of:

  • CW and LTE 20 MHz Signal sources

  • External local oscillator signal source

  • AD9371 receiver which is the device under test

  • Spectrum analyzer and power meter for signal visualization

AD9371_ORX Analog Devices Observer Receiver Testbench

The observer receiver testbench consists of:

  • CW and LTE 20 MHz Signal sources

  • External local oscillator signal source

  • AD9371 receiver which is the device under test

  • Spectrum analyzer and power meter for signal visualization

AD9371_SNF Analog Devices Sniffer Receiver Testbench

The sniffer receiver testbench consists of:

  • CW and LTE 20 MHz Signal sources

  • AD9371 sniffer receiver which is the device under test

  • Spectrum analyzer and power meter for signal visualization

AD9371_TX_ORX Analog Devices Transmitter-Observer Testbench

The transmitter-observer testbench consists of:

  • CW and LTE 20 MHz Signal sources

  • External local oscillator signal source driving both transmitter and observer

  • AD9371 transmitter and observer connected via directional coupler

  • Spectrum analyzer and power meter for signal visualization