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AWR Tutorial: Single Diode Mixer Design and Simulation, Part 1

Learn how to design and simulate a single diode mixer using AWR in Part 1 of this video series.
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AWR Tutorial: Single Diode Mixer Design and Simulation, Part 1

A single diode mixer is an electronic circuit used in RF and microwave systems to mix two signals and consists of a single diode as the key component. Typically, operation occurs in the nonlinear region of the diode’s current-voltage characteristic, enabling the diode to perform signal mixing by generating new frequencies from the input signals.

This 3-part tutorial series will dive into the design and simulation of a single diode mixer using AWR Microwave Office. AWR provides a comprehensive electronic design automation (EDA) solution for developing RF/microwave products.

In the Part 1 of the Single Diode Mixer Design and Simulation series, you will learn:

  • What is a RF Mixer?
  • The pros and cons of RF mixers
  • How to create a diode model using AWR Microwave Office

Check out the rest of the videos in this series to continue learning:

To create and simulate your own single diode mixer, get a free trial of AWR here and follow along with the demonstration files. Learn more about AWR with our AWR Tutorial Series.

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