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TABLETOP DOPPLER RADAR

Team Wave Riders

The purpose of the tabletop doppler radar is to create and design a portable doppler radar capable of detecting velocity and distance that can be assembled and disassembled by one person. We would like to thank our sponsors Dr. Willie and Dr. Chrysler of Northern Arizona University for this project. Last Updated: 2/15/19

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Michael Eck

Email:mje84@nau.edu

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Ricardo Toledo

Email: rdt64@nau.edu

 

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Mohammad Hussein

Email:mh2385@nau.edu

Chrysler_Andrew-150x225.jpg

Client: Dr.Andrew Chrysler

Email: Andrew.Chrysler@nau.edu

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Client: Dr.Delbert Willie

Email: Delbert.Willie@nau.edu

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GTA Mentor: Arnau Rovira-Sugranes

Email: ar2832@nau.edu

Project Description

Team Wave Riders

Our clients requested a radar that uses the doppler effect for detecting object locations and eventually would like to determine velocity. The doppler radar must also be small enough to fit on a tabletop so that transportation can be easy enough for just one person. The doppler radar must work in the S-Band frequency range of 2-4 GHz and should be able to detect objects within 100 meters. The clients also requested that the radar is capable of transmitting a continuous wave with the antenna rotating 360 degrees around its axis. The purpose of this project is to eventually make it easier for students to under- stand electromagnetic wave propagation and the doppler effect.

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Testing & Simulation

Challenges

  • Clients requested a doppler radar to measure wind velocity
  • Blind Speeds
  • Unambiguous Range
  • Range Resolution
  • Power Restrictions FAA
  • Solid State electronics instead of Vacuum tube electronics
  • Physical Restrictions
  • Budget
  • Time
  • Purchasing improper equipment