Technology Labs
RFL-DRT: 24GHz FSK Doppler Radar Training System
About Product
The RFL-DRT 24GHz FSK Doppler Radar Training System is designed for hands-on study of Doppler radar principles, signal processing, and motion detection. It features a 24GHz FSK radar transceiver with real-time signal visualization, speed measurement, and multi-target tracking. The trainer enables practical experiments on Doppler shift, frequency measurement, and radar-based sensing applications.
1) A digital 24 GHz pulsed-FSK Doppler radar transceiver with on-board FFT signal processing, multi-target tracking and a configurable detection zone over a UART interface.
2) Mircrowave transceiver.
3) Speed, rotation, level control, contact-less vibration measurement.
4) Multi-target tracking (Up to 8 tracked objects).
5) Modulation Pulsed FSK.
6) Mobile based interactive e-manual.
1) 16 bit radar data acquisition System
2) Displays and logs doppler signals
3) Maximum 2 channel acquisition supported (I and Q Signals)
4) Signal views in frequency and time domain
5) Signals observable on test points on front plate as well as in software windows
6) Real time Log file playback to screen and test points
7) Works with single channel and dual channel radar modules
8) Detailed analysis of signals possible using external measurement systems
9) System power obtained from host using USB port
10) Strong software support
Microwave Transceiver
1) Type: Integrated transmitter and receiver with dual 4 patch antenna
2) Operating frequency: 24GHz (K-Band)
3) Single balanced mixer: 50MHz bandwidth
4) EIRP output power: 15dBm
5) Beam aperture: 80° / 34°
Software
1) Graphically configurable frequency and peak detection
2) Time domain display (scope) with trigger and filter functions
3) Real time capture and display of signal at background along with current acquired signal
4) Speed display: Display in km/Hr, m/s, KHz
5) Volts/div: 20mV/div ~ 3V/div
6) Display: Peak to peak level display
7) Time Base: 0.5mS/div ~ 10mS/div (real time)
8) Trigger: Manual
9) Storage mode: Streaming to standard save files
10) FFT: Real time with cursor measurement
11) FFT Power spectrum display: 5 Hz ~ 20 kHz
1) Introduction to Doppler Radar
2) Study of Doppler Shift and how it is being used in various applications
3) To find out the time period and frequency of pendulum
4) To measure the speed of fan in RPM
5) To measure the frequency of peizo electric buzzer
6) To find out the accuracy of the radar using tuning fork
7) To detect the transformer HUM and its frequency
With 35 years of legacy in Technical Education, Akademika extends its expertise to Defence and Skill development, building Innovative, Reliable Training Systems for the next generation of Learners.
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