Product Code: RID-001-NE
Details for Radar Training System, Radar Trainers and Radar Antenna Demo Systems
Radar Training Equipment for Education, Engineering and Vocational Training
Doppler Radar Training System, Radar Training System - Digital Radar Training System has been designed with simulated experiments on hardware interfaced with software on PC. Experimenting with the trainer include different types of fixed and moving objects, object counters, analysis of signals on CRO or Windows based software, test points etc.
Doppler Radar Training System Features
Demonstrates the principle of Doppler shift of reflected electro magnetic wave from a moving object Speed, rotation, event counting, level control, contact less vibration measurement Observation and measurements with software Microwave X band operation High gain Parabolic antenna provided for narrow beamwidth and clutter reduction.
PC based oscilloscope provided FFT with cursor measurement
Microwave Transceiver: Type : MMIC tranciever with parabolic dish antenna. Antenna Size : 25cm dia with f/d 0.25 Frequency : 10.3 GHz DRO stabilized Output Level : 0 dBm typical Sensitivity : -70dBm typical Output : PC Compatible Power Supply : 100-240V, 47-63 Hz Software: Display : Responsive real-time up to 50 fps refresh Mode : Single trace, dual trace, and XY (Lissajous) Bandwidth : 10 Hz - 20 kHz, AC coupling Timebase : 10 us - 5 s ADC : 8-bit and 16-bit acquisition Sampling : 11 kHz to 44 kHz rate FFT : amplitude and/or phase System PC required : 300 MHz or faster PC, 64MB RAM, 1MB of disk space, Windows® XP, sound card,(Not supplied) Data export : Raw data export as WAV file Screenshot : Saved in BMP and EMF formats Visible trace : can be saved as text file Function : Copy-paste for screenshots or data Files - Printing, Triggering : Adjustable trigger level, slope, and delay Pretrigger : View - Single shot triggering mode Measure : On screen - Two cursors set by left and right click - Voltage and time difference readout - Direct frequency readout Accessories : Tuning Fork, Buzzer, Turbine Fan, Pendulum Moving Target Emulator & Radar jammer: Range : 0 to 1000km/hr Random Noise Jammer E-Manual: Installation Video for ease of Learning
List of experiments:
To investigate the fundamental concepts of Doppler radar. To setup radar and tune it for best performance. To measure speed of a fan. To detect the presence of a hidden Time Bomb with the help of a Doppler radar. To find out the Time period and frequency of a moving Pendulum for different lengths. To actuate the opening of a door, Traffic signal, Intrusion alarm etc. with the help of a radar. To measure the units of items being produced in an assembly line production unit. To determine the presence of moving plasma from one electrode to other in a Tube light. To detect the presence of transformer hum and find its frequency. To measure the variable speeds of moving objects using Velocity simulator. Calibration of Doppler radar using tuning fork. To study the reflective, absorptive and transmissive properties of materials using radar and velocity simulator. To find the speed of a moving object with Doppler radar from different angles. To find the speed of a moving object approaching or receding away from radar from different-different angles To estimate the size of a moving objects using Radar To measure the distance traveled using Radar. To find out the presence of a Pedestrian and manage Traffic till he walks away. To find out the presence of an aero plane with the rotation of the turbine of its engine as used by Air Force. To study the use of radar in detecting respiration and heart beating. Study of climatic conditions of atmosphere cyclones, Clouds, tornado using a Doppler radar.
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