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Doppler Radar Trainer

Doppler Radar Trainer

CAT NO: DIDACTICNTE-11-12-0173

Doppler Radar Trainer Description and Tender Specification:

Doppler Radar Trainer.
Radar Trainer is an ideal learning tool to understand the concept and working of Radar technology. Radar or RDF (Radio Direction Finder) is a system that uses electromagnetic waves to identify the range, altitude, direction, or speed of both moving & fixed objects such as aircraft, ships, motor vehicles, weather formations, and terrain. A transmitter emits radio waves, which are reflected by the target and detected by a receiver. Radar is used in meteorological detectionof air traffic control, police detection of speeding traffic and military.
Radar Trainer is designed with many simulated experiment on hardware interfaced with software on PC. Experimenting with the trainer includes different types of fixed and moving object, object counters, analysis of signals on CRO or Windows based software, test points etc.
Features:
    _ On board object counter provided on trainer
    _ LED Indication for Doppler echo signal
    _ In built fan power supply 0-12V DC
    _ Signals study on software as well as on CROwith the help of test points given on trainer
    _ Complete hardware and software setup to demonstrate the Radar concept
    _ Real time fan RPM measurements and vibration measurements with the help of tuning forks
    _ On board alarm for detection
    _ Tripod stand provide for height and level matching
    _ Complete accessories setup for all experiments
    _ Weight : 25Kg. (Approx.)
    _ Dimension : W 340 x H 110 x D 210
Specifications:
    _ Transmitting Frequency: 10 GHz – X Band Microwave
    _ Trans Receiver Unit having wave guide adaptor, detector and T circulator
    _ Output Power: 10 to 15 mW
    _ Operating Voltage: 8.8 V
    _ Antenna: Horn Antenna
    _ IF Output: Audio Range
    _ Power Supply: 220V @ 50 Hz
    _ Alarm: Onboard signal indication
Experiments:
    _ Study of Doppler Radar
    _ Determination of velocity of moving object
    _ Understand Doppler Radar time and frequency measurements
    _ Understand an Alarm System
    _ Understand Object Counting

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