SCOPE OF LEARNING:
• Doppler Radar Training System, is a versatile & useful training system for understanding Doppler principle. The Doppler Radar plays a very important role in today’s industrial and domestic applications. The trainer is unique in design as it covers study of Doppler principles through different experiments & applications. The trainer is ergonomically designed and is user friendly complete with all necessary components / modules. The Detailed Instruction manual with various experiments is provided
List of Experiments
• 1. To investigate the fundamental concept of Doppler radar
• 2. To Set Up a Radar and Tune it for optimum performance
• 3. To find the Time Period, Calculate the Frequency and estimate the Speed of Fan / Other metallic revolving objects (like Aeroplane Turbine)
• 4. To find the Time Period and Calculate the Frequency of a moving Pendulum for different lengths
• 5. To determine the presence of moving pendulum from one electrode to the other
• 6. To Study Reflective, Absorptive & Transmissive properties of material using Radar
• 7. To Study & Estimate the Speed of Moving Object from different angles
• 8. To Study & Estimate the Speed of Moving Object Approaching or Receding away from Radar from different angles
Contents :
The Doppler radar Training System consists of :
1. Main Transceiver Module
2. Horn Antenna
3. Adjustable Stand
4. Tripod
5. DC Power Supply Module
6. Necessary Cables (Audio to Audio Jack)
7. Different materials to study Absorbtion / Reflection & Transmission properties of Radar
8. Variable speed fan with Speed Regulator
9. Pendulum (with adjustable length string)
10. Pen drive For Software
11. Pedestrian Detection Module
12. Detailed Instruction Manual
TECHNICAL SPECIFICATIONS:
Features:
• Microwave X Band Operation
• Microwave Transceiver in one unit
• Demonstrates the principle of Doppler Shift of Reflected Electromagnetic Wave from a moving object
• High Gain Horn Antenna provided for focused Narrow Beamwidth .
• Software provided for direct Frequency readout with both Frequency & Time Domain
• Separate DC Power Supply for the main unit
• Flexibility for adjustment of Direction, Height, Angle for better Focus
• Specially designed experiments showing different applications for better understanding
• Detailed Instruction Manual
TECHNICAL SPECIFICATIONS:
• Type : MMIC (Monolithic Microwave Integrated Circuit) based Transceiver with internal patch antennas
• Antenna: Horn Antenna provided for focused Narrow Beamwidth & Clutter reduction
• Frequency: 10 GHz DRO (Dielectric Resonant Oscillator) based Transceiver
• Output : PC Compatible Up to Windows 10
• Focus Facility: Flexibility for adjustment of Direction, Height, Angle for better Focus
• Power Supply: 5V DC module to work at 230 V AC mains
• Software: Software provided for direct Frequency readout with both Frequency & Time Domain facilities