• Should have complete hardware and software setup for demonstration of RADAR concepts, should be provided with object counter, and should be able to measure real time Fan RPM measurement and vibration measurement with tuning fork. 

• Alarm : Onboard detected signal indication Should have following technical specifications 

• Transmitter Frequency : 10GHz 

• Output Power: 10mW (approximate) 

• Operating Voltage:8.6V 

• Antenna : Parabolic Dish 

• Antenna Gain : 16dB 

• Sensitivity: -50 to -70dB m 

• IF Output : Audio range 

Software features: 

• Oscilloscope: Real time/Storage mode with FFT analysis 

• Display : Voltage: Vpp 

• Speed :  Km/hr, Miles/hr, m/s, rpm 

• Frequency :  Hz & kHz 

Time domain window :

• Display the Doppler Frequency in Time domain 

• Frequency domain window: Display the Doppler Frequency in Frequency domain 

• User interface for Measurement of Doppler Frequency, Amplitude, Velocity, RPM  

Accessories:

• Tripod stand

• The training should include single user Classroom / laboratory teaching, learning software module on RF and Microwave:  

• The content should have easy explanation of various complex topics with animation and simulation for ease of student learning.

• It should also support learning through videos, graphs, charts, along with mandatory rich content and theory to understand fundamental concepts, interactive learning objects 

etc. 

• RF and Microwave: Explore the concept of Microwaves through interactive animation.

• In depth study of RF and Microwave components, devices and systems.

• Attractive three dimensional field patterns with different view angles.

• Observation, Analysis and Calculation of typical parameters and their effect.

• Simulate Microwave mathematical concepts in an innovative way.