The Wave and Propagation Trainer is a useful training system for the Laboratories. It helps student to learn Wave Properties and Propagation results. Concepts of Reflection, Refraction, Polarization, Diffraction,
Interference, Standing waves and Interferometer can be understood very easily. The setup mainly consists of Microwave Transmitter, Microwave Receiver, Goniometer scale. Along with this setup a number of other accessories are provided to perform different experiments. A user friendly manual is provided with this system to help student in performing the experiments and to understand the topic theoretically.

Technical Specifications:

Frequency of Operation : 10 GHz (approx)
Power of Transmission : 10 -15 mW
Operating Voltage : 8 V (approx)
Antennas for Transmission & Reception : Horn type
Ganiometer Scale : 0° - 360°
Tone Generator : 1 KHz Frequency
Transmitter and Receiver arm length : 49 cm each (approx)
Power Display : Digital, Relative
Measurements
Power Supply : 230 V ±10%, 50 Hz

Accessories

Microwave Transmitter           Metal Plates of different dimensions
Microwave Receiver               Partial Reflectors
Transmitter Arm                      Din Connectors Cables
Receiver Arm                          Metal Plate holder
Ganiometer Base Unit            Polarization Grille
Detector Probe                       Prism Stand
Prism                                      Microphone

• A Complete set for Transmission, Reception and
• Measurement of Microwave Power
• Digital displays are provided for relative strength
• measurement of microwave
• Complete set of accessories for performing the experiments
• of Reflection, Refraction, Polarization and Interference etc.
• Audio / Voice communication facility is provided
• Provided with a detector probe for field detection
• Accessories are provided in a carrying case
• Provided with a detailed Operating manual

Experiments that can be performed

• To understand the Basic setup and Introduction to the given
• system
• To understand the Working of Transmitter and Receiver
• To study the Standing Waves and Measure the Wavelength of
• Microwave
• To study the Reflection in Microwaves
• To study the Refraction in Microwaves (Snell's Law)
• To study the Polarization in Microwaves
• To study the double slit Diffraction and Interference in
• Microwaves
• To study the Fabry-Perot Interferometer
• To study the Voice Communication with the help of
• Microwave Receiver