Metal Insert E Plane Rectangular Waveguide Filter

Microwave CIrcuits are implemented with the help of Transmission Lines and Waveguides.At low frequencies lumped Components  i-e capcaitors,resistors,inductors are used but at high frequencies their effect is translated with the help of Distributed Components i-e Transmission Lines or Waveguide

Project Title

Metal Insert E Plane Rectangular Waveguide Filter

Project Area of Specialization

Wearables and Implantable

Project Summary

Microwave CIrcuits are implemented with the help of Transmission Lines and Waveguides.At low frequencies lumped Components  i-e capcaitors,resistors,inductors are used but at high frequencies their effect is translated with the help of Distributed Components i-e Transmission Lines or Waveguide cavities. E plane filter is operated in TE10 mode with center frequency of 10 GHz and Bandwidth of 270 Mhz.

Project Objectives

• Determination of Length of Cavities and meatal insert with the help of Parametric Sweep
• Coaxial to Waveguide Transition
• Mechanical Modelling
• Application ion Radar

Project Implementation Method

 

• Parametric Sweep is Simulated in HFSS to find Appropiate S-parameters.
• Coaxial to waveguide Transition is designed
• Mechanical Modelling is done in Creo.
• Testing the Two port Network using Network Analyzer
• Comparison between Simulated and Actual results

Benefits of the Project

Benefits of Waveguide Filter

Microwave Filters are used in Radar for receiving and Transmitting Electromagnetic waves at diatance.

Technical Details of Final Deliverable

Deliverables

• Transition Design
• Metal insert E plane 
• Waveguide Cavities

Final Deliverable of the Project

HW/SW integrated system

Type of Industry

Others , Telecommunication

Technologies

Others

Sustainable Development Goals

Industry, Innovation and Infrastructure

Required Resources

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