Workshop on Theory, Design and Development of Basic Microwave Circuits for RF Communications

#Microwave #Circuits #power-dividers #power-amplifiers #microwave-circuits #microwave-filters #mixers #filters #directional-couplers #electromagnetics #Microwaves #communication
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Microwave circuits are electronic circuits that operate at high frequencies (300 MHz to 300 GHz) and are essential in technologies like radar, satellite communication, and 5G. Unlike low-frequency circuits, they use distributed elements like microstrip lines instead of traditional components due to wave behaviour. Key components include amplifiers, mixers, filters, and antennas. EM CAD tools like ADS, HFSS/CST are used to analyze the designed microwave circuits using simulated S-parameters and Smith charts. These circuits enable high-speed communication but require careful handling of signal loss, impedance matching, and thermal effects. The main objective of this workshop is to create awareness and provide fundamentals on basic microwave circuits. The following topics are covered in this workshop.


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Dr. Shilpi of Keysight Technologies

Topic:

Hands-on Session on Branch Line Coupler using ADS

·       Design of Branch Line Coupler Hands-on using ADS

Biography:

SHILPI SINGH (Graduate Student Member, IEEE) received the B.Tech. degree in electronics and communication from the Krishna Engineering College Ghaziabad, and the M.Tech. degree in RF and microwave engineering from the Indian Institute of Information Technology, Design and Manufacturing, Jabalpur, India. She received her Ph.D. from the Indian Institute of Technology Delhi (IIT Delhi) in 2025. She is currently working as an Application Development Engineer/Scientist at Keysight Technologies. She has served as the Chairperson and the Treasurer of IEEE MTT-S Student Branch Chapter IIT Delhi. Her research interests include leaky wave antenna, slotted waveguide antenna, sub terahertz imaging, millimeter wave RF components, and reconfigurable antennas.

Address:Keysight Tech, , Uttar Pradesh, India




Agenda

·       Introduction to Microwave Circuits

·       Design of Power Dividers - Wilkinson, T-Junction power dividers.

·       Design of Directional Couplers/Branch line Couplers.

·       Design of Microwave filters - LPF, BPF, BSF.

·       Design of Microwave Amplifier.

·       Design of RFIC transceiver system.

·       Introduction to Power Amplifier and MIC.

·        Design of Reflect Arrays based on metamaterials.


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Dr._Shilpi 312.09 KiB
Day_3_AN 246.67 KiB
Poster 290.80 KiB