Overview

This course empowers learners to analyze, design, and evaluate RF and microwave systems using S-parameter techniques with some focus to 5G radio and microwave equipment. Through structured theory, interactive visualization, and practical tool-based sessions, participants will interpret the behavior of S-parameters, design impedance matching networks, and simulate wideband performance using professional-grade tools such as Smith Chart Online, Qorvo Match Calc, and CST Studio Suite. The course progressively develops competence from essential principles to advanced wideband considerations, ensuring a clear understanding of how reflection, transmission, stability, and gain metrics define real-world RF performance. This course is for RF engineers, electronics professionals, and advanced students who want to master S-parameters, matching networks, and wideband 5G/microwave system design, bridging theory with practical testing skills. Learners should have a basic understanding of electrical engineering concepts such as impedance, reflection, and frequency response, along with familiarity with decibels, phase, and vectors. Comfort with technical software tools is also beneficial. By the end, learners will synthesize theory and simulation to confidently evaluate and optimize RF components and systems across a broad frequency range.

Syllabus

Fundamentals of S-Parameters and RF Behavior

This module enables learners to analyze the fundamental concepts behind S-parameters and their physical interpretation in RF/microwave systems. Participants will differentiate between various network representations and interpret how S-parameters describe signal reflection and transmission.

S-Parameter Applications in RF/Microwave Design

This module bridges theoretical understanding with practical RF design workflows using S-parameters. Learners will design and evaluate impedance matching networks and assess system stability and gain using key performance metrics. By the end, they will integrate analytical and design perspectives in a unified RF workflow.

Advanced Insights and Wideband Considerations

This module integrates advanced concepts such as wideband frequency dependence, simulation workflows, and system-level optimization. Learners will analyze dispersion effects and synthesize insights from simulation and measurement. By the end, they will evaluate real-world 5G design trade-offs using both theoretical and simulated data.