RF Microwave and Transmission Line Theory with Keysight ADS

Understanding how electromagnetic waves behave at high frequencies is essential for modern wireless communication and high-speed hardware design. This course guides you through the core principles of RF microwave engineering and transmission line theory without requiring prior advanced field experience. You will transition from basic circuit theory to high-frequency wave analysis, learning how to analyze signal propagation, reflection, and impedance matching. Through detailed text-based explanations, step-by-step mathematical calculations, and Keysight ADS simulation walk-throughs, you will develop an intuitive grasp of how physical medium properties affect high-frequency signals. What you'll learn: - Understand the foundational physics of electromagnetic waves, transmission lines, and high-frequency wave propagation. - Calculate key transmission line parameters, including characteristic impedance, propagation constant, and return loss. - Master the use of the Smith Chart for impedance matching and analyzing reflection coefficients. - Analyze microstrip and stripline designs, keeping in mind modern signal integrity challenges in high-speed circuits. - Configure schematic designs and run basic S-parameter simulations using Keysight ADS software workflows. - Solve practical RF engineering problems using step-by-step mathematical derivations and analytical methods. The course starts with essential high-frequency terminology and basic wave equations before progressing to transmission line models, Smith Chart applications, and practical Keysight ADS simulation examples. You will read comprehensive theory explanations and follow along with detailed calculation walk-throughs to reinforce your learning. This course is designed for beginner RF engineers, hardware designers, and electronics students looking for a solid foundation in microwave theory with no advanced prerequisites. Start reading today to build your foundational knowledge of RF microwave engineering and transmission line analysis.