What you'll learn

Signal Integrity: Ensures clean, accurate signals in designs.

Time/Frequency Domains signal analysis and simulations.

S-Parameters for Signal Integrity Applications

Impedance, Resistance, Capacitance, Inductance: Critical for interconnect design and SPICE modeling.

Ideal and Lossy Transmission Lines: Analyzes reflections, return paths, rise-time degradation and loss mechanisms

Cross Talk: Studies NEXT, FEXT, and mitigation techniques.

RF and Microwave Network Analysis - Scattering Matrix, Transmission (ABCD) Matrix, and Modal Analysis

Impedance Matching and Tuning: Stub Tuning, Transformer tuning, Tapered Lines and their Simulations.

RF Components Theory and Simulations: Resonators, Combiners , Filters, and Mixers etc.

LNA (Low noise amplifiers): Design and Simulations