Lecture
Lightning-induced Voltages: FDTD Dispersion
Related lectures (45)
Electromagnetic Waves and Optics
Covers the fundamentals of electromagnetic waves and optics, including interference phenomena, diffraction, refraction, and reflection of light.
Diffusion and Logistic Growth
Explores diffusion, logistic growth, genetic circuits, morphogen gradients, and wave propagation in biological systems.
Propagation of Fronts in 1D
Explores the propagation of fronts in 1D systems using a mechanical analogy and bistable systems.
Transmission Lines Parameters: Coaxial, Two-Wire, Plate (C31)
Explains how transmission line parameters change with different mediums and materials, providing formulas and examples for practical applications.
Advanced Optics: Photonic Crystals
Explores 2D photonic crystals, reciprocal lattices, Brillouin zones, and band diagrams in advanced optics.
Pressure Transfer and Windkessel Models
Explores arterial wave analysis, transfer functions, and Windkessel models, emphasizing the significance of arterial compliance.
Sinusoidal Excitation and Complex Phasors
Explores the response of transmission lines to sinusoidal signals and the use of complex phasors for simplifying analysis.
Two Port Devices: Part I
Introduces two-port circuits, phase shifters, and attenuators with examples.
Maximum Power and AdaptationMOOC: Electrical Engineering I
Explores the maximum power supplied by a real source in electrical engineering.
Lightning Discharge and PCB Radiation
Explores lightning discharge, PCB radiation, overvoltages evaluation, and the use of shielding wires and surge arresters.