Electronics - Transmission Lines and EM Waves (English)

   Saturday, January 25, 2025   

Starting a new Lecture Notes Series on Electronics - Transmission Lines and EM Waves

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Electronics - Transmission Lines and EM Waves By Lecture Notes together!

Lecture 1: Introduction to EM waves and various techniques of communication

Lecture 2: Equations of Voltage and Current on TX line

Lecture 3: Propagation constant, Characteristic impedance and reflection coefficient

Lecture 4: Impedance Transformation

Lecture 5: Loss-less and Low loss Transmission line and VSWR

Lecture 6: Power transfer on TX line

Lecture 7: Smith Chart

Lecture 8: Admittance Smith Chart

Lecture 9: Experimental setup for transmission line measurements

Lecture 10: Applications of transmission lines

Lecture 11: Applications of transmission lines-II

Lecture 12: Impedance Matching

Lecture 13: Lossy Transmission Line

Lecture 14: Problems on Transmission line

Lecture 15: Types of transmission line

Lecture 16: Basics of Vectors

Lecture 17: Vector calculus

Lecture 18: Basic laws of Electromagnetics

Lecture 19: Maxwell's Equations

Lecture 20: Boundary conditions at Media Interface

Lecture 21: Uniform plane wave

Lecture 22: Propagation of wave

Lecture 23: Wave polarization

Lecture 24: Pioncere's Sphere

Lecture 25: Wave propagation in conducting medium

Lecture 26: Wave propagation and phase velocity

Lecture 27: Power flow and Poynting vector

Lecture 28: Surface current and power loss in a conductor

Lecture 29: Plane wave in arbitary direction

Lecture 30: Plane wave at dielectric interface

Lecture 31: Reflection and refraction at media interface

Lecture 32: Total internal reflection

Lecture 33: Polarization at media interface

Lecture 34: Reflection from a conducting boundary

Lecture 35: Parallel plane waveguide

Lecture 36: Wave propagation in parallel plane waveguide

Lecture 37: Analysis of waveguide general approach

Lecture 38: Rectangular waveguide

Lecture 39: Modal propagation in rectangular waveguide

Lecture 40: Surface currents on the waveguide walls

Lecture 41: Field visualization and Attenuation in waveguide

Lecture 42: Attenuation in waveguide continued

Lecture 43: Radiation (Antenna)

Lecture 44: Solution for potential function

Lecture 45: Radiation form the Hertz dipole

Lecture 46: Power radiated by hertz dipole

Lecture 47: Thin linear antenna

Lecture 48: Radiation Parameters of antenna

Lecture 49: Receiving antenna

Lecture 50: Monopole and Dipole antenna

Lecture 51: Fourier transform relation between current and radiation pattern

Lecture 52: Antenna arrays

Lecture 53: Uniform Linear array

Lecture 54: Uniform Linear array continued

Lecture 55: Synthesis of array

Lecture 56: Binomial array and general array synthesis

Lecture 57: Problems on uniform plane wave

Lecture 58: Problems on uniform plane wave in a meduim

Lecture 59: Problems on waveguides

Lecture 60: Problems on Antennas and radiation