antenna and wave propagation video lectures

Lecture 33 - Polarization at Media Interface Lecture 31 - Reflection and Refraction at Media Interface Lecture 30 - Plane Wave at Dielectric Interface Lecture 29 - Plane Wave in Arbitrary Direction Lecture 28 - Surface Current and Power Loss in a Conductor Lecture 27 - Power Flow and Poynting Vector

Lecture 26 - Wave Propagation and Phase Velocity Lecture 25 - Wave Propagation in Conducting Medium Lecture 20 - Boundary Conditions at Media Interface Lecture 18 - Basic Laws of Electromagnetics Lecture 14 - Problems on Transmission Line Lecture 11 - Applications of Transmission Lines (cont.) Lecture 10 - Applications of Transmission Lines Lecture 09 - Experimental Setup for Transmission Line Measurements Lecture 06 - Power Transfer on Transmission Line Lecture 05 - Lossless and Low Loss Transmission Line and VSWR Lecture 03 - Propagation Constant, Characteristic Impedance and Reflection Coefficient Lecture 02 - Equations of Voltage and Current on Transmission Line Lecture 01 - Introduction to EM Waves and Various Techniques of Communication Go to the Course Home or watch other lectures: Topics include: Applications of Electromagnetic Waves, Transmission Lines, Maxwell's Equations, Uniform Plane Wave, Plane Waves at a Media Interface, Waveguides, Dielectric Waveguides, Radiation, Antenna Arrays, Propagation of Radio Waves. This course deals with the principles of electromagnetics at high frequencies. Shevgaonkar, Department of Electrical Engineering, IIT Bombay. The programme features courses of 7.5 HEC each, which consist of lectures, seminars, practicals and mandatory assignments.Transmission Lines and EM Waves. In this you will benefit from the elements of research methodology that are contained in the programme. The thesis work is a process where you transform your knowledge into scientific writing. Some courses are given every other year and can thus be studied during year 1 or 2. In the second year you can specialize theoretically or study adjacent subjects such as physics or computer science. You will also meet applications in the form of radio systems and microwave and antenna technology.

There are many technical and industrial applications that require knowledge of both these subjects, notably wireless communication and antenna and microwave technology.ĭuring the first year you will study the mathematical and statistical methods that are the foundations of advanced level telecommunications theory. Wave propagation and signal processing are important fields in the technical society of today.

Antenna and wave propagation video lectures