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syllabus
Power density of EM wave, Poynting vector theorem. Polarization of electromagnetic wave linear, circular and elliptical polarisation. Uniform lossless transmission line - line parameters.Transmission line equations, Voltage and Current distribution of a line terminated with load .Reflection coefficient and VSWR Derivation of input impedance of transmission line.
Video Lectures
Power & Poynting Vector (Poynting theorem) | Electromagnetics - Module - 4 | Lecture 61
Topics covered
Derivation of Poynting theorem & Poynting vector
Polarization of EM wave & Types of Polarization | with animations | EM - Module - 4 | Lecture 61
Topics covered
Polarization of EM waves
Linear polarization
Circular polarization
Elliptical polarization
Transmission lines - Equations & Parameters | EM - Module - 4 | Lecture 62
Lecture 62
Topics covered
Transmission lines
Primary parameter of transmission lines
Transmission line governing equations
Propagation constant
Characteristic Impedance of transmission line | EM - Module - 4 | Lecture 63
Lecture 63
Topics covered
Derivation of characteristic impedance of transmission lines
Reflection coefficient of transmission line | EM - Module - 4 | Lecture 64
Topics covered
Derivation for the reflection coefficient of transmission lines
Matched load condition
Input impedance of transmission line | EM - Module - 4 | Lecture 65
Lecture 65
Topics covered
Derivation for input impedance of transmission lines
lossless medium
Standing wave ratio (SWR) of transmission line | EM - Module - 4 | Lecture 66
Topics covered
Derivation for standing wave ratio of transmission lines
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