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Dr. Rajiv Kumar Singh
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About
Publications
Research Projects
Book
Lectures
Microwave Engineering
Data Communication Networks
Network Analysis and Synthesis
Electromagnetic Field Theory
Principles of Communication Engineering
Antenna
Lab Experiments
Network Analysis and Synthesis Lab
Communication Engineering Lab
Microwave Engineering Lab
Basic Electronics Engineering Lab
Contact
Dr. Rajiv Kumar Singh
Home
About
Publications
Research Projects
Book
Lectures
Microwave Engineering
Data Communication Networks
Network Analysis and Synthesis
Electromagnetic Field Theory
Principles of Communication Engineering
Antenna
Lab Experiments
Network Analysis and Synthesis Lab
Communication Engineering Lab
Microwave Engineering Lab
Basic Electronics Engineering Lab
Contact
More
Home
About
Publications
Research Projects
Book
Lectures
Microwave Engineering
Data Communication Networks
Network Analysis and Synthesis
Electromagnetic Field Theory
Principles of Communication Engineering
Antenna
Lab Experiments
Network Analysis and Synthesis Lab
Communication Engineering Lab
Microwave Engineering Lab
Basic Electronics Engineering Lab
Contact
Lectures:Electromagnetic Field Theory and Wave Propagation
Unit-0 Coordinate System
UNIT 0.0.ppsx
UNIT 0.2 Del Operator in Spherical Coordinate System.ppsx
UNIT 0.0.ppsx
UNIT 0.2 Del Operator in Spherical Coordinate System.ppsx
UNIT 0.1 Del Operator.ppsx
UNIT 0.3 Gradient.ppsx
Unit-0 Solved Numerical Problems
Unit-1 Coordinate System and Transformation
UNIT 1.1 Vector Algebra.ppsx
UNIT 1.2 Coordinate Systems and Transformation.ppsx
UNIT 1.3 Vector Calculus.ppsx
Unit-1 Solved Numerical Problems
Unit-2 Electrostatic & Magnetostatic Fields
UNIT 2.1 Coulomb’s Law and Field Intensity.ppsx
UNIT 2.2 Electric Fields due to Continuous Charge Distributions.ppsx
UNIT 2.3 Electric Flux Density.ppsx
UNIT 2.4 Gauss's Law- Maxwells Equation.ppsx
UNIT 2.5 Continuity equation and relaxation time.ppsx
UNIT 2.7 Biot-Savart's law.ppsx
UNIT 2.9 Maxwell's Equation.ppsx
UNIT 2.6 Boundary Conditions.ppsx
UNIT 2.8 Ampere's circuit law.ppsx
UNIT 2.10 Magnetic Scalar and Vector Potentials.ppsx
UNIT 2.11 Magnetic Boundary Conditions.ppsx
Unit-2 Solved Numerical Problems
Unit-3 Uniform Plane Wave Propagation
Unit 3.1 Wave Propagation in Lossy Dielectrics 10.3.pptx
Unit 3.2 Plane wave in Lossless Dielectrics and in Free-space.pptx
Unit 3.3 Plane wave in Free-space.pptx
Unit 3.4 Plane wave in conducting medium (2).pptx
Unit-
3
Solved Numerical Problems
Unit-4 Transmission Line
UNIT 3.1 Transmission lines _Introduction.ppsx
UNIT 3.2 PHYSICAL DESCRIPTION OF TRANSMISSION LINE PROPAGATION.ppsx
UNIT 3.3 THE TRANSMISSION LINE EQUATIONS.ppsx
UNIT 3.4 Transmission lines _ Lossless Propagation.ppsx
UNIT 3.5 Transmission lines _ Lossless Propagation of Sinusoidal Voltages.ppsx
UNIT 3.6 Transmission lines _ Complex Analysis of Sinusoidal Waves.ppsx
UNIT 3.7 Transmission Line Equations and their Solutions in Phasor Form.ppsx
UNIT 3.8 Low-Loss Propagation.ppsx
UNIT 3.9 Power-Transmission and Loss Characterization.pptx
UNIT 3.11 Voltage Standing Wave Ratio.pptx
UNIT 3.10 Wave Reflection at Discontinuities.pptx
UNIT 3.12 Transmission Lines of Finite Length.pptx
UNIT 3.13 Smith Chart.pptx
Unit-
4
Solved Numerical Problems
Unit-
5
Wave Propagation
UNIT 5.1 Radio wave Propagation.ppsx
UNIT 5.2 Electromagnetic or Radio Waves.ppsx
UNIT 5.3 The Fundamental Equation for Free-Space Propagation.ppsx
UNIT 5.4 Wave Propagation.ppsx
UNIT 5.5 Structure of Atmosphere.ppsx
UNIT 5.6 Characteristics of Different Ionized Regions.ppsx
Unit-
5
Solved Numerical Problems
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