AWP KEC 603 AKTU (Hindi)

   Monday, December 11, 2023   

Starting a new Lecture Notes Series on AWP KEC 603 AKTU

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AWP KEC 603 AKTU By Lecture Notes together!

Lecture 1: EMFT Introduction | Electromagnetics

Lecture 2: Cartesian Coordinate & Vector Analysis 1

Lecture 3: Cartesian Coordinate & Vector Analysis 2

Lecture 4: Cartesian Coordinate & Vector Analysis 3

Lecture 5: Cylindrical Coordinate System EMFT L 5

Lecture 6: Spherical Coordinate System

Lecture 7: Coordinate System Numericals EMFT

Lecture 8: Differential Elements EMFT

Lecture 9: Integrals

Lecture 10: Del Operator & Gradient EMFT

Lecture 11: Divergence and Divergence Theorem

Lecture 12: Curl and Stoke's Theorem

Lecture 13: Laplacian Del Operator

Lecture 14: Numerical Vector Analysis

Lecture 15: Del Operator Conclusion

Lecture 16: Numericals Del Operator

Lecture 17: Electrostatics Basics

Lecture 18: Electric Field Intensity

Lecture 19: Charge Density - Line Charge Density, Surface Charge Density, Volume Charge Density

Lecture 20: Relationship Between E & J

Lecture 21: Electric Potential Energy & Electric Potential

Lecture 22: Numerical Coulomb's Law

Lecture 23: Electric Field at Axis of Uniform Line Charge

Lecture 24: Electric Field due Uniform Line Charge General Case

Lecture 25: Electric Field due to Infinite Charge Distribution

Lecture 26: Electric Field due to Circular Uniform Charge Distribution

Lecture 27: Electric Field due to Line Charge Distribution Miscellaneous Case

Lecture 28: Electric Potential Numerical

Lecture 29: Electric Field at the Axis of Circular Ring

Lecture 30: Electric Field of Uniformly Charged Circular Disc

Lecture 31: Gauss's Law Introduction

Lecture 32: Applications of Gauss's Law

Lecture 33: Dielectric Dielectric Boundary Condition Electrostatics

Lecture 34: Dielectric Conductor Boundary Condition Electrostatics

Lecture 35: Continuity Equation & Relaxation Time

Lecture 36: Electric Potential due to a Dipole

Lecture 37: Electric Field due to a Dipole

Lecture 38: Torque & Potential Energy of Dipole in Uniform Electric Field

Lecture 39: Potential due to Finite Charge Distribution

Lecture 40: Potential due to Circular Charge Distribution

Lecture 41: Potential Difference for Infinite Line Charge and Finite Line Charge

Lecture 42: Potential Due to Uniformly CHarged Ring

Lecture 43: Potential Due to Hollow Sphere

Lecture 44: Potential Due to Solid Sphere

Lecture 45: Ampere's Law of Force Magnetostatics

Lecture 46: Magnetic Flux Density & Lorentz Force Hindi Magnetostatics

Lecture 47: Biot Savart Law Magnetostatics

Lecture 48: Ampere's Circuital Law Magnetostatics

Lecture 49: Vector Magnetic Potential Magnetostatics

Lecture 50: Magnetic Flux and Boundary Conditions Magnetostatics

Lecture 51: EMFT Numerical Practice Session Magnetostatics

Lecture 52: Basic Concepts of Antenna With Animation | L 1

Lecture 53: Radiation Pattern of Antenna I L 2

Lecture 54: HPBW FNBW SLL FBR Antenna Bandwith I L 3

Lecture 55: Solid Angle | Steradian | Radian | Beam Area | L 4

Lecture 56: Radiation Intensity & Radiation Density | L 5

Lecture 57: Directivity | Relation of Directivity & Beam Area I L 6

Lecture 58: Directivity Properties | Antenna Directivity | L 7

Lecture 59: Antenna Gain | Relationship Between Gain & Directivity | L 8

Lecture 60: Antenna Aperture | Physical Aperture | Effective Aperture | Loss Aperture | L 9

Lecture 61: Effective Length I L 10 | Fundamental Parameter of Antenna

Lecture 62: Friiss Transmission Formula | L 10

Lecture 63: Antenna Impedance | L 11 | Self Impedance | Mutual Impedance

Lecture 64: Antenna Resolution I Antenna Field Zones I L 12

Lecture 65: Antenna Temperature | L 13

Lecture 66: Beam Area I HPBW I FNBW I Antenna | Numerical AWP | Tutorial Part 6

Lecture 67: Directivity | Effective Aperture | Beam Area | Numerical AWP | Tutorial Part 7

Lecture 68: Directivity | Gain | Antenna Impedance | Numerical AWP | Tutorial Part 8

Lecture 69: Reflector Antenna | Gain | HPBW | FNBW | Numerical AWP | Tutorial Part 9

Lecture 70: Effective Length I Effective Aperture | Directivity |Numerical AWP | Tutorial Part 10

Lecture 71: Antenna Array with Animations I Part 1 | Antenna & Wave Propagation

Lecture 72: Antenna Array of 2 Isotropic Point Sources - Equal Magnitude & Same Phase

Lecture 73: Antenna Array of Two Isotropic Point Sources with Opposite Phase & Phase Quadrature

Lecture 74: Antenna Array of Two Isotropic Point Sources with Opposite Phase & Phase Quadrature

Lecture 75: Antenna Array of Two Isotropic Point Sources with Unequal Magnitude and Any Phase

Lecture 76: Types of Two Point Antenna Array - All Cases

Lecture 77: Long Wire Antenna | Antenna & Wave Propagation

Lecture 78: Yagi Uda Antenna | Antenna & Wave Propagation

Lecture 79: Linear Wire Antenna Dipole Antenna | Antenna & Wave Propagation

Lecture 80: Linear Wire Antenna | Folded Dipole Antenna | Antenna & Wave Propagation

Lecture 81: Wave Propagation Introduction | Antenna and Wave Propagation

Lecture 82: Wave Propagation -2 I Introduction | Antenna & Wave Propagation

Lecture 83: Wave Propagation -3 I Reflection Coefficient I Antenna & Wave Propagation

Lecture 84: Atmosphere - Introduction | Troposphere I Ionosphere I D,E,F Layer I Sporadic E Layer

Lecture 85: Sky Wave Propagation 1 | Refractive Index of Ionosphere

Lecture 86: Sky Wave Propagation 2 | Critical Frequency I MUF I Skip Distance

Lecture 87: Sky Wave Propagation 3 | Virtual Height | Relation Between Skip Distance and MUF

Lecture 88: Sky Wave Propagation 4 | Relationship Between Skip Distance and MUF for Curved Earth

Lecture 89: Wave Propagation | Skip Distance | Critical Frequency | Numerical AWP