Electronics & Communication Engg.

Video Lecture

  You Tube Lectures Status of EC Dept



SNO SUBJECT Name / CODE Semester TOPIC NAME LINK
 1  BEEE ( BT-104 )  1  BEEE UNIT 5, Lecture 4 De Morgans Theorem & Adders
 2  BEEE ( BT-104 )  1  Lecture 1 Number systems and it is conversions
 3  BEEE ( BT-104 )  1  Lab Experiment on Thevenins Theorem
 4  BEEE ( BT-104 )  1  Lecture 3, Logic Gates and Boolean Relations
 5  BEEE ( BT-104 )  1  Lecture 2, Number System Conversion
 6  BEEE ( BT-104 )  1  POWER SYSTEM-II RGPV SOLVED QUESTION PART 2
 7  BEEE ( BT-104 )  1  Magnetic Circuit- Phasor Diagram of Practical Transformer on NO LOAD Condition
 8  BEEE ( BT-104 )  1  Magnetic Circuit- Working & Phasor Diagram of Practical Transformer
 9  BEEE ( BT-104 )  1  Unit 03 Magnetic Circuit- Magnet & Its Properties
 10  BEEE ( BT-104 )  1  BEEE Unit 03 Construction of Transformer
 11  BEEE ( BT-104 )  1  Effiency of A Single Phase Transformer
 12  BEEE ( BT-104 )  1  BEEE Losses in The Single Phase Transformer
 13  BEEE ( BT-104 )  1  BEEE Equivalent Circuit Diagram of A Single Phase Transformer
 14  BEEE ( BT-104 )  1  Lab Experiment on Nortons Theorem
 15  EMI ( EX-303 )  3  DYNAMIC BEHAVIOR OF GALVANOMETER
 16  EMI ( EX-303 )  3  WHEATSTONE BRIDGE(experiment)
 17  AE ( EX-303 )  3  CLIPPER & CLAMPER
 18  EMI ( EX-303 )  3  TORQUE EQUATION OF GALVANOMETER
 19  SS ( EX-302 )  3  Numericals on Discrete Time signals
 20  EMI ( EX-303 )  3  GALVANOMETER
 21  EMI ( EX-303 )  3  Numericals on CT signals
 22  EMI ( EX-303 )  3  CLASSIFICATION OF MEASURING INSTRUMENTS
 23  SS ( EX-302 )  3  Numericals Signal & System
 24  AE ( EX-303 )  3  PN JUNCTION DIODE
 25  EES ( EX-301 )  3  LECTURE ON SOLAR ENERGY
 26  SS ( EX-302 )  3  Representation of DT signals
 27  EMI ( EX-303 )  3  ELECTRICAL MEASUREMENTS AND INSTRUMENTATION
 28  SS ( EX-302 )  3  Basics of Signals & systems
 29  AE ( EX-303 )  3  semiconductor and its type lecture 2
 30  SS ( EX-302 )  3  Basics of Signals & Systems
 31  AE ( EX-303 )  3  introduction to semiconductor and its type lecture 1
 32  EMT ( EX-504 )  5  Gauss law applications
 33  OE Lab ( EX-506 )  5  To generate step response of LTI system using SCILAB.
 34  EMT ( EX-504 )  5   Electric Flux & Gauss Law
 35  PE ( EX-502 )  5  SCR VI CHARACERISTICS
 36  PE ( EX-502 )  5  Introduction SCR
 37  EPGE ( EX-503 )  5  Climate Change & Energy
 38  EPGE ( EX-503 )  5  World & Indian Energy Scenario
 39  EPGE ( EX-503 )  5  Introduction and Course Outcomes of Electrical Power Generation & Economy
 40  PE ( EX-502 )  5  Gate Turn off thyristor
 41  PE ( EX-502 )  5  IGBT
 42  PE ( EX-502 )  5  WHAT IS TRANSISTOR
 43  EMT ( EX-504 )  5  Numericals on Electric Field Intensity.
 44  EMT ( EX-504 )  5  Electric Field Intensity for different charge distributions
 45  OE Lab ( EX-506 )  5  To sketch Pole-Zero plot using SCILAB.
 46  EMT ( EX-504 )  5  Electric Field Intensity
 47  OE Lab ( EX-506 )  5  To create Transfer function using Scilab.
 48  EMT ( EX-504 )  5  Coulombs law & its vector form.
 49  EMT ( EX-504 )  5  Laplacian Operator and numericals
 50  EMT ( EX-504 )  5  WORKING OF TUBE LIGHT
 51  EMT ( EX-504 )  5  Curl & Stokes Theorem
 52  EMT ( EX-504 )  5  Divergence Theorem
 53  EMT ( EX-504 )  5  Divergence and Gradient
 54  EMT ( EX-504 )  5  Numericals on Spherical Coordinate System
 55  EMT ( EX-504 )  5  Spherical Coordinate system
 56  PE ( EX-502 )  5  STATIC CHARACTERISTICS (CLASSIFICATION OF ERRORS)
 57  EMT ( EX-504 )  5  Cartesian Coordinate system
 58  Electrical machine - II ( EX501 )  5  DC Machine Construction - Part 2
 59  Electrical machine - II ( EX501 )  5  DC machine Construction- Part 1
 60  EMT ( EX-504 )  5  Numericals on Cylindrical coordinate system
 61  EMT ( EX-504 )  5  Cylindrical Coordinate System-2
 62  EMT ( EX-504 )  5  Cylindrical Coordinate System-1
 63  EPGE ( EX-503 )  5  World & Indian Energy Scenario: EPGE Lecture-2
 64  EPGE ( EX-503 )  5  Electrical Power Generation & Economy- Introduction
 65  PE ( EX-502 )  5  Power diode LECTURE 2
 66  PE ( EX-502 )  5  power electronics Lecture 1
 67  MP&MC ( EX-601 )  6  The block diagram of 8253 /8254 IC
 68  MP&MC ( EX-601 )  6  The block diagram of USART (8251)
 69  EI ( EX-604 )  6  Beat frequency oscillator
 70  EI ( EX-604 )  6  Diffence between dual trace a dual beam cro
 71  EI ( EX-604 )  6  Maxwell bridge
 72  HVE ( EX-702 )  7  Breakdown in solid dielectrics
 73  HVE ( EX-702 )  7  Breakdown in vacuum Part 2
 74  HVE ( EX-702 )  7  Breakdown in Vacuum part-1
 75  HVE ( EX-702 )  7  Electro Mechanical Breakdown
 76  HVE ( EX-702 )  7  Breakdown in solid dielectrics
 77  HVE ( EX-702 )  7  Townsends theory
 78  HVE ( EX-702 )  7  Townsends Theory
 79  PSP ( EX-701 )  7  Power System Protection- Relay
 80  PSP ( EX-701 )  7  Power System Protection Relay
 81  HVE ( EX-702 )  7  Townsends Ionization coefficient
 82  PSP ( EX-701 )  7  Single Line Diagram of Power System
 83  PSP ( EX-701 )  7  Types of Electrical Faults and Their Phasor Diagram
 84  PSP ( EX-701 )  7  Electrical Faults,their causes and effects
 85  PSP ( EX-701 )  7  Introduction to Power System Protection
 86  HVE ( EX-702 )  7  Industrial Appplication of HVE technology
 87  HVE ( EX-702 )  7  HVE LECTURE 4-Isulating Materials
 88  PSP ( EX-701 )  7  What is FAULT & Its Types.
 89  PS-II ( EX-801 )  7  POWER SYSTEM-II RGPV SOLVED QUESTION PART 1
 90  CADEM ( EX-801 )  8  Computer Aided Electrical Machine Design: Introduction-I
 91  CADEM ( EX-801 )  8  Output Equation part II
 92  CADEM ( EX-801 )  8  Output Equation part I
 93  CADEM ( EX-801 )  8  Stack and its operation
 94  STTP- EV ( NA )    Electric Vehicles:Challenges & Opportunities