| 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 |
