Канал: Sreenath B

BEC LEcture 4: Principles of Cellular Communication

BEC LEcture 4: Principles of Cellular Communication

EE 306 | PSA | Module 6 | L39 | Solution of Swing Equation | Runge Kutta Method RK Method

EE 306 | PSA | Module 6 | L39 | Solution of Swing Equation | Runge Kutta Method RK Method

EE 306 | PSA | Module 6 | L38 | Numerical Solution of Swing Equation

EE 306 | PSA | Module 6 | L38 | Numerical Solution of Swing Equation

BEC Lecture 2: Superheterodyne Receiver

BEC Lecture 2: Superheterodyne Receiver

BEE Lecture 11: Power Triangle

BEE Lecture 11: Power Triangle

BEC Lecture 1: Modulation Techniques

BEC Lecture 1: Modulation Techniques

Lecture 10: BEE: AC through Series RLC circuit

Lecture 10: BEE: AC through Series RLC circuit

Lecture 8: BEE: AC through series R-L circuit

Lecture 8: BEE: AC through series R-L circuit

Lecture 9:BEE: AC through series RC circuit

Lecture 9:BEE: AC through series RC circuit

Lecture 7: BEE: Mathematical Representation of vectors

Lecture 7: BEE: Mathematical Representation of vectors

Lecture 6: BEE: Analysis of simple AC circuits

Lecture 6: BEE: Analysis of simple AC circuits

EE 306 | PSA | Module 6 | L37 P2 | Fault in parallel TL

EE 306 | PSA | Module 6 | L37 P2 | Fault in parallel TL

EE 306 | PSA | Module 6 | L37 P1 | Loss of one of the parallel lines

EE 306 | PSA | Module 6 | L37 P1 | Loss of one of the parallel lines

EE 306 | PSA | Module 6 | L36 P2 | Effect of Clearing Time on Stability

EE 306 | PSA | Module 6 | L36 P2 | Effect of Clearing Time on Stability

EE 306 | PSA | Module 6 | L36 P1 | Sudden Change in Mechanical Input of Sync Generator

EE 306 | PSA | Module 6 | L36 P1 | Sudden Change in Mechanical Input of Sync Generator

EE 306 | PSA | Module 6 | L35 P3 | Power system stability: Equal Area Criteria

EE 306 | PSA | Module 6 | L35 P3 | Power system stability: Equal Area Criteria

EE 306 | PSA | Module 6 | L35 P2 | Power System Stability: Multi Machine System Swing Equation

EE 306 | PSA | Module 6 | L35 P2 | Power System Stability: Multi Machine System Swing Equation

EE 306 | PSA | Module 6 | L35 P1 | Power System Stability: Frequency of Rotor Oscillations

EE 306 | PSA | Module 6 | L35 P1 | Power System Stability: Frequency of Rotor Oscillations

EE 306 | PSA | Module 6 | L34 P2 | Power System Stability Numerical Problem on Swing Equation

EE 306 | PSA | Module 6 | L34 P2 | Power System Stability Numerical Problem on Swing Equation

EE 306| PSA | Module 6 | L34 P1 | Power System Stability Numerical Problems on Swing Equation

EE 306| PSA | Module 6 | L34 P1 | Power System Stability Numerical Problems on Swing Equation

EE 306| PSA | Module 6 | L33 P2 | Power System Stability: Swing Equation

EE 306| PSA | Module 6 | L33 P2 | Power System Stability: Swing Equation

EE 306 |PSA| Module 6| L33 P1| Power System Stability Dynamics of Synchronous Machine

EE 306 |PSA| Module 6| L33 P1| Power System Stability Dynamics of Synchronous Machine

EE 306 | PSA |Module 6| L32 P2 | Improving Steady State Stability Limit

EE 306 | PSA |Module 6| L32 P2 | Improving Steady State Stability Limit

EE 306 | PSA | Module 6 | L32 P1 | Concept of Load angle (Delta)

EE 306 | PSA | Module 6 | L32 P1 | Concept of Load angle (Delta)

EE 306| PSA | Module 6 | L31 P2| Power System Stability Power Angle Curve

EE 306| PSA | Module 6 | L31 P2| Power System Stability Power Angle Curve

EE 306 | PSA | Module 6 | L31 P1| Steady state Power Transfer

EE 306 | PSA | Module 6 | L31 P1| Steady state Power Transfer

EE 306| PSA | Module 6 | L30 P2| Dynamic Stability

EE 306| PSA | Module 6 | L30 P2| Dynamic Stability

EE 306| PSA | Module 6 | L30 P1| Introduction to Power System Stability

EE 306| PSA | Module 6 | L30 P1| Introduction to Power System Stability

Lecture 3: Root Mean Square (RMS) value

Lecture 3: Root Mean Square (RMS) value