- 30
- 46 652
Sreenath B
Registrace 14. 07. 2008
BEC LEcture 4: Principles of Cellular Communication
BEC LEcture 4: Principles of Cellular Communication
zhlédnutí: 85
Video
EE 306 | PSA | Module 6 | L39 | Solution of Swing Equation | Runge Kutta Method RK Method
zhlédnutí 6KPřed 4 lety
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
zhlédnutí 970Před 4 lety
EE 306 | PSA | Module 6 | L38 | Numerical Solution of Swing Equation
BEC Lecture 2: Superheterodyne Receiver
zhlédnutí 133Před 4 lety
BEC Lecture 2: Superheterodyne Receiver
BEC Lecture 1: Modulation Techniques
zhlédnutí 103Před 4 lety
Basic Block diagram of communication system Concept of modulation Amplitude Modulation Frequency Modulation
Lecture 10: BEE: AC through Series RLC circuit
zhlédnutí 136Před 4 lety
Lecture 10: BEE: AC through Series RLC circuit
Lecture 8: BEE: AC through series R-L circuit
zhlédnutí 175Před 4 lety
Lecture 8: BEE: AC through series R-L circuit
Lecture 9:BEE: AC through series RC circuit
zhlédnutí 188Před 4 lety
Lecture 9:BEE: AC through series RC circuit
Lecture 7: BEE: Mathematical Representation of vectors
zhlédnutí 817Před 4 lety
Lecture 7: BEE: Mathematical Representation of vectors
Lecture 6: BEE: Analysis of simple AC circuits
zhlédnutí 376Před 4 lety
Lecture 6: BEE: Analysis of simple AC circuits
EE 306 | PSA | Module 6 | L37 P2 | Fault in parallel TL
zhlédnutí 416Před 4 lety
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
zhlédnutí 580Před 4 lety
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
zhlédnutí 823Před 4 lety
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
zhlédnutí 786Před 4 lety
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
zhlédnutí 681Před 4 lety
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
zhlédnutí 663Před 4 lety
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
zhlédnutí 641Před 4 lety
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
zhlédnutí 1KPřed 4 lety
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
zhlédnutí 1,2KPřed 4 lety
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
zhlédnutí 17KPřed 4 lety
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
zhlédnutí 1,5KPřed 4 lety
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
zhlédnutí 730Před 4 lety
EE 306 | PSA |Module 6| L32 P2 | Improving Steady State Stability Limit
EE 306 | PSA | Module 6 | L32 P1 | Concept of Load angle (Delta)
zhlédnutí 6KPřed 4 lety
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
zhlédnutí 925Před 4 lety
EE 306| PSA | Module 6 | L31 P2| Power System Stability Power Angle Curve
EE 306 | PSA | Module 6 | L31 P1| Steady state Power Transfer
zhlédnutí 569Před 4 lety
EE 306 | PSA | Module 6 | L31 P1| Steady state Power Transfer
EE 306| PSA | Module 6 | L30 P2| Dynamic Stability
zhlédnutí 1KPřed 4 lety
EE 306| PSA | Module 6 | L30 P2| Dynamic Stability
EE 306| PSA | Module 6 | L30 P1| Introduction to Power System Stability
zhlédnutí 1,7KPřed 4 lety
EE 306| PSA | Module 6 | L30 P1| Introduction to Power System Stability
Lecture 3: Root Mean Square (RMS) value
zhlédnutí 358Před 4 lety
Lecture 3: Root Mean Square (RMS) value
Great explanation
Thank ubso much sir
Sir be slow....please...
Good 👍 explanation
Recommendable surely 🥂
Very well explained 🙌🏻
Very good explained.
Thank u sir 🙏 ☺
Thanks sir Are you from South India?
pass hogea to nariyal charhaunga.....boht vdia sir g
Very good. Thanks 🙏🙏🙏🙏
superb explanation
Explanation and Concept is best, No doubt.... it took me 3 months to finally understand this concept. But background noise is bit disturbing. Still, you made it easy brother. Thanks.
What is sound.. very disturbing
You have explained it so thoroughly. I have watched so many videos on swing but you are superb. Thanks alot. Keep it up
Nice explanation sir, I was unable to understand this from textbook, this video helped👍
I don't know why awesome teaching channels have only few views Keep making more videos
I sincerely appreciate you for explanating this better. Thank you. Did you explain the transient stability further in any video. Please refer me if any.
Impact of k2 is not reflected in l3, similarly k3 is not reflected in l4. The calculations need to be revised accordingly.
Malayali ano? Accent nalla parichayam?
Yes
👍
Your content is so concise and precise that it helped me to go to grasp the matter quickly....
Great videos to clarify complex concepts. May I have your email?
sreenathbabu88@gmail.com
Sreenath B I will contact you
hello sir, thank you for this video. I have similar question but I couldn't have the right answer, could you please help me with it.
👍🏼