- Видео 326
- Просмотров 620 915
Electronic Waves
Индия
Добавлен 10 авг 2020
This channel is provides video tutorials on Electronics and Communication Engineering (ECE) subjects.
26. Eye Pattern
In this video, I discuss eye pattern and the importance of studying eye pattern in digital communication.
Просмотров: 589
Видео
26. Duobinary Signaling Scheme
Просмотров 651Год назад
In this video, I explain the encoding and decoding of the duobinary signaling scheme.
25. Time Response of Raised Cosine Spectrum
Просмотров 364Год назад
In this video, the derivation for the time-response of the raised cosine spectrum is illustrated.
24. Nyquist's Criterion for Distortionless Baseband Binary Transmission
Просмотров 1,9 тыс.Год назад
In this video, I derive the time-domain and frequency-domain representations for Nyquist's criterion for distortionless baseband transmission.
23. Intersymbol Interference
Просмотров 810Год назад
In this video, I explain intersymbol interference and how it originates in digital communication.
21. PSD of NRZ Bipolar Format
Просмотров 488Год назад
In this video, the derivation for the power spectral density of the NRZ Bipolar format is illustrated.
20. PSD of NRZ Polar Format
Просмотров 326Год назад
In this video, the derivation for the power spectral density of the NRZ Polar format is illustrated.
19. PSD of NRZ Unipolar Format
Просмотров 665Год назад
In this video, the derivation for the power spectral density of the NRZ Unipolar format is illustrated.
16. Signal to Quantization Noise Ratio of Midtread Quantizer
Просмотров 198Год назад
16. Signal to Quantization Noise Ratio of Midtread Quantizer
15. Signal to Quantization Noise Ratio of Midriser Quantizer
Просмотров 237Год назад
15. Signal to Quantization Noise Ratio of Midriser Quantizer
12. Average Probability of Error for Binary PCM System
Просмотров 382Год назад
12. Average Probability of Error for Binary PCM System
11. Quantization Noise and SNR for PCM System
Просмотров 764Год назад
11. Quantization Noise and SNR for PCM System
6. Natural Sampling (Ordinary Samples of Finite Duration)
Просмотров 372Год назад
6. Natural Sampling (Ordinary Samples of Finite Duration)
5. Quadrature Sampling of Bandpass Signals
Просмотров 952Год назад
5. Quadrature Sampling of Bandpass Signals
3. Basic Signal Processing Operations in Digital Communication
Просмотров 582Год назад
3. Basic Signal Processing Operations in Digital Communication
1. Differences Between Analog and Digital Communication
Просмотров 1,4 тыс.Год назад
1. Differences Between Analog and Digital Communication
What a great explaination👏👏 Please can you provide any refrences that you used
Thank you, I really appreciate your effort.
Thank you for your support 🙏☺️
nice
Thank you sir 🙂
JazakAllah ...
thank you very much!
thank you very much!
It's my pleasure 👍
Thankk youuu sooo muchhh
My pleasure 👍
top-notch explanation
Thank you for your support ☺️🙏
Nice. If you have derived all the equations step by step, it would be great. Thanks
Thank you so much .. please can I know the book that you take the figures from it ?
Thank you for your support Sir 😊🙏 The diagrams are taken from the internet.... You may find the diagrams in many Power Electronics textbooks, such as the one from Mohammad Rashid.
@@dr.shivakumarb.r.8711 👏👍
👍
Wow tqq sir
My pleasure 👍
;)
👍
Good explanation. Thanks
Thank you 🙏😊
Just what I need Thanks!!!
🙂👍
thank you so much sir
My pleasure 👍
I love your explanation. Very clear
Thank you for your kind words and support ☺️🙏
Hi doctor , thanks for the useful information. Do you have an email address i would like to talk to you.
Hello. Thanks for sharing your feedback. You can reach me at shivkumarbr@nitte.edu.in
Best explanation
Thank you 🙏
Sir , you have made an lecture on working and construction of photothyristor?
Hello. Sorry, I've not made any video on photothyristor. I'll try my best to do a video on it ASAP.
sir both side input is ac right ,how can we use inverter
Yes, both side input is ac. Because both are converters. But we cannot use the inverter alone because that is also just a converter when operated alone.
here inverter nothing but a opposit direction first converter right
Hello Santhosh. You are correct. When operated individually,. Both are converters (regulators). But when operated together, one will convert ac to dc (regulator or converter) and the other will convert dc to ac (inverter).
What are the applications of r triggering
Can I have this ppt?
Sir , great
Thank you 🙏
Nice explanation
Thank you for your support 🙏👍
tq sir
Thank you so much sir for these wonderful explaination very helpfull
You're most welcome. Thank you for your time. 🙏
amazing but this program can be useflue ıdk
Thank you for your time.
when you have initial value for the capacitor, how did the vc(t) became equal -vcos(Wmt) ? please explain
Dear Awab. Thank you for asking this question. I have derived the equation for you. Please refer to the image below for the answer to your question. Have a good day. Image Link: drive.google.com/file/d/1Y9QuBA5xCKUm0EyHGeLOzorNjCu7bQxg/view?usp=sharing
@@electronic_waves thanks alot🙏
Good explaination
Thank you.
from where i can get those notes
Hello. I am writing a book on Power Electronics. About to publish it. Will be sharing the link for the same soon.
@@electronic_waves where is th link
ruclips.net/video/C62TE700DwE/видео.html
Wowowow man, you know a lot! Im using your knowledge for a university task. Thank you!
Happy to hear that!
This is such a good video, thank you so much.
Thank you.
A little hard to follow, but still a very good video. Thank you very much. Please try to be more conversational in other videos, it really helps to understand.
Thank you for the suggestion. I will definitely incorporate it in my videos.
Sir you are really teaching well. Thank you. Please upload complete part and types of rectifier with R, R-L, R-L-E, free wheeling diode and their waveform and derivation. It will be a great help.
Thank you for the encouragement. I’ll create videos on that soon.
Best explanation sir
Thank you.
good
Thank you 😊 🙏
Thanks
Welcome
Very informative, thank you very much!
Thank you 😊
nice video!
Thank you 😊
Thank you sir
😊🙏
Sir , your voice and subject explation both are awesome ..
Thank you 🙏
Thank you so much for this. Everything is clear now. can I have this lecture sheet ?
Sorry sir. I did not prepare any notes for this. I refer to the textbook for all my videos. For this video, I have referred to Digital Communication by Simon Haykin.
Normal diode breakdown voltage
Ranges from 30 to 300 V. Power diodes take still higher voltage to breakdown.
Thank you so much your, video helped me more than i expected :)
Glad it helped!
Thankyou very much for giving insight of single phase dual converters in detail
Thank you for the valuable feedback 🙏
Love your explanations Sir
Thank you for the support 🙏
Sir you are great made my day thank. U
Thank you for the feedback 🙏
Thank you so much, this video helped me a lot💯😄
You’re welcome 😊