Timestamps for the different topics covered in the video: 0:00 Introduction to Fourier Series 2:20 Trigonometric Fourier Series 4:31 Concept of Orthogonality using Vector Analogy 12:52 Signal Representation using the Orthogonal signals
Actually this the first time to see Fourier Series like this. It's crystal clear explanation. I wish you consider giving such a clear explanation for Laplace transform .Many thanks
I totally get it where from you have made these communication videos and fourier ones, i saw the NPTEL Lectures by Gautam Sir and then came here, i see 100% ur lectures match with his, just that you've added visual effects and good drawings which makes it more appealing for students. Well done, there's nothing like copying or stealing in education, there's only addition and growth. So very good initiative and thanks ! ❤❤❤
Sir thanq veryyyyyyy much you are making our preparation easy. i am recommending every Btech student to see your channel. Thankssssssssssssss a lot for your clear and superb explanation
Yes of course it's great. I need a link or data for understanding of motors and generators basic concepts. If some one have useful links kindly provide
The capacitors are used for different purposes. It could be for coupling / decoupling, for stability etc. Can you please tell more specifically, about which capacitors you are talking about ?
Because in trigonometric Fourier series there are separate sine and cosine terms unlike exponential Fourier series. In the exponential Fourier series video, I have already explained that. You may check that video.
Hello sir, How can I contact you? Please share your email or LinkedIn ID. I need to discuss a project with you. I need a chance to explain my project and I am hopeful that you will like it. Om Saurabh
Hi, can you please tell me witch is the application you use or other channels here use to explain things using simulation and see what happend inside of electrical phenomena ? I am engineer and have my channel here but don't find yet the nice and exact application they use here. thanks