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@@Swadesh567 th-cam.com/video/QPRZ1tgpdhU/w-d-xo.htmlsi=kkK9vlq8cKv5nF32

@BrijeshKumar_electrical tq sir

You are wrong bro , pls thoroughly check it

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Thanks Sir

If the switching frequency is same as square wave ON and OFF... In the output we will get square wave only. Now the harmonics contents are 50Hz AC , 150Hz AC.. However, if the switching frequency is 1050Hz, the harmonics contents are 1050Hz AC, 3*1050Hz...etc. Thanks

Thanks Sir👍

Third Harmonics are Cc-phasors .. that means the sum of multiple of third harmonics in RYB shall be zero. Thanks and Regards

@@BrijeshKumar_electrical Thank you sir.

SCR is bipolar and MOSFET is Unipolar.. That mean .. during rectifier the ac supply ... polarity changes .... SCR can block reverse voltage ... whereas MOSFET can't...( It will be short ckt. ). Regards

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The Input current will be having Harmonics. And that need to be calculated. Usually AC side have discontinuous current thus one can go for fourier series analysis and obtain the harmonic content in AC side. Regards

Sir.. Your videos are great and dynamic. In fact very good for GATE Exam. Again thanks for liking.

brijesh@igitsarang.ac.in

One can go for Direct Torque/speed Control ... ( Close loop control ) ..

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Usually Rated Power = Rated Torque * Rated Speed ( rad/sec). One can do reverse calculation and find Load Torque less then Rated Torque - Jdw/dt. Regards

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Its 24w power is absorbed. It should be 8*-(-3)=24

Thank You ...

Its 2.5 Numerical from chapter 2.. Regards

Sure 👍 Glad to see your msg .. after a long time.. Hope you are good and fine.. Regards

Yes sir I am fine.... Thank you. Regards

We will try

The output current waveform shall change with the increase of inductance. Usually in R-L load, output voltage and harmonics should remain constant theoretically. Thanks and Regards

The harmonics of the order 3rd, 6th, 9th multiple of 3 are only available and rest of the harmonics are zero. The detail can be understand from fourier series. Thanks and regards

Generally transmission line has distributed Inductance and major fluctuation of load current ( di/dt) shall change Point of Common Coupling ... Thus bus bar voltage changes.

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Thanks Sir

Thank you Sir! Cheers!

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Thanks Sisir Sir...

Thanks Satyajit ... for motivation .... and love. Regards

Thanks Madam

So nice of you

Thanks