DC shunt generator Induced emf and terminal voltage equation | Mruduraj

[@bhagyaharale5292]

It is really a wonderful channel, even we don't understand properly in college. You people are really great, u r helping many students free of cost.

[@LearningVibes]

Thankyou so much for your feedback.

[@ChiragBhalodia]

Thank you so much sharing this video...... One of the best video on youtube of Induced EMF and terminal voltage equation of DC shunt generator.....

[@ZahraaSalim-w8y]

thank you very much for sharing this video

[@doddisathish5191]

Bro do a video on excitation techniques of dc generator

[@Admin-f6v]

Thank you so much and I think E>V

[@Ehmedbaz]

good job sir

[@kasiorap]

really loved the energy on this video, the instructions are straight forward and simplified for practically anyone to understand. you have earned my like and subscribe. keep up the good work

[@tandiyajiclasses8979]

wao👍👍

[@kousikmishra1683]

As we know E = v+IaRa , so E>V , B is right sir

[@checkmate666sers3]

Sir please can tell me where do you give input supply and take the output

[@dablurajwar1991]

B. E>v

[@amangill4679]

B

[@himanshusaini2099]

E > V

[@XTi9]

I didn't understand how is E induced in armature without rmf.

[@LearningVibes]

There is a magnetic field

[@XTi9]

@@LearningVibes where u didn't mention anywhere in the video

[@LearningVibes]

This video explains only equation. For working plz check my other video on working of dc generator. There everything is explained in detail with animation

[@LearningVibes]

@@XTi9 there is a residual magnetic field in poles of self-excited generators. when it starts for the first time because of this residual magnetic field small current flow and this produce more magnetic field in poles and this eventually increases current. this keep on increasing until the rated terminal voltage reaches.

[@XTi9]

@@LearningVibes yes residual magnetic field that's what was missing here. And thanks for replying

[@dhadhak777]

Can I derive like {E= Ish.Rsh +Ia.Ra} is this crt?

[@indrajithk1564]

Ya

[@niranjangowda2515]

E is greater than v

[@Ehmedbaz]

b

[@roshinjohny8466]

Why Ish * Rsh is not considered in voltage drop

[@paragnath5695]

E is greater than V

[@aimanparang3956]

Its B right??

[@LearningVibes]

Right

[@niranjansapireddy389]

E=v

[@emadabbas3099]

B

[@omarkatana7305]

A

[@omarkatana7305]

😀Its B

[@sanataninaresh8405]

B

[@gpallinone2.0]

B

[@febasm8914]

B

[@atsmediatv]

B

[@LearningVibes]

Great Plz do support such content by sharing to others

[@nobodycares07]

B