At bridge balance condition(deflection current is zero), both circuits can be treated parallel to each other. To satisfy KCL both voltages will be same... You can understand it by watching my De Sauty's Bridge video 2:40
Sir aaj mai first time apke channel me visit kiya ho or apka explanation itna clear ki mai apne ap ko apka channel subscribe krne se rok nhi saka tnq sir But please sir thoda bada bada likhe aacha se pura dikhta nhi h
best explanation in all you tube regarding Anderson bridge
This is one of the best videos on Anderson's Bridge.
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Bahut khub Neeraj sir , adbhu Aapke is prayas se lakhon logo ko faayda hoag.aapka ye utkrisht kary bada hi sarahniye aur anokha hai.
Thanks Nityam sir ...
Very clear and informative video ... thank you sir
Very nice explained sir
Very thorough and wonderful explanation. Thanks a lot! 👌👌
very nice explanation. clear and to the point. Phasor explained really well. thank u sir ji !
Thanku sir for such a great explanation 🙏😊
Amazing sirji
Thank you sir
Sir, we can make more easy derivation by converting delta to star .
You explained it clearly 👍
that is everywhere on the indian YT scene, this one is more complex and feels great
Explaination samaj aa gaya
Best explanation ever sir...
Thanks Ankur
Good explanation
Nice videos sir
Keep it up👍
NYC explanation 💓
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Or video upload kigiye sir lcr circuit in series or parallel combination ka
1:04 how this equation because equal
At bridge balance condition(deflection current is zero), both circuits can be treated parallel to each other. To satisfy KCL both voltages will be same...
You can understand it by watching my De Sauty's Bridge video 2:40
Sir aaj mai first time apke channel me visit kiya ho or apka explanation itna clear ki mai apne ap ko apka channel subscribe krne se rok nhi saka tnq sir
But please sir thoda bada bada likhe aacha se pura dikhta nhi h
Thank you for your kind words! I really appreciate the details you shared with me about areas where I can improve.
Nice sir
Book name please?
Electrical and electronic measurements and instrumentation - A.K.Sawhney
Nice explanation ❤️
Sir jcw q aata h sath me ye smjh Ni aata mujhe 🤪
ua-cam.com/video/8-q46fHpzaU/v-deo.html
Watch this video to understand the concept of jwc.
Sir R1 ko figure me clear ni dikhayen h???
There is no need to represent R1 separately because it is the resistance of the self-inductor.
@@nirajvyahut5680 thankyou sir
😍