Love you sir, As electrical engineer in 4500MW thermal power plant, this helps us to develop and being technical.Waiting for best videos like this and sharing this to my colleagues
The guest is vast and understands designs! Enhanced understanding of basic theorems and applications made it easier for relatability. He is sound. He should routinely visit.
Fantastic explanation of vacuum interruption! It is extremely difficult to go so deep into the physics without getting so complicated that it is hard to understand.
If I understood the explanation correctly the current zero extinguishes the arc. Then it stays extinguished if the dielectric strength builds up faster than the voltage across the vacuum.
Love you sir, As electrical engineer in 4500MW thermal power plant, this helps us to develop and being technical.Waiting for best videos like this and sharing this to my colleagues
Thanks for the kind words!
Excellent conversation joshi sir and sandeep sir...! Thanks for explaining VCB....
Feel so proud to work beside you, Sandeep Kulkarni ji !!
Excellent initiative & excellent discussion 👍👍👍
Glad you found it useful
The guest is vast and understands designs! Enhanced understanding of basic theorems and applications made it easier for relatability. He is sound. He should routinely visit.
Excellent video.
Worth listening lecture
Fantastic explanation of vacuum interruption! It is extremely difficult to go so deep into the physics without getting so complicated that it is hard to understand.
Glad you found it helpful!
Sir glad to see you such that helping the students in name of knowledge and very thankful to you sir 🙏
Thanks for your kind words, it's my pleasure to help.
Very good discussion, Sir please make one course or videos on pre commissioning test of power transformer
Pls sir what will be happen if vacuum beaker leakage occurs???
What factors determine the speed of arc extinction in a vacuum interrupter, and how do they affect performance?
If I understood the explanation correctly the current zero extinguishes the arc. Then it stays extinguished if the dielectric strength builds up faster than the voltage across the vacuum.
@@jesserorabaugh8381 how measures current zero in VCB.....?