As a physicist this part kind of hurts: V = I x R with R = constant --> V = I. You said it correctly! The voltage is proportional to the current, so please just use the "~" sign. Thank you for the video :)
Sir, I don't find any word in lexicon to express my gratitude to you. This video ,a result of your indefatigable effort, helped me beyond proportion to clear my doubt. Keep it up Sir. Thank you a lot sir.
I hv got important points w/c I have not idealized before the working princ. of Caps V vs I opposite manner ! many thanks for ++++++++ knowledge of elec.
If the power supply is down for longer period say 8 hrs. is it a good idea to bypass the capacitor bank when turning power back on? to avoid current in rush to other equipment with VFDs ?
Well done.. I have a 500watt modefied Inverter(Square wave ) , i pluged my desktop PC on it the PC is bringing out weired sound, what kind of capacitor can i use to smoothing out the AC current? Thank you
Sir i had a doubt when we consider ohms law current is directly proportional to voltage .. but in case of transformer if volyage is increased the current should decreased... ???
I have a transformer which steps down voltage from 220 to 40 volt. But the problem is my AC supply line is not very much stable (varies from 230 to 250 volt). I want to make it constant 230 volt with the capacitor process. Can I do it and what type of capacitor and value should I use (i.e. ceramic capacitor, electrolyte capacitor etc)?
V=I u mentioned is wrong, v is proportional to I, is the correct wording, & any way it is, what’s so special whether it’s inductive resistive or capacitive,
As a physicist this part kind of hurts:
V = I x R with R = constant --> V = I.
You said it correctly! The voltage is proportional to the current, so please just use the "~" sign.
Thank you for the video :)
Sure. Thanks
Very well presented. Thanks for the subtitles and animation 👌
Extremely well informed. A true treasure.
Thank you !!
Thank you for explaining this concisely. You're examples are first rate. Please, keep up the great work.
I'm glad you found the examples helpful.
Sir,
I don't find any word in lexicon to express my gratitude to you.
This video ,a result of your indefatigable effort, helped me beyond proportion to clear my doubt.
Keep it up Sir.
Thank you a lot sir.
Amazing vidoes !! Super helpful.
Glad you think so!
You need to watch...the viiiiideo! Love your channel!
Thank you 😊 Do share and subscribe 😇
Outstanding conceptual video
Nice bro. You are very helpfull.
Sir plz put the vdo for 100℅ stator and rotor earthfault protection of alternator
Very well explained sr
Need more sr like u 🥰🥰🥰
Thank you 😊 do share and subscribe 😇
A great video, thanks for sharing knowledge...
I hv got important points w/c I have not idealized before the working princ. of Caps V vs I opposite manner ! many thanks for ++++++++ knowledge of elec.
Glad it was helpful 😊 do share and subscribe 😇
You are an excellent teacher!
Thank you 😊
9:29 shouldn't you say "voltage and current are out of phase by -90 degrees"?
Yeah. I might have said the opposite
Super explanation
If the power supply is down for longer period say 8 hrs. is it a good idea to bypass the capacitor bank when turning power back on? to avoid current in rush to other equipment with VFDs ?
Thankyou sir 🌺🌺🌺
Well done..
I have a 500watt modefied Inverter(Square wave ) , i pluged my desktop PC on it the PC is bringing out weired sound, what kind of capacitor can i use to smoothing out the AC current? Thank you
Very helpful
Thank you 😊 do share the video
Excellent...
Sir i had a doubt when we consider ohms law current is directly proportional to voltage .. but in case of transformer if volyage is increased the current should decreased... ???
This is i looking for class very good
Thank you 😊 Do also check out my other videos 😊
is it possible to put a capacitor in a AC line voltage circuit to prevent millisecond volts drop on switching over unit like inverters.
thanks from Oman plz need videos for capacitor bank
Will try!
in AC. Why are the capacitor and inductor in the complexes and not in the real numbers?
Thanks man!
Welcome 😇
I have a transformer which steps down voltage from 220 to 40 volt. But the problem is my AC supply line is not very much stable (varies from 230 to 250 volt). I want to make it constant 230 volt with the capacitor process. Can I do it and what type of capacitor and value should I use (i.e. ceramic capacitor, electrolyte capacitor etc)?
U can use voltage regulator and capacitor is used to smooth the current
You need to watch...the videeeo😂
😂😂😂😂
Tank you
V=I u mentioned is wrong, v is proportional to I, is the correct wording, & any way it is, what’s so special whether it’s inductive resistive or capacitive,
The correct grammar is "How does a capacitor work?", not "How capacitor works".
Thanks for the correction!!
👏🏼
❤🙏🙏🙏
"promosm"