What is the RC time constant

[@carterschuller1583]

Great explanation! Thank you

[@robertcruikshank4501]

ACK! I just spotted that the top right formula is wrong, it should read Q(t) = Q(Max) (1 - e^(-t/T))

[@JinkunYan]

Amazing! Thank you.

[@claytonbenignus4688]

This is the first time I saw Cruikshank in action. I like the way he simplifies the Theory.

[@erhanjaved5903]

Fantastic Explanation! 😊

[@johndoe-bj1eo]

Thanks for the help Mr. Cruikshank. Doing an investigation and this was hella insightful

[@souravmallick7699]

Clear and fast as i need ☺️

[@embedded-academy]

Appreciate your work. Keep going.

[@banana3085]

thank you so much!

[@Asma-eu2mj]

well explained

[@robertcruikshank4501]

Thank you!

[@sumande7308]

Nice explanation 👍🏻

[@sukumarshanmugam2850]

Good explanation Sir. Thanks for you video. Notation wise i did not understood first RC =( V /I ) * (Q /V ) = Q/I = ( Q/ Q/S) = time in seconds

[@aishaibraahim8168]

Mahadsanid macalin

[@embedded-academy]

Can you make a video on why we dont use inductors in the same way how we use a capacitor for backup

[@robertcruikshank4501]

Interesting question. Inductors store energy in the magnetic field, which requires a continuous current to support it. Unless you're using superconductors, there's going to be continuous loss to resistive heating in the wires, whereas energy can just sit in a capacitor for a long time if needed.

[@aishaibraahim8168]

Illahay ha kusharfo