What is Diffusion Capacitance | Formula for Diffusion Capacitance | Forward Biased Diode | EDC

[@divyanaidu117]

Very detail ga explain chesav bro

[@bugrahankutlu1450]

legendary explanation really appreciate it

[@SambashivaraoThalluri-p9d]

How can i like this video multiple times❤

[@yamenarhim9336]

Great simple information if someone want a simple introductio, i would have liked to see more derivation and diagrams to further get into details

[@SimplyInfo9]

Ok, thanks

[@netha2535]

Perfect video

[@SimplyInfo9]

Glad you enjoyed it

[@zezo2895]

Thank you sir❤

[@omi5137]

This was very helpful. Thank you and looking forward to more content.

[@SimplyInfo9]

Thank you. Plz share to reach more people.

[@mouli.s9714]

😂😂 I 1

[@venkatagautam7305]

This is the best lecture on diode capacitance..

[@SimplyInfo9]

Thank you. Plz share to reach more people.

[@ujjwalnath4240]

Can anyone tell me the background score used in this? Sounds really calming.

[@kumar.n3380]

Bro...Derive the equation of the diffusion capacitance

[@ManojKumar-ks4yr]

Nice explanation 👍
But a small doubt..
Why is large amount of charge accumulated only at the junction? Why not at the far end of the n region or p region?

[@dhirajkumarsahu999]

because, it gets recombined while it travels away from the junction

[@dineshsrikar8758]

Nice

[@SimplyInfo9]

Thanks

[@ulagarajaj4234]

2:44 how??

[@madhusudansharma5698]

Because Capacitance will be inversly proportional to distance between charged plates.
C=AE/d

[@Jarrod_C]

was not really clear at all.

[@Y_U_Rush]

pdf by Rohini College explained well