Inductor Voltage

[@pingu5897]

Good video, makes it easier to visualize what is happening through an inductor when the current is changing

[@V0ltverse]

Thank you!

[@mateobalcorta9480]

Best video on inductors. See that this channel just started so I’m looking forward to future videos

[@V0ltverse]

Awesome, thank you!

[@AnastasiaGrot]

Yes I like how he explains this too

[@Miketrack101]

Love this video! Great job explaining the concepts with animations. Subscribed.

[@V0ltverse]

Awesome, thank you!

[@emmanuelmuganza3426]

great explanation, explains why at DC (non changing current) the voltage drop across an inductor is zero volt, hence the inductor behaves as a short circuit at DC

[@V0ltverse]

Glad you found it insightful. Thank you for watching

[@palmshade1489]

Correct me if I'm wrong, but can DC current also change in magnitude?

[@V0ltverse]

Indeed, you're right. DC current can change in magnitude, but when we refer to 'DC', we usually mean a constant, unchanging value. It's when DC is first applied or removed (transient states) that you might see changes in current magnitude, during which an inductor would still resist that change. But once the DC current stabilizes, the voltage across an ideal inductor becomes zero @@palmshade1489

[@AnastasiaGrot]

Great video! Please do more videos like this

[@V0ltverse]

Thank you! Will do!

[@V0ltverse]

Thanks for tuning in. We'd love to know your thoughts about this video.

[@Miketrack101]

Can you make a similar video about capacitors please

[@AnastasiaGrot]

Can you explain why current lags in an inductor?

[@V0ltverse]

Hi, Yes we are working on a video about capacitor voltage and current. Stay tuned! @@Miketrack101

[@V0ltverse]

When voltage is applied to an inductor, it creates a changing magnetic field. This changing field induces a voltage that opposes the original change in current (due to Lenz's law). As a result, the current doesn't instantly rise to its maximum value but gradually increases, causing it to "lag" behind the voltage. In essence, the inductor resists sudden changes in current, leading to this lagging behavior@@AnastasiaGrot

[@KD_elctrcL_N_elctrnX]

Why is lenz law not considered as in why isn't V=-Ldi/dt

[@Acein3055]

Good video. Consider a video where Icap = C * dV/dt

[@V0ltverse]

Thanks for the suggestion! We'll consider diving into Icap = C * dV/d​ in a future video. Stay tuned!

[@Miketrack101]

Agreed!

[@palmshade1489]

Yes please, I'm looking for a similar video