Buck-Boost Converter Voltage Equation in Discontinuous Conduction Mode (DCM)

The derivation of the voltage relation for a buck-boost converter with a resistive load in discontinuous conduction mode (DCM).

[@Electronicshobbyy]

Thaaaaaank you sooo much katt for all the awesome tuto u do ♥ i'm watching those days the series of 'intro to control'

[@sanjitfranklin]

Beautiful explanation. Thanks a lot :)

[@chintusharma9232]

Kat your videos are great and clears my concepts very much. It would be a great favor if you would make lectures on hurwitz polynomial and positive real functions

[@tseckwr3783]

Thanks Professor Kim ... a great review...

[@user-ci3dg4lb2d]

شكرا كات كيم شاو... دائما متألقة و مبدعة.

[@jkyourdoom1326]

Love your work💯❤️

[@dogukanayc2761]

This is what I looking for today ! You heaed me

[@worldofphysics7600]

your videos help me a lot during my exams

[@sarigubonsri2091]

Thank you sir from Thailand

[@immanuelthaddeuspicar813]

Thank You!

[@lk.dangwal3359]

Nice mam......i from India ✌️

[@buffplums]

Hehe really cute mouse squeak x

[@saidazzi1573]

Can you make a video about how to calculate the duty cycle of an single phase inverter ?

[@damians8940]

Do you think a low-pass filter on the audio would make the infestation problem go away even a little bit? ;)

[@sikandarshah4539]

Please include LLC resonant converter in your lectures

[@RafaSyed]

Hello ma'am, How are you doing in these untimely days of coronavirus?

[@CarlyDayDay]

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[@HermanWillems]

haha the mouse. Excellent video thanks.