can you explain how you to combined mode1 & mode 2 got Avg matrix explain in step by step

Thank you sir

Sir wht will be overall tranfer function for boost converter

You did not explain the matrix equations . How are these equation derived ?

Please also make video on 3 phase inverter state space model

thanks!

Thank you so much for the clear explanation...

Can we get a state space analysis of buck boost converter , kindly please sir.

How we can analyze the boost converter in Matlab according to this average state space model.?

Thank you very much for the video, It will be great a video about how to get the transfer functions for this converter. Great Work Tunde¡¡¡

Bundle of thanks Sir.....

Goooood

Good day Sir, I thank you for your lecture. May I know if you would kindly take this boost converter lecture to it's logical conclusion comprehensively. Things like, developing the small signal model up to the controller design and what the controller equations practically means. Additionally, how does one translate these equations to hardware connections that would do the controlling effects please. I need to talk to you if possible. Kindly accept my contact as follows: [email protected] and +2348036393049. I have an issue that I will like to have your inputs, it's exclusively academic regarding DC-DC converters design. Remain blessed.

what i have to done after state space to obtain final transfer function of the boost converter please reply and also thanks for this

What about C, D Sir?

Where are the other lectures?

very nice sir...please extend your video to Buck Boost converter in both CCM and DCM

Very much thanks Sir, this was very helpful

The lecture is exciting. Thanks

Thank you Bass

Well done sir, God bless you

Thank you for simplifying digital control concepts

This is a great resource for undergraduate and graduate control engineering students