SVPWM - discrete implementation

[@finalglide]

Your sequence of videos on d-q theory and SVPWM are excellent! It's the best explanation of SVPWM I've ever encountered. Thank you for taking the time to make these videos available and helping me to understand this important theory. Cheers!

[@varungopal6272]

(theivame enga irunthinga ivlonaalu) This is a very clear explanation so far regarding SVPWM i hope you make many more videos like this on other topics Thank you Sir! and Cheers!

[@UmBr3ll4CorP]

Nice explanation, helped me alot thanks!

[@timowolff1105]

in the equation where va vb and vc are used, are va vb and vc just constant values?

[@chhayaseng6304]

Thank you professor.

[@ghaghabayesfandiari9495]

hello dear professor, I have a question about Dd and Dq, the duty ratio of switching for 3 high switches, S1, S3, and S5, I mean how can get this two duty ratio, I try with Simulink but I can't do this, I have the steady-state value of Dd and Dq, but my question is that how can I use this two value for control in Simulink, and how can I implement this item in control circuit, and one more question is that, can we convert the duty ratio of the inverter to d-q frame? and how? thanks a lot dear professor.

[@mukesh2738]

Thabks for nice explamation. In svpwm, here in the lecture we havent discussed about sector calculation..it is required right?

[@hamelillah7545]

thank you for replying The model with the picture number Fig 4.5- Simulink model of the CSP plant with storage system does not work for me An error appears in the following article www.ignited.in/I/a/109872

[@zaidpatelvideos]

Sir please teach us Matlab simulation of grid connection system Thanks

[@tejasdeshpande485]

the best