Buck converter, Boost Converter, Flyback Converter. (SMPS Topologies))

Detail explanation on buck ,Boost,Fly back converters.
Explained continues mode of operations (CCM), discontinues mode of operation (DCM), Fixed Frequency ,Variable frequency and Quasi Resonant Operations for each converters or topologies.
Step by Step working of each topologies explained with wave forms.
More on Quasi resonant and its working is given.
Please find my link below.
drive.google.com/open?id=12Q8...
drive.google.com/open?id=1UQo...
****************************%%%%%%**************************.
basic of power electronics.
How to design power supplies and led driver of own.
i will provide full and deep knowledge in developing the SMPS and drivers.
This is explained only to the industrial developers, since students cannot expect or refer this because this is not explained as per any syllabus based on real time experience this concepts are explained.

[@Ramesh-ro4yg]

good Ravi, RAMESH From WPG Electronics, Nice explanation.

[@pradipparmar3070]

Superb explaination 👍

[@jonlitchfield8888]

Thumbs up and thanks - i really liked that and found it most useful and well explained. Subscribed.

[@simpleandeasy7289]

Very good explanation sir
And please explain important problems in power electronics

[@pavankumar-kc6dv]

Neat and clean explained. I need flyback topology components calculation. Like transformer , how to select mosfet , input and output filter design calculation..

[@powerelectronicsbasics5243]

Will upload soon,on my next video with calculations

[@mortenlund1418]

Very nice explanation - thanks

[@suhailasaba1051]

Very great explanation.

[@sathyapalreddy2157]

Thank you very much sir

[@arashyusefi1889]

Excellent 👌👍💯🆗😃

[@samalashivasurya5574]

Nice explanation ....

[@prashantkantaria]

great video ... please make video on constant current isolated LED Drivers power supply..

[@abegafouda9136]

Great! My question: When smoothing Input and Output voltages, how does paralleling 2 condensers of 1000 µF in each area (input and output) improve the buck-boost operation, instead of putting one single capacitor of 2000 µF? What if I use a 3000 µF or a 1500 µF (as I have lots of those)? Thanks in advance for your answer. This video made things more clear in my head.You are just great!

[@sudheerkumar5966]

Very very good sir ji

[@sathyapydikondala5905]

Good explanation

[@powerelectronicsbasics5243]

thank you sreeja

[@Anturaju93]

Hello my friend. Can you please explain if the Flyback transformer receives AC or DC voltage from the tranzistor?

[@saadjarad2882]

Which converter is the best to use for led acid batteris charger smps or flyback

[@konahari3501]

Sir techniques for minimising switching losses in power converter and this topic are same or not? Please reply me sir

[@elmnaoirfer3751]

Is there a reverse polarity of the primary coil or not in this system(forward)??

[@hariprasadgowdakerenadka8450]

@6:37 how in on time 100v you get ,in on time circuit is shorted through MOSFETs right

[@pragatmudra8372]

Gr8 info, but you have not posted any videos, just 3 videos u have posted till now.....

[@lattehour]

good job 19:29 touch the output of a step up flyback and you dead

[@prasadsalunkhe1425]

Can I get design steps for flyback converter ?

[@gunhanbozdag9127]

Hello, is it possible to add subtitle support to your videos, especially Turkish language?

[@protektwar]

why am I getting indian voiced video?!

[@kamleshchavan7451]

Please see the mistake u made while explaining boost converter

[@ariffujjaman1]

some time your voice is very low some time your voice is loud . why cant you make your videos more professional