Question: At 3:15, you say that the inductor begins to act as a current source. I don't understand why that would be the case, here. At the point where the lines coming from D1 and D2 connect, directly before the inductor, the "push" is in the same direction. If this is the case, why would the inductor (and the capacitor) change their polarity?
U said inductor is decaying when D2 is on ...but u should the current nature charging in wave forms Second question ...incase if the mode of both switch is not present ...then the inductor current keeps increasing according to the wave form u gave ... My third question is what is the impact of core flux reset. Why the emf is not induced in the second half of the primary circuit
Very well explained. Great. Keep doing similar videos.
Thank you Akhil 😊
The best explanation bro. Thanks a lot!
Thank you 🙏
For better experience listen in 0.75x😅
Question: At 3:15, you say that the inductor begins to act as a current source. I don't understand why that would be the case, here. At the point where the lines coming from D1 and D2 connect, directly before the inductor, the "push" is in the same direction. If this is the case, why would the inductor (and the capacitor) change their polarity?
Which software you will use to draw the circuit diagram
Really great❤️💯
Thank you very much. Keep supporting :)
Question do I have to use a film capacitor why can’t electrical capacitor use
U said inductor is decaying when D2 is on ...but u should the current nature charging in wave forms
Second question ...incase if the mode of both switch is not present ...then the inductor current keeps increasing according to the wave form u gave ...
My third question is what is the impact of core flux reset.
Why the emf is not induced in the second half of the primary circuit
from which you have given explaination like IEEE or journal paper can you please say the name of paper or can you please share the links of the paper
Very good ❤️❤️
Thank you :)
set playback to .8 and you'll be able to follow
What about output voltage equation ?
Does this require snubber Circuit??
Yes for practical implementation we need to have snubber circuits.
Kindly check the mode-1 primary and mode 2 primary... It's reversed actually