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Pushpull Converter

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Опубликовано:

22 авг 2024

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Комментарии : 22

@madhuribagewadi2411 4 года назад

Thank you so much sir. It's very easy to understand and once at glance at first read and understand.

@MrVentran 4 года назад

Greate. Thank you for explain how Pushpull converter works

@vishwanathat8749 3 года назад

Very good explanation

@esulub 4 года назад

It is an amazing explanation Professor, thank you !

@ElectronicsCircuitHubECH 4 года назад

Hi Gyus, Watch lecture on Op-Amp #PowerElectronicsAPracticalApproach ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-HadbIy5dveI.html

@malleshd4763 7 лет назад

i am very happy with your videos sir, please upload more n more videos on power electronic.

@ElectronicsCircuitHubECH 4 года назад

Hi Gyus, Watch lecture on Op-Amp #PowerElectronicsAPracticalApproach ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-HadbIy5dveI.html

@somswyd 4 года назад

Sir, When moving from Q1 ON to Q1 off ( Q2 is OFF in both cases) , freewheeling happens in o/p side. In my view that should happen only through D2 because the induced voltage in the secondary side blue coil will be with minus potential on dot side ( similar to forward converor )... Then most of the free wheeling current should flow through D2 only.... Then flux will not remain constant at phymax. Kindly correct me if I am wrong...

@joshwatkins6487 8 лет назад

very good explanation thanks!

@skulpturalol 4 года назад

can someone explain where does the magnetizing current flow when both switches are off? It shall go through the secondary side during off time.

@skulpturalol 4 года назад

Never mind i read a very good book and it explained magnetizing energy is fed back to the source at every period.

@rajarampudasaini5992 2 года назад

@@skulpturalol can you please suggest that good book

@MrEustaquioJR 6 лет назад

Excelent class! Thank you!

@dhrupadsaha4171 4 года назад

Thank You So much sir

@chibuzoeze4225 3 года назад

Please can solar charge controller be achieved through this topology?

@SuperHalimhalim 6 лет назад

Thank you verry much. i would to design an adjustable HV (0-30kv) cascade buck push-pull (voltage feed) power supply. is it possible to guide me with docs for the calculations? because in the web i founde just a fix voltage output. thanks

@adhavansivakumar5265 5 лет назад

How to use push pull converter as a boost converter

@anil1svnit 7 лет назад

I have one doubt, not sure will be answered still asking: Why is inductor L required in output.?? I understand to store energy but isn't it in real life its just adding some extra resistance ??

@bdnevins 7 лет назад

There must be some impedance to define the current in the secondary. If the secondary is just connected to a grounded capacitor it will present a very low impedance to the primary side. This is because there is nothing to limit the secondary currents, and they will cancel the B field created by the primary currents. That means the primary side will look like a short / low impedance. As expected, the "transformer" reflects the secondary impedance back to the primary.

@davidcano90 6 лет назад

Hi Professor, thank you very much for the explanation. I have a question 25:48. I would like to know what is the voltage that sees one of the transistors when they both are off. Literature says that it is Vin, but I do not know where that comes from. Once again, thank you. Greetings from Colombia.