Developing Clean Efficient Power with LLC Resonant Converters with Infineon

Comments · 26

• RM

  @RMSa-p5p · 12 years ago

  Great Video.In <a href="https://www.youtube.com/watch?v=ssL5scfIFZ8&amp;t=562">9:22</a>, Sam mentioned that in the capacitive region the current is lagging the voltage, but it should be the current is leading the voltage.

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• PC

  @pcbelectro8331 · 5 years ago

  Thank you guys for presenting this Training Video for us. &nbsp;This Video is really very clear to me to understand.

• XI

  @xinchen4010 · 6 years ago

  SO appreciated!!! Very clear!

• BI

  @bitubuti · 11 years ago

  Thank you. Very clear.

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• KA

  @kamleshpanchal8661 · 2 years ago

  Thank you for your information 😊

• KA

  @KaptainLuis · 5 years ago

  thank you so much!!!

• EN

  @engmahmoudnassary · 8 years ago

  in<a href="https://www.youtube.com/watch?v=ssL5scfIFZ8&amp;t=562">9:22</a> till <a href="https://www.youtube.com/watch?v=ssL5scfIFZ8&amp;t=591">9:51</a> Sam &nbsp;just conflicted between ZVS and ZCS. The right is where tank current lags the impressed voltage is therefore called the &quot;inductive region&quot; and ZVS occurs, vice versa.

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• SU

  @sudheerkumar5966 · 3 years ago

  Very very good theory and conversation English to hindi

• KA

  @karastom2304 · 9 years ago

  Thanks so much this wonderful, I have question about DC-DC bidirectional ,primary side and secondary side is full bridge how can I turn on with minimum losses to achieve high efficiency

• SE

  @selvamp7714 · 8 years ago

  Is there any application note for calculating the efficiency of the converter with different input voltages(for wide voltage range as input)

• ST

  @steveandamyalso · 9 years ago

  W-a-i-t a minute! &nbsp;<a href="https://www.youtube.com/watch?v=ssL5scfIFZ8&amp;t=114">1:54</a> to <a href="https://www.youtube.com/watch?v=ssL5scfIFZ8&amp;t=120">2:00</a>==&gt; Is this LCC or LLC? &nbsp;There is a big difference!

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• MD

  @Md_Shamsuzzaman_3210 · 3 years ago

  Thanks