Thanks for the great presentation 👍

can anyone please explain how is the number of turns of the coil design

For packing of the GaN for space application which can reach to cryogenic temperatures, what kind of epoxy or packing will be suitable .?

hi, where can I find the requirements for applying the CPES'S PhD program?

Great presentation and great work. Good luck in future work.

It is simply great and straight-forward, thank you for uploading this video.

I have a question and please answer it in the hybrid solar inverters, Voltronic and Sako inverters, when the inverter starts charging the batteries so that the bidirectional converter transfers energy to charge, we notice in the electronic circuit the presence of igbt and diode and a coil that form a step-down converter circuit, and this helps determine the direction of current flow from the secondary coil to the primary or vice versa. My question is how will this igbt work synchronize with the bridge that cuts the current from the secondary coil to be transmitted by induction to the primary coil, noting that the oscillator used in the step-down converter circuit is a controller and the bidirectional converter uses the IC sg3525 as an oscillator

I used dioelectric liquid or gelatin to keep the bad sparks from jumping into other components of high voltages in the jump to contacts with a single step in the liquid to cooling circuts and the voltage of jumping charges small and intensely intrested ❤the environment of many clustering principles of electro induction gapping is important

hell yeah

🎉

Can you tell me what the transformer core you used is in this topology?

Love the video, is there a publication linked to this?

what can be if you have 2 MOSFET die and distance between them is 0.5mm, how it can be isolated?

good work！why is the influence of H-NF from high di/dt of power side mentioned but not included in the modeling？

Hi. Congrats with great results. I’m interesting in building a 2x2 matrix transformer, or a multicore composite one like yours. I’m not sure how to get such or a similar transformer core. What would you advice pls? Which service to use? Thank you.

We can not watch slides, because of subtitles we do not need.

What exactly is the core material used ?

It probably must be an LLC converter with an air gap in a magnetic core - sinusoidal current allows decreases conductive losses in wire (and increase current density and reduce weight and size); decreases losses in a core because a frequency is quite high for regular power ferrites , like N87.

You can use a wooden pointer next time. It made me very nervous.

有详细的论文设计指导么？谢谢

Sir could you provide me some useful course or Book for this three consept optimal trajecory control soft start UP and burst mode

Nice! Where to buy a kit?

I saw a chopstick！！！！

Nice video.. can you help me with this work.. I like to work on this.

Great work Filip! May I ask what the BLT is that you used for the attaches?

could you provide more info about the coils design specifications?

Great work 👏 👍

Can u plz share Simulink model with me

Can you share some simulation file for this?

Salve Christina da Nick, sei semplicemente bellissima e bravissima, ti adoro.

Thank you very much for valuable information.

Hi, Do you use RF based PCB designing both at Tx and Rx ..?

This is very fascinating, thank you for posting!

Related video link is not available, kindly provide if there is an another link available..

Wellcome any questions and comments here!

Excellent presentation Yuliang!

Nice presentation!

頭香

Thanks you, very helpful.

Nice Explanation Sir , I am also working on Planar for EV

I did the evaluation and testing for Lockheed Martin

Interesting!

Good work Lakshmi 😊🎉

Frea king genius!

I find my teacher！The class of advanced power conversion techniques is difficlut to understand so I need more resource🧐

Interesting method to alleviate the creepage impact on the final assembly.

how can I get in your company and work with you guys on wpt?

Seems like a power supply specified for commercial aircraft

Where to get it?