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Good discussion

Seth Rogen really knows about switching power supplies!

perfect! Please provide a new link for the Ebers-Modell video in your description, thanks

Thank you so much for teaching the basics.

Thanks. 😊

Nicely explained...Thank you so much..Please take about ground loop more in next videos

Me encantó! ❤

You guys keep thanking below the comment section without really paying any attention? The truth table and logical expression for XOR is totally wrong and nobody noticed??? Thats XNOR, can you guys really pay some attention?

Which frequency components of the transient overvoltage are transmitted via galvanic coupling?

Thanks 👍😊🙏💯

Thank you for amazing and precise explanation

🤝👍

Thanks for this video. It is very clear and honest.

Great video ! Love this stuff

Awesome stuff

Very good and detailed explanation! I like the natural smiles also :)

Nice video bu where is the examples solution for the 3 variables?

wow nice video

wow nice video

Thanks a lot for this great video. I would just like to check one point please if you are available to reply; Why are the voltage arrows pointing to the point of lower voltage instead of the higher voltage? Isn't the common convention for voltage arrows to point to the point of higher voltage?

Thanks for the detailed explanation that includes equations :)

Thank you for the informative video. What does the USB connection do in the function generator? Can we feed an audio file to a function generator?

Blatantly wrong value for c timestamp 1:58 an wrong conclusion in example

As for as my experience with Switch mode power supply the filter inductance is very important for in rush current limiting cause if the inductance is to small more current will draw from the mains into the transformer and built up as heat wasting the current. And burning up the winding because if the core is rated for 6 amp and the chock is inductance is small 9 amp will drawn from the mains and 3 amps.is wasted as heat in the winding so the chock play many rolls in power supply

Thank you, much appreciated

thanks a lot.

When ROSC is planed to be implemented in processors of laptop

The best video I have ever seen. Could you please tell me from where I can get this study. Can I get any detailed studies, documentation or any detailed research paper on that.

So nice the world's best teacher thanks sir

Barely got a small fraction of this. Must buy that book.

Amazing explanation!

Danke für die Videos!

Tolles Video hab ich vergessen zu schreiben.

Die eine krokoklemme reicht als ground. Alle Eingänge sind verbunden. So könnte es zu Problemen kommen mit zwei kklemmen.

Vielen Dank, besser erklärt als mein Prof!🦾

…sehr guter Kanal. Macht weiter so.Sehr verständlich 👍🏻👍🏻👍🏻

I am working on a project based on double tail comparators in cadence 90 nm, but the both outputs are same even if there is a difference in inputs ,Can someone help me with this?

Do the online course has the same content as this playlist or there is more material there?

In your schematic shown at 2:34 min of this film, current entering Lcm will create opposite magnetic fields , what in effect they will cancel each other, so what is the reason for Lcm?

Are emi filter inductor can help audio quality i mean speaker become quieter?

Great explanation! Thanks from an italian student.

Thanks

0:12 That's amazing; I have the same Fluke meter, over 40 years old, works great!

The world's best teacher thanks

So nice thanks

I am sorry to rain in your parade but what you have here is not an overcurrent protection circuit. What you are showing is that with 100 ohms resistor, there is not enough voltage between the collector and emitter of the transistors to turn the LED ON. With 100 ohms resistors the collector-to-emitter voltage (VCE) of the transistors are below 1 volt. If you change the resistor to a lower value, let’s say 40 ohms, you should see the LED turn ON and you do not necessarily have a short-circuit condition. Please check this video kzfaq.info/get/bejne/nNeViNNyubDQio0.html where a real short-circuit protection is discussed. Better, check the Part 4 at kzfaq.info/get/bejne/hptzlpRlrNitqGg.html where a standard overcurrent protection is demonstrated.