I have been an engineer since 1978. I had forgotten so much over time. This guy is great. He reminds me of one of my professors (WWII Vet) who was straightforward in teach, demonstrate, practice. All broken down into steps. Great approach!
I also want to say thank you. At the moment I am unemployed in Germany, had lost my job when covid had ended and the lovely Queen had died. I do not design smps too much as it was before. I frequently check on the vidios here to stay a bit in touch with the specialties one has to pay attention to designing new smps. Also the common mode EMC filter videos had helped me a lot.
Great content. Treasure of information. High quality everything. Thank you very much. And I am an amateur building my first "serious" power supply and it's easy to understand almost everything.
Very nice video, thanks for sharing. If I'm allowed to make a suggestion... You migth have copiright reasons to not do it but It'll be great if you can back up your videos with some schematics to see where are you connecting and disconnecting those caps.
A suggestion to make trace clearer and show subtle detail is to put a DSO scope into averaging. It increases detail synchronous to the triggered dynamic load step timing, while suppresses switching noise. That way with averaging you can see more phase detail in the line/load voltage excursions, without seeing the converter switching noise (now asynchronous) blur the trace. By switching in and out averaging, can isolate and show and hide the converter switching noise
Eagerly waiting for the remaining part Sir... Hope it will come soon... Thank You
Рік тому
Thx for the videos, appreciated them a lot! Offtopic question: how is the current sensed at the demo board that is so "nice" (clear and steep)? Is there a rogowski coil or some other current transformer or something else? Thx for any reply.
Hi, I have a question : as the control feedback allows the audio susceptibility to be reduced of ||1+T||, I wonder if we could under-estimate the input capacity and rely on the robustness and the efficiency of our control design ? Thank you for this video
I have been an engineer since 1978. I had forgotten so much over time. This guy is great. He reminds me of one of my professors (WWII Vet) who was straightforward in teach, demonstrate, practice. All broken down into steps. Great approach!
One of the best power electronics channels ... detailed yet simple explanations ...فدایی داری آقا علی
Merci 🙏
I also want to say thank you. At the moment I am unemployed in Germany, had lost my job when covid had ended and the lovely Queen had died. I do not design smps too much as it was before. I frequently check on the vidios here to stay a bit in touch with the specialties one has to pay attention to designing new smps. Also the common mode EMC filter videos had helped me a lot.
Nice. Can’t wait to see part2.
Thank you for providing such informational video. Waiting for next video.
Great content. Treasure of information. High quality everything. Thank you very much.
And I am an amateur building my first "serious" power supply and it's easy to understand almost everything.
Very nice video, thanks for sharing. If I'm allowed to make a suggestion... You migth have copiright reasons to not do it but It'll be great if you can back up your videos with some schematics to see where are you connecting and disconnecting those caps.
A suggestion to make trace clearer and show subtle detail is to put a DSO scope into averaging. It increases detail synchronous to the triggered dynamic load step timing, while suppresses switching noise.
That way with averaging you can see more phase detail in the line/load voltage excursions, without seeing the converter switching noise (now asynchronous) blur the trace.
By switching in and out averaging, can isolate and show and hide the converter switching noise
Have you tried aluminium polymer capacitors instead? The lower ESR and ESL values allow them to filter the high frequency noise more effectively.
Excellent!
❤️❤️❤️ Nothing better tuen a practice demonstration , Thanku sir
Eagerly waiting for the remaining part Sir... Hope it will come soon... Thank You
Thx for the videos, appreciated them a lot!
Offtopic question: how is the current sensed at the demo board that is so "nice" (clear and steep)? Is there a rogowski coil or some other current transformer or something else?
Thx for any reply.
10:05 Do I see correctly, the new successor to the Bode 100 - the Bode 500 with N connectors and full 2 port measurements :D
What is the name of that yellow box « ishing »?
Hi, I have a question : as the control feedback allows the audio susceptibility to be reduced of ||1+T||, I wonder if we could under-estimate the input capacity and rely on the robustness and the efficiency of our control design ? Thank you for this video
Generally not a good idea. The risk outweighs the cost largely.
Brilliant, thank you.
Would have been nicer to see if proper probing technique was followed. That long ground lead of the probe is not good for measuring noise
Thank you for the valuable information but you are wasting too much paper. Can't you use a white board instead?