The Simplest PCB Track Simulation vs. Measurement | Eric Bogatin

[@Usturam]

Dear Master Robert, I do not know how can I thank you. You are sharing priceless information with us which we normally must strive a lot to get those knowledge. Now I just sit and watch your videos while drinking my coffee. I hope one day I can offer you a coffee to thank you.

[@mehradaghaei6091]

Amazing discussion! really valuable information and great insights.

[@romancharak3675]

Eric Bogatin always has very interesting presentations ! Thank you both.

[@87Spectr]

I want to say that is great video! It took me 3 hours to understand and write down. Thank you Robert!

[@saeedkizzy]

wow thanks, every topic MR Bogatin discusses I am interested 100% :)

[@ed.peguillan.3]

Great video as always, thanks. That point you made at the end feels kind of like Heisenberg's principle as it applies to PCBs: You cannot measure what is going on, without affecting what is going on. I was hoping to see some tutorial on how to use this modeling software, but I think you may have done tutorials like this in the past. So I'll look through your videos to find one.

[@shuashuashua1]

Next great video, thanks for sharing. I love to watch videos with mr. Bogatin

[@seyedmohammadrezavaziri7431]

Prof Bogatin is Super Super Super Brilliant!!!!

[@87Spectr]

Wow! Super! I look forward to watch this!

[@MichaelGiacomelli]

I'd be very interested in seeing a video about a free alternative to ltspice.

[@NewBeeHardwareEngineer]

Very Nice.

[@icestormfr]

🤔 The only scenario/exception where the gnd copper with via fence between the traces would make sense is: two seperate Conductor-backed coplanar waveguides (CBCPW) on two layer board. But in that case also the width of that copper pour (that is part of the defining GND/impedance) should probably higher/wider 🙃

[@jebinsatheeshkumar]

Thanks for the new video.

[@87Spectr]

please. confirm my understanding the rough rule (1:41) ( i'm not strong in English): if rise time (ns) is longer than interconnections (inches) then we don't find ringing? This means that there is no need to worry?

[@Woowoobang]

Yep.... reflections are a basic property of transmission lines. It reminds me of VSWR

[@Woowoobang]

Hey I think you gave your email for questions on a different video. Would you mind if I asked you some questions sometime? I'm an EMC technician and I really want to understand all of these principles so I can help these customers that come in and have no idea how to fix it.

[@Woowoobang]

We were powering an antenna into a reverb chamber and we were only putting 1dBm of power, how is it that we were seeing a 60V/m field? I know the answer but I want to see what people think.

[@striker44]

I know the answer, too. I am looking at what you have to say about it so I can confirm or reject it.

[@MoslehDokahn-qh4zq]

Thanks ,can we get free subscription to mr Eric acadym