Recent content by bbrianc

Wow lol yeah I'll keep that in mind! I'm in a semi remote area but I'll be sure to keep the levels under 1.21 gigawatts [emoji3]

My limitations there come in the form of a DIY budget lol. Luckily, at this point I have no need for FCC certification. I can imagine the challenge you must face. I guess I can add that the circuit per se is not overly complicated in terms of number of components. The main complexity comes...

I'll be sure to look into those thank you. I had a feeling there would be similar discussions, but wasn't sure if they would be aimed in the same direction. I never thought about a comsol / ansys solution but that's a very interesting angle! I'll have to look into that. The closest thing I...

I'm looking for software that can simulate an ac circuit. After a quick google, I found several free online services (which I will try out). What I was wondering though is if anyone had some advice concerning my selection. A brief list of requirements: accurate simulation of different conductor...

Thank you all these are excellent answers pretty much exactly what I was looking for. My basic thought experiment is related to magnetism actually. (More current gives you a stronger B field)

Yes you have the right idea. Maybe not that low, but more like in terms of components and ampacity of whatever conductor is being used... coupled with a voltage level too low for a real source to generate. Great discussion so far thank you all for contributing.

Thanks for the correction! I forgot to add the goal of keeping constant power my mistake. Original question edited. Thank you

Simple premise: take ohms law with a purely resistive ac circuit. 1 volt through in series with a 2 ohm resistor, I have 0.5 amps of current. I want to maintain constant power. In practice, "how low can I go" with the voltage to increase the current? There's probably many variables I'm missing...