Sorry if this question doesnt suit the forum, but I dont know where I can go to ask this question, but I know you guys know things about this, you just dont like telling people for some reason.
So can copper wire support high oscillations like above 100 gigahertz.
What problems does such high oscillations exhibit having such a short wavelength.
I know for one thing, that the measurements of the system will hit at random phases when the signal is fanning into itself.
I also know that dielectrics start to conduct at frequencies above 100 megahertz.
I think I have an oscillator circuit that can put out frequencies with no limit... but I bet theres more issues to do with it that inhibit such a powerful thing to have for yourself.
I know that the faster the oscillator is, the more power you have to put in to hit the same level of functioning power in the system.
And also what would resistance do to it - Would 0 Kelvin cooling (and super conducting) help some issues?
Ive got a feeling if you use conductive paint, it may hurt things a bit... but I dont know yet...
Lots to go yet, before I go attempt to do it. If anyone wants to know more about this oscillator you can ask me, I dont mind talking about it. (I want to make an electrical delay line.)
*edit* I just got an idea, if dielectrics start to conduct at high frequencies - doesnt that mean resistors dont even work anymore - because they start to conduct?!?!?
So can copper wire support high oscillations like above 100 gigahertz.
What problems does such high oscillations exhibit having such a short wavelength.
I know for one thing, that the measurements of the system will hit at random phases when the signal is fanning into itself.
I also know that dielectrics start to conduct at frequencies above 100 megahertz.
I think I have an oscillator circuit that can put out frequencies with no limit... but I bet theres more issues to do with it that inhibit such a powerful thing to have for yourself.
I know that the faster the oscillator is, the more power you have to put in to hit the same level of functioning power in the system.
And also what would resistance do to it - Would 0 Kelvin cooling (and super conducting) help some issues?
Ive got a feeling if you use conductive paint, it may hurt things a bit... but I dont know yet...
Lots to go yet, before I go attempt to do it. If anyone wants to know more about this oscillator you can ask me, I dont mind talking about it. (I want to make an electrical delay line.)
*edit* I just got an idea, if dielectrics start to conduct at high frequencies - doesnt that mean resistors dont even work anymore - because they start to conduct?!?!?