|Feb11-06, 08:50 PM||#1|
Induced Voltage in a coil
Hello, Im new here.
I was hoping to get some help with a problem. I need to find the Induced Voltage in a coil in terms of the number of coils N, the length l, and time t.
I think when all said and done the equation should look close to: NlcB0*sqrt(1-cos(kl)), which is the induced RMS. The frequency is given as 1.0*10^9 Hz.
I know that Faraday's Law is-H*(d(flux)/dt) and flux is the integral of vector B dot vector dA. dA is d(y)d(z)i^ + d(x)d(z)j^ + d(x)d(y)k^.
So, basically, how do I get from Faraday's Law to that?
|Feb11-06, 09:23 PM||#2|
|Feb11-06, 09:49 PM||#3|
Okay, thank you, those links did help.
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