- #1
splatcat
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thank you for any help in advance.
The question is; In a series LRC circuit, find an equation that shows the ratio of Voltage out [the voltage measured over the capacitor] over the voltage in from an A/C source as a function of L R C and omega
Starting with this equation:
Vs = sqrt(VR2 + (VL - VC)2)
The attempt at a solution, I have no idea how close/right this is as I do not have the solutions,
Vout / Vs = 1/(C*omega*sqrt(R2 + (omega*L - 1/C*omega)2))
[/b]
Any help/ advice would be greatly appreciated :) thanks
Stu
The question is; In a series LRC circuit, find an equation that shows the ratio of Voltage out [the voltage measured over the capacitor] over the voltage in from an A/C source as a function of L R C and omega
Starting with this equation:
Vs = sqrt(VR2 + (VL - VC)2)
The attempt at a solution, I have no idea how close/right this is as I do not have the solutions,
Vout / Vs = 1/(C*omega*sqrt(R2 + (omega*L - 1/C*omega)2))
[/b]
Any help/ advice would be greatly appreciated :) thanks
Stu
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