How do you define "resonance"?I need to find the resonant frequency of a RLC circuit but not sure if i have done it right or not :
so i did
1/2pi sqrt 50mH*10^-3*0.01uF*10^-6=7118 Hz (is this right ) ?
Yes - it makes a difference. When R is in series to L only (and not to the parallel combination L||C) the resonant point is not simply SQRT(1/LC). The dame applies when L in series to C with R||C.Does it make any difference? Isn't the resonant frequency the same regardless of the position of R and whether it is series or parallel resonance. It's the Q that changes.
You're correct - I wasn't thinking of resonant circuits quite that advanced!Yes - it makes a difference. When R is in series to L only (and not to the parallel combination L||C) the resonant point is not simply SQRT(1/LC). The same applies when L in series to C with R||C.
Try to find the difference while simply applying the definition for resonance.
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