Re: Why does the two currents in a parallel LC-resonance circuit cancel on a lower frequency than the LC-resonance?

alan victor · 2021-03-26T15:00:32-07:00

If you write the node equations for a parallel LC with an R in series with the L wo= 1/√LC × √1-R^2 × C/L Yes, the series R will perturb the resonance point from the expected value.

Re: Why does the two currents in a parallel LC-resonance circuit cancel on a lower frequency than the LC-resonance?

#charts #simulation #problem #traps #rant

alan victor All Messages By This Member #21576 If you write the node equations for a parallel LC with an R in series with the L wo= 1/√LC × √1-R^2 × C/L Yes, the series R will perturb the resonance point from the expected value.

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Re: Why does the two currents in a parallel LC-resonance circuit cancel on a lower frequency than the LC-resonance? #charts #simulation #problem #traps #rant

Re: Why does the two currents in a parallel LC-resonance circuit cancel on a lower frequency than the LC-resonance?

#charts #simulation #problem #traps #rant