Equivalent impedance (μH) of an LC parallel resonant circuit
Author: kegasaExecutions: 90
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Equivalent Impedance of an LC Parallel Resonant Circuit
ω = 2*pi*f;
L = L_μH/10^6;
C = C_pF/10^12;
ZL = R + i*ω*L;
ZC = 1/(i*ω*C);
Z = 1/(1/ZL + 1/ZC);
Leff = Im(Z)/ω;
Reff = Re(Z);
Q = Im(Z)/Re(Z);
print(Z);
print(Leff*1000);
print(Reff);
print(Q);
L = L_μH/10^6;
C = C_pF/10^12;
ZL = R + i*ω*L;
ZC = 1/(i*ω*C);
Z = 1/(1/ZL + 1/ZC);
Leff = Im(Z)/ω;
Reff = Re(Z);
Q = Im(Z)/Re(Z);
print(Z);
print(Leff*1000);
print(Reff);
print(Q);
| Z | ohm |
| Leff | mH |
| Reff | ohm |
| Q |
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