Resonant circuit (C,L)

C,Y,Z←f,L
f = Frequency ←C,L
L = Inductance ←C,f ←C,L
C = Capacitance
C=1(2πf)2L
YL = Admittance
YL=12πfLi=CLi
ZL = Impedance
Characteristic impedance
ZL=2πfLi=LCi
L,Y,Z←C,f
C = Capacitance ←f,L ←f,X|Z
f = Frequency ←C,L
L = Inductance
L=1(2πf)2C
YC = Admittance
YC=2πfCi
ZC = Impedance
Characteristic impedance
ZC=12πfCi
f,Y,Z←C,L
C = Capacitance ←f,L ←f,X|Z
L = Inductance ←C,f ←f,X|Z
f = Frequency
f=12πCL
|Y| = Absolute value of admittance
|Y|=|2πfC|=|12πfL|
|Z| = Absolute value of impedance
Characteristic impedance
|Z|=|12πfC|=|2πfL|
C,L←f,X|Z
f = Frequency ← C,L
|Z| = Absolute value of impedance
Characteristic impedance
← C,f ← C,L ← f,L
C = Capacitance
C=12πfZi
L = Inductance
L=Z2πfi




B,D,f,Q,R←C,L,R
C = Capacitance
L = Inductance
Rp = Resistance
Rs = Resistance
D = Dissipation factor
D=RsCL
Q = Quality factor
Q=1D
f₀ = Resonant frequency
f=12πfCL114Q2
B = Bandwidth
B=Df
Rp = Resistance
Rs=0 Ω
Rp=1DLC
Rs = Resistance
Rp= Ω
Rs=DLC
Z₀ = Characteristic impedance
Z0=LC

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Verzió: 2025-03-25 ( 2010-06-13 .. 2025-03-10 18:00:01 UTC )
gg630504   Gábor, operator of the HG9IEG amateur radio station.