L=25330.3/Fsq X C
L=Inductance in uH C=Capacitance in pF F=Frequency in Khz
28.95 uH 35000000 pF 5 Khz
Result Enter changes into capacitance Enter changes into frequency
F=square root of 25330.3 / LC 50329.22 Khz
F=Frequency in Khz L=Inductance in uH C=Capacitance in pF
50329.22 khz 1 uh 10 pf
Result Enter changes into inductance Enter changes into capacitance
C=25330.3/Fsq x L
C=Capacitance in pF F=Frequency in Khz L=Inductance in uH
6000 pf 200 Khz 105.54 uH
28.95 uH
6000
Reactance of Inductor 2*pi*FL 316.23 Ohms
F=frequency in hz L-inductance in h
Reactance of Capacitor 1/(2*pi*F*C) F=frequency in hz 316.23 Ohms C=capacitance in f
Calculated Reactor Capacitance 1 tube/air=160pf k=1 9 tube/air=.0135uf k=1 1 tube/water=.0135uf k=80 9 tube/water=.2296uf k=80
Result Enter changes into frequency Enter changes into inductance
50329.22 khz Enter changes in frequency 1 uH Enter changes in inductance 316.23 ohms Result
50329.22 khz Enter changes in frequency 10 pf Enter changes in capacitance 316.23 ohms Result
nges into capacitance nges into frequency
nges into inductance nges into capacitance
nges into frequency nges into inductance Active Calulation 5 khz Copy from E3 0.91 28.95 uH Copy from E1
nges in frequency nges in inductance
nges in frequency nges in capacitance
ohms
ohms
5 khz Copy from E3 0.91 35000000 pf Copy from E2