Resonant circuit (C,L)

C,Y,Z←f,L f = ▼     violet - light►     violet     blue - violet►     blue     green - blue►     green     yellow - green►     yellow     orange - yellow►     orange     red - orange►     red▲     light - red▼ 1240 MHz► 1240 MHz - 23 cm - L▲ 1240 MHz     ▼ SRD D     ► SRD D 869.85 MHz     ▲ SRD D     ▼ SRD C     ► SRD C 869.525 MHz     ▲ SRD C     ▼ SRD B     ► SRD B 868.95 MHz     ▲ SRD B     ▼ SRD A     ► SRD A 868.3 MHz     ▲ SRD A     ▼ PMR446, dPMR446     ► PMR446, dPMR446     ▲ PMR446, dPMR446▼ 430 MHz► 430 MHz - 70 cm - U     ▼ ISM SRD LPD     ► ISM SRD LPD 433 MHz     ▲ ISM SRD LPD▲ 430 MHz▼ 144 MHz► 144 MHz - 2 m - V▲ 144 MHz     ▼ CCIR FM BC     ► CCIR FM BC     ▲ CCIR FM BC     ▼ OIRT FM BC▼ 70 MHz► 70 MHz - 4 m▲ 70 MHz     ► OIRT FM BC     ▲ OIRT FM BC▼ 50 MHz► 50 MHz - 6 m▲ 50 MHz     ▼ ISM     ► ISM 40 MHz     ▲ ISM▼ 28 MHz► 28 MHz - 10 m - T▲ 28 MHz     ▼ PR27     ► PR27 27.184 MHz     ▲ PR27▼ 24 MHz► 24 MHz - 12 m▲ 24 MHz▼ 21 MHz► 21 MHz - 15 m - H▲ 21 MHz▼ 18 MHz► 18 MHz - 17 m▲ 18 MHz▼ 14 MHz► 14 MHz - 20 m▲ 14 MHz10.7 MHz▼ 10 MHz► 10 MHz - 30 m▲ 10 MHz▼ 7 MHz► 7 MHz - 40 m▲ 7 MHz▼ 5 MHz► 5 MHz - 60 m▲ 5 MHz     PAL▼ 3.5 MHz► 3.5 MHz - 80 m     NTSC▲ 3.5 MHz▼ 1.8 MHz► 1.8 MHz - 160 m▲ 1.8 MHz     ▼ MF BC     ► MF BC     ▲ MF BC455 kHz     ▼ LF BC     ► LF BC     ▲ LF BC▼ 137 kHz► 137 kHz - 2200 m▲ 137 kHz     ▼ hang, hi-fi     stereo pilot▼ hang, beszéd► hang, beszéd     ► hang, hi-fi     ► hang, A▲ hang, beszéd     ► 60 Hz     ► 50 Hz     ▲ hang, hi-fi Frequency☺ ←C,L QHzRHzYHzZHzEHzPHzTHzGHzMHzkHzhHzdaHzHz     1/mindHzcHzmHzμHznHzpHzfHzaHzzHzyHzrHzqHz L = QHRHYHZHEHPHTHGHMHkHHmHμHnH,cmpHfHaHzHyHrHqH Inductance☺ ←C,f ←C,L exactE192 - 0.5 %E96 - 1 %E48 - 2 %E24 - 5 %E12 - 10 %E6 - 20 %6 digits5 digits4 digits3 digits2 digitsinteger ☺ C = Capacitance☺ $C={\displaystyle \frac{1}{{(2\cdot \pi \cdot f)}^2\cdot L}}$ YL = Admittance☺ $Y_L=-{\displaystyle \frac{1}{2\cdot \pi \cdot f\cdot L}}\cdot \mathrm{i}=-\sqrt{{\displaystyle \frac{C}{L}}}\cdot \mathrm{i}$ ZL = Impedance☺ Characteristic impedance☺ $Z_L=2\cdot \pi \cdot f\cdot L\cdot \mathrm{i}=\sqrt{{\displaystyle \frac{L}{C}}}\cdot \mathrm{i}$

L,Y,Z←C,f C = QFRFYFZFEFPFTFGFMFkFFmFμFnF     cmpFfFaFzFyFrFqF Capacitance☺ ←f,L ←f,X|Z f = ▼     violet - light►     violet     blue - violet►     blue     green - blue►     green     yellow - green►     yellow     orange - yellow►     orange     red - orange►     red▲     light - red▼ 1240 MHz► 1240 MHz - 23 cm - L▲ 1240 MHz     ▼ SRD D     ► SRD D 869.85 MHz     ▲ SRD D     ▼ SRD C     ► SRD C 869.525 MHz     ▲ SRD C     ▼ SRD B     ► SRD B 868.95 MHz     ▲ SRD B     ▼ SRD A     ► SRD A 868.3 MHz     ▲ SRD A     ▼ PMR446, dPMR446     ► PMR446, dPMR446     ▲ PMR446, dPMR446▼ 430 MHz► 430 MHz - 70 cm - U     ▼ ISM SRD LPD     ► ISM SRD LPD 433 MHz     ▲ ISM SRD LPD▲ 430 MHz▼ 144 MHz► 144 MHz - 2 m - V▲ 144 MHz     ▼ CCIR FM BC     ► CCIR FM BC     ▲ CCIR FM BC     ▼ OIRT FM BC▼ 70 MHz► 70 MHz - 4 m▲ 70 MHz     ► OIRT FM BC     ▲ OIRT FM BC▼ 50 MHz► 50 MHz - 6 m▲ 50 MHz     ▼ ISM     ► ISM 40 MHz     ▲ ISM▼ 28 MHz► 28 MHz - 10 m - T▲ 28 MHz     ▼ PR27     ► PR27 27.184 MHz     ▲ PR27▼ 24 MHz► 24 MHz - 12 m▲ 24 MHz▼ 21 MHz► 21 MHz - 15 m - H▲ 21 MHz▼ 18 MHz► 18 MHz - 17 m▲ 18 MHz▼ 14 MHz► 14 MHz - 20 m▲ 14 MHz10.7 MHz▼ 10 MHz► 10 MHz - 30 m▲ 10 MHz▼ 7 MHz► 7 MHz - 40 m▲ 7 MHz▼ 5 MHz► 5 MHz - 60 m▲ 5 MHz     PAL▼ 3.5 MHz► 3.5 MHz - 80 m     NTSC▲ 3.5 MHz▼ 1.8 MHz► 1.8 MHz - 160 m▲ 1.8 MHz     ▼ MF BC     ► MF BC     ▲ MF BC455 kHz     ▼ LF BC     ► LF BC     ▲ LF BC▼ 137 kHz► 137 kHz - 2200 m▲ 137 kHz     ▼ hang, hi-fi     stereo pilot▼ hang, beszéd► hang, beszéd     ► hang, hi-fi     ► hang, A▲ hang, beszéd     ► 60 Hz     ► 50 Hz     ▲ hang, hi-fi Frequency☺ ←C,L QHzRHzYHzZHzEHzPHzTHzGHzMHzkHzhHzdaHzHz     1/mindHzcHzmHzμHznHzpHzfHzaHzzHzyHzrHzqHz exactE192 - 0.5 %E96 - 1 %E48 - 2 %E24 - 5 %E12 - 10 %E6 - 20 %6 digits5 digits4 digits3 digits2 digitsinteger ☺ L = Inductance☺ $L={\displaystyle \frac{1}{{(2\cdot \pi \cdot f)}^2\cdot C}}$ YC = Admittance☺ $Y_C=2\cdot \pi \cdot f\cdot C\cdot \mathrm{i}$ ZC = Impedance☺ Characteristic impedance☺ $Z_C=-{\displaystyle \frac{1}{2\cdot \pi \cdot f\cdot C}}\cdot \mathrm{i}$

f,Y,Z←C,L C = QFRFYFZFEFPFTFGFMFkFFmFμFnF     cmpFfFaFzFyFrFqF Capacitance☺ ←f,L ←f,X|Z L = QHRHYHZHEHPHTHGHMHkHHmHμHnH,cmpHfHaHzHyHrHqH Inductance☺ ←C,f ←f,X|Z exactE192 - 0.5 %E96 - 1 %E48 - 2 %E24 - 5 %E12 - 10 %E6 - 20 %6 digits5 digits4 digits3 digits2 digitsinteger ☺ f = Frequency☺ $f={\displaystyle \frac{1}{2\cdot \pi \cdot \sqrt{C\cdot L}}}$ |Y| = Absolute value of admittance☺ $|Y|=|2\cdot \pi \cdot f\cdot C|=\left|{\displaystyle \frac{1}{2\cdot \pi \cdot f\cdot L}}\right|$ |Z| = Absolute value of impedance☺ Characteristic impedance☺ $|Z|=\left|{\displaystyle \frac{1}{2\cdot \pi \cdot f\cdot C}}\right|=|2\cdot \pi \cdot f\cdot L|$

C,L←f,X|Z f = ▼     violet - light►     violet     blue - violet►     blue     green - blue►     green     yellow - green►     yellow     orange - yellow►     orange     red - orange►     red▲     light - red▼ 1240 MHz► 1240 MHz - 23 cm - L▲ 1240 MHz     ▼ SRD D     ► SRD D 869.85 MHz     ▲ SRD D     ▼ SRD C     ► SRD C 869.525 MHz     ▲ SRD C     ▼ SRD B     ► SRD B 868.95 MHz     ▲ SRD B     ▼ SRD A     ► SRD A 868.3 MHz     ▲ SRD A     ▼ PMR446, dPMR446     ► PMR446, dPMR446     ▲ PMR446, dPMR446▼ 430 MHz► 430 MHz - 70 cm - U     ▼ ISM SRD LPD     ► ISM SRD LPD 433 MHz     ▲ ISM SRD LPD▲ 430 MHz▼ 144 MHz► 144 MHz - 2 m - V▲ 144 MHz     ▼ CCIR FM BC     ► CCIR FM BC     ▲ CCIR FM BC     ▼ OIRT FM BC▼ 70 MHz► 70 MHz - 4 m▲ 70 MHz     ► OIRT FM BC     ▲ OIRT FM BC▼ 50 MHz► 50 MHz - 6 m▲ 50 MHz     ▼ ISM     ► ISM 40 MHz     ▲ ISM▼ 28 MHz► 28 MHz - 10 m - T▲ 28 MHz     ▼ PR27     ► PR27 27.184 MHz     ▲ PR27▼ 24 MHz► 24 MHz - 12 m▲ 24 MHz▼ 21 MHz► 21 MHz - 15 m - H▲ 21 MHz▼ 18 MHz► 18 MHz - 17 m▲ 18 MHz▼ 14 MHz► 14 MHz - 20 m▲ 14 MHz10.7 MHz▼ 10 MHz► 10 MHz - 30 m▲ 10 MHz▼ 7 MHz► 7 MHz - 40 m▲ 7 MHz▼ 5 MHz► 5 MHz - 60 m▲ 5 MHz     PAL▼ 3.5 MHz► 3.5 MHz - 80 m     NTSC▲ 3.5 MHz▼ 1.8 MHz► 1.8 MHz - 160 m▲ 1.8 MHz     ▼ MF BC     ► MF BC     ▲ MF BC455 kHz     ▼ LF BC     ► LF BC     ▲ LF BC▼ 137 kHz► 137 kHz - 2200 m▲ 137 kHz     ▼ hang, hi-fi     stereo pilot▼ hang, beszéd► hang, beszéd     ► hang, hi-fi     ► hang, A▲ hang, beszéd     ► 60 Hz     ► 50 Hz     ▲ hang, hi-fi Frequency☺ ← C,L QHzRHzYHzZHzEHzPHzTHzGHzMHzkHzhHzdaHzHz     1/mindHzcHzmHzμHznHzpHzfHzaHzzHzyHzrHzqHz |Z| = QΩRΩYΩZΩEΩPΩTΩGΩMΩkΩΩmΩμΩnΩpΩfΩaΩzΩyΩrΩqΩ Absolute value of impedance☺ Characteristic impedance☺ ← C,f ← C,L ← f,L exactE192 - 0.5 %E96 - 1 %E48 - 2 %E24 - 5 %E12 - 10 %E6 - 20 %6 digits5 digits4 digits3 digits2 digitsinteger ☺ C = Capacitance☺ $C=-{\displaystyle \frac{1}{2\cdot \pi \cdot f\cdot Z}}\cdot \mathrm{i}$ L = Inductance☺ $L=-{\displaystyle \frac{Z}{2\cdot \pi \cdot f}}\cdot \mathrm{i}$

B,D,f,Q,R←C,L,R C = QFRFYFZFEFPFTFGFMFkFFmFμFnF     cmpFfFaFzFyFrFqF Capacitance☺ L = QHRHYHZHEHPHTHGHMHkHHmHμHnH,cmpHfHaHzHyHrHqH Inductance☺ Rp = QΩRΩYΩZΩEΩPΩTΩGΩMΩkΩΩmΩμΩnΩpΩfΩaΩzΩyΩrΩqΩ Resistance☺ Rs = QΩRΩYΩZΩEΩPΩTΩGΩMΩkΩΩmΩμΩnΩpΩfΩaΩzΩyΩrΩqΩ Resistance☺ exactE192 - 0.5 %E96 - 1 %E48 - 2 %E24 - 5 %E12 - 10 %E6 - 20 %6 digits5 digits4 digits3 digits2 digitsinteger ☺ D = Dissipation factor☺ $D=R_s\cdot \sqrt{{\displaystyle \frac{C}{L}}}$ Q = Quality factor☺ $Q={\displaystyle \frac{1}{D}}$ f₀ = Resonant frequency☺ $f={\displaystyle \frac{1}{2\cdot \pi \cdot f\cdot \sqrt{C\cdot L}}}\cdot \sqrt{1-{\displaystyle \frac{1}{4\cdot Q^2}}}$ B = Bandwidth☺ $B=D\cdot f$ Rp = Resistance☺ $R_s=0\mathrm{\Omega }$ $R_p={\displaystyle \frac{1}{D}}\cdot \sqrt{{\displaystyle \frac{L}{C}}}$ Rs = Resistance☺ $R_p=\mathrm{\infty }\mathrm{\Omega }$ $R_s=D\cdot \sqrt{{\displaystyle \frac{L}{C}}}$ Z₀ = Characteristic impedance☺ $Z_0=\sqrt{{\displaystyle \frac{L}{C}}}$