Used formulae:

1. L = μ_0 * l * ln ( 8 * A / ( l * w ) ) / ( 2 * PI )

2. R_L_loss = l * sqrt ( PI * f * μ_0 / σ ) / ( 2 * w ) + R_L_dump

3. R_L_radiation = 320 * PI \ 4 * A * A / λ \ 4

4. Z = Z_C || Z_L

5. Z_C = R_C - j*1/(ω*C)

6. Z_L = R_L + j*ω*L

7. R_L = R_L_loss + R_L_radiation

8. R_S = R_L + R_C

9. R_P = Z(ω_0)

10. Im(Z) = 0 <=> -L\2*ω\2*C + L + ω\2*C\2*L*R_C\2 - R_L\2*C = 0

11. ω_0 = sqrt ( L - R_L\2*C / ( L\2*C - R_C\2*L*C\2 ) )

12. C = ( R_L\2 + ω\2*L\2 +- sqrt ( ( R_L\2 + ω\2*L\2 )\2 - 4*R_C\2*ω\2*L\2 ) ) / ( 2*R_C\2*ω\2*L )

13. C_1 = C * sqrt ( R_P / z_in )

14. C_2 = C * C_1 / ( C_1 - C )

15. Q = ω_0 * L / R_S