Transmisson Line Parameters

L is the inductance per unit length.

C is The shunt capacitance (between the conductors) per unit length.

R is the series resistance of the conductors (both) per unit Length.

G is the shunt conductance from dielectric losses per unit length.

mu = mu₀ mu_r is the permeability

e = epsilon' - j epsilon'' is the permitivity

epsilon' is the real part of the permitivity

epsilon'' the complex part of the permitivity

R_s = (omega mu / 2 sigma)^0.5 is the skin resistance

del_s = (2 / omega mu sigma)^0.5 is the skin depth

omega is the frequency in radians per second

Z₀ = (L / C)^0.5 is the loss less impedance.

(mu₀ / epsilon₀)^0.5 = 377 ohms is the intrinsic impedance of free-space.

Coaxial
	L = (mu / 2pi) ln(b / a) C = 2pi epsilon' / ln(b / a) R = (Rs / 2pi) (1/a + 1/b) G = 2pi omega epsilon'' / ln(b / a) Z0 = (mu / epsilon')0.5 ln(b / a) / 2pi
Two-Wire
	L = (mu / pi) arccosh(D / 2a) C = pi epsilon'/ arccosh(D / 2a) R = Rs / pi a G = pi omega epsilon'' / arccosh(D / 2a) Z0 = (mu / epsilon')0.5 arccosh(D / 2a) / pi
Parallel Plate
	L = mu d / W C = epsilon' W / d R = 2Rs / W G = omega epsilon'' W / d Z0 = (mu / epsilon')0.5 d / W