Before revision: An inductor is governed by the constitutive equation, The analogous equation in the mechanical domain is a form of Hooke's law, where, L is inductance t is time Cm = 1/S is mechanical compliance S is stiffnessSmith, p. 1651 The impedance of an inductor is purely imaginary and is given by, The analogous mechanical admittance is given by, where, Z is electrical impedance j is the imaginary unit ω is angular frequency Ym is mechanical impedance .Kleiner, pp.
After revision: An inductor is governed by the constitutive equation, The analogous equation in the mechanical domain is a form of Hooke's law, where, L is inductance t is time Cm = 1/S is mechanical compliance S is stiffnessSmith, p. 1651 The admittance of an inductor is purely imaginary and is given by, The analogous mechanical admittance is given by, where, Z is electrical impedance j is the imaginary unit ω is angular frequency Ym is mechanical impedance .Kleiner, pp.