princeoflightning
Newbie level 3
mutual capacitance
I want to get the derivation of the equation:
Cm = [ Pi*E0*Er*L* ln(1 + 2b/c) ] / [ln(2b/a)]^2
The task is to calculate capacitance between two parallel rectangular conductors on top of an infinite ground plane insulated with a diacritic middle layer.
The two parallel rectangular conductors both have width W, length L, and thickness T. The gap between the two is G. (Equivalently the center-to-center distance between the two is C = G + W).
The middle diacritic insulation layer has depth D and diacritic constant E which is 1 for air and larger for anything else.
Can anyone please get the derivation for calculating the capacitance between the two parallel rectangular conductors. I need detailed explanation and I want to fully understand it.
You can find it in the book
Capacitance, Inductance and Crosstalk Analysis on pages 48-65 (formulae C4-7).
Can anyone do me this favour.
Thanks in advance.
I want to get the derivation of the equation:
Cm = [ Pi*E0*Er*L* ln(1 + 2b/c) ] / [ln(2b/a)]^2
The task is to calculate capacitance between two parallel rectangular conductors on top of an infinite ground plane insulated with a diacritic middle layer.
The two parallel rectangular conductors both have width W, length L, and thickness T. The gap between the two is G. (Equivalently the center-to-center distance between the two is C = G + W).
The middle diacritic insulation layer has depth D and diacritic constant E which is 1 for air and larger for anything else.
Can anyone please get the derivation for calculating the capacitance between the two parallel rectangular conductors. I need detailed explanation and I want to fully understand it.
You can find it in the book
Capacitance, Inductance and Crosstalk Analysis on pages 48-65 (formulae C4-7).
Can anyone do me this favour.
Thanks in advance.