This is really a mathematics question.
I have obtained the following differential equations for a complex RLC circuit.
\(
(L_1D^2+RD+\frac{1}{C})i_1+(RD+\frac{1}{C})i_2=-5000\sin{100t}
\)
\(
L_1D^2i_1-(R_2D+\frac{1}{C_2})i_2=0
\)
Eliminating either i1 or i2 leads to a third order differential equation, which looks nasty!
Anyone got any tips for solving?
Best regards
John
I have obtained the following differential equations for a complex RLC circuit.
\(
(L_1D^2+RD+\frac{1}{C})i_1+(RD+\frac{1}{C})i_2=-5000\sin{100t}
\)
\(
L_1D^2i_1-(R_2D+\frac{1}{C_2})i_2=0
\)
Eliminating either i1 or i2 leads to a third order differential equation, which looks nasty!
Anyone got any tips for solving?
Best regards
John