DigiTan
New Member
Are there any good sites or web articles that do step-by-step differential equations for second-order circuits. I'm trying to brush up on this stuff for a class and all the textbooks are wild about skipping steps. Mainly, I'm trying to remember what to do with all the differential terms left after applying the Kirchoff Laws. I know I'm supposed to wind up with a linear differential equation roughly of the form:
A (d²v/dt²) + B (dv/dt) + C v(t) = D
but I don't know the steps to get there. I've googled but this mostly turns up EE course syllabi.
If it helps, here's an attachment of the circuit I'm stuck on. Just so everyone's clear, you aren't doing my homework here, I got it out of Schaum's Outline "Basic Electrical Engineering" but they skipped a lot of steps in the example. :shock:
A (d²v/dt²) + B (dv/dt) + C v(t) = D
but I don't know the steps to get there. I've googled but this mostly turns up EE course syllabi.
If it helps, here's an attachment of the circuit I'm stuck on. Just so everyone's clear, you aren't doing my homework here, I got it out of Schaum's Outline "Basic Electrical Engineering" but they skipped a lot of steps in the example. :shock: