Frequency of A Common Circuit

L1q1''(t) + L3q1'(t) + L3R2[q1'(t) - q2'(t)] + q1(t)/C1 + (q1(t)-q2 (t))/C2 = En sin (omega t)

L2q2''(t) + L3R2 (q2'(t) - q1'(t)) + [q2(t) - q1(t)]/C2 = Em sin ( omega t + phi)

R= resistance L = indunctance C = capacitance q = charge E = voltage omega = angular speed, rad/sec. t = time

What is the frequency of the 2nd loop?

This differential equation set is very common in the activities of humans.

Bret Cahill

Reply to
Bret Cahill
Loading thread data ...

Correction:

L1q1''(t) + R1q1'(t) + R2[q1'(t) - q2'(t)] + q1(t)/C1 + (q1(t)-q2(t))/ C2 = En sin (omega t)

L2q2''(t) + R2 (q2'(t) - q1'(t)) + [q2(t) - q1(t)]/C2 = Em sin (omega t + phi)

Reply to
Bret Cahill

ElectronDepot website is not affiliated with any of the manufacturers or service providers discussed here. All logos and trade names are the property of their respective owners.