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We arrange a bit to make it look like : y'' + 2*Ksi*w*y' + w^2*y = 0 ..
Where Ksi is the damping coefficient, and w is omega, the natural pulsation of the system. (Hint : w^2= c/a... So Ksi is ?)
Hi,
Why we are using ksi in it, what the reason.
Jugurtha said:Hello Ritesh .. In the time BrownOut gets back to you,,
Hi,
Why we are using ksi in it, what the reason.
or different values of damping, from .1 to 1 (From pseudo-periodic to critic, I didn't do the a-periodic when Ksi>1)
why we have taken this??and in the feedback section we get:H=(s*R*C+1)^3
We get H like that because that's what we get when we analyze the bottom section of the circuit from output back to input.
Hi,
Can you please tell more about damping what the need and origin of damping...??an also about Ksi??