Exponential terms in numerator and denominator in a Transfer Function
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I have the LTI system in the attachement and written below. Though, I am having difficulties typing it into Matlab. Is this possible with the exponentials?
num=exp(sqrt(s/alpha)*H)+exp(sqrt(s/alpha)*H)
den=A*R*(k*sqrt(s/alpha)+h_surface)*(exp(sqrt(s/alpha)*H)-exp(-sqrt(s/alpha)*H)
Please see the attachement for a clearer figure.
Thank you
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Answers (1)
Jesús Zambrano
on 6 Feb 2020
Hi Jacob,
First please check that the transfer function is linear and time invariant. Most likely is not linear. For a system to be linear means that changing the input in a linear way will change the output in the same linear way. So if the input x1(t) produces the output y1(t) and the input x2(t) produces the output y2(t), then linear combinations of those inputs will produce linear combinations of those outputs.
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