padecoef
Computes the Pade approximation of time delays.
📝Syntax
[numerator, denominator] = padecoef(T, N)
[numerator, denominator] = padecoef(T)
📥Input Arguments
Parameter Description
T Time delay: a scalar real positive.
N Order of approximation: a scalar real positive (default N = 1).
📤Output Arguments
Parameter Description
numerator polynomials of order N: rows vector.
denominator polynomials of order N: rows vector.
📄Description

padecoef(T, N) computes the Nth-order Padé Approximation for the continuous-time delay system represented by the exponential term exp(-T*s) and returns it in the form of a transfer function.

💡Examples
T = 2; N = 4;
[numerator, denominator] = padecoef(T, N)
🔗See Also
tf
📚Bibliography
http://en.wikipedia.org/wiki/Pad%C3%A9_approximant and Golub and Van Loan, Matrix Computations, Johns Hopkins University Press (Third edition, page 562).
🕔Version History
Version Description
1.0.0 initial version
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