Digital Simulation of Physical Systems |
Contents
Introduction | 1 |
Fundamentals of SampledData and Discrete System Theory | 85 |
91 | 107 |
Copyright | |
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accuracy analog analysis applications approximate assumed block diagram calculate chapter characteristics coefficients considered consists constant continuous system defined described desired determine developed difference equation differential equation digital computer digital simulation digital simulation model discrete discrete system discussed element equal evaluate Example excitation expression first-order format formulas frequency given hold illustrated initial input integrating operators interpolation interval inverse K₁ Laplace transform limited linear system matrix means methods MIMIC necessary nonstationary numerical obtain output parameters performing period phase physical system points poles polynomial possible presented procedure referred relationship representation represented response sampled sampled-data selected sequence shown in Fig simulation increment solution specific stability statement stationary step substituting system model Table techniques term tion transfer function truncation error Tustin unit values variables x₁(t y₁ York z-transform zero