for a PI compensator, the prefilter is, ) (G_{p}=frac{left(K_{I} / K_{p} ight)}{left(s+{ }^{K_{I}} / K_{p} ight)}) ![](https://cdn.mathpix.com/cropped/2024_05_03_66561dfc2329a65d6dc9g-147.jpg?height=152&width=328&top_left_y=1927&top_left_x=362)
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for a PI compensator, the prefilter is,
а) \(G_{p}=\frac{\left(K_{I} / K_{p}\right)}{\left(s+{ }^{K_{I}} / K_{p}\right)}\)
![](https://cdn.mathpix.com/cropped/2024_05_03_66561dfc2329a65d6dc9g-147.jpg?height=152&width=328&top_left_y=1927&top_left_x=362)
c) \(G_{p}=\frac{\left({ }^{K_{p}} / K_{I}\right)}{\left(s+{ }^{K_{I}} / K_{p}\right)}\)
d) \(G_{p}=\frac{\left(K_{I} / K_{p}\right)}{\left(s+{ }^{K} / K_{I}\right)}\)
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Related Book For
Control Systems Modeling Analysis And Design
ISBN: 9781793543363
1st Edition
Authors: Swami Karunamoorthy
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