compensator with pole in RHS of s-plane
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Dear colleagues,
I am working on a project where i am trying to decouple the internal interaction of 2x2 industrial plant transfer function matrix aiming to get diagonal dominant matrix (Q(s)= G(s)K(s) where G(s) is the plant transfer function matrix and K(s) is the claculated compensators matrix) . I am getting 4 second and first order compensators each with a pole located in the right hand side of the s-plane. Can I acknowledge such compensators? Will the pole located in the RHS of s-plane be a potential of troubles or difficulties for controlling the resulted decoupled transfer function matrix Q(s)?
Thank you in advance
Basim Touqan
4 个评论
Sam Chak
2022-5-26
I usually won't design compensators with unstable poles because their role is to stabilize the system. But if your compensators merely serve as "decouplers" and then the entire decoupled system Q(s) = G(s)*K(s) to be stabilized using PID controllers, then it's a different story.
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Sam Chak
2022-5-28
Basim, you should run a few more simulations under different conditions to verify if the approach works. After that, you should rigorously prove that your designed systems are stable, according to some stability theories.
Multivariable Feedback Control: Analysis and Design
Book by Ian Postlethwaite and Sigurd Skogestad
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