An increase in gain, in most systems, leads to:(a) Smaller damping ratio(b) Larger damping ratio(c) Constant damping ratio(d) Zero damping ratioI got this question in an interview.The above asked question is from Common Physical Nonlinearities in section Nonlinear Systems of Control Systems

An increase in gain, in most systems, leads to:(a) Smaller damping rat

1.	An increase in gain, in most systems, leads to:(a) Smaller damping ratio(b) Larger damping ratio(c) Constant damping ratio(d) Zero damping ratioI got this question in an interview.The above asked question is from Common Physical Nonlinearities in section Nonlinear Systems of Control Systems
Answer» Right OPTION is (a) SMALLER damping ratio Easiest explanation: Damping FACTOR is INVERSELY proportional to the gain and if the gain increases the damping factor and hence the value reduces.

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An increase in gain, in most systems, leads to:(a) Smaller damping ratio(b) Larger damping ratio(c) Constant damping ratio(d) Zero damping ratioI got this question in an interview.The above asked question is from Common Physical Nonlinearities in section Nonlinear Systems of Control Systems

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