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- Sensitivity_(control_systems) abstract "The controller parameters are typically matched to the process characteristics and since the process may change, it is important that the controller parameters are chosen in such a way that the closed loop system is not sensitive to variations in process dynamics. One way to characterize sensitivity is through the nominal sensitivity peak where and denote the plant and controller's transfer function in a basic closed loop control System, using unity negative feedback. The sensitivity function , which appears in the above formula also describes the transfer function from measurement noise to process output, where measurement noise is fed into the system through the feedback and the process output is noisy. Hence, lower values of suggest further attenuation of the measurement noise. The sensitivity function also tells us how the disturbances are influenced by feedback. Disturbances with frequencies such that is less than one are reduced by an amount equal to the distance to the critical point and disturbances with frequencies such that is larger than one are amplified by the feedback.It is important that the largest value of the sensitivity function be limited for a control system and it is common to require that the maximum value of the sensitivity function, , be in a range of 1.3 to 2.".
- Sensitivity_(control_systems) thumbnail BasicClosedLoop.jpg?width=300.
- Sensitivity_(control_systems) wikiPageID "27380463".
- Sensitivity_(control_systems) wikiPageRevisionID "574531843".
- Sensitivity_(control_systems) hasPhotoCollection Sensitivity_(control_systems).
- Sensitivity_(control_systems) subject Category:Control_theory.
- Sensitivity_(control_systems) comment "The controller parameters are typically matched to the process characteristics and since the process may change, it is important that the controller parameters are chosen in such a way that the closed loop system is not sensitive to variations in process dynamics. One way to characterize sensitivity is through the nominal sensitivity peak where and denote the plant and controller's transfer function in a basic closed loop control System, using unity negative feedback.".
- Sensitivity_(control_systems) label "Sensitivity (control systems)".
- Sensitivity_(control_systems) label "Wrażliwość (automatyka)".
- Sensitivity_(control_systems) sameAs Wrażliwość_(automatyka).
- Sensitivity_(control_systems) sameAs m.0by11jt.
- Sensitivity_(control_systems) sameAs Q7451068.
- Sensitivity_(control_systems) sameAs Q7451068.
- Sensitivity_(control_systems) wasDerivedFrom Sensitivity_(control_systems)?oldid=574531843.
- Sensitivity_(control_systems) depiction BasicClosedLoop.jpg.
- Sensitivity_(control_systems) isPrimaryTopicOf Sensitivity_(control_systems).
