Differentialregler
D controller
Description:
The PD controller is a fast controller and can even correct control loops with double integration. As a result, the PD controller can respond to an impending control error and thus achieve a derivative action during the control process. In the case of a stabilised controller, deviations between setpoint and actual values can arise as a result of disturbance variables z or a change in the reference variable w, i.e. in the setpoint value.
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Example sentences:
- The PD controller is a fast controller and can even correct control loops with double integration.
- As a result, the PD controller can respond to an impending control error and thus achieve a derivative action during the control process.
- In the case of a stabilised controller, deviations between setpoint and actual values can arise as a result of disturbance variables z or a change in the reference variable w, i.
derivative action controller
derivative controller
controlador D
controlador de acción derivativa
controlador derivativo
