Zustandssatzregler

A Zustandsatzregler, also known as a state feedback controller, is a control system component used to regulate the behavior of a dynamic system. It operates by continuously monitoring the system's state variables and adjusting the control inputs accordingly to achieve desired performance characteristics, such as stability, response time, and accuracy. The design of a Zustandsatzregler involves determining a feedback gain matrix that multiplies the state vector to produce the control input. This matrix is typically calculated using techniques such as pole placement or optimal control methods, which aim to place the closed-loop system's poles in desired locations within the complex plane. The resulting closed-loop system is designed to exhibit the desired behavior, even in the presence of disturbances and uncertainties. Zustandsatzregler are widely used in various applications, including aerospace, automotive, and industrial control systems, due to their ability to provide precise and robust control.