MODELING OF A THIRD-ORDER CONTROL SYSTEM WITH NONLINEAR ELEMENTS IN NON-SENSITIVE ZONES

Control systems with nonlinear elements and non-sensitive zones play a crucial role in modeling complex and nonlinear behaviors in various engineering fields. Such systems are applied in environments where nonlinear dynamics and non-sensitivity influence the system's performance. This paper investigates the modeling of third-order control systems under the influence of nonlinear elements and non-sensitive zones. It discusses the impact of these factors on system performance and stability, as well as optimization strategies aimed at improving control processes. The paper also explores approaches for modeling, analyzing stability conditions, and optimizing the system's behavior, providing insights into improving control strategies in complex systems. Keywords: control systems, nonlinear elements, non-sensitive zones, third-order control system, modeling, stability analysis, control optimization.