Dual Closed-Loop DC Speed Regulation System Engineering Design

During the dual closed-loop DC speed regulation system engineering design process, we need to implement Simulink module construction. This system consists of four distinct modules, each possessing unique functions and roles. Through detailed design and parameter adjustment of these modules, we can achieve efficient system operation and stability. The module implementation requires careful consideration of interactions and influences between modules to ensure optimal overall system performance and functionality. Key implementation aspects include using PID controllers for both current and speed loops, with appropriate tuning of proportional, integral, and derivative parameters. When conducting dual closed-loop DC speed regulation system engineering design, we must meticulously analyze each module's design requirements and select appropriate parameters and control algorithms—such as configuring PWM generation blocks and motor modeling components—to achieve the system's intended objectives.