Feedback Control Equipment For Control Systems Laboratory

小行星9350636 该项目涉及控制系统和工程领域的本科教学。控制系统课程目前在许多其他大学以传统的讲座为导向的方式教授。即使是简单的系统，如果只用数学术语来描述，也会显得抽象和令人生畏。该项目通过开发实验和演示来改变这种情况，以帮助学生理解理论概念并获得经验。该项目涉及在模拟控制系统、数字控制系统和电力系统课程中实施电机伺服和温度控制设备。设备包括 完整的模块化伺服，和三项温度控制。 还包括其他辅助设备，如386型计算机、数据接口板、模数转换器和数模转换器。该设备被学生用于各种实验，包括时间和频率响应分析，稳态误差分析，稳定性分析和控制器设计，以及他们为期一个学期的设计项目，让他们在解决实际问题方面获得实践经验，从而弥合理论研究与这些理论应用于实际系统之间的差距。

9350636 Tang This project addresses undergraduate instruction in areas of control systems and engineering. Control system courses are currently taught in a traditional lecture oriented fashion as in many other universities. Even simple systems can appear abstract and daunting when described only in mathematical terms. The project changes this situation by developing experiments and demonstrations to help students comprehend theoretical concepts and gain experience. The project involves implementation of motor servo and temperature control equipment in analog control systems, digital control systems, and power system courses. Equipment includes a Complete Modular Servo, and a Three-Term Temperature Control. Other ancillary equipment such as a 386-type computer, a data interface board, and analog-to-digital and digital-to-analog converters are also included. This equipment is used by the students for various experiments including time and frequency response analysis, steady-state error analysis, stability analysis, and controller design, and for their semester-long design project, giving them hands-on experience in solving realistic problems, and thus bridging the gap between theoretical studies and the application of these theories to practical systems.