"基于单片机的智能调节器设计"

The Design of Intelligent Regulator Based on MCU is a graduation thesis that explores the development of intelligent instruments by combining computer technology with measurement and control technology. The thesis focuses on the design of a regulator using a high-performance 80C196KB microcontroller as the core, along with necessary peripheral devices. Intelligent instruments have significant advantages compared to traditional instruments, including automatic operation, data processing, and friendly human-computer interaction. They have wide applications in various fields. With the advancement of microelectronics and information technology, intelligent instruments are evolving towards miniaturization, multifunctionality, and networking. The hardware circuit design of the intelligent regulator is detailed in this thesis. Various circuit modules and their design methods are explained, including the peripheral circuit design for keyboard, display, communication, and printing. The software design section discusses the flow and design of the microcontroller software program. Additionally, methods for mitigating interference in both hardware and software are also discussed. The thesis concludes with suggestions and improvement methods for the identified problems and shortcomings during the design process. The implementation of intelligent features in the regulator is considered as a preliminary step, and further advancements in intelligence are recommended for future research and development. Keywords: intelligent instrument, regulation, microcontroller, PID control. Overall, this graduation thesis presents a comprehensive design and implementation of an intelligent regulator using a microcontroller. It not only explores the hardware and software aspects of the design but also addresses the challenges of interference. The thesis contributes to the field of intelligent instruments and provides insights for further research and improvements in the future.