"单片机多路温度采集系统设计与应用研究"
In the field of industrial automation, the development of control theory and electronic technology has led to the enhancement of adaptability and intelligence of industrial controllers. One of the most commonly used controllers is the digital controller based on a microcontroller, which is known for its small size, low cost, strong functionality, and ease of use. This undergraduate thesis focuses on a temperature control system based on a microcontroller. The temperature control system described in this thesis utilizes temperature sensors to collect temperature signals, which are then converted into voltage signals, amplified through amplification circuits, converted via A/D conversion, and sent to the microcontroller. The microcontroller compares the temperature signals with the set temperature values, thereby controlling the temperature to the desired set value. This system is capable of displaying temperature readings from multiple channels. Experimental simulations were conducted to validate the temperature display system. The analysis of the simulations demonstrates the rationality and effectiveness of the design of the multi-channel temperature acquisition system based on a microcontroller. In conclusion, this thesis contributes to the advancement of temperature control systems in industrial automation, showcasing the practical application of microcontrollers in enhancing control and monitoring capabilities. Keywords: Microcontroller, Multi-channel Data Acquisition, Temperature Display.
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