为了提高对传感器的认识和了解，尤其是对温度传感器的深入研究以及其用法与用途，基于实用、广泛和典型的原则而设计了本系统。本文利用单片机结合传感器技术而开发设计了这一温度监控系统。文中传感器理论单片机实际应用有机结合，详细地讲述了利用热敏电阻作为热敏传感器探测环境温度的过程，以及实现热电转换的原理过程。

本设计应用性比较强，设计系统可以作为生物培养液温度监控系统，如果稍微改装可以做热水器温度调节系统、实验室温度监控系统等等。课题主要任务是完成环境温度检测，利用单片机实现温度调节并通过计算机实施温度监控。设计后的系统具有操作方便，控制灵活等优点。

-Of sensors in order to improve awareness and understanding, especially for in-depth study of the temperature sensor as well as their usage and use, based on practical, extensive, and the principle of a typical design of the system. In this paper, single-chip sensor technology combined with design and development of the temperature monitoring system. In this paper, the practical application of single-chip sensor theoretical combination of detail about the use of thermal resistance as a thermal sensor to detect the ambient temperature of the process, as well as the implementation of the principle of thermoelectric conversion process.

Application of this design are relatively strong, the design of systems biology can be used as culture medium temperature control system, a slight modification can be done if the water heater temperature control system, laboratory temperature monitoring system and so on. Main task is to finish the subject ambient temperature detection, the use of single-ch