嵌入式连接单片机温度数字化系统的优化设计

Optimum Design of Temperature Digital System for Embedded Connected MCU

为了提高多点温度采集系统在单片机的数据采集和传输中的实时性和便利性,提出了嵌入式连接的单片机多点温度数字化采集系统优化设计.依托温度采集传感器设计及系统电路设计,实现嵌入式连接的单片机多点温度数字化采集系统硬件设计.基于多点温度数字化采集算法设计及多点温度数字化采集系统程序设计,完成了软件设计,实验数据表明,提出的嵌入式连接的单片机多点温度数字化采集系统较传统单片机多点温度数字化采集系统,温度采集识别能力提高37.89%,适合嵌入式连接的单片机多点温度数字化采集.

In order to improve the real-time and convenience of multi-point temperature acquisition system in the data acquisition and transmission of single-chip microcomputer,an optimized design of multi-point temperature digital acquisition system with embedded connection is proposed.Relying on temperature acquisition sensor design and system circuit design,the hardware design of multi-point temperature digital acquisition system for embedded connection is realized.Based on multi-point temperature digital acquisition algorithm design and multi-point temperature digital acquisition system program design,software design and experimental data are completed.It shows that the proposed multi-point temperature digital acquisition system of embedded MCU is more than traditional single-chip multi-point temperature digital acquisition system,and the temperature acquisition and recognition capability is improved by 37.89%,which is suitable for multi-point temperature digital acquisition of embedded MCU.