具有同步整流功能的智慧环保设备运行监测系统设计

Design of Intelligent Environmental Protection Equipment Operation Monitoring System with Synchronized Rectification Function

针对智慧环保设备运行监测系统,采用传统设计方案功率损耗较大,导致监测精准度较低,为了解决该问题,设计具有同步整流功能的监测系统;系统以电子信号byte单位形式修改内容的E 2PROM只读存储器,可摆脱早期编程束缚;采用IS61LV25616AL-10TL型号芯片的异步静态随机存储器,直接与CPU进行数据交换,将交换结果传输至监测仪,确定环境污染程度;利用AS150PDK-14712S型号50段异色段游标LED报警装置,控制上下限报警模块,通过监测电路对异常状态进行监测报警;根据下位监测机程序流程,采用同步整流技术,分析驱动电压与总电压之间关系,优化设备运行损耗问题;通过实验对比结果可知,具有同步整流功能的智慧环保设备运行监测系统最低监测精准度也大于80%,而剩下两种系统最高监测精准度也都低于80%,因此具有同步整流功能的智慧环保设备运行监测系统设计是具有合理性的。

For the intelligent environmental protection equipment operation monitoring system,the traditional design scheme has a large power loss,resulting in low monitoring accuracy.To solve this problem,a monitoring system with synchronous rectification function is designed.The system modifies the content of the E 2 PROM read-only memory in the form of an electronic signal byte unit,which can get rid of the early programming constraints.The asynchronous static random access memory of the IS61LV25616AL-10TL model chip is used to directly exchange data with the CPU,and the exchange result is transmitted to the monitor to determine the degree of environmental pollution.Using the AS150PDK-14712S model 50-segment color segment cursor LED alarm device,control the upper and lower limit alarm module,and monitor and alarm the abnormal state through the monitoring circuit.According to the program flow of the lower monitoring machine,the synchronous rectification technology is used to analyze the relationship between the driving voltage and the total voltage,and optimize the running loss of the equipment.Through the experimental comparison results,the minimum monitoring accuracy of the intelligent environmental protection equipment operation monitoring system with synchronous rectification function is also greater than 80%,while the remaining two systems have the highest monitoring accuracy of less than 80%,so with the wisdom of synchronous rectification function the design of environmental protection equipment operation monitoring system is reasonable.