嵌入式系统中电源管理电路的设计与实现分析

Design and Implementation of Power Management Circuit in Embedded System

电源管理技术的出现,虽然能够提升计算机的运行性能和运算能力,但是也会消耗很多电力能源。传统电池研发技术已经无法满足当前低能源消耗的环保需求,为有效解决此类问题,应利用高性能电源分配系统来降低整体功能的消耗量。但是由于电源管理技术需要嵌入计算机和服务器中,而嵌入式系统的开发都是按照特殊应用场景所设计,不能适应与电源管理技术之间对接,导致电源管理技术应用效果降低。基于此,提出嵌入式系统中电源管理电路的设计建议,旨在为提升电源管理技术在计算机中的应用效果提供帮助。

The emergence of power management technology,although it can improve the operation performance and computing ability of computers,but it will consume a lot of electricity.Traditional battery research and development technology has been unable to meet the current environmental requirements of low energy consumption,in order to effectively solve this problem,high-performance power distribution system should be used to reduce the overall function consumption.However,because the power management technology needs to be embedded in computers and servers,and the development of embedded system is designed according to special application scenarios,which can not adapt to the docking between power management technology,resulting in the application effect of power management technology is reduced.Based on this,the design of power management circuit in embedded system is proposed,aiming to improve the application effect of power management technology in computer to provide help.