基于改进型FPGA的通信电源管理系统设计与仿真

Design and Simulation of Communication Power Management System Based on Improved FPGA

针对目前通信电源供电能力不足、通信延迟过大的问题,根据对5G通信技术的分析,对传统通信电源管理进行改进。利用切分器和瞬时逆变器对供应电流进行分流,保证各部分通信设备及时得到电能供给;利用改进型主动队列管理(AQM)算法实现通信系统的多维降延;利用浮点运算的多维处理能力缩短通信延迟时间,并对实际运行效果进行延迟判定。试验表明,本设计通信管理系统通信总量最高达到6848 MB,运行中通信延迟为268 ms,电源供电效率为95.3%。

In view of the lack of communication power supply capacity and excessive communication delays,this article improves the traditional communication power management based on the analysis of 5G communication technology,and uses splitters and instantaneous inverters to shunt the supply current to ensure various parts of communication equipment to get power supply in time.The improved Active Queue Management(AQM)algorithm is used to realize the multi-dimensional reduction of the communication system,the multi-dimensional processing capabilities of floating-point operations are used to shorten the communication delay time,and the actual operation effect is delayed.The test shows that the total communication volume of the communication management system of this design is up to 6848 MB,the communication delay in operation is 268 ms,and the power supply efficiency is 95.3%.