Design of power supply temperature control system based on EDA technology
High power supplies generate a large amount of heat during operation,and temperature control of the power supply has a significant impact on the stability and output efficiency of the power supply.In response to the issue of power supply temperature control,this article designs a new digital power supply temperature control system based on Electronic Design Automation(EDA)technology.The system consists of a front-end temperature sensor,analog-to-digital converter,FPGA processor,analog-to-digital converter,and a back-end refrigeration module.The core of the system is to use FPGA processors for precise temperature logic control and real-time communication,in order to achieve precise dynamic monitoring and adjustment of temperature.Through simulation and experimental verification,the performance of the design scheme is evaluated.The results show that the scheme is feasible and stable.
high power power suppliestemperature controlEDA technologyVHDL languageFPGA chip
万方数据
维普
