摘要
基于某无人机多通道电源管理芯片的创新设计项目案例,文章详细阐述了芯片的具体设计内容,涵盖芯片架构设计、关键模块设计以及仿真验证测试等方面。在设计关键电路时,重点攻克了多通道控制干扰、多通道控制输出精度、高温环境下的性能稳定性和通信协议兼容性等技术难题。
Based on an innovative design project of a multi-channel power management chip for a certain unmanned aerial vehicle,this article elaborates on the specific design content of the chip,covering chip architecture design,key module design,and simulation verification testing.When designing key circuits,we focused on overcoming technical challenges such as multi-channel control interference,multi-channel control output accuracy,performance stability in high-temperature environments,and communication protocol compatibility.
作者
李明
LI Ming(Zhongranxin(Shanghai)Electronic Technology Co.,Ltd.,Shanghai 200000,China)
出处
《计算机应用文摘》
2024年第15期94-97,共4页
Chinese Journal of Computer Application
关键词
无人机
电源管理芯片
芯片架构
关键模块
内部运放设计
UAV
power management chip
chip architecture
key modules
internal operational amplifier design
