摘要
GaN超越硅,可实现更快速开关、更紧凑的尺寸、更高功率密度及更高的电源转换能效,适用于开关电源和其它在能效及功率密度至关重要的应用。
Beyong silicon, GaN can realize faster switch, smaller size higher power density and higher power conversion efficiency, applied to switching power and other important applications in energy efficiency and power density.
出处
《电源世界》
2016年第7期31-33,共3页
The World of Power Supply
关键词
GAN
功率密度
能效
GaN, Power density, Efficiency