Digital Gate ICs for Driving and Sensing Power Devices to Achieve Low-Loss, Low-Noise, and Highly Reliable Power Electronic Systems
Digital Gate ICs for Driving and Sensing Power Devices to Achieve Low-Loss, Low-Noise, and Highly Reliable Power Electronic Systems
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DOI：
10.1109/cicc57935.2023.10121290
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发表时间：
2023-04
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影响因子：
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通讯作者：
Dibo Zhang;Kohei Horii;Katsuhiro Hata;M. Takamiya
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文献类型：
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作者：
Dibo Zhang;Kohei Horii;Katsuhiro Hata;M. Takamiya
为了将使用功率器件的功率转换器等电力电子系统的业务从销售型转变为为每个用户提供最佳服务的订阅型，驱动和感知功率器件并连接到网络的数字门c1将成为关键技术。本文介绍了几个集成了传感器、控制器和数字门驱动器的数字门1c的开发实例，在单个芯片上以精确的时间步长对门电流进行数字控制。
In order to shift the business of power electronics systems such as power converters using power devices from a sellout type to a subscription type that provides the best service for each user, digital gate 1Cs that drive and sense power devices and are connected to the network will be a key technology. This paper presents several examples of the development of digital gate 1Cs that integrate a sensor, a controller, and a digital gate driver to digitally control gate current in fine time steps on a single chip.