In the final installment of this series, how GaN has met the requirements to displace silicon is explored. As the adoption rate of GaN explodes, it is important to remember that, while GaN has made many advancements in just a few short years, it is still far from its theoretical performance limitations and thus there are profound improvements that can continue to be achieved. In time, the performance and cost advantages of GaN-on-silicon will result in a majority of applications currently using silicon-based devices converting to the smaller, faster, cheaper, and more reliable GaN technology.

Power Systems Design
February, 2019
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氮化镓器件对提升主流应用的效率的贡献很大，例如在传统硅基12 V - 1 V负载点 DC/DC转换器。基于eGaN集成电路的12 V转到1 V、12 A负载转换器在5 MHz的频率下，可以实现78%峰值效率及1000 W/in³ 功率密度，而成本则低于每瓦0.2美元。

Power Systems Design
2019年1月
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本章讨论由于低压硅基氮化镓（GaN）器件具备超快速的开关速度，因此实现了很多全新应用的出现。这些应用推动了行业的改革，例如面向全自动驾驶汽车的激光雷达（lidar)、面向5G通信应用的包络跟踪，以及家用和用于办公室的大面积无线电源技术。此外，我们会探讨氮化镓功率器件如何为手术用的机械人带来精准的控制，从而推动了医疗行业的最新发展。

Power Systems Design
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In the first article in this series, how gallium nitride (GaN)-on-silicon low voltage power devices have enabled many new applications, such as light detection and ranging (LiDAR), envelope tracking, and wireless power was discussed. In this article, more detail on one of these leading applications, LiDAR, will be explored. How GaN is being used to make LiDAR systems that see farther, with higher resolution, and at lower cost will be shown.

Power Systems Design
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从2010年开始，自硅基氮化镓（GaN）晶体管商用化后，低压氮化镓晶体管推动了很多全新应用的发展。氮化镓器件具备超快速开关，推动全新市场诸如激光雷达、包络跟踪及无线电源市场的出现。这些全新应用进一步实现更强大的供应链、低制造成本及器件前所未有的高可靠性。这些优势使得比较保守的设计工程师在DC/DC转换器、AC/DC转换器及车载等各种应用开始对氮化镓器件进行评估。在本文章系列，我们将讨论多种发挥氮化镓器件优势的应用，实现最终产品差异化的竞争优势。首先，我们会探讨是什么因素加快了氮化镓器件的普及。

Power Systems Design
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