在这篇白皮书中,我们概述了制造可靠的lnP基激光器和光电二极管所需的主要等离子体工艺,并分享了我们的处理能力。
Read online or download
Find out more or how to upgrade today.
High etch rates. High selectivity. Low damage processing. Excellent profile control. Independently-controlled substrate DC bias.
Simple and economical solution for plasma etching, chemical etching and ion-induced etching with applications including failure analysis.
Well-established technique for a wide variety of films, high-quality passivation and high density masks.
Unique range of flexibility and capability in the engineering of nanoscale structure, GaN HEMT and RF devices with clusterable options available.
牛津仪器的原子层沉积(ALD)设备已安装在一家获奖的英国MicroLED提供商,以支持最新的消费者沉浸式现实产品和显示设备。
牛津仪器加快推动资格认证计划,2023年等离子抛光将迎来产能大提升
我们将SiC技术向前推进了一步。新的晶圆抛光技术所带来的更加清洁、环保,更具成本竞争力的市场优势,使我们拥有最强大的200毫米SiC晶圆处理能力。一旦将其与其他SiC特有工艺技术相结合,将为电动汽车和可再生能源技术革命奠定基础。
牛津仪器公司(Oxford Instruments)与其研究伙伴工业技术研究所(ITRI)共同开发了一种新的GaNHEMT器件架构,由嵌入AlGaN层的凹形绝缘栅结定义。这种新器件被称为GaN MISHEMT。