主要介绍Silicon Labs IDE软件的集成开发环境及软件使用

Silicon Photonics – from Basics to ASICs

silicon_labscp210x 转串口驱动，包括32位，64位驱动，win10下测试完美兼容，网上不是找不到，只是比较麻烦！

基于互补金属氧化物半导体（CMOS）兼容技术的硅光子器件在超大规模单片光电集成，高速调制和切换以及高效的片外光耦合方面表现出诱人的性能。 本文介绍了我们小组中在快速硅光调制，对波长不敏感的光切换和有效的光耦合技术方面的最新进展。 已经开发出几种具有不同结构的CMOS兼容硅光耦合器，其最高耦合效率为65％。 实验上实现了具有亚纳秒级开关时间的宽带硅基光开关。 具有新型PN结的硅调制器的速度高达50 Gb s（-1）。

通过高频等离子体增强化学气相沉积（HF PECVD）在低温下沉积氢化非晶硅氮化物膜（SiNx：H）。 主要工作是研究等离子体频率和等离子体功率密度在确定薄膜特性（尤其是应力）中的作用。 通过傅立叶变换红外光谱（FTIR）获得有关膜中化学键的信息。 SiNx：H膜中的应力由衬底曲率测量确定。 结果表明，等离子体频率在控制SiNx：H薄膜的应力中起着重要作用。 对于以40.68MHz的等离子体频率生长的氮化硅层，观察到初始拉伸应力在400MPa-700MPa的范围内。 氮化硅膜的固有应力的测量结果表明，该应力量足够用于应变硅光子学中的膜应用。

A novel and simple polarization independent grating couplers is designed and analyzed here, in which the TE polarization and the TM polarization light can be simultaneously coupled into a silicon waveguide along the same direction with high coupling efficiency. For the polarization-insensitive grati

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Broadband transverse displacement sensing by exploiting the interaction of a focused radially polarized beam with a silicon hollow nanodisk is proposed. The multipolar decomposition analysis indicates that the interference between a longitudinal total electric dipole (TED) moment and a lateral magnetic dipole (MD) moment is dominant in the far-field transverse scattering in the near-infrared region. Within a broadband wavelength range with the width of 155 nm, the longitudinal TED is almost in p

The basic propagation properties of the silica and silicon subwavelength-diameter hollow wire waveguides have been investigated by comparison. It shows that the silica and silicon subwavelength-diameter hollow wire waveguides have some interesting properties, such as enhanced evanescent field in the cladding, enhanced intensity in the hollow core, and large waveguide dispersion. For the different confinement ability, the enhanced field in the hollow core and cladding of the silica subwavelength-

Silicon photonics design: from devices to systems by Chrostowski, Lukas Hochberg, Michael From design and simulation through to testing and fabrication, this hands-on introduction to silicon photonics engineering equips students with everything they need to begin creating foundry-ready designs.