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首页> 外文期刊>Laser Focus World: The Magazine for the Photonics & Optoelectronics Industry >FIBER-OPTIC INTERCONNECTS: Electro-optic deflection enables 1 X 35 fiber-optic switch
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FIBER-OPTIC INTERCONNECTS: Electro-optic deflection enables 1 X 35 fiber-optic switch

机译:光纤互连:电光偏转可实现1 X 35光纤开关

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摘要

Poled electro-optic crystals are at the core of a compact fiber-optic switch design that can handle watts of optical power at megahertz switching speeds. The same electro-optic (EO) technologies and fabrication capabilities that are used to create Pockel cells and bulk poled frequency-doubling crystals can be combined to create fiber-optic switches and free-space deflectors that can handle higher optical powers than conventional devices. Additional benefits of this combination include higher reliability via the avoidance of any moving parts, and greater compactness enabled by using two-dimensional (2D) deflection. Development of this approach was carried out by AdvR under NASA funding for future space-mission needs.
机译:极点电晶体是紧凑型光纤开关设计的核心,该开关设计可以以兆赫兹的开关速度处理瓦特的光功率。可以将用于创建普克尔盒和块状极化倍频晶体的相同电光(EO)技术和制造能力组合在一起,以创建可以处理比传统设备更高的光功率的光纤开关和自由空间偏转器。这种组合的其他好处包括:通过避免任何运动部件来提高可靠性,以及通过使用二维(2D)偏转实现更大的紧凑性。 AdvR在NASA的资助下开发了这种方法,以满足未来太空任务的需求。

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