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Micro-Optical Rotary Joint for multichannel communication via a ro-tating interface

机译:微型光学旋转接头,用于通过旋转接口进行多通道通信

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摘要

Data transmission between rotating and stationary systems, e.g. required for radar antennas or for undersea cable installation ships can be realized with so called rotary joints. For the transmission of several high bit rate optical data channels a micro optical rotary joint is now available which guarantees a dead reliable, low loss transmission for up to 21 parallel single mode channels. The free space transmission in the rotary joint implicates a highly precise collimation of the parallel channels. For this purpose compact two dimensional fiber collimator arrays based on micro lens arrays have been developed. These arrays and the complete opto-mechanical system are designed with the help of tolerance analysis using Monte Carlo simulations. Besides these results also some more information on the behavior and the characteristics of the micro optical rotary joint under real conditions which demonstrate the excellent characteristics of this novel system will be given.
机译:旋转和固定系统之间的数据传输,例如雷达天线或海底电缆安装船所需要的可以通过所谓的旋转接头实现。为了传输多个高比特率光学数据通道,现在可以使用微光学旋转接头,以确保可靠的,低损耗的传输,最多可传输21个并行单模通道。旋转接头中的自由空间传输意味着平行通道的高精度准直。为此,已经开发了基于微透镜阵列的紧凑的二维光纤准直器阵列。这些阵列和完整的光电系统是在使用蒙特卡洛模拟的公差分析的帮助下设计的。除这些结果外,还将提供有关在实际条件下微光学旋转接头的性能和特性的更多信息,这些信息将证明该新型系统的出色特性。

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