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大孔径啁啾光栅天线在光学相控阵中用于长距离测距。

Adoption of large aperture chirped grating antennas in optical phase array for long distance ranging.

作者信息

Yu Lei, Ma Pengfei, Luo Guangzhen, Cui Langlin, Zhou Xuliang, Wang Pengfei, Zhang Yejin, Pan Jiaoqing

出版信息

Opt Express. 2022 Jul 18;30(15):28112-28120. doi: 10.1364/OE.464358.

Abstract

Optical phased array can be widely used in many fields benefiting from its superior performance. We designed and fabricated chirped grating antennas and uniform grating antennas for the optical phased array. The effective aperture of the chirped grating antennas is about twice that of the uniform grating antennas. The chirped grating optical phased array can receive the reflected signal of the object at a distance of 100 m, while the uniform grating optical phased array can only receive 50 m under the same conditions. Additionally, a ranging distance of 25 m is achieved when two chirped grating optical phased arrays are set as the transmitter and receiver.

摘要

光学相控阵因其卓越的性能可广泛应用于许多领域。我们为光学相控阵设计并制作了啁啾光栅天线和均匀光栅天线。啁啾光栅天线的有效孔径约为均匀光栅天线的两倍。啁啾光栅光学相控阵能够接收距离为100米处物体的反射信号,而在相同条件下均匀光栅光学相控阵只能接收50米处的信号。此外,当将两个啁啾光栅光学相控阵分别设置为发射器和接收器时,可实现25米的测距距离。

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