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Two-dimensional apodized silicon photonic phased arrays

机译:二维变迹硅光子相控阵

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摘要

In this Letter, we demonstrate an 8 × 8 apodized silicon photonic phased array where the emission from each of 64 nanoantennas was tailored to exhibit Gaussian-shaped intensity distributions in the near field so that the sidelobes of the generated far-field optical beam were suppressed compared to that of a uniform phased array. With the aid of the 72 thermo-optic phase tuners directly integrated within the phased array, we dynamically shaped the generated optical beam in the far field in a variety of ways.
机译:在这封信中,我们演示了一个8×8变迹的硅光子相控阵,其中64个纳米天线中的每一个的发射量身定制,以在近场中表现出高斯形状的强度分布,从而抑制了所产生的远场光束的旁瓣与均匀相控阵相比借助于直接集成在相控阵中的72个热光相位调谐器,我们可以通过多种方式动态调整远场中生成的光束。

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