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A simple beam expanded for indoor optical wireless communication with short transmission distance

机译:一个简单的光束扩展用于室内光学无线通信,短传输距离

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摘要

An optical wireless communication with laser light source is proposed and experimentally evaluated. We have used an arc curvature design at end-face of a piece of commercial multimode fiber (MMF) which acting as an emitting head to expand the beam diameter. The behavior of light field distributions with different emitted head were also measured and discussed. Optical amplification was carried out to compensate for the beam divergence loss in free space. The Bit error rate (BER) and launched power, measured in the distance of 2 m from ceiling to desk, are 400 Mb/s data rate and 10 dBm, respectively. The proposed method for laser expanded could be widely used in optical wireless communication system for short transmission distance.
机译:提出了与激光光源的光学无线通信,并进行了实验评估。 我们已经在一块商业多模光纤(MMF)的端面处使用了电弧曲率设计,其用作发射头以扩展光束直径。 还测量并讨论了不同发射头的光场分布的行为。 进行光学放大以补偿可自由空间中的光束分歧损失。 在距离天花板到桌面的2米距离中测量的误码率(BER)和发射功率分别为400 MB / s数据速率和10 dBm。 提出的激光膨胀方法可以广泛用于光学无线通信系统,用于短传输距离。

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