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System Design and Performance Analysis of a Laser Ranging Echo Receiver Based on an Avalanche Photodiode

机译:基于雪崩光电二极管的激光测距回波接收器的系统设计和性能分析

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摘要

A portable laser range finder that is capable of measuring ranges up to 2011 m is designed. The echo receiver based on an avalanche photodiode is described in detail. Performance attributes, such as the maximum detectable distance, signal-to-noise ratio (SNR), bandwidth, and signal distortion of the system, were simulated and comprehensively analysed. Results show that the output SNR of the echo receiver reaches 6.00 × 10~4 and its bandwidth is about 110.00 MHz. The key parameters (the maximum detectable distance, SNR, bandwidth, and signal distortion) are satisfied with the application system requirement.
机译:设计了一种便携式激光测距仪,该测距仪能够测量高达2011 m的距离。详细描述基于雪崩光电二极管的回波接收器。对系统的性能属性(例如最大可检测距离,信噪比(SNR),带宽和信号失真)进行了仿真和综合分析。结果表明,回波接收器的输出SNR达到6.00×10〜4,带宽约为110.00 MHz。关键参数(最大可检测距离,SNR,带宽和信号失真)可以满足应用系统的要求。

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