Photon Pulses based Heterodyne Detection Precision Ranging System

Li-Xia Lei, Yuejin Zhang
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Abstract

A system architecture design photon pulses heterodyne detection system, using the photon pulse photon detection heterodyne principle and statistical theory, based on the establishment of a photon pulses theoretical models ranging accuracy heterodyne detection system. The use of square-wave approximation, based on photon pulses heterodyne detection system typical parameters, mainly to study the effects of noise and temperature parameters ranging accuracy of simulation experiments show that the system can achieve high-precision ranging.
基于光子脉冲的外差探测精密测距系统
系统架构设计了光子脉冲外差探测系统,利用光子脉冲外差探测原理和统计理论,在此基础上建立了光子脉冲测距精度外差探测系统的理论模型。利用方波近似法,基于光子脉冲外差探测系统的典型参数,主要研究噪声和温度参数对测距精度的影响,仿真实验表明该系统能够实现高精度测距。
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