基于窄相关器的GNSS代码跟踪环路实现

D. Sony, D. Reddy, J. B. Farheen
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引用次数: 1

摘要

GNSS接收机对卫星传送的信息进行处理,解码导航电文。该信号包含由高频载波调制的扩展码,为了获得导航数据,处理模块需要准确地跟踪输入信号的相位。通常在代码跟踪阶段使用早晚间距为1芯片的延迟锁环,但为了更精确地跟踪,使用了以0.1芯片精度跟踪的窄相关器。本文首先讨论了码跟踪环路的基本工作原理,然后简要介绍了窄相关器的意义。本文重点介绍了标准正常相关器和设计的窄相关器的仿真结果。在赛灵思ISE平台上进行了代码跟踪回路的设计与仿真。
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Implementation of Code Tracking Loop using Narrow Correlator for GNSS
The GNSS receiver processes the information transmitted by the satellites to decode the navigation message. The signals contain the spreaded code modulated with a high frequency carrier wave and to get the navigation data, the processing block needs to accurately tracks the phase of the incoming signal. Usually a delay lock loop with early-late spacing of 1-chip is used at code tracking stage but to have more precise tracking a narrow correlator is used which tracks with 0.1 chip accuracy. In this paper first basic working of code tracking loop is discussed, then the significance of narrow correlator is briefed. This paper focuses on the simulation results of both standard normal correlator and the designed narrow correlator. The design and simulation of code tracking loop is carried out in Xilinx ISE platform.
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