Equivalent Circuit for Phase Delay in a Medium Frequency Antenna

Lars Grundhöfer, S. Gewies
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Abstract

The R(anging)-Mode is proposed as a maritime terrestrial backup system to Global Navigation Satellite Systems (GNSS) which are today the primary system for providing position, navigation and timing data onboard the ship. To enable accurate positioning with medium frequency R-Mode, a model is needed which describes the influence of the transmitter chain on the phase and amplitudes of the medium frequency R-Mode signal components. The paper depicts the influence of the transmitter chain, which is optimized for the transmission of a minimum shift keyed (MSK) modulated signal, with an equivalent circuit model with lumped elements that describes the transmitting antenna and the antenna tuning unit. Using this model, amplitude variations and signal delays are discussed.
中频天线相位延迟等效电路
R(测距)模式被提议作为全球导航卫星系统(GNSS)的海上陆地备份系统,GNSS是目前提供船上位置、导航和定时数据的主要系统。为了实现中频R-Mode的精确定位,需要一个描述发射机链对中频R-Mode信号分量相位和幅值影响的模型。本文利用具有集总元件的等效电路模型描述了发射天线和天线调谐单元,描述了为传输最小移控调制信号而优化的发射链的影响。利用该模型,讨论了振幅变化和信号延迟。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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