Simulation-Based Selection of Transmitting Antenna Type for Enhanced Loran System in Selected Location

Author:

Hu ZhaopengORCID,Dong Ming,Li Shifeng,Yang Chanzhong

Abstract

To improve the coverage and timing capability of enhanced Loran signals, three enhanced Loran transmitters are planned to be built in Western China. The most appropriate antenna configuration can be determined by comparing domestic and foreign mainstream small and radio antennas. By analyzing and comparing the electrical and structural parameters and signal propagation curves of the transmitting antenna, it can be concluded that the single tower umbrella antenna provides the best performance in all evaluation indexes, and the enhanced Loran signal can be transmitted to areas 1000 km away through the single tower umbrella antenna so that the enhanced Loran signal covers most areas of Western China. Therefore, it should be widely used in the construction of enhanced Loran transmitters in the future.

Publisher

MDPI AG

Subject

Fluid Flow and Transfer Processes,Computer Science Applications,Process Chemistry and Technology,General Engineering,Instrumentation,General Materials Science

Reference21 articles.

1. Study on the Broadcast Control Method of the BPL Long-Wave Time Service Signal;Duan,2008

2. Improvement of Some Constructions of Hoisting and Hanging System of BPL Long-wave Transmitting Antenna;Fang;J. Time Freq.,2012

3. Research on Influence Supporting Tower to Electrical Properties of Large Long-Wave Antenna;Guo;Mod. Navig.,2014

4. Modified L-type eloran transmitting antenna for co-location with an AM antenna;Koo;Proceedings of the 2016 International Symposium on Antennas and Propagation (ISAP),2016

5. Electrical Characteristics of VLF Umbrella Antenna;Sun;Ship Electron. Eng.,2016

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