Electromagnetism Compatibility Design of an Interference Antenna

Qiang Zhao; Shi Rui Peng; Bing Qie Wang; Chang Wen Zheng

doi:10.4028/www.scientific.net/AMR.588-589.906

Paper Titles

Visibility Analysis of GNSS Satellites in Mountainous Area
p.888

Design and Improvement of Host and Backup Selection
p.893

Data Quality Control of Wind Profiler Radar Based on Extended Kalman Filter
p.897

Design of Micro-Wideband Radar Experiment System
p.902

Electromagnetism Compatibility Design of an Interference Antenna
p.906

Research of GPS Signal Multipath Effects Based on GAMIT TRACK
p.912

Radar Emitter Signals Identification Based on Gray Relational Cluster Analysis
p.920

Test Frequency-Domain Parameters of ADCs Using a Spectrum Leakage Correction Algorithm
p.924

Current Loop High Performance Compensation Control Strategy Analysis of Active Power Filter
p.928

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Electromagnetism Compatibility Design of an Interference Antenna

Abstract:

Aiming at electromagnetism efficiency evaluation of large ground interference antenna is complex, the paper proposes to model and simulate it by FEKO and then the radiation pattern of the antenna can be obtained. The simulation result is conform to the fact. In view of the large power of the vice and back orientation of antenna from the simulation, adopt the method of installing electromagnetism shield wall to solve. Through the simulation shows the efficiency of electromagnetism shield wall in improving antenna’s electromagnetism compatibility.