このページの内容は最新ではありません。最新版の英語を参照するには、ここをクリックします。
スパイラル アンテナ
スパイラル アンテナは周波数に依存しないアンテナです。これらのアンテナは、無線通信やより広い動作帯域幅が求められる用途で使用されます。
スパイラル アンテナ カタログ
アプリ
| アンテナ デザイナー | アンテナの設計、可視化、解析 |
| アンテナ アレイ デザイナー | Design, visualize, and analyze arrays |
オブジェクト
spiralArchimedean | Create Archimedean spiral antenna |
spiralEquiangular | Create equiangular spiral antenna |
spiralRectangular | Create rectangular spiral antenna on xy-plane |
関数
show | Display antenna, array, AI-based antenna, platform, or shape |
info | Display information about antenna, array, or platform |
rectspirallength2turns | Calculate number of turns for specified arm length in rectangular spiral antenna |
design | Create antenna, array, or AI-based antenna resonating at specified frequency |
注目の例
Archimedean Spiral Design Investigation
Compares the results published in [1] for an Archimedean spiral antenna with those obtained using the toolbox model of the spiral antenna. The two-arm Archimedean spiral antenna( r = R ) can be regarded as a dipole, the arms of which have been wrapped into the shape of an Archimedean spiral. This idea came from Edwin Turner around 1954.
Modeling Resonant Coupled Wireless Power Transfer System
Create and analyze a resonant coupling type wireless power transfer (WPT) system with an emphasis on concepts such as resonant mode, coupling effect, and magnetic field pattern. The analysis is based on a two-element system of spiral resonators.
Reflector Backed Equiangular Spiral
The spiral antenna is an inherently broadband, and bidirectional radiator. This example will analyze the behavior of an equiangular spiral antenna backed by a reflector [1]. The spiral and the reflector are Perfect Electric Conductors (PEC).
Equiangular Spiral Antenna Design Investigation
Compares results published in [1] for a two-arm equiangular spiral antenna on foamclad backing( 1), with those obtained using the toolbox model of the spiral antenna of the same dimensions. The spiral antennas belong to the class of frequency-independent antennas. In theory, such antennas may possess an infinite bandwidth when made infinitely large. In reality, a finite feeding region has to be established and the outer extent of the spiral antenna has to be truncated.
