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There are a variety of standardized methods for describing antenna parameters, and this article aims to provide an overview of key antenna parameters and relevant background.
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In recent years, the use of a term called "Antenna Factor" in EMC and spectrum pollution work has become very important. There has been a great need for measuring field intensity and/or power density as accurately and conveniently as possible.
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Discover a comprehensive list of conversion factors utilized for EMI, EMC, and R.F. applications, including their derivation, and the reasons for their use.
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Understanding antenna beamwidth and how it influences a test environment is critical to accurate and repeatable tests. This article defines antenna beamwidth, explores the antenna beamwidth properties, and explains its importance for compliance testing.
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Antenna gain is a performance indicator gauged in comparison to a reference source. This article explains antenna gain and dispels some of the misconceptions surrounding this valuable metric.
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Understanding the intricate role of connectors and cables in RF testing setups is crucial for accurate results. Explore the impact of connector choices, cable types, and attenuation management strategies for optimal testing environments.
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Understanding antenna field regions—reactive near-field, radiating near-field/Fresnel Region, far-field/Fraunhofer Region—is essential for EMC testing. Explore how to calculate their boundaries and implications in compliance and performance measurement.
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