Antennas are an essential part of communication technology, and understanding their parameters is crucial for optimal performance. In this article, we'll explore the key antenna parameters you need to know to get the most out of your system. Let's dive in!
To determine the boundaries of an antenna's near-field and far-field regions, various methods can be used depending on factors such as intended use and required accuracy. It's crucial to consider these factors for optimal results.
To get accurate RF testing results, it's important to consider how connectors can affect outcomes. Creating a valid test environment that accounts for these effects is essential for reliable and consistent testing.
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.
Understanding antenna beamwidth is essential for accurate compliance testing. This article defines beamwidth, explores its properties, and emphasizes its impact on test environments.
Antenna Factor Calculations And Deviations
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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