This document presents a detailed test report for an integrated antenna, focusing on its performance characteristics at three distinct frequencies: 2.402GHz, 2.441GHz, and 2.480GHz. The report includes comprehensive radiation pattern analysis in three orthogonal planes (XZ, YZ, and XY) for each frequency. These patterns are visualized using polar plots, illustrating both the co-cross polarization field and the total field. The co-cross polarization field distinguishes between vertical and horizontal polarization components, providing insights into the antenna's polarization behavior.
In addition to radiation patterns, the report presents return loss measurements, a critical parameter indicating the antenna's impedance matching and efficiency. A graph of return loss versus frequency is provided, along with the bandwidth at -10dB. Furthermore, a summary table consolidates key measurement results, including return loss values, polarization types, maximum gain values, and the corresponding angles at which these maximum gains are achieved. This information is crucial for understanding the antenna's overall performance and suitability for various applications.
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This document presents a detailed test report for an integrated antenna, focusing on its performance characteristics at three distinct frequencies: 2.402GHz, 2.441GHz, and 2.480GHz. The report includes comprehensive radiation pattern analysis in three orthogonal planes (XZ, YZ, and XY) for each frequency. These patterns are visualized using polar plots, illustrating both the co-cross polarization field and the total field. The co-cross polarization field distinguishes between vertical and horizontal polarization components, providing insights into the antenna's polarization behavior.
In addition to radiation patterns, the report presents return loss measurements, a critical parameter indicating the antenna's impedance matching and efficiency. A graph of return loss versus frequency is provided, along with the bandwidth at -10dB. Furthermore, a summary table consolidates key measurement results, including return loss values, polarization types, maximum gain values, and the corresponding angles at which these maximum gains are achieved. This information is crucial for understanding the antenna's overall performance and suitability for various applications.
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