This document presents an antenna study conducted by Dongguan UB Electronics Co., Ltd for Thesis Ltd. The study focuses on the antenna's performance characteristics within the debugging frequency band of 2400-2500HMz. The model under evaluation is GW_1.1.3. The valuation date for this study is February 14, 2025.
The report includes detailed analysis of the antenna's return loss, VSWR (Voltage Standing Wave Ratio), efficiency, and gain. Smith charts and graphical representations are used to illustrate the antenna's impedance matching and signal reflection characteristics. The efficiency and gain data are presented in tabular format, providing specific values across the frequency range of interest.
The testing environment and setup are also documented, including images of the 3D microwave darkroom used for measurements. This information provides context for the accuracy and reliability of the reported results. The antenna's physical dimensions are also noted.
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This document presents an antenna study conducted by Dongguan UB Electronics Co., Ltd for Thesis Ltd. The study focuses on the antenna's performance characteristics within the debugging frequency band of 2400-2500HMz. The model under evaluation is GW_1.1.3. The valuation date for this study is February 14, 2025.
The report includes detailed analysis of the antenna's return loss, VSWR (Voltage Standing Wave Ratio), efficiency, and gain. Smith charts and graphical representations are used to illustrate the antenna's impedance matching and signal reflection characteristics. The efficiency and gain data are presented in tabular format, providing specific values across the frequency range of interest.
The testing environment and setup are also documented, including images of the 3D microwave darkroom used for measurements. This information provides context for the accuracy and reliability of the reported results. The antenna's physical dimensions are also noted.
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