天线辐射模式测量
在天线设计中，在整合到最终产品之前和之后对天线进行真正的测试和测量，是验证天线性能是否最佳的最准确手段。 天线辐射模式的测量是了解无线电波进入/离开被测天线的角度强度和方向的关键。
可视化、评估、调整、验证天线辐射模式
天线表征的最初步骤是从测量天线辐射模式开始的，以确定能量从天线辐射到哪些方向以及辐射的程度。结果呈现出被测天线的相对幅度和相位。S参数，如增益、效率和极化被定义，因为测量允许在二维或三维图中对辐射模式进行可视化。
MVG为广泛的天线测试需求提供完整的测试和测量解决方案，从确定辐射模式和S参数到OTA和真实世界的功能测试。MVG的近场、远场或紧凑范围天线测量系统可在几分钟内提供精确的球形、圆柱形或平面天线测量模式结果。
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Near Field Measurements with Radically Reduced Sampling Requirement through Numerically Defined Expansion Functions
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Sensitivity Analysis of Fast Non-Redundant NF Sampling Methodologies with Probe Positioning Errors
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Validation of the Fully Probe-Connected Translated-SWE Algorithm for Spherical Near Field Offset Measurements with Min Sampling
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High Performance Dual Polarized Near-Field Probe at V-Band Provides Increased Performances for Millimeter Wave Spherical Near-Field Measurements
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Application of the TSWE Algorithm to Echo Reduction of Spherical Near-Field Measurements with Undersampling
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Probe Correction Technique of Arbitrary Order for High Accuracy Spherical Near Field Antenna Measurements
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Measured Antenna Representation of Flush Mounted Antennas for Computational Electromagnetic Solvers
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NF Measurements and Statistical Analysis of Random Electromagnetic Fields of Antennas and Other Emitters to Predict FF Pattern Statistics
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Accurate Measurement of Transmit and Receive Performance of AAS Antennas in a Multi-Probe Spherical NF System
