A high performance antenna measurement system

F. Pasqualucci, J.B. Baprawski, J. Paul
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引用次数: 2

Abstract

The authors describe a high-performance, state-of-the-art antenna pattern measurement instrumentation system. The system utilizes advanced concepts to achieve high-accuracy, large-dynamic-range antenna pattern measurements at speeds more than 100 times faster than with any instrumentation system available today. Such speeds and range are especially required when measuring the pattern of millimeter-wave antennas. The basic system covers the frequency band 0.1 to 26.5 GHz and can be extended to cover full waveguide bands through 110 GHz. The system performs conventional measurements in the CW (continuous-wave) mode and can also operate in a pulse mode. The pulse mode of operation allows the operator to range gate out interfering multipath signals which often occur in practical ranges. This provides a measurement capability over a much larger dynamic range than can be achieved by a CW system alone or with extensive clutter subtraction routines or extensive usage of anechoic material.<>
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一种高性能天线测量系统
作者描述了一种高性能、最先进的天线方向图测量仪器系统。该系统利用先进的概念实现高精度、大动态范围的天线方向图测量,其速度比目前可用的任何仪器系统快100倍以上。在测量毫米波天线的模式时,特别需要这样的速度和范围。基本系统覆盖0.1至26.5 GHz频段,并可扩展到覆盖110 GHz的全波导频段。该系统在连续波(CW)模式下进行常规测量,也可以在脉冲模式下工作。脉冲操作模式允许操作者对在实际范围内经常出现的干扰多径信号进行门控。这提供了在更大的动态范围内的测量能力,而不是单独的连续波系统或广泛的杂波减去程序或广泛使用消声材料
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