商用多线路TRL校准

L. Hayden
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引用次数: 2

摘要

参考多线路TRL的商业实现最近已于2010年推出。虽然算法实现有意地尽可能地与先前发布的细节[2]-[3]保持一致,但在当前和受支持的软件应用程序中实现了新的功能。除了支持参考线Zo和传播常数确定、Zo重整化和误差项误差界比较[4]之外,新的实现还支持各种矢量网络分析仪模型。全自动MLTRL校准通过使用可编程的舞台和定位器移动与适当配备的半自动探头站实现。探针放置的自动化和改进的一致性导致校准速度大大加快,更省力,校准可重复性更好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A commercial multi-line TRL calibration
A commercial implementation of the reference multi-line TRL has recently become available [1]. While the algorithm implementation has intentionally been kept as true to the previously published details [2]–[3] as possible, the implementation in a current and supported software application enables new capabilities. In addition to support for reference line Zo and propagation constant determination, Zo renormalization, and error term error bound comparison [4], the new implementation supports a wide-variety of vector network analyzer models. Fully automated MLTRL calibration is enabled by using programmable stage and positioner moves with appropriately equipped semi-automatic probe stations. The automation and improved consistency of probe placement results in dramatically faster and less laborious calibration with better calibration repeatability.
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