E5071C_ENA_矢量网络分析仪手册

这个特殊的 NVNA 测量设置参考以下内容：J Hu 等人的“不使用多谐波发生器的校准非线性矢量网络测量”出现在 IET 微波、天线和传播中。 它还在以下内容中得到了广泛的描述：J Hu “射频前端测量和建模”，博士。 论文，北卡罗来纳州立大学，北卡罗来纳州罗利，2011 年。

This presentation covers the principles of measuring high-frequency electrical networks with network analyzers. You will learn what kind of measurements are made with network analyzers, and how they allow you to characterize both linear and nonlinear behavior of your devices. The session starts with RF fundamentals such as transmission lines and the Smith Chart, leading to the concepts of reflection, transmission and S-parameters. The next section covers all the major components in a network analyzer, including the advantages and limitations of different hardware approaches. Error modeling, accuracy enhancement, and various calibration techniques will then be presented. Finally, some typical swept-frequency and swept-power measurements commonly performed on filters and amplifiers will be covered. An advanced-topics section is included as a pointer to more information.

网络协议分析文档教程-【距离矢量算法计算过程分析】.pdf

矢量网络分析仪校准基本理论,主要内容如下： • 什么是矢量网络分析仪 • 怎样作到准确测量 • 可提供的校准步骤 • 操作中的考量 • 应用 • 得到不确定度

本书适合于对微波器件测量有需求的相关人员，具有较强的实际指导意义。

电源设计

电源设计

N5230A的学习笔记和PNA矢量网络分析仪帮助文档，包括测试参数、误差

该文档是agilent 公司（现在的keysight）生产的矢量网络分析仪E5072a 帮助文档