答案是肯定的 - 对所有问题。
我要说的一个澄清是带宽通常用一些额外的信息来定义。
例如，在许多应用中，人们谈论3dB带宽，其通常被定义为跨度，其中S21响应的边缘比S21的最大值低3dB。
使用VNA，您当然可以扫描跨度（超过3 dB角）以获得LNA能够放大的频率范围的完整画面。
以上来自于谷歌翻译
以下为原文
the answer is yes - to all the questions. The one clarification, I would make is that bandwidth is typically defined with some additional information. for example in many applications people talk about the 3 dB bandwidth, which is normally defined as the span, where the edges of the S21 response are 3 dB lower than the max value of S21. With the VNA, you can certainly over-sweep the span (go further past the 3 dB corners) to get a complete picture of range of frequencies that the LNA is capable of amplifying.
答案是肯定的 - 对所有问题。
我要说的一个澄清是带宽通常用一些额外的信息来定义。
例如，在许多应用中，人们谈论3dB带宽，其通常被定义为跨度，其中S21响应的边缘比S21的最大值低3dB。
使用VNA，您当然可以扫描跨度（超过3 dB角）以获得LNA能够放大的频率范围的完整画面。
以上来自于谷歌翻译
以下为原文
the answer is yes - to all the questions. The one clarification, I would make is that bandwidth is typically defined with some additional information. for example in many applications people talk about the 3 dB bandwidth, which is normally defined as the span, where the edges of the S21 response are 3 dB lower than the max value of S21. With the VNA, you can certainly over-sweep the span (go further past the 3 dB corners) to get a complete picture of range of frequencies that the LNA is capable of amplifying.
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