Hi - VSA中目前不提供RF和基带之间的跨通道测量。
在89600 VSA中，我们在相同硬件的通道之间提供互相关结果（因此对于多通道硬件采集）。
但是，这是我们在VSA软件中唯一的内置功能。
有两个不同的前端，可能他们可以使用数学函数，但似乎2次采集之间的时间对齐可能是一个问题。
这不是我们探索过的应用程序。
即使在MATLAB中进行分析，我认为你必须小心不同的采样率和开始时间。
问候 -
以上来自于谷歌翻译
以下为原文
Hi -
Cross channel measurements between RF and baseband are not currently available in the VSA.
In the 89600 VSA we provide cross-correlation results between channels of the same hardware (so for multi-channel hardware acquisitions). But, that’s the only built-in functionality we have in the VSA software. With 2 different front-ends, potentially they could use math functions, but seems like time alignment between the 2 acquisitions could be a problem.
This is not an application we have explored. Even performing the analysis in MATLAB, I think you’d have to be careful of differing sample rates and start times.
Regards -
Hi - VSA中目前不提供RF和基带之间的跨通道测量。
在89600 VSA中，我们在相同硬件的通道之间提供互相关结果（因此对于多通道硬件采集）。
但是，这是我们在VSA软件中唯一的内置功能。
有两个不同的前端，可能他们可以使用数学函数，但似乎2次采集之间的时间对齐可能是一个问题。
这不是我们探索过的应用程序。
即使在MATLAB中进行分析，我认为你必须小心不同的采样率和开始时间。
问候 -
以上来自于谷歌翻译
以下为原文
Hi -
Cross channel measurements between RF and baseband are not currently available in the VSA.
In the 89600 VSA we provide cross-correlation results between channels of the same hardware (so for multi-channel hardware acquisitions). But, that’s the only built-in functionality we have in the VSA software. With 2 different front-ends, potentially they could use math functions, but seems like time alignment between the 2 acquisitions could be a problem.
This is not an application we have explored. Even performing the analysis in MATLAB, I think you’d have to be careful of differing sample rates and start times.
Regards -
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