E8362B网络分析仪可以同时使用四个接收器吗？

您可以同时使用所有四个接收器，但它们都将调谐到相同的频率。
所以，如果你所有的信号都处于同一频率，那么你可以同时测量它们，但是如果它们处于不同的频率，那么你仍然可以设置一个物理连接来将每个信号路由到适当的接收器，但是你有
要么以4个不同的频率设置4个不同的通道，要么在每个通道中测量一个接收器，或者设置一个通道来测量所有4个接收器，但需要进行4次不同的扫描并在每次扫描之间改变频率，并在每次扫描之间收集适当的数据
扫。



     以下为原文

  You can use all four receivers at the same time, but they will all be tuned to the same frequency.  so, if all your signals are at the same frequency then you can measure them all simultaneously, but if they are at different frequencies, then you can still setup one single physical connection to route each of the signals to the appropriate receiver, but you have to either setup 4 different channels at 4 different frequencies and in each channel measure one of the receivers, or setup one channel to measure all 4 receivers, but take 4 different sweeps and change frequencies in between each sweep and collect the appropriate data in between each sweep.

谢谢Daras！
实际上，我需要同时使用至少三个接收器，其中两个频率相同，但另一个频率相同。
然而，两个不同的频率相隔很远（两个不同的频率b / w不会超过10 MHz;另外还要提到两个频率都在L波段（约1 GHz））。
..因此，我可以在一个具有大频率跨度的通道中设置测量值，以便在该跨度中覆盖要监视的两个频率。
然后，我将设置两个频率的标记，以便针对不同的接收器以不同的迹线进行监控。
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是不是可能????
谢谢Umer



     以下为原文

  Thank You Daras!

Acutally, I need to use at least three receivers at the same time, two of them at the same frequency but one at another frequency. however, the two different frequencies are not much apart (there will not be more than 10 MHz difference b/w two frequencies to be monitored; also to mention both frequencies are in L-band (around 1 GHz)) . .. 


So, it is possible that I can setup measurement in one channel with large frequency span so that both frequencies to be monitored are covered in that span. Than, I will setup markers at two frequencies to be monitored in different traces for different receivers . . . . is it than possible ????

Thank You
Umer

是的 - 但有一点需要注意：VNA接收器不像扫描频谱分析仪接收器;
他们不是免费的。
因此，如果扫描一个寻找信号的跨度，除了信号本身之外，您还可能会看到信号的图像。
另一个值得关注的问题是，您必须确保设置开始/停止和点数，以便在您有兴趣测量的频率上有一个数据点。
由于标准VNA中使用的IF带宽滤波器的性质，与频谱分析仪不同，不能保证捕获落在跨度内的任何信号。
如果您要测量的信号的频率是完全已知的，那么使用PNA测量它们的最有效方法是设置一个段扫描，每个段中的1个点设置为感兴趣的频率。
这样，您就不必浪费任何时间在感兴趣的频率之间测量数据。
因为很多人都有这些形式的频谱分析仪类型测量应用并且想要使用他们的VNA，在我们的PNA-X网络分析仪系列中，我们实际上有一个测量应用程序，它基本上为您提供类似扫描的SA（无图像和使用
高斯分辨率带宽滤波器代替正常的VNA IFBW滤波器）在盒子中的测量和参考接收器上。
使用4端口PNA-X，就像在一个盒子里有4个频谱分析仪:-)



     以下为原文

  Yes - but one word of caution:  VNA receivers are not like swept Spectrum Analyzer receivers; they are not image free.  so if you sweep a span looking for signals, you might also see images of the signals in addition to the signals themselves.  Another point of concern is that you have to make sure that your start/stop and number of points are setup so that there is a data point at frequencies that you are interested in measuring.  because of the nature of the IF Bandwidth filters used in a standard VNA, unlike a Spectrum Analyzer, it is not guaranteed that any signal falling within the span be captured.  If the frequency of the signals that you want to measure are exactly known, then the most efficient way of measuring them with your PNA is to setup a segment sweep with 1 point in each segment set to the frequency of interest.  This way you don't have to waste any time measuring data in between the frequencies of interest.

Because a lot of people have these forms of Spectrum Analyzer type measurement applications and want to use their VNAs, in our PNA-X line of Network Analyzers, we actually have a measurement application that gives you essentially an SA like sweep (image free and using Gaussian Resolution Bandwidth filters instead of the normal VNA IFBW filters) on the measurement and reference receivers in the box.  With a 4-port PNA-X, that is like having 4 Spectrum Analyzers in one box :-)