嗨 - 通常，当您以csv格式保存测量结果时，通常会得到多个列，标记为MeasResult0到MeasResult，其中n是可用的最大测量结果数。
有关这些测量结果的信息，请参阅相关测量的远程命令结果。
在这种情况下，波形测量，请参考IQ Analyzer用户和程序员参考的第559页。
在那里，您将看到列出的三个测量结果，n = 0,1和2.如您所见，对于n = 0，数据是未处理的I / Q跟踪数据，其中I值首先列在每对中，然后是
相应的Q值。
I和Q数据以伏特存储，但存储在伏特峰值（Vpk）中。
您使用的等式假设为Vrms，而不是Vpk。
通过将“50”替换为“100”来修改等式，您将得到正确的值。
问候 -
以上来自于谷歌翻译
以下为原文
Hi -
In general, when you save the Meas Results in csv format, you will usually get multiple columns, labeled MeasResult0 through MeasResult, where n is the maximum number of measurement results available. For information on each of these measurement results, refer to the Remote Command Results for the measurement in question. In this case, the Waveform measurement, you would refer to page 559 of the IQ Analyzer User’s and Programmer’s Reference. There you will see three measurements results listed, for n=0, 1, and 2. As you can see, for n=0, the data is the unprocessed I/Q trace data, with I value listed first in each pair followed by the corresponding Q value.
The I and Q data is stored in Volts, but it is stored in Volts peak (Vpk). The equation you used assumes Vrms, not Vpk. Modify your equation by replacing “50” with “100” and you will get the correct value.
Regards -
嗨 - 通常，当您以csv格式保存测量结果时，通常会得到多个列，标记为MeasResult0到MeasResult，其中n是可用的最大测量结果数。
有关这些测量结果的信息，请参阅相关测量的远程命令结果。
在这种情况下，波形测量，请参考IQ Analyzer用户和程序员参考的第559页。
在那里，您将看到列出的三个测量结果，n = 0,1和2.如您所见，对于n = 0，数据是未处理的I / Q跟踪数据，其中I值首先列在每对中，然后是
相应的Q值。
I和Q数据以伏特存储，但存储在伏特峰值（Vpk）中。
您使用的等式假设为Vrms，而不是Vpk。
通过将“50”替换为“100”来修改等式，您将得到正确的值。
问候 -
以上来自于谷歌翻译
以下为原文
Hi -
In general, when you save the Meas Results in csv format, you will usually get multiple columns, labeled MeasResult0 through MeasResult, where n is the maximum number of measurement results available. For information on each of these measurement results, refer to the Remote Command Results for the measurement in question. In this case, the Waveform measurement, you would refer to page 559 of the IQ Analyzer User’s and Programmer’s Reference. There you will see three measurements results listed, for n=0, 1, and 2. As you can see, for n=0, the data is the unprocessed I/Q trace data, with I value listed first in each pair followed by the corresponding Q value.
The I and Q data is stored in Volts, but it is stored in Volts peak (Vpk). The equation you used assumes Vrms, not Vpk. Modify your equation by replacing “50” with “100” and you will get the correct value.
Regards -
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