谢谢,我正在研究PIM并发现大多数时间发生在旧设备腐蚀和丢失连接器的主要原因通常这些产品信号是基本的谐波,有时当高功率传输时也存在从基础泄漏
。
因此,我认为可以在正常传输条件下进行检查,并在连接器附近的线路上使用便携式SA进行检查,并找到干扰源。
是德科技计划为PIM开发便携式设备吗?
以上来自于谷歌翻译
以下为原文
Thanks, I was looking at PIM and found out that most of the times happened in old installations being corrosion and lose connectors the main cause usually these products signals are harmonics of the fundamental and sometimes there are leaks from the fundamental too when high power is transmitted. So I imagine is possible to check under normal transmission conditions and do the same with a portable SA along the line near the connectors and locate the source of interference. Has Keysight plans to develop a portable device for PIM?
谢谢,我正在研究PIM并发现大多数时间发生在旧设备腐蚀和丢失连接器的主要原因通常这些产品信号是基本的谐波,有时当高功率传输时也存在从基础泄漏
。
因此,我认为可以在正常传输条件下进行检查,并在连接器附近的线路上使用便携式SA进行检查,并找到干扰源。
是德科技计划为PIM开发便携式设备吗?
以上来自于谷歌翻译
以下为原文
Thanks, I was looking at PIM and found out that most of the times happened in old installations being corrosion and lose connectors the main cause usually these products signals are harmonics of the fundamental and sometimes there are leaks from the fundamental too when high power is transmitted. So I imagine is possible to check under normal transmission conditions and do the same with a portable SA along the line near the connectors and locate the source of interference. Has Keysight plans to develop a portable device for PIM?
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