N6841A射频传感器（我认为它是正确的地方）

再次问好，现在我已经有时间使用传感器，因为在这个帖子中没有更多的回复，我想我会添加到我以前的帖子。除了我在上一篇文章中提到的SMT软件，'
安捷伦射频传感器软件CD'包含由安捷伦编写的C库，用于配置和控制射频传感器单元。
这些库（称为传感器访问库（SAL））可以从C / C ++ / C＃应用程序中调用，以便用户可以创建自己的应用程序来收集和处理来自RF传感器的数据。
除了这些库之外，安捷伦还包括Demo应用程序（有些带有GUI，有些可以从命令行调用），带有源代码，可以帮助程序员入门。
似乎让用户编写自己的调用SAL功能的程序就是这些RF传感器的操作方式。
但是，有一些可以从安捷伦购买的软件产品可以与RF传感器连接，例如E3238S信号测量软件。我希望这篇文章和我之前的文章有助于阐明这些传感器的用途和使用方法。
可能性与他们在一起.rw
                        
                        
                    
                                                                                                          以下为原文

                                                    Hello again,

Now that I have had some time to use the sensors and since there have been no more replies in this thread, I thought I would add to my previous post.

In addition to the SMT software mentioned in my previous post, the 'Agilent RF Sensor Software CD' contains C libraries written by Agilent to configure and control the RF Sensor units. These libraries, referred to as Sensor Access Libraries (SAL), can be called from C/C++/C# applications so that users can create their own applications to collect and process data from the RF Sensors. In addition to the libraries, Agilent has included Demo applications (some with GUIs and some to be called from the command line) with source code to help programmers get started. It seems that getting the user to write their own programs that call the SAL functions is how these RF sensors were intended to be operated. There are, however, some software products available for purchase from Agilent that can interface to the RF sensors such as the E3238S Signal Survey Software.

I hope this post, and my previous one, help clarify how these sensors are intended to be used and what the possibilities are with them.

rw