3D spatial electromagnetic field visualization system (WM9500)
3D 空间电磁波可视化系统(WM9500)


    

3D spatial electromagnetic field visualization system (WM9500)
3D 空间电磁波可视化系统(WM9500)

3D spatial electromagnetic field visualization system (WM9500)
The 3D space electromagnetic field visualization system (hereinafter referred to as this system) is a system that aims to detect the XYZ position in space with a handheld coordinate sensor and measure the noise radiated from the object to be measured in 3D. is. You can easily measure noise using your antenna or sensor. In this system, the measurement point in space can be set arbitrarily, which enables noise measurement with a high degree of freedom compared to the conventional noise measurement system.

3D 空间电磁波可视化系统(WM9500)
3D空间电磁场可视化系统(以下简称本系统)是旨在利用手持式坐标传感器检测空间XYZ位置,对从被测物体上辐射出的电磁干扰进行3D测定的系统。你可以很轻松地通过使用天线或传感器完成测定。与传统的电磁干扰测定系统相比,该系统可以在空间任意设置测量点,使电磁干扰的测定具有较高的自由度。

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商品目录下载

Specifications
简要规格

Scan range 0.6m~5m
Optical resolution ±1mm (measuring distance 2m)/ ±3mm (measuring distance 5m)
Analysis resolution setting arbitrarily on the software
扫描范围 0.6m~5m
分解能 ±1mm (测定距离2m)/ ±3mm (测定距离5m)
测定分解能 可在软件上进行任意设定

Measurement theory
测试原理

In the measuring range, the scan area can be set freely to complete the measurement. The scan step in the space also can be set freely. The date of the XYZ coordinate and the electromagnetic noise can be measured in a same time. The noise maps of the XZ plane, XY plane, YZ plane can be displayed after measuring.

在测定空间内,可对测定区域进行任意设定。空间内的扫描步进的数值也可进行任意的设定。可同时取得空间中XYZ的坐标值和电磁干扰数据。测量后,可显示XZ平面、XY平面、YZ平面上的电磁干扰图。


Feature 1 Epoch-making method High accuracy 3D measurement
特征 1 划时代的手法 高精度的3D测试

WM9500 can detect the location of the XYZ in the space out by using infrared sensor and measure the electromagnetic wave emitted from the target objects.

  • The photo image got by an equipping specialized stereo camera can displayed on the PC, which can help us to determine the measurement area.
  • Putting the hand-held antenna on where you want to measure to set an infrared mark on. The numbers of the mesh can be elected from 1 to 10 freely, the noise map will be displayed and saved on the PC by moving the antenna freely.

So, we can get the indispensable date to analyze the noise source, the radiate pattern and the frequencies.

WM9500是使用红外线对空间内的XYZ位置进行测定的,还可实现对从被测物体辐射出的电磁波的测试。

  • 设置有专用的立体相机,立体先机取得的图像数据可在电脑上实时显示,可以用来确定测试的区域。
  • 将手持式天线放在想要测试的地方并设定为红外线标记。可将测定区域划分为从1到10的任意数量的立方体网格,自由移动天线的话,干扰图数据就会被显示和保存在电脑中了。

因此通过该设备,我们就能够取得对分析干扰发生源、辐射方向和频率成分的不可或缺的数据。

Feature 2 User-friendly Easy to operate
特征 2 易于使用 操作简便

No matter how the measuring environment and where the place is, the coordinates can be detected by infrared. And the test doesn’t be affected by the site lightness and the color of the target objects, so the noise of the units and the end products can be measured. It is possible to measure in almost all the places regardless of the narrow place or darkroom such as the car engine room and truck room. The most attractive feature of the WM9500 is that it can easily obtain detailed and multidimensional measurement date by utilizing the mobility of hand-held measurement method.

因为是使用红外线对位置坐标进行识别,所以对测试的环境和场所没有任何要求。而且,因为完全不受测试现场亮度和测试物体颜色等因素的影响,可实现对部件和完成品的电磁干扰测定。例如,像汽车的引擎箱或是集装箱这样的,无论是在狭窄的地方或者暗室,几乎所有的地方都能实现测试。
充分利用手持式测试的机动灵活性,取得详细且多角度的测试数据,这就是WM9500设备最大的魅力。

Feature 3 Combinate freely
特征 3 可自由组合

The 5 basic structures of the system are composed of “stereo camera” with tripod integrated CCD camera, note PC for controlling, controller unit, marking ball and specialized software.
It is possible to use the spectrum analyzer and antenna for measuring you have directly due to their portability to reduce the cost of introduction at first.

该系统的5个基本组成构件是,带三脚架的CCD一体立体相机、控制用笔电、控制单元、标志球以及专用软件。
由于频谱仪与天线的便携性,可直接选用现有的设备,来降低初期的引入成本。