3D Electromagnetic Interference Visualization system

3D Electromagnetic Interference Visualization system WM9500

Product introduction

The epoch-making approach to high-precision 3D detection of EMC interference enables multi-angle analysis of the source of interference.

The WM9500 detects the position of XYZ within space by means of an infrared sensor, and can measure the electromagnetic waves that are scattered from the detected object.

1. A dedicated "Stereo camera" is provided to confirm the image taken by the camera on the PC and to determine the measuring area.

2. Set the infrared sign to the place where you want to test. Measurement range of one to dozens of centimeters of stereoscopic mesh can be arbitrarily segmented, with the arbitrary movement of the probe, the interference diagram can be displayed on the computer and storage results

Thus, it can be seen that the "wm9500" can obtain the data which is indispensable in the analysis of the disturbance occurrence place, the transmitting direction and the frequency component.

Product Features

Not affected by the measurement site and the measuring material. Due to the use of infrared identification coordinates, the measurement environment and places and other conditions are not particularly limited, and completely unaffected by the measurement site brightness and the color of the detected objects. This allows for interference detection from the monomer to the complete product.

For example, the car's engine compartment and the trunk and other small and dark places can also be used to detect interference.

WM9500 's greatest charm lies in the use of hand-held methods to effectively measure the maneuverability, and can easily obtain detailed and multi-faceted detection data.

Application areas

The system can be widely used in automobiles, air conditioners, refrigerators, microwave ovens, routers, servers and other industries.

Product parameters

Measuring range: recommended approx. 0.6m-2m (max. 5m), viewing angle 56°

Measurement method: Obtain spatial coordinates according to infrared reflectance (850nm)

LENS: high-definition lens with auto-focus function

Detection position accuracy: ±1mm (recommended distance 2m)

Measuring Distance: Minimum 1mm (can be set arbitrarily in the control software setting)

Dimensions: Main unit: w400*109*124 (mm)

Controller: w320*280*94.5 (mm)

Control method: Connect USB2.0 interface for control

Maximum voltage: ac100v-240v

Power: 60VA (MAX) (No spectrum analyzer included)

Controller: Use a dedicated computer for control.