3D Electromagnetic Field Visualization System: Proposal for a New Noise Measurement Method

"Electromagnetic fields, sound, ultrasound" - the invisible becomes visible!

You can identify the location, radiation direction, and frequency components of EMC noise! Essential frequency components for analysis can also be obtained! The WM9500 3D Electromagnetic Field Visualization System (hereinafter referred to as "the system") is designed to record the spatial XYZ coordinates of a handheld magnetic field sensor using an infrared 3D camera, with the aim of measuring noise emitted from the object under test in three dimensions. Noise measurement can be easily performed using your own antennas or sensors. This system allows for the arbitrary setting of measurement points in space, enabling a higher degree of freedom in noise measurement compared to conventional noise measurement systems. 【Features】 ■ Revolutionary Method High-precision 3D Measurement Adopts stereo cameras Discover noise sources in three dimensions ■ User-Friendly Amazing operability Measurements can be easily performed in tight spaces with handheld operation ■ Combinability Completely flexible!! You can reuse your existing magnetic field sensors (antennas) and spectrum analyzers *For more details, please download the catalog or feel free to contact us.

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【Useful Scenes】 1) Shortening the development period at manufacturers 2) Reducing the time for identifying causes 3) Visualizing proposals and reports 4) Useful for visualizing electromagnetic waves 5) Useful for visualizing sound 【Mainly Used Industries】 1) Automobile manufacturers 2) Automobile parts manufacturers 3) Motor manufacturers 4) Motorcycle manufacturers 5) Home appliance manufacturers Outline Specifications Measurement Range: 0.6m to 5m Spatial Position Resolution: ±1mm (Measurement distance 2m) / ±3mm (Measurement distance 5m) Measurement Resolution: Arbitrarily set by software configuration