森田テック Official site

A true EMC noise scanner. It provides solutions for both EMI (emission) and EMS (immunity).

WM7400: EUT up to A4 size, height 100mm (optionally H=200mm) A best-selling model that is easy to handle in desktop size. WM7300: EUT up to A3 size, height 200mm (optionally H=250mm) Thanks to its open structure, it allows for the linear arrangement of long objects such as EUT, loads, LI ST (AMN), BCI probes, DC power supplies, etc. The structure makes handling the EUT very easy. In-house developed probe and sensor series: - Near-field probes: 11 types - Electric field probes: 3 types - Electromagnetic wave irradiation probes: 2 types (electric field/magnetic field) - Sound sensor: Visualization of sound waves up to ultrasonic frequencies (such as capacitor noise)

Analyze intermittent noise, noise caused by frequency fluctuations such as SSC, and transient noise in both the frequency domain and the time domain.

Equipment used: 1) WM7000 series EMC noise scanner measurement/analysis software WM7000-TD 2) Real-time spectrum analyzer "Tektronix RSA600/500/300 series" 3) Captured spectrogram data can be set up on the spectrum analyzer External trigger mode and others are also available.

If you fail the EMS immunity test, it is possible to evaluate where the electromagnetic waves have entered (you can gain hints for resolving the issue!).

- Attach to the EMC noise scanner and execute the scan with the electromagnetic wave irradiation probe. - Use the TG (Tracking Generator) of the spectrum analyzer as the signal source. - Measure a wide bandwidth at once and visualize the intrusion intensity distribution by frequency. - Identify vulnerable components that are the cause of malfunctions and obtain information on factors such as the circuit board. - Frequency: Magnetic field/Electric field irradiation 100kHz to 2GHz typ. - Maximum input: 10W (pulse burst wave)

Three-dimensional measurement of "radio waves, EMC noise, ultrasound, static magnetic fields," etc., using handheld sensors and probes.

Basic components: - 3D spatial coordinate measuring device (motion capture camera) - Measurement control PC (laptop) - Marker plates (2 types) - Measurement software - Analysis software (viewer) available for download from the web - Tripod - Control cables (USB, etc.) - Dedicated case - Option: Software for offset measurement & dedicated marker plates

Visualizing 5G millimeter wave radiation! Introducing a 3D electromagnetic field visualization system!

For more details, please refer to the PDF document or feel free to contact us.

Measuring the effects of electromagnetic waves on the human body! Visualizing the electromagnetic waves of the subject on a computer! Quick measurements!

【Main Specifications】 Recommended measurement range: Approximately 0.6m to 2m (maximum approximately 5m), field of view angle 56° Measurement method: Spatial coordinate acquisition using infrared reflection (850nm) Camera: High-definition camera with autofocus function Measurement position accuracy: ±1mm (at recommended distance of 2m) Control method: USB2.0 Main body dimensions (W×H×D mm): 400×124×109 *For more details, please download the catalog or contact us.