- 940nm wavelength range
- Integrated diffractive optical element (DOE)
- 30,000-random dot pattern, FOV: 80° x 50.5°
MDOE940B200R303
Description
The Lasermate MDOE940B200R303 laser module is an 940nm laser module integrated with 15,000-random dots pattern diffractive optical element (DOE). Designed for R&D purposes, the laser module comes with an adjustable focusing lens and with adjustable current to set the output power within a certain range.
MDOE940B200R303 – Structured Light Laser Module, 940nm, 30,000-Random Dots
Features
- 940nm diffractive optical element (DOE) laser module
- 30,000-random dot pattern
- Field of View (FOV): 80° x 50.5° (H x V)
- Low distortion and high uniform pattern
- Flexible package for R&D evaluation
- Distance tunable projection
- PWM drivable
- IEC 60825 eye safety standards
Applications
- Structured light for 3D sensing
- Machine vision
Additional information
| Wavelength-typ | 940nm |
|---|---|
| Pattern | Random Dots |
| Total Dots | 30,000 |
| Field of View (FOV) | 80°x50.5° |
| Operating Current | 270mA |
| Operating Voltage | 3VDC |
| Mechanical Dimensions | Dia. 8mm x L. 15mm |
Documentation
Data Sheet
[PDF] MDOE940B200R303 – Structured Light Laser Module, 940nm, 30,000-Random Dots Data Sheet