850 nm laser diode 40 mW to 250 mW fiber coupled DFB at 850nm
These 850 nm laser diode are offered in 2 versions : 1 single frequency fiber coupled DFB 850nm laser diode which reaches up to 40mW in CW and 60mW in pulse regime with a very stable emission
1W 850nm Infrared IR Laser Diode 5.6mm TO-18 Metal Can Package
Infrared laser diode function: Emits 850nm wavelength light with a 1 watt (1000mW) output power in a 5.6mm TO-18 metal package. Laser diode build: Features a 5.6mm TO-18 metal can housing for
850nm SM Fiber coupled VCSEL Laser diode (with TEC)
850 nm single-mode VCSELs are the perfect choice for demanding sensor applications due to their improved optical characteristics. Higher-order longitudinal and transversal modes are suppressed by
850nm Laser Diode, 550mW Peak Pulsed Output Power
This laser diode module contains an optimized GaAs substrate based quantum well high power laser diode. It has been designed for customer specific applications
Ushio Infrared Laser Diodes 705 nm
Ushio manufactures a comprehensive lineup of high performance infrared laser diodes with wavelengths from 705 nm to 850 nm and optical output power ranges from 40 mW to 250 mW (typ). These are
850 nm High Power Pulsed Laser Diodes
OSI Laser Diode, Inc. (LDI) 850 nm laser modules are designed for use in fiber optic instruments where high optical power and low power consumption are required.
850nm High Power IR Laser Module, VLM-850-83 LPO
3W IR Laser Diode Module, ideal for 50M to 200M Security Camera Illumination, and night vision device illumination.
850nm Laser Diode, 10mW Output Power from CNI Laser
These 850nm near IR laser diodes deliver 10mW of optical output power from an industry standard coaxial package. They are offered with a 5 micrometer single
850nm Infrared Line Laser Diode Modules
Enlarge Image Back Specifications of 850nm Infrared line Laser Module Characteriscics： High-quality laser diode,optical glass lens, driver circuit and
850nm and 905nm Pulsed Laser Diodes
State-of-the-art high-power pulsed laser diodes. Ideal for sub-nanosecond applications such as LiDAR, fibre sensing, and fluorescence.
This reference is intended for preliminary fiber optic patch cord research. Compatibility, link budgets, connector types, polish, installation methods, test limits and applicable standards must be verified for the specific project.