+86-0755 21009302  
  ricky01@boxoptronics.com
Products
Home > Products > 1550nm 2W Single Wavelength High Power CW DFB Fiber Laser Module

1550nm 2W Single Wavelength High Power CW DFB Fiber Laser Module Manufacturers

We hold strengthening and perfecting our items and repair. At the same time, we get the job done actively to do research and progress for 1550nm 2W Single Wavelength High Power CW DFB Fiber Laser Module, We welcome new and aged buyers from all walks of lifetime to make contact with us for potential small business associations and mutual success!
1550nm 2W Single Wavelength High Power CW DFB Fiber Laser Module, we have now complete material production line, assembling line , quality control system, and the most importantly, we now have many patents technology and experienced technical&production team, expert sales service team. With all those advantages, we're about to create"the reputable international brand of nylon monofilaments", and spreading our solutions to every corner of the world. We've been keep moving and try our best to serve our customers.

Related Products

Hot Products

  • 1578nm 10mW DFB Laser Diode For Hydrogen Sulfide Detection

    1578nm 10mW DFB Laser Diode For Hydrogen Sulfide Detection

    The 1578nm 10mW DFB Laser Diode For Hydrogen Sulfide Detection can be used for Hydrogen Sulfide(HS) gas detective application. This MQW DFB laser features 10 mW of output optical power, high Side Mode Suppression Ratio (SMSR). It features in a built-in thermoelectric cooler, thermistor, and a rear-facet monitor photodiode for external optical power control.
  • 1545.32nm DFB Butterfly Laser Diode 2 MHz Linewidth

    1545.32nm DFB Butterfly Laser Diode 2 MHz Linewidth

    The 1545.32nm DFB Butterfly Laser Diode 2 MHz Linewidth offers a single frequency emission profile and can be tuned by current and/or temperature to adjacent ITU grid wavelengths. This laser has a distributed feedback cavity design and is offered in a 14 pin butterfly package. This DFB has an integrated TEC, a 10K temperature sensor and an MPD (monitor photodiode). It has an output power up to 10mW. The butterfly package has a SM fiber or PM fiber pigtail and an FC/PC connector.
  • L-band ASE Broadband Light Source Module For Optical Sensor

    L-band ASE Broadband Light Source Module For Optical Sensor

    As a professional L-band ASE Broadband Light Source Module For Optical Sensor manufactures, You can rest assured to buy L-band ASE Broadband Light Source Module For Optical Sensor from our factory and we will offer you the best after-sale service and timely delivery.
  • Low cost C-band ASE Broadband Light Source

    Low cost C-band ASE Broadband Light Source

    This Low cost C-band ASE Broadband Light Source has C-band wavelength, with 5~7dB spectral flatness and SM fiber and for fiber sensing applications.
  • Pure Silica Core Multimode Energy Transmission Fiber

    Pure Silica Core Multimode Energy Transmission Fiber

    The Pure Silica Core Multimode Energy Transmission Fiber is specially developed and designed for QBH transmission optical cable, and can transmit high-energy laser with low loss.
  • 1560nm Picosecond Fiber Laser

    1560nm Picosecond Fiber Laser

    The 1560nm picosecond fiber laser uses high-performance rare earth optical fiber as the working medium, combined with high-precision dispersion compensation technology and active servo system to achieve stable output of 1560nm band picosecond pulse laser. It can start automatically with one button, work stably for a long time and is maintenance-free. It has the characteristics of extremely narrow laser pulse and high pulse peak power. It has wide applications in optical frequency comb, supercontinuum, terahertz THz and other fields.
  • Related Blog
  • Reviews

  • TEC Cooler Principles and Applications

    TEC coolers essentially utilize the Peltier effect to directly convert electrical energy into thermal energy. They are a solid-state refrigeration technology that requires no mechanical motion.

  • Pulse laser parameters

    In recent years, with the continuous expansion of pulsed laser applications, the high output power and high single pulse energy of pulsed lasers is no longer a purely pursued goal. In contrast, the more important parameters are: pulse width, pulse shape and repetition frequency. Among them, the pulse width is particularly important. Almost just by looking at this parameter, you can judge how powerful the laser is. The pulse shape (especially the rise time) directly affects whether the specific application can achieve the desired effect. The repetition frequency of the pulse usually determines the operating rate and efficiency of the system.

  • Pump laser：Types & Applications

    Pump lasers are the "energy supply core" of laser systems. They inject light energy of a specific wavelength into gain media (such as erbium-doped fibers, solid-state crystals) to excite the media to produce stimulated radiation, and finally form a stable laser output. Their performance directly determines the power, efficiency and stability of laser systems.

  • Thulium doped fiber laser power

    In recent years, thulium-doped fiber lasers have attracted more and more attention due to their advantages such as compact structure, good beam quality, and high quantum efficiency. Among them, high-power continuous thulium-doped fiber lasers have important applications in many fields such as medical care, military security, space communications, air pollution detection, and material processing. In the past nearly 20 years, high-power continuous thulium-doped fiber lasers have developed rapidly, and the current maximum output power has reached the kilowatt level. Next, let’s take a look at the power improvement path and development trends of thulium-doped fiber lasers from the aspects of oscillators and amplification systems.

  • Fiber cut-off wavelength

    The fiber cut-off wavelength is to ensure that only one mode exists in the fiber. One of the main transmission characteristics of single-mode fiber is the cut-off wavelength, which is of great significance for fiber optic cable manufacturers and users of fiber optic cables to design and use fiber optic transmission systems.

  • ASE Low-Coherence Light Source

    Fiber-optic Gyroscopes: The low coherence of ASE light sources can suppress nonlinear effects, improving the accuracy and stability of inertial navigation systems. Wavelength Division Multiplexing (WDM) Device Testing: Broadband light sources cover multiple communication bands, supporting simultaneous testing of multi-channel insertion loss, isolation, and OSNR (Optical Signal-to-Noise Ratio).

Send Inquiry

Copyright @ 2020 Shenzhen Box Optronics Technology Co., Ltd. - China Fiber Optic Modules, Fiber Coupled Lasers Manufacturers, Laser Components Suppliers All Rights Reserved.