+86-0755 21009302  
  ricky01@boxoptronics.com
Products
Home > Products > 1550nm DFB Fiber Coupled Butterfly Laser Diode

1550nm DFB Fiber Coupled Butterfly Laser Diode Manufacturers

Our commission is to serve our buyers and purchasers with most effective good quality and aggressive portable digital goods for 1550nm DFB Fiber Coupled Butterfly Laser Diode, Our experienced specialized group will be wholeheartedly at your support. We sincerely welcome you to check out our site and enterprise and send out us your inquiry.
1550nm DFB Fiber Coupled Butterfly Laser Diode, Nowadays our merchandise sell all over the domestic and abroad thanks for the regular and new customers support. We supply high quality product and competitive price, welcome the regular and new customers cooperate with us!

Related Products

Hot Products

  • 1510nm Coaxial SM Pigtail LD Laser Diode

    1510nm Coaxial SM Pigtail LD Laser Diode

    1510nm Coaxial SM Pigtail LD laser diode, CW/pulsed fibre coupled laser diode delivering 2mW~4mW of average output power from fiber, 1510nm Coaxial SM Pigtail LD laser diode is designed for use in data communications system and telecommunication system over single mode fiber, the laser diode module transmits emission power to monitor photodiode in the rear, which ensures highly stable emission at a wavelength of 1510nm.
  • 1550nm 25dB SOA Semiconductor Optical Amplifier

    1550nm 25dB SOA Semiconductor Optical Amplifier

    The 1550nm 25dB SOA semiconductor optical amplifier product series, is primarily used for optical signal amplification and can significantly increase the output optical power. The products feature high gain, low power consumption, and polarization maintenance, among other characteristics, and are fully processable with domestically controllable technology.
  • PM1550 Fiber Coupled 1480nm Fiber Laser Module For Nonlinear Optics

    PM1550 Fiber Coupled 1480nm Fiber Laser Module For Nonlinear Optics

    The following is about PM1550 Fiber Coupled 1480nm Fiber Laser Module For Nonlinear Optics related, I hope to help you better understand PM1550 Fiber Coupled 1480nm Fiber Laser Module For Nonlinear Optics. Welcome new and old customers to continue to cooperate with us to create a better future together!
  • 760nm 2W High Quality Fiber Laser Diode LD

    760nm 2W High Quality Fiber Laser Diode LD

    This 760nm 2W High Quality Fiber Laser Diode LD has been developed for fiber laser pumping applications and in medical or materials processing applications. It offers up to 2W laser power from a 105µm fiber into a 0.22 numerical aperture with optional wavelength stabilization from 760nm.
  • 1310nm 1550nm Dual-wavelength DFB Laser Source for Device Testing

    1310nm 1550nm Dual-wavelength DFB Laser Source for Device Testing

    BOX Optronics’s multi-channel DFB laser source can be used for wavelength division multiplexing (WDM) devices, waveguide grating array (AWG) components, planar light waveguide (PLC) components, optical fiber amplifiers (EDFA) and other general fiber optics measurements and applications, especially for mass production testing of couplers and planar light waveguide PLC components.
  • 1550nm 5mW TO-CAN DFB Laser Diode

    1550nm 5mW TO-CAN DFB Laser Diode

    This 1550nm 5mW TO-CAN DFB Laser Diode is a product operable over a broad temperature range with a low temperature-wavelength coefficient. It is well suited for applications such as communications research, interferometry, and optical reflectometry for distance measurement in fiber or free space. Each device undergoes testing and burn-in. This laser comes packaged in a 5.6 mm TO Can. It contains an integrated aspheric focusing lens in the cap, allowing the focus spot and numerical aperture (NA) to be matched to SMF-28e+ fiber.
  • Related Blog
  • Reviews

  • Overdoped metal gain medium

    Some solid-state laser gain media are doped with transition metal ions, and the transitions involved are those of electrons in the three-dimensional shell. Figure 1 shows the commonly used transition metal ions and their host media.

  • What factors will reduce the output extinction ratio of PM fiber?

    For panda and bowtie PM fibers, due to non-ideal coupling conditions, external stress on the fiber, and defects in the fiber, the polarization direction of part of the light will shift to the orthogonal direction, reducing the output extinction ratio.

  • What is the difference between single-mode fiber and multi-mode fiber?

    Optical fiber transmits signals through light guide, non-conductive, and not afraid of lightning strikes, so there is no need to use grounding protection. According to the transmission mode of light in the optical fiber, we divide it into multi-mode optical fiber and single-mode optical fiber.

  • What is Optical Coherence Tomography (OCT)

    Optical coherence tomography is a low-loss, high-resolution, non-invasive medical imaging technology developed in the early 1990s. It combines optical technology with ultrasensitive detectors. Using modern computer image processing, OCT fills the gap in resolution and imaging depth between microscopes and ultrasound imaging. The imaging resolution of OCT is about 10~15 μm, which is clearer than that of intravascular ultrasound (IVUS), but OCT cannot image through blood. Compared with IVUS, its tissue penetration ability is lower, and the imaging depth is limited to 1-2mm.

  • New Product 976nm 420W Pump Fiber Coupled Laser Diode

    In the industrial laser application, people usually use 915nm pumping in the past, but with the rapid development of fiber lasers, the market demand for higher power has become more and more prominent, and competition is becoming increasingly fierce. The 915nm wavelength has lower absorption efficient which brought double obstacles in cost and technical, limiting the development of high-power and low-cost fiber coupled laser modules.

  • Main classification of sensors

Send Inquiry

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