Products

View as  
 
  • 200um InGaAs Avalanche Photodiode Chip is specially designed to have a low dark, low capacitance and high avalanche gain. Using this chip an optical receiver with a high sensitivity can be achieved.

  • BoxOptronics Radiation Resistant Erbium Doped Fiber has good anti-radiation characteristics, which can effectively reduce the impact of high-energy ion radiation on erbium-doped fiber. The fiber has good consistency. It can be pumped by 980 nm or 1480 nm, and can realize low-loss connection with communication optical fiber.

  • The High Power C-band 5W 37dBm EDFA Fiber Optical Amplifiers (EYDFA-HP) is based on the double-clad erbium-doped fiber amplifier technology, using a unique optical packaging process, coupled with a reliable high-power laser protection design, to achieve high-power laser output in the 1540~1565nm wavelength range. With high power and low noise, it can be used in fiber optic communication, Lidar, etc.

  • 500um Large Area InGaAs Avalanche Photodiode Chip is specially designed to have a low dark, low capacitance and high avalanche gain. Using this chip an optical receiver with a high sensitivity can be achieved.

  • This 1550nm 10W CW High Power Fiber Laser adopts DFB laser chip and high-power gain optical path module to realize the high-power output of single-mode fiber. The professionally designed laser driving and temperature control circuit ensures the safe and stable operation of the laser.

  • BoxOptronics Polarization-Maintaining Radiation Resistant Erbium-doped Fiber has good Radiation Resistant characteristics, which can effectively reduce the impact of high-energy ion radiation on erbium-doped fiber,It also has high birefringence and excellent polarization-maintaining properties. The fiber has good consistency. It can be pumped at 980 nm or 1480 nm, and can realize low-loss connection with communication optical fiber.

 ...1516171819...59 
X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy
Reject Accept