Lab laser source

PM Fiber Optical Amplifier C-Band 26dBm EDFA

by Laser Explorer Posted on 188 views 0 comments
This is a 26dBm polarization-maintaining EDFA. Control EDFA with buttons, and software control function can be added. It supports APC and ACC two working modes. Let’s check it now. Polarization-maintaining erbium-doped fiber amplifier (EDFA-PM) is a family of fiber amplifier products dedicated to polarization-maintaining fiber systems. It has the advantages of high gain, low noise, ...
continue reading
Lab laser source

96 Wavelength Laser Source Coupled Single-mode Fiber

by Laser Explorer Posted on 105 views 0 comments
This is a wavelength tunable fiber laser, packaged in a module. It use SM single-mode fiber, PM polarization-maintaining fiber can be customized. It controlled by software. If the software is opened, the Portlist is blank, and COM** cannot be found. Please check whether USB port driver on your computer is working properly. The adjustable wavelength ...
continue reading
Lab laser source

Newest Erbium-doped Fiber Amplifier EDFA Products list

by Laser Explorer Posted on 615 views 0 comments
Newest EDFA Products list. Include C-band / L-band , Pre – Amplifier PA, Booster – Amplifier BA EDFA. EDFA Type EDFA Description Product Link EDFA-C-PA-Single Channel EDFA: Erbium-doped Fiber Amplifier Wavelength range: 1530~1565nm C-band PA: Pre-Amplifier, small signal amplifier Single Channel: Recommended for single wavelength amplification. But when the multi-wavelength light source is amplified, the ...
continue reading
Laser Application Other Laser

89 Wavelength Tunable Fiber Laser

by Laser Explorer Posted on 1557 views 0 comments
  This is a C-band single mode fiber laser. The source wavelength tuning range covers the C-band and achieves continuous laser output up to 89 wavelengths. (ITU-T standard wavelength, 50 GHz wavelength interval). Integrated dual FP cavity tuning etalon and high gain chip, with high output power (5~16mW), narrow linewidth, high wavelength accuracy. Special drive control circuit, high-definition color ...
continue reading