First order fiber Raman amplifier 10/20dB gain 1528-1565nm

Fiber Raman amplifier utilizes the Raman scattering effect in quartz fiber to provide gain to optical signals. Using a 14xxnm wavelength laser as a Raman pump to provide gain for C-band signal light can effectively compensate for the attenuation of optical signals during long-distance fiber transmission. Suitable for long-distance optical transmission systems and distributed fiber optic sensing systems.

C+L band fiber Raman amplifier (module) Raman gain 10/12/14dB

The WRA-M series fiber Raman amplifier module is designed for optical signal amplification in long-distance optical transmission systems and dense wavelength division multiplexing optical transmission systems. Gain flattening and low-noise amplification can be achieved for optical signals in the C-band or C+L band. The status parameters and configuration information of the module can be monitored in real-time by the upper computer software, and factory parameters can be preset according to customer needs. Small in size and easy to integrate, desktop packaging can also be provided according to customer needs.

1653.7nm Raman fiber amplifier

The 1653.7nm Raman fiber amplifier is a high saturation output power Raman fiber amplifier; Used to amplify the 1653.7nm emission signal, increase the optical power of the emission end, and improve the transmission distance of the signal. This series of amplifiers uses efficient Raman gain fibers and optimized Raman pump light sources internally to achieve high saturation power amplification output. Based on a stable and efficient internal control system, combined with high-precision ATC and ACC control circuits, the amplifier achieves stable and reliable operation. All state parameters and configuration information of the product can be remotely monitored and configured by the upper computer. This series of fiber amplifiers comes in various packaging forms to meet different application requirements. Characteristics: High saturation output power (100mW), high stability and reliability, excellent heat dissipation structure, remote control application, fiber optic communication, fiber optic sensing, laser radar