High Power Single Frequency Raman Fiber Amplifiers

MPBC’s Raman Fiber Amplifier System is capable of amplifying a narrow-band, linearly-polarized NIR input signal with negligible spectral broadening, and low intensity and phase noise. NIR output powers up to 15 Watts at wavelengths between 1030 nm and 1370 nm can be achieved in our standard air-cooled enclosure, with higher powers available upon demand with our water-cooled enclosure.

In addition, MPBC offers the option of converting the amplified NIR signal into the visible region using our Second Harmonic Generator. Visible powers up to 4 W areachievable for various wavelengths.

The SF System consists of three modules:

Features

Applications

 


MPB Single Frequency Rman Fiber Amplifier

Download our White Paper: Amplification Properties of Raman Fiber Amplifiers for Narrowband Single Frequency Sources

 

Single-Frequency NIR Raman Fiber Amplifier

  Min Typical Max

Amplification Wavelength
Factory preselected

1030   1370 nm

Output Power (air-cooled)

  up to 15*   W

Output Power (water-cooled)

  20*   W

Polarization
Linear,slow axis

  Linear    

Polarization Extinction Ratio

98     %

Power Stability
APC, after 30 min warm-up

    +/- 2 % / hour

Transverse Mode

  TEM00    

Beam Quality, M2

    1.1  

* Output power is wavelength-dependent, please contact us to discuss your requirements.

Single-Frequency Visible Raman Fiber Amplifier

Min Typical Max

 

Output Wavelength
depending on model

515 - 685 nm

Output Power

  up to 4*   W

Polarization
vertical in respect to the base

  Linear    

Polarization Extinction Ratio

98     %

Power Stability
APC, after 30 min warm-up

    +/- 2 % /hour

Transverse Mode

  TEM00    

Beam Quality, M2

    1.1

 

* Output power is wavelength-dependent, please contact us to discuss your requirements.

 

 

 

 

 

 

 

High Power Single Frequency Fiber Amplifiers and Fiber Lasers

 

 

© 2021 MPB Communications Inc. • 147 Hymus Boulevard, Montreal, Quebec H9R 1E9 • info@mpbc.ca
All specifications subject to change without notice.