kHz 1.0µm Narrow Linewidth Single Frequency Fiber Laser

Fiber laser components, Fiber laser modules

The CKSF-R single frequency fiber laser is a kind of ultra-low noise lasers with narrow linewidth in the low kilohertz range which is below 1 kHz. These narrow-linewidth lasers deliver ultra-low phase noise and relative intensity noise, and the side-mode suppression ratio (SMSR) is over 55dB. Besides, high-intensity package is adopted to allow that the fiber laser is applicable to various environments, ensuring stable single longitudinal mode output and free of mode-hops even under changing environmental conditions such as temperature variance, vibrating and impacting, etc. The output power is at mW level, and higher output power can be tailored to your specific needs. The wavelength is available in range of 1010-1120nm.

The CKSF-D narrow linewidth single frequency fiber lasers are low-noise fiber laser which is designed with distributed feedback bragg grating type fiber laser technology, achieving stable linear polarization, single longitudinal mode and ultra-narrow linewidth single-frequency laser output. The output optical spectrum linewidth is at kHz level, featuring ultra-low frequency noise and intensity noise. The output power reaches 50mW, and the wavelength is available in range of 1010-1120nm.

1.0µm Narrow Linewidth Single Frequency Fiber Laser, CKSF-R

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Features

• Ultra-narrow linewidth
• Stable single-frequency & single polarization operation
• Free of mode-hops, no bursting noise
• Low phase noise and low relative intensity noise
• Flexible design, multiple wavelengths are optional
• Linear polarization output, high polarization extinction ratio (PER)
• Small size, robust package

Applications

• Fiber optic sensing
• LiDAR
• Cold atom physics
• Laser spectroscopy
• Coherent communication
• Other scientific research tasks

1.0µm Narrow Linewidth Single Frequency Fiber Laser, CKSF-D

Inquiry

Features

• Ultra-narrow linewidth
• Stable single-frequency & single polarization operation
• Free of mode-hops, no bursting noise
• Low phase noise and low relative intensity noise
• Flexible design, multiple wavelengths are optional
• Linear polarization output, high polarization extinction ratio (PER)

Applications

• High power fiber laser seed source
• LiDAR
• Cold atom physics
• Laser spectroscopy
• Space laser communication
• Other scientific research tasks