Techwin China

High Pulse Energy Single Frequency fiber Laser

Laser modules and components, Fiber laser modules

The 1550nm high pulse energy single frequency fiber laser is designed for long-distance sensing and precision optical applications. It provides stable single-frequency output with high pulse energy, making it suitable for LiDAR, distributed sensing, and scientific research systems.

Features

Specifications

Parameter Unit Specification
Min. Typ. Max.
Part No. CKLIS-1550-M-SF-HP
Center Wavelength nm 1545 1550 1565
Peak Power @200ns pulse width W - - 750
Pulse Energy @200ns,20kHz uJ - 150 160
Pulse width ns 100 200/400/800 3000
Repetition Rate kHz 5 - 20
Beam Quality - < 1.3 1.5
Output polarization Linear polarization
PER dB 20 >23 -
Output Isolation dB 50 - -
Output Power Stability % - ±0.5 ±1
Output Fiber Type PLMA-GDF-25/300
Output Fiber Length m 0.5 - 1
Output Fiber Connector FC/APC
Control interface RS232
Power Supply VDC 12~14
Operating Temperature °C -20 50
Storage Temperature °C -40 70
Cooling Mode Air-cooled
Dimensions mm 200x135x60

High Pulse Energy Single Frequency Fiber Laser with Narrow Linewidth

Techwin specializes in developing advanced high pulse energy single frequency fiber laser systems, including 1550nm pulsed fiber laser sources designed for precision and stability. These lasers deliver narrow linewidth output with high peak power, making them ideal for demanding applications.

Our single frequency fiber lasers use advanced fiber-based architectures to generate stable nanosecond pulses with high coherence and consistent performance. Typical systems offer adjustable pulse width and repetition rates, enabling flexibility across different use cases.

The 1550nm wavelength provides eye-safe operation and is widely used in applications such as LiDAR, distributed fiber sensing, and coherent detection systems.

All Techwin fiber laser systems are built under strict quality standards to ensure long-term reliability and performance. We also offer customized high pulse energy fiber laser solutions tailored to specific industrial and research requirements.

Tags