All-in-one Nanosecond Pulsed Laser Module, Tec Cooled Dfb, 10-1000 Ns, 100 Hz-1 Mhz With A 65% Price Cut [R3JrLonm]

Nanosecond Pulsed Laser Module: The Ultimate Solution

Introducing the Optilab NPL-DFB-M, a versatile and compact nanosecond pulsed laser module designed for a wide range of applications. This innovative module serves as a building block for advanced systems like MOPA, LIDAR, and OTDR, offering unparalleled performance and flexibility. With its fully integrated design, the NPL-DFB-M ensures seamless integration into your projects while providing exceptional output and control. Key features include programmable pulse widths from 10 ns to 1000 ns and a pulse repetition rate of 100 Hz to 1 MHz, making it an ideal choice for a variety of applications.

Technical Specifications and Performance

The NPL-DFB-M operates in the 1550 nm wavelength region, delivering a robust 20 mW optical peak power. Its compact design does not compromise on functionality, as it requires only a single ±5 Volt DC power supply. The module eliminates the need for an external pulse generator, further simplifying the setup process.

• Standard Wavelength: 1550 ± 20 nm
• Customization: O band wavelengths available upon request

The NPL-DFB-M is equipped with a RS-232 via USB control interface, providing precise and convenient operation. With its programmable pulse width and selectable repetition rate, this laser module is truly a powerhouse for your applications.

Applications and Benefits

The Optilab NPL-DFB-M is an invaluable tool for various industries and applications. Whether you're working on MOPA systems, LiDAR, or OTDR, this laser module can enhance your projects significantly.

• Optical Systems: Serve as a master oscillator (MO) for MOPA, providing high-quality pulsed light for applications like optical communication and material processing.
• LiDAR and OTDR: Act as a pulsed light source for LiDAR and OTDR systems, enabling accurate distance measurement and fault detection in fiber optics networks.

The NPL-DFB-M is also suitable for pulse-based optical instrumentation and Raman distributed sensing, making it a versatile solution for researchers and engineers alike.