EP1742-2-DM Series 1742nm Hydrogen Chloride Sensing Laser Diode
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Ships from:
Ireland
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On FindLight:
since 2019
Description
Eblana's EP1742-2-DM Series is a cutting-edge solution for Hydrogen Chloride detection, meticulously engineered to utilize the 1742 nm absorption line. This laser series is a testament to Eblana's commitment to innovation, leveraging their proprietary Discrete Mode technology platform. This ensures stable and precise lasing performance at 1742 nm, making it an ideal choice for a variety of hydrogen chloride detection needs.
The EP1742-2-DM series is available in a range of packaging options, including the 14-Pin Butterfly with isolation, TO39 with TEC, TO56, and the DX-1 Module, which includes driver and TEC electronics. Such versatility in packaging allows for seamless integration into diverse systems, catering to specific user requirements while maintaining optimal performance.
One of the standout features of this series is its precise and stable spectral performance, achieved through a monolithic design that eliminates the need for an external cavity. The laser can be finely tuned by either temperature or current, offering flexibility in operation. Additionally, the design is robust against mechanical vibrations, ensuring consistent performance even in challenging environments.
Eblana Photonics has been at the forefront of laser technology for over a decade, offering single-mode laser diodes that span wavelengths from 689 nm to 2350 nm. Their expertise in Discrete Mode technology opens up new and exciting possibilities for mass market applications, supported by a dedicated team ready to assist with custom laser designs. With a focus on delivering high-performance and reliable products, Eblana continues to be a leader in the photonics industry.
EP1742-2-DM Series 1742nm Hydrogen Chloride Sensing Laser Diode
Specifications |
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|---|---|
| Laser Type: | Modulated |
| Fiber Type: | Single Mode |
| Wavelength: | 1742 nm |
| Output Power: | 5 mW |
Features
- Hydrogen Chloride Detection: Specifically designed for detecting Hydrogen Chloride using the 1742 nm absorption line.
- Discrete Mode Technology: Built on Eblana's Discrete Mode technology platform for stable and precise lasing performance.
- Multiple Packaging Options: Available in 14-Pin Butterfly (with isolation), TO39 (with TEC), TO56, and DX-1 Module (with driver & TEC electronics).
- Popular Wavelengths: Operates effectively at 1735 nm and 1742 nm.
- Stable Spectral Performance: Offers precise and stable spectral performance with low sensitivity to mechanical vibration.
- Monolithic Design: Features a monolithic design without the need for an external cavity.
- Tunable: Can be tuned by either temperature or current.
Applications
- Environmental Monitoring: Accurate detection of hydrogen chloride in air quality assessment systems.
- Industrial Process Control: Monitoring HCl emissions in chemical manufacturing.
- Safety and Leak Detection: Early detection of hazardous gas leaks in industrial environments.
- Scientific Research: Precision spectroscopy for gas analysis in laboratory settings.
Frequently Asked Questions
The EP1742-2-DM series is tunable by either temperature or current.
The packaging options for the EP1742-2-DM series include 14-Pin Butterfly (w/ iso), TO39 (w/ TEC), TO56, and DX-1 Module (driver & TEC electronics).
The EP1742-2-DM series is designed for Hydrogen Chloride detection using the 1742 nm absorption line.
The EP1742-2-DM series has low sensitivity to mechanical vibration.
The EP1742-2-DM series delivers stable, precise lasing performance at 1742 nm, with popular wavelengths in the region of 1735 nm and 1742 nm.