The EP2051-0-DM Series from Eblana Photonics represents a cutting-edge solution for carbon dioxide detection, expertly engineered to operate at the 2051 nm absorption line. This series is built on Eblana's renowned Discrete Mode (DM) technology platform, ensuring that each laser delivers stable and precise lasing performance. The EP2051-0-DM is particularly suited for a wide array of carbon dioxide detection applications, making it an ideal choice for industries that require accurate and reliable sensing capabilities.

Eblana's EP2051-0-DM series is available in multiple packaging options, including the 14-Pin Butterfly (with isolator), TO39 (with TEC), TO56, and the DX-1 Module, which integrates driver and TEC electronics. This flexibility in packaging allows for seamless integration into various systems, catering to diverse operational needs. The series is characterized by its precise and stable spectral performance, thanks to its monolithic design that eliminates the need for an external cavity, thus enhancing reliability and reducing complexity.

The EP2051-0-DM laser diodes are designed to be tunable by either temperature or current, offering adaptability in different environments. They exhibit low sensitivity to mechanical vibrations, ensuring consistent performance even in challenging conditions. With an optical isolation of over 40 dB and a linewidth of less than 2 MHz, these lasers provide exceptional emission quality. The series is also recognized for its popular wavelengths in the region, notably at 2049 nm and 2051 nm, making it a preferred choice for precise CO2 sensing applications.