The EP1550-0-NLW-400 kHz Series by Eblana Photonics stands as a benchmark in the realm of monolithic, ultra-narrow linewidth laser diodes, specifically in the near-infrared spectrum. These advanced laser diodes are meticulously crafted on Eblana's cutting-edge Discrete Mode technology platform, ensuring unparalleled spectral purity even in the most challenging environmental conditions. This series has become synonymous with precision and reliability, offering standard linewidths that reach down to sub 400 kHz, all within a monolithic design that eliminates the need for an external cavity.

Designed for versatility, the EP1550-0-NLW-400 kHz Series lasers can be finely tuned through temperature or current adjustments, providing users with a customizable experience. The lasers boast a low sensitivity to mechanical vibrations, which is essential for maintaining performance in dynamic environments. Additionally, injection locking versions are available, further enhancing the flexibility and application range of these laser diodes. Customers can specify the wavelength to a custom value, tailoring the laser to specific needs and ensuring optimal integration into existing systems.

Encased in a fiber-coupled 14-pin Butterfly package with an optical isolator, the EP1550-0-NLW-400 kHz Series delivers a precise narrow linewidth, making it an ideal choice for applications demanding high spectral purity and stability. With key parameters such as a linewidth of less than 400 kHz, a typical side mode suppression ratio (SMSR) of 40 dB, and power in fiber reaching 5 mW, these lasers are engineered for excellence. The series also offers a tuning range of 2 nm and optical isolation exceeding 55 dB, alongside a relative intensity noise (RIN) of 160 dB/Hz, ensuring that every aspect of performance is optimized for the most demanding of applications.