The 780.241 nm Distributed Bragg Reflector (DBR) Laser Diode from Photodigm is engineered for high-precision applications in atomic spectroscopy, particularly for rubidium (Rb) atom-based experiments. Utilizing Photodigm's advanced monolithic single-frequency Gallium Arsenide (GaAs) technology, this laser provides a single spatial mode beam that is stable, focused, and optimized for rubidium D2 transition detection. With passivated facets, the diode guarantees reliable and durable performance under various conditions, ensuring long-lasting functionality.

This laser diode is Spectroscopy Certified, meaning it is guaranteed to hit the rubidium D2 transition within a temperature range of ±10°C from room temperature, which is critical for accurate and consistent spectroscopic measurements. The 780.241 nm DBR series is available in multiple power outputs ranging from 10 mW to 180 mW, with three power configurations: low, medium, and high. It features low threshold currents, with typical values of 30 mA for low-power models, and high slope efficiencies (up to 0.9 W/A for low-power models). These features make it an ideal solution for demanding applications requiring high precision, such as quantum optics, laser-based measurement systems, and advanced laboratory research.

With its robust design and fine-tuned performance specifications, the 780.241 nm DBR Laser Diode ensures exceptional performance for researchers and engineers in both scientific and industrial settings.