The 1310nm SLD Laser Diode Butterfly (8 PIN HP) Module is a sophisticated optical component designed for high-performance applications. This module is engineered with a spontaneous emission light source, ensuring low ripple and a high polarization extinction ratio. Its wide-spectrum light source, with a spectral width greater than 40nm, makes it a versatile choice for various optical applications. The module is housed in an 8-pin butterfly package, complete with a thermoelectric cooler (TEC) and thermistor, ensuring optimal performance across a range of temperatures.

Designed with reliability in mind, this laser diode module is compliant with RoHS standards, underscoring its commitment to environmental safety. It operates efficiently within a case temperature range of -40 to 70 degrees Celsius, making it suitable for diverse environmental conditions. The module's robust construction and high reliability design ensure it can withstand the demands of rigorous optical testing and communication tasks.

Attention to detail in the module's design extends to its mechanical and electrical characteristics. With a central wavelength range of 1290 to 1330nm and a typical spectral bandwidth of 35nm, it delivers precise optical performance. The module's output optical power is rated at 1.5mW, and it maintains a polarization extinction ratio of 12dB, ensuring high-quality signal integrity. The fiber characteristics include a fiber type of YOFCPM1016F, with a length of 2 meters and an FC/APC connector, providing reliable connectivity and ease of integration into existing systems.

To ensure the longevity and optimal performance of the 1310nm SLD Laser Diode Butterfly Module, proper handling and precautions are essential. The semiconductor chips are sensitive to electro-static damage, necessitating the use of antistatic materials during transportation and handling. Operators are advised to use antistatic bands, clothing, and conductive shoes, and maintain a controlled humidity environment to prevent electrostatic discharge (ESD) damage. Grounding mats and careful attention to static electricity in surrounding materials are also recommended to safeguard the module against electrical overstress (EOS) and ensure its continued reliability.