TO9-2P3L-2.2K

Semiconductor TO9mm packaged high-power light source indicator uses blue laser diode. Compared with TO56 packaged devices, TO9 packaged devices have lower thermal resistance and larger heat dissipation interface, which can effectively improve the output of the laser.The TO9 devices of Xuri Electronics have undergone rigorous reliability verification and are characterized by high performance, high efficiency, and high reliability.

The TO9-2P3L-2-2K is a premium electronic component designed for demanding applications where reliability and precision are paramount. Here are its key advantages:

1. Enhanced Power Capability:

The TO9-2P3L-2-2K leverages its unique package design to achieve significantly higher output power compared to traditional packages like TO56. Utilizing a blue laser diode, this device is engineered to deliver impressive performance, supporting output powers up to an impressive 5W. This substantial power increase makes it suitable for demanding applications requiring intense illumination or precise laser interaction.

2. Superior Thermal Management:

Critical to achieving and maintaining high power output is effective thermal management. The TO9 package offers a distinct advantage here, featuring a notably lower thermal resistance than its TO56 counterparts. Paired with a larger heat dissipation interface, this design allows for more efficient heat extraction away from the critical laser diode. By keeping operating temperatures lower, the device can sustain higher power levels more reliably and with less thermal stress.

3. Proven Reliability and Efficiency:

Beyond raw power, this TO9 device is built for demanding environments. It has undergone rigorous reliability testing to ensure consistent performance over time. Key performance characteristics include high performance in terms of optical output, high electrical-to-optical conversion efficiency, and high reliability, ensuring dependable operation in critical applications where failure is not an option. This combination of power, thermal efficiency, and robustness defines its superior performance profile.