Used PANASONIC YB-HAS211T05 #9168803 for sale

PANASONIC YB-HAS211T05 laser is a semi-conductor laser product featuring a unique vertical cavity surface emitting laser (VCSEL) technology. This laser has been developed as a cutting-edge light source for applications in optical communications such as data storage and sensing. YB-HAS211T05 utilizes a high-frequency, InGaAs/GaAs quantum well single-mode laser structure, with a typical output power of 2.5 mW. Its extraordinary high power output and wavelength stability over a wide range of temperatures make it ideal foroptical communications and sensing. The VCSEL laser structure ensures that PANASONIC YB-HAS211T05 has superior optical beam parameters, allowing it to produce circularly polarized light of high-optical quality. It exhibits excellent collimation characteristics which ensure maximum optical power transfer efficiency. The laser also provides an extended operating temperature range, operating between -40 and +90°C. Its compact design is convenient for mounting and operation, and it provides the user with a robust and reliable performance. This laser meets the most stringent requirements for use in telecommunications equipment, making it a perfect solution for use in optical data communications, sensing, and storage systems. In terms of emission characteristics, the YB-HAS211T05generates an ultra-narrow spectral linewidth of 0.04 nm, and a superb temperature coefficient of 4.5 pm/°C. It has a narrow emission spectrum that is well-suited for broadband applications and for applications utilizing narrow linewidth lasers. In addition, the laser is manufactured to the highest industry standards. It is built from the latest materials and provides superior performance. This superior performance is further enhanced by the use of precision assembly techniques, ensuring superior component characteristics, including high quality optics. YB-HAS211T05 is an all-in-one solution for optical communications applications, meeting the most demanding requirements with superior optical power transfer efficiency and excellent wavelength stability over a wide range of temperatures. Its high power output and extended operating temperature range make it ideal for use in data communications, sensing, and storage systems.