Used JDSU Xcyte CY-355-020-M1 #9224480 for sale

JDSU Xcyte CY-355-020-M1 is a passively cooled single-mode fiber-coupled laser module designed for non-eye-safe applications. It is an excellent choice for applications such as medical devices, communications, sensing, and biophotonic systems.The module features a fully consolidated opto-mechanical and optical design containing a Cypress™ fiber Mach-Zehnder Interferometer (MZI) with a precision-ground mirror cavity as the feedback element. It is designed for use in high power applications, with an output power of up to 160 mW from the fiber pigtail. The module is based on a distributed feedback (DFB) laser diode technology, which allows it to operate at wavelengths between 975 - 1030 nm when paired with an appropriate external cavity. This wide range of wavelengths is useful for applications which require tuning within this range. The device is capable of optical modulation up to 50 Gbps, which is helpful when used in communications systems. Xcyte CY-355-020-M1 operates in a forward-bias architecture, with a +12 V DC bias supplied from an external driver. The device is capable of driving up to 8 A of forward bias current, which is used to adjust the operational point of the laser, as well as enabling electrical modulation. The laser has a built-in temperature control system which helps to maintain a consistent temperature, allowing it to maintain reliable operation and reduce thermal effects. The module has a low-profile 18 pin dual-row connector, allowing for a variety of interfaces to be used depending on the specific application and device requirements. It also includes a monitor photodiode, which permits the user to measure the lasers' particular characteristics. The package has a standard operating temperature range from 0 - 70 °C, which is suitable for many different applications. JDSU Xcyte CY-355-020-M1 laser module offers the user a cost-effective, reliable, and robust solution for high-power, wide-wavelength range applications. The module is designed to be used in both industrial and medical settings, and is a quality choice for many laser-based projects.