All-in-one 473 Nm Single Mode Broadband Coupler Module Sbcm Now 35% Cheaper [ShNAGYpu]

473 nm Single Mode Broadband Coupler Module

The 473 nm Single Mode Broadband Coupler Module (SBCM) is a cutting-edge optical device designed for precise signal splitting in a variety of applications. This module stands out for its advanced technology, which ensures a high-quality signal distribution with minimal excess loss. With its exceptional uniformity and low wavelength and temperature dependence, the SBCM series offers reliable performance across a broad spectrum of applications. Its robust design and high precision make it an ideal choice for fiber sensors, amplifiers, and laser systems.

Key Features and Specifications

The 473 nm SBCM series is crafted using state-of-the-art manufacturing techniques, resulting in a product with outstanding performance characteristics. This module boasts low excess loss, ensuring efficient signal transmission. Its excellent uniformity guarantees consistent performance over time. The low wavelength and temperature dependence further enhance the reliability of the module, making it suitable for a wide range of environments. Additionally, the SBCM series is free of epoxy in the optical path, ensuring optimal signal quality. It meets RoHS compliance standards, guaranteeing safety and environmental responsibility. Model # SMBC-0103-473-BA-N-L-H-1 is just one example of this high-quality series.

Applications and Benefits

The 473 nm Single Mode Broadband Coupler Module is a versatile tool that finds applications in various industries. Its ability to split signals with minimal loss and high uniformity makes it perfect for fiber sensors, where precise signal detection is crucial. In laser systems, the SBCM series ensures stable and efficient operation. Amplifiers can benefit from the SBCM's low wavelength dependence, leading to improved performance and reliability. The SBCM series is an essential component for professionals in the fields of optical communication, sensing, and laser technology, offering a wide range of benefits in daily operations and research projects.