Essential Ascentta Isolator Hybrid: Tap + Dual-stage Isolator + Wdm (980/1590nm), Fc/pc Connectors Kit [IyMYDnKl]

Essential Ascentta Isolator Hybrid: Tap + Dual-stage Isolator + Wdm (980/1590nm), Fc/pc Connectors Kit [IyMYDnKl]

MSE Supplies presents the innovative Ascentta Isolator Hybrid, a versatile optical component that combines a tap coupler and a dual-stage isolator, along with WDM (980/1590nm) capabilities, and FC/PC connectors. This compact and connector-free design is tailored for system integration, providing flexibility without compromising on signal monitoring and isolation functions.

Key Features:

• Hybrid Integration: Merging tap coupler and dual-stage isolator in a single unit streamlines your system and enhances efficiency.
• Dual-stage Isolation: With two Faraday rotators in series, this isolator delivers superior isolation for sensitive applications like fiber amplifiers and lasers.

Applications:

• Fiber Optic Communication Systems: Perfect for integrating signal monitoring and isolation in high-performance networks.
• Network Monitoring and Testing: This isolator hybrid offers real-time monitoring capabilities without disrupting primary fiber traffic.

Optical Signal Processing and Research Development

The Ascentta Isolator Hybrid is designed for a wide range of applications, including optical signal processing and research and development setups. Its advanced features make it an ideal choice for professionals seeking a compact and high-performance solution. With specifications such as low insertion loss and high return loss, this product ensures reliable performance in challenging environments.

Target Audience and Benefits

This isolator hybrid is ideal for engineers, researchers, and system integrators working in the field of fiber optics. Its benefits include reduced system complexity, enhanced signal monitoring capabilities, and improved overall performance. By choosing the Ascentta Isolator Hybrid, you are investing in a product that will help you meet your optical communication needs efficiently and effectively.