The JDSU SWS16101 is a precision tunable laser source for optical component characterization across the C+L band. Operating from 1541 nm to 1630 nm with 0.003 nm wavelength resolution, it delivers 3 dBm maximum output power into single-mode fiber. This instrument integrates into the JDSU Swept Wavelength Systems (SWS) architecture for rapid, accurate wavelength-dependent measurements of passive optical components—including full 40-channel DWDM characterization in under 90 seconds.
Technical Specifications
• Wavelength Range: 1541 nm to 1630 nm (C+L band)
• Maximum Output Power: 3 dBm (2 mW)
• Wavelength Resolution: 0.003 nm
• Output Interface: Single Mode Fiber
– Key Features
• High wavelength accuracy and stability for precise optical testing
• Real-time wavelength measurement via integrated source optics module
• Significantly reduces test time versus traditional broadband source/OSA configurations
• Seamless integration with JDSU SWS receiver chassis and data acquisition system
– Typical Applications
• Wavelength-dependent characterization of passive optical components
• DWDM filter and coupler testing
• Research and development of optical systems
• Manufacturing test and quality assurance
• Component evaluation in research environments
– Compatibility & Integration
The SWS16101 serves as the core tunable laser source in JDSU Swept Wavelength Systems. The standard SWS package pairs this source with the source optics module (containing real-time wavelength measurement), a receiver chassis, data acquisition electronics, and application software. Integration requires a user-supplied computer for system control and data processing. The source optics module performs live wavelength tracking and communicates measurement data to the receiver for ratio calculations against a reference detector and the device under test.
