Used JDSU SWS Series #183881 for sale

JDSU SWS Series electronic test equipment offers repeatable, accurate and comprehensive measurements and analysis of a wide range of electrical and optical parameters and provides a precise evaluation of the characteristics of optical fibers and components. The robust SWS Series is available with a range of fully automated measurement capabilities, including reflectometry and optical loss testing, chromatic dispersion measurements, polarization mode dispersion measurements, and Automatic Optical Level Tuning (AOLT). JDSU SWS Series are equipped with short-term and long-term stability measurements, allowing for precise calibration over time. They feature a built-in high-resolution spectrograph to analyze transient test signals, as well as a fast and efficient automation routine to quickly configure complex tests. The system can also perform automatic wavelength sweeping and scanning to rapidly identify, locate, and characterize multiple parametric elements in one measurement. The device has integrated data trace analysis that can detect and identify nonlinearities in optical amplifier gain, enabling a more accurate evaluation of end-to-end optical performance. It also supports a wide range of electro-optic displays such as eye diagrams, eye masks, and constellation diagrams. The series ensures reliable and repeatable results, minimizing the time required to diagnose optical fiber problems. The device is equipped with a fully customizable user interface that provides the user with intuitive control over all measurement parameters and settings. It also features on-board 2D and 3D data displays, as well as a wide range of reports for customized diagnostic and verification processes. Finally, its WDM detector simultaneously measures up to 16 wavelengths, allowing for more precise, simultaneous testing of multiple DWDM signals. Overall, SWS Series electronic test equipment offers a reliable, precise method for testing optical systems and components, and can provide users with a highly accurate analysis of their systems' performance. Its comprehensive set of features and comprehensive test capabilities make it a valuable tool for optical testing and diagnostics.