Used JDSU SDL-IDL-50 #9244604 for sale

JDSU SDL-IDL-50
ID: 9244604
Vintage: 2004
Laser oscillator For fiber laser 2004 vintage.
JDSU SDL-IDL-50 is an automated, high-resolution measurement and analysis equipment designed for the testing of optical components. It has a number of features that make it ideal for testing optical components of varying shapes, sizes, and complexity, including: High-resolution spectroscopy which can capture detailed signal characteristics of components, allowing for accurate optical power, insertion loss, spectral shape measurements. Automation capabilities that facilitate the testing of multiple components in large volumes. Streamlined operations for efficient and effective measurements, with multiple displays for monitoring all parameters. Multimode operation with single- and multi-wavelength operations for multi-layer fiber characterization. Dual-port automated testing which enables simultaneous testing of both ports of a fiber link. A variety of imaging options to give end-users an intuitive, high-resolution display of the optical components. Comprehensive software support that allows for data analysis and automated test processes. Comprehensive reporting which provides comprehensive test data results in a user-friendly format. These features make SDL-IDL-50 ideal for industrial and scientific users who need accurate, high-resolution test results in a short amount of time. The system is capable of testing optical components with wavenumbers from 800-1700 nm, with measured power from -60 to +20 dBm, and spectral shape from 0.1 to 20 THz. It is equipped with a USB, GPIB, Ethernet, and RS232 interfaces for easy connection to most types of test equipment. Additionally, the unit is software upgradable so users can experience the latest features and functionality as they become available. Overall, JDSU SDL-IDL-50 is an advanced testing machine that provides all the capabilities that users need for measuring a wide range of optical components. It offers excellent automation capabilities, high resolution, and quick turn-around time. Furthermore, the scalability of the tool makes it a versatile choice for both industrial and research laboratories.
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