PRODUCT UPDATE


LATEST PRODUCT UPDATE


ANALYSIS, TEST AND MEASUREMENT


More products now online at www.electrooptics.com/products


CTP10 optical component testing system


Yenista Optics, a manufacturer of fibre optic test and measurement equipment, has developed the CTP10, a next-generation platform for the rapid testing of passive optical components such as photonic integrated circuits and wavelength selective switches. The CTP10 mainframe hosts up to 10 hot swappable modules and contains embedded software for configuring a desired test set-up. The GUI displays the graphs and analysis results on two external screens. The platform is designed for heavy duty


measurements in R&D and production environments. It covers the wavelength range from 1,240 to 1,680nm and features the capability of testing four devices at once. A single wavelength scan with an external tunable laser provides insertion loss and return loss with a dynamic range of 70dB. www.yenista.com


15K-W-BB-45 power measurement sensor


MKS Instruments has introduced the 15K-W- BB-45 from Ophir, a compact thermal laser power measurement sensor that handles powers up to 15,000W. The 15K-W-BB-45 is a high-damage-threshold sensor that measures continuous laser power over the spectral range from 0.8 to 2µm and 10.6µm. The sensor features a deflecting cone and annular absorber that withstands high power densities up to 10kW/cm2


. Designed for continuous use with high laser


powers, the NIST-calibrated 15K-W-BB-45 is highly linear, providing precision readings of power stability over time with no drift. A five-metre cable is included for connecting to a laser meter or PC interface, such as Ophir’s StarBright, Nova II, Vega, and Juno. www.mksinst.com www.ophiropt.com


www.electrooptics.com | @electrooptics


Colosus electro-optical test systems


Santa Barbara Infrared has partnered with Labsphere to provide a family of electro-optical test systems under the name Colosus. The new systems, which include collimated optics, software, and uniform sources, are complete test solutions for the optical characterisation of sensors and cameras, offering both collimated and flood-mode test configurations.


OptiLux SD optical component inspection


RedLux, a developer of non-contact 3D metrology technology, has launched its latest OptiLux SD, a next-generation system that can quickly and precisely evaluate and verify imperfections of optic components such as lenses, filters, prisms and reflective surfaces. The OptiLux SD is the industry’s first instrument that truly eliminates operator subjectivity from scratch-dig evaluation and verification, and complies to the MIL- 13830B and ISO 10110-7 standard in a highly repeatable and traceable way. This latest release of the system also has autofocus added for higher throughput applications. The current method for inspecting optics


and certifying them to the industry standard relies on human eye assessment under defined conditions. This subjective and often undocumented process can lead to discrepancies in the supply chain, which can delay production times and increase costs. The OptiLux SD brings a solution


Integrating spheres, blackbodies, collimators,


target wheels, system peripherals and traceable calibration data are combined and controlled by an IRWindows4 automated test software package to provide a single, easy-to-use testing method for each of the new systems in the Colosus series. www.labsphere.com www.sbir.com


to the industry that can certify a product as compliant to the specification, with a traceable pass or fail, detailed in a compliance report that provides an assurance of quality. The advanced technology of the OptiLux SD combines a high-resolution sensor head with a precision X-Y motion system to provide a fully-automated, operator-independent surface measurement and analysis routine. www.redlux.net


May 2017 Electro Optics 41


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