 There you will find self-contained tunable lasers with fiberoptic outputs in the wavelength ranges around 1300 nm, 1550 and 1600 nm.  The Component test system CSA is a compact unit for qualifying passive optical components over the wavelength for production and development. It can be customized to your application. OSA The described optical spectrum analyzer BOSA is according to his principle the analyser with the highest available resolution on the market. It works around 1550 nm and and has a resolution of 80 fm respectively 10 MHz. Powermeter Here you can find benchtop units from different well known suppliers for measuring the optical power on fibers. Some of them include already optical sources like LED or lasers; with them you can also measure insertion loss or attenuation. One of the Highlights here is a system for Characterising of Photodiodes. |
Optical measurement technology
Optical measurement technology comprises devices and components for detecting, analyzing and displaying the characteristics of optical beams (time response, performance, spatial allocation, wave length, etc.) as well as systems using light for the measurement and analysis of other characteristics.
For measuring time response you can choose from a broad portfolio ranging from simple photo diodes or combined systems with appropriate amplifiers in the standard and high-speed range up to complex measuring stations. Even tiniest signals can be measured thanks to low-noise current and voltage amplifiers. What is more, the photon counter will detect the single photon for analysis purposes in analytics and sensor technology.
Optical performance can be determined with high precision with our semi-conductor sensors and surface absorbers. A variety of display panels supports your analyses, thus providing a solution for every application, including light measurement.
Beam profile and intensity allocation
Determining spatial energy and/or intensity allocation plays an important role in the development, analysis and manufacturing of laser and optical sources of any kind. Depending on the task at hand, you can choose between camera and scanning-lit systems that may be used in the lab and can be integrated into a process environment.
Monochromators and spectrometer systems
The use of monochromators and spectrometer systems for UV to IR in combination with customized software for spectral analysis allows these frequency ranges to be detected and graphically displayed with ultra-high resolution. Main applications include the evaluation of spectral behavior and average wave length as well as the measurement of transmission, reflexion and color coordinates.
Integrating spheres
Integrating spheres are multifunctional and deliver highly precise measurement results in the area of light measurement. Equipped with individual illumination and several patented coatings, the spheres can also be used as homogeneous radiators. This product line is complemented by complete UV measurement systems and LED measuring stations.
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