Showing results: 76 - 82 of 82 items found.
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ELVA-1
Elva’s SGPH series of standard gain horn antennas cover the frequency range of 18 to 220 GHz in ten waveguide bands. They can be issued with rectangular or circular waveguide. Lens technology significantly allows decreasing mechanical sizes of horns and correcting beam for the best performance. These horns are ideal solution for measurement gain of other antennas, short range radars and radiometers.
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SolGel Technologies GmbH
The fields of application for photodiode-based UV radiometers are diverse. In their ease of use and ease of use, they represent a very good alternative or supplement to spectrometers. UV sterilization processes or as a measuring device for risk assessment at the workplace. Our devices are subject to strict regulations for production and calibration. Since 2013 we are subject to quality management according to ISO9001. Our calibration laboratory uses PTB traceable references and works according to DAkkS-DKD-MB-3 specifications and the CIE 220: 2016 technical report. Below, we present a selection of our measurement solutions.
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ELVA-1
Elva’s SLHA series of standard gain horn lens antennas cover the frequency range of 18 to 220 GHz in ten waveguide bands. They can be issued with rectangular or circular waveguide. Lens technology significantly allows decreasing mechanical sizes of horns and correcting beam for the best performance. These horns are ideal solution for measurement gain of other antennas, short range radars and radiometers.
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Gamma Scientific Inc.
Lamp-based calibration light sources from Gamma Scientific are used for optical calibration of light measurement instruments including spectroradiometers, photometers and radiometers. All of our calibration light sources meet rigid quality standards for use in the most challenging testing environments. A wide range of light sources is available to serve as precision standards of radiant flux and white-light standards of spectral irradiance or luminance.
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Edmund Optics Inc.
General Purpose Integrating Sphere Systems are designed to spatially integrate radiant flux in order to measure optical radiation. The spheres can be coupled with a sensor to create radiometers, photometers, or spectroradiometers in order to measure the total geometric flux emanating from a light source or the flux density of an illuminated area. Additionally, these sphere systems can be used to measure the output of high power lasers and laser diodes or to measure the reflectance and transmittance of materials.
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Solar Light Company Inc.
Solar Light Company, LLC is the world’s leading manufacturer of premium Atmospheric Instrumentation Products, including the innovative Microtops II® portable Sunphotometers and Ozonometers, the field-proven 501-Series Radiometers and Biometers for permanent outdoor installations, and the pioneering Model 511 UV Warning Signal® device. These precision instruments are heavily relied upon by the most prestigious meteorological observatories, weather stations, and research agencies in the world including NASA, the Australian Radiation Protection and Nuclear Safety Agency (ARPANSA,) the Natural Resource Ecology Laboratory (NREL,) and countless others.
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PMA-Series -
Solar Light Company Inc.
Solar Light’s NIST-Traceable PMA-Series Digital Sensors represent the pinnacle of accuracy, durability, and selection on the market today. Our sensors measure discrete bands of the electromagnetic spectrum from the UVA, UVB, UVA+B, UVC, Visible Light, and Infrared regions. Both narrow and broad bands are available to fit any application, including germicidal requirements, environmental probes, and sensors for biologically weighted spectra (such as the erythema and CIE action spectra.) Over 135 different sensors are available in a variety of packages to fit any environment, from indoor clean rooms to harsh locations outdoors to 100 meters under water. Please note that Solar Light offers both Digital Sensors and Analog Sensors in the PMA-Series lineup. Select these Digital Sensors if you prefer to plug into our PMA-Series Radiometers to read the output of the sensor on the meter’s display. Digital models are typically used as discrete sensors that are portable and located to provide short term information. (By contrast, please select Analog Sensors if you don’t need a digital display output of the reading, if you will be connecting to your own datalogger, or if you plan to use a voltage source to provide excitation voltage to the sensor and a digital volt or amp meter to read and convert the results. Analog Sensors are typically used as process sensors that are permanently installed to provide ongoing information.)
