Showing results: 256 - 270 of 326 items found.
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CI Systems Inc.
CI Systems' Optical Test benches are especially built to test many types of detector arrays used as the sensors of a camera, from visible to far infrared ranges. With CI Systems' expert know-how, these test benches can be tailored to a customer's design requirements. MTF, spectral response, crosstalk, NETD and sensitivity are some of the basic parameters that can be tested with CI's Optical Test benches during the design, manufacturing and integration of detector arrays.
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HGH USA
INFRATEST is a powerful software for testing visible to IR cameras, goggles and laser rangefinders. Based on video acquisition modules compatible with a wide range of communication protocols, INFRATEST acquires, displays and analyzes the video signal from all types of electro-optical devices. In addition, INFRATEST manages the optical stimuli delivered to the camera through the control of blackbodies and visible/NIR optical sources and their accessories (collimator, target wheel, harmonization modules, etc.).
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Teledyne e2v
EM (Electron Multiplication) is a technology that uses on-chip gain in the charge domain to effectively eliminate read noise from an image sensor. This enables advanced ultra-low light applications that require extreme sensitivity at fast frame rates such as adaptive optics and lucky imaging™.The combination of Teledyne e2v’s back-thinning technology and anti-reflection coatings enables industry leading quantum efficiency that can be optimised for applications in the visible, UV or NIR wavelength ranges.
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SphereOptics GmbH
Portable or handheld spectrometers (field spectrometers) and hyperspectral cameras (imaging spectrometers) are the ideal tools for spectral data acquisitions and ground truthing of remote sensing imagery. SphereOptics offers you a wide range of spectrometers for the visible (VIS), near infrared (NIR), shortwave infrared (SWIR), and thermal infrared (TIR) wavelength regions. More details about our single point spectrometers for the VIS-NIR-SWIR can be found here, and for TIR here.
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Exosens Group
To detect single photons or to image low light levels, Photonis proposes different types of image intensifiers and photon multipliers tubes.Image intensifiers tubes are used to count and position photons across a wide range of wavelengths, making them visible for researchers to observe behavior and phenomena. Photonis offers the largest selection of both standard and custom detectors in the market, with unmatched gating and photocathode options, including the highest quantum efficiency available.
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OpTest™ MTF -
Optikos Corporation
The Optikos OpTest™ MTF Testing Equipment is the most flexible and complete system for characterizing the optical performance of optical elements, lens assemblies and optical imaging systems in Infinite Conjugate, Finite Conjugate and Afocal configurations spanning the UV, Visible, NIR, SWIR, MWIR and LWIR spectral regions . OpTest™ software drives Optikos hardware, is easy to use and controls all motion control, image acquisition, configuration set-up and data reporting.
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Excelitas Technologies Corp.
Excelitas offers photonic detection solutions covering a very broad spectrum, from Gamma, X-Ray, UV, Visible and into the near Infrared...making it a simple choice to find the right detector for your unique detection application. Product ranges include Silicon and InGaAS PINs and APDs, hybrid receivers and photon counting modules. In addition to our wide offering of off-the-shelf devices, we also specialize in customized solutions for your specific needs.
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The Motwane Manufacturing Company
For decades, Motwane Voltage Detector has been a standard for international quality and safety ratings. Voltage detectors are used to signal the presence of voltage in a conductor since they make visible what we normally can’t see. Its application lies mainly in safety reasons during research, or when a service operation is under way. Most of the time, the monitored conductors come from low impedance sources whose voltage and energies are considered life-threatening.
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M364C -
Teledyne FLIR
Featuring a high definition low light camera and one of the most advanced FLIR thermal imaging cores, the M364C and M364C-LR provide an elite level of awareness on the water. Both cameras use multispectral imaging to deliver exclusive FLIR Color Thermal Vision™ (CTV) technology. Color Thermal Vision blends visible camera details with a thermal image, overlaying vital color imagery that allows captains to positively identify navigation aids and other vessels within the thermal scene. Outstanding imaging performance, intelligent object recognition technology, and enhanced gyro-stabilization make the M364C and M364-LR indispensable tools for law enforcement professionals, commercial mariners, and serious recreational boaters.
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McPherson, Inc.
Solar blind detector for operation in the 1 to 180 nanometer region. It is encased in a vacuum tight housing for vacuum operation. The Model 425 is ideal for measurements in the Extreme and Vacuum UV (EUV and VUV) where the solar blind feature eliminates potential interference from long wavelength ultraviolet and visible light. It may be operated in pulse-counting mode or DC. The CEM is also available with coatings like Cesium Iodide or Magnesium Fluoride to enhance response in different energy regions.
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FLIR XT2 -
Teledyne FLIR
The FLIR XT2 integrates a high-resolution FLIR thermal sensor and a 4K visual camera with a leading stabilization and machine intelligence technology to quickly transform aerial data into powerful insights. The advanced thermal sensor provides high sensitivity imaging for infrastructure monitoring, energy inspections, firefighting, search and rescue missions, and more. With a fully-integrated dual payload, professionals can now capture actionable thermal and color visible data in a single flight, saving time, money, and lives.
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HORIBA, Ltd.
UV Raman (with laser wavelengths below 400nm) can be used to probe specific sample properties, and benefit from experiment properties different from typical visible Raman measurements – for example, greatly increased Raman scattering efficiency, modified laser penetration within the sample, and resonance coupling to different chemical moeities. However, UV analyses come with a number of technical challenges, that require considered instrument design to allow UV Raman to be a truly useful tool for the researcher.
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PXD520 -
MicroImage Video Systems
The MicroImage PXD520 is a high performance side-by-side display controller designed for demanding applications. The unit will display two full images side-by-side unlike a split screen, which only shows a portion of each image. The two images may be easily exchanged with a front panel switch. The side-by-side display works well with wide screen monitors where the additional black at the top and bottom isn’t as visible, maximizing display use. The MicroImage Video Systems Side-By-Side? Display controller has been designed for industrial and professional applications. Operation is simplified with easy to use buttons to control commonly used functions rather than having to waste time in deep menus for common functions.
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PXD520-RoHS -
MicroImage Video Systems
The MicroImage PXD520 is a high performance side-by-side display controller designed for demanding applications. The unit will display two full images side-by-side unlike a split screen, which only shows a portion of each image. The two images may be easily exchanged with a front panel switch. The side-by-side display works well with wide screen monitors where the additional black at the top and bottom isn’t as visible, maximizing display use. The MicroImage Video Systems Side-By-Side? Display controller has been designed for industrial and professional applications. Operation is simplified with easy to use buttons to control commonly used functions rather than having to waste time in deep menus for common functions.
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PXQ524-RoHS -
MicroImage Video Systems
The MicroImage PXQ524 is a true high performance quad display controller designed for demanding applications. In addition to the quad display, the unit will also display two full images side-by-side unlike split screen, which only shows a portion of each image. The two images may be easily exchanged with a front panel switch. The side by side display works well with wide screen monitors where the additional black at the top and bottom isn’t as visible, maximizing display use. The MicroImage Video Systems Quad Display controller has been designed for industrial and professional applications. Operation is simplified with easy to use buttons to control commonly used functions rather than having to waste time in deep menus for common functions.
