Downloads

  1. Airborne Detection of Chemical Powders Using Infrared Hyperspectral Imaging
    5/15/2013

    Applications involving maritime surveillance, border protection, homeland security, and command and control typically use airborne surveillance to detect various types of targets in order to determine shapes, temperatures, or chemical nature.

  2. FAST Thermal Imaging – The New Way to Look at Explosions
    5/7/2013

    This application explores the use of a high speed, high performance infrared camera used to analyze dust cloud explosions. These types of explosions can occur in work areas where coal, flour, pollen, and powdered metal are present. To find out how infrared cameras can be used to study the ignition, explosion, propagation phenomologies, and other thermodynamic processes in dust cloud explosions, and to ultimately help prevent such explosions, download the application note.

  3. OEM Electro-Optical Integration
    3/4/2013

    PIXELTEQ has decades of experience in helping OEMs build spectral sensing and imaging solutions such as specialty filters, micro-patterned optics, spectral diodes and sensors, multispectral camera engines, and more.

  4. OEM Optical Coatings
    2/28/2013

    PIXELTEQ offers precision and custom optical coatings through ion beam sputtering (IBS), magnetron sputtering (MSP), and ion-assist deposition (IAD) methods.

  5. Micro-Patterned Filters
    2/27/2013

    Develop new multispectral imaging applications with PIXELTEQ’s micro-patterned filters. Patented technology enables micro-patterning of dielectric, metal, & RGB color filter array coatings on a single substrate – creating simplified optical devices with superior light management. 

  6. SpectroCam™ Multispectral Wheel Camera
    2/21/2013

    The SpectroCam™ family of multispectral wheel cameras includes four different models/configurations. Each camera delivers a flexible multispectral hardware and software platform to capture and process multiple spectral bands.

    Designed to reduce development times and simplify the design cycle, SpectroCam™ features a high-speed, continuously rotating filter wheel containing 6-8 interchangeable optical filters. This filter design creates a fully portable and configurable, high-speed multispectral imaging camera. With minimal pixel shift and high frame rate, this dynamic system is a powerful product development tool.

    SpectroCam™ systems are available in a turnkey format complete with lens, standard or custom filters, and acquisition software that can be used for innovative 2D spectroscopy research in a variety of fields including water quality measurement, product screening, machine vision, medical imaging, surveillance and authentication. The system can also be customized for integration into specific OEM products. The SpectroCam™ offers a cost-effective and versatile solution for your current and future multispectral imaging projects.

  7. SpectroCam: UV-VIS Datasheet
    2/21/2013
  8. SpectroCam: VIS-NIR Datasheet
    2/21/2013

    This CCD Camera operates in the UV-VIS spectrum and is ideal for applications involving biological identification, forensics, food and water safety, agriculture, and archeology. It offers 1392 x 1040 resolution with a frame rate of 10 fps at full resolution.

     

  9. SpectroCam: SWIR-VIS Datasheet
    2/21/2013
  10. PixelCam™ Multispectral Snapshot Camera
    2/20/2013

    PixelCam™ multispectral cameras are ideal for applications involving aerial surveillance mapping, precision agriculture, biomedical imaging, machine vision, and authentication. The camera, or its multispectral sensor, can also be customized for integration into OEM products.

    PixelCam™ multispectral cameras provide live imaging of 3-9 spectral bands at video rates.  Simultaneous multi-channel “snapshot” acquisition delivers rich, real-time data without scene change or pixel shift.  Custom dichroic filter arrays are integrated into the focal plane array at wafer-level to create robust linear and area sensors that extract high-contrast spectral information at specific visible and infrared wavelengths.  This breakthrough technology enables easy integration into handheld, mobile and aerial cameras – all with the same frame rate, size, weight, and power consumption as monochrome cameras.