1. Gobi-640-GigE Industrial Brochure

    Xenics now offers their popular Gobi thermal camera with an industry-standard GigE Vision interface and is based on a fully transformed platform. The Gobi-640-GigE combines the advantages of a high quality infrared camera with the power of a GigE interface to allow for fast data transfer of HD thermal images. This combination makes it ideal for instant, accurate and cost-effective evaluation of your thermal imaging and guarantees to be the most versatile R&D tool on the market.

  2. Cooled Mid-Wave Infrared Camera: Tigris-640

    The Tigris-640 is a cooled mid-wave infrared (MWIR) camera with a resolution of 640 x 512 pixels and a pixel pitch of 15 µm that is ideally used for biomedical, industrial process monitoring, nondestructive testing, MWIR R&D, and thermography applications.

  3. Brochure: Ultra High Speed InGaAs Infrared Camera: Cheetah-640CL

    The Cheetah-640CL is a full format high-speed infrared camera that captures and transmits the fastest processes for real time motion analysis.

  4. 5 Megapixel Global Shutter CMOS Sensor Brochure

    The 5 Megapixel Global Shutter CMOS Sensor is equipped with a global shutter that exposes all of the sensors’ pixels at the same time. This CMOS type solid-state imaging sensor has dimensions of 2/3 inches, has a square pixel arrangement, and 5.33 million effective pixels (2592 x 2056). The sensor has a global electronic shutter function for controlling the charge accumulation time and an all pixel progressive reading of 120 fps.

  5. Model Based Analysis: A New Way To Measure Thin Films

    Measuring the surface topology and thickness of thin films is important for characterizing many devices, but it can be difficult to resolve small enough features while covering a wide area. A new technique, model based analysis, creates a 3D map of both the film’s surface and thickness. 

  6. Electronic Component Testing: A Non-Contact Sport

    The smaller and more powerful an electronic device becomes, the more damage can be caused from its inherent heat. Designers are continuously looking for ways to keep components cool while maintaining the quality and integrity of performance. 

  7. Available Autoclavable SCHOTT Solidur® LEDs
    With three unique and fully customizable base designs, autoclavable SCHOTT Solidur® LEDs offer near-limitless integration possibilities for medical devices.
  8. Benefits Of Autoclavable LEDs vs. Conventional LEDs For Medical Applications
    Medical devices must be steam sterilized between procedures to enable safe reuse. The harsh conditions of the autoclave are adversarial for traditional LED light sources, but hermetically-sealed SCHOTT Solidur® LEDs are up to the challenge: Tests have proven they can withstand more than 3,500 autoclaving cycles.
  9. SCHOTT Eternaloc® Connectors For Medical Applications

    Electronics in medical applications require continuous power and signal transmission for reliable performance. However, the medical connectors that enable these functions are a potential weak point.

  10. How Autoclavable LEDs Enable New Medical Device Designs

    In an ever-evolving medical landscape, innovative designs can make all the difference in gaining a competitive advantage for device manufacturers. SCHOTT Solidur® LEDs can withstand thousands of steam sterilization cycles, opening a wealth of new design options for device engineers.