Read more > The worlds versatile LW and VLWIR infrared cameras Visit our Infrared Imaging Knowledge Center for more comprehensive white papers Highspeed MWIR camera for design, test, and manufacturing back to top >High resolution infrared cameras are quite compelling, producing sharp images with excellent detail. Certain applications require imaging in specific infrared spectral band due to the nature of objects being viewed. For accurate measurements in such situations, high resolution cameras produce the best accuracy and reduce the likelihood of overlooking potential problems..

Find out more about accuracy measurement for your camera Learn more about the benefits of highdefinition infrared Read about our highdefinition uncooled infrared camera back to top >High resolution infrared cameras are quite compelling, producing sharp images with excellent detail. For example, in spectroscopy, spectral absorption properties dictate the use of the SWMWIR band, while laser beam imaging applications require imaging at 10. 6m, for example. Other operating temperature tests also available.

These detectors can be optimized to operate in different spectral bands as result of the dewar window and cold filter transmission characteristics or the active temperature of the FPA.

For accurate measurements in such situations, high resolution cameras produce the best accuracy and reduce the likelihood of overlooking potential problems. This is because higher resolution normally results in smaller IFOV instantaneous field of view and smaller measurement spot size. Proper selection of the optimal infrared band can be tricky. The dramatic improvement in overall temperature measurement accuracy of your camera. As shown in the figure to the right, photovoltaic infrared detectors such as MCT and InSb are currently available for imaging is several distinct bands, including SWMWIR 1. 55.

For accurate measurements in such situations, high resolution cameras produce the best accuracy and reduce the likelihood of overlooking potential problems. The test is performed at room temperature. These detectors can be optimized to operate in different spectral bands as result of the dewar window and cold filter transmission characteristics or the active temperature of the FPA. For example, in spectroscopy, spectral absorption properties dictate the use of the SWMWIR band, while laser beam imaging applications require imaging at 10. 6m, for example.