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MIL Redistribution
This application note has been written by Sudeep as a guide to MIL redistribution. To read the guide online click here. It is a summary of information in the Matrox MIL User Guide, which is also available for download.
LYNX GigE CAMERA SERIES MIL DRIVER
This application note describes how to use Imperx LYNX GigE MIL driver. The goal of the manual is to give users the information they need to build application using the Matrox’s MIL library with Imperx cameras.
LYNX CAMERA SERIES TRIGGERING MODES AND OPTIONS
This application note describes the various triggering modes
supported by the Lynx series of cameras and the procedure for programming them.
LYNX CAMERA SERIES CREATING LOOK-UP-TABLES
This application note describes how to create and use look-up-tables. This note applies to both CameraLink and GigE LYNX cameras.
LYNX CAMERA SERIES FLAT FIELD CORRECTION
This application note describes how to create and use Flat Field Correction files. This note applies to both CameraLink and GigE LYNX cameras.
LYNX CAMERA SERIES DUAL FLAT FIELD CORRECTION
This application note describes how to create and use Flat Field Correction files. This note applies to both CameraLink and GigE LYNX cameras. Aug. 2007.
LYNX CAMERA SERIES DEFECTIVE PIXEL CORRECTION
This application note describes how to create and use Defective Pixel Correction files. This note applies to both CameraLink and GigE LYNX cameras.
DEFENSE APPLICATIONS FOR SWIR InGaAs CAMERAS
Thermal imaging cameras, such as LWIR uncooled microbolometer cameras, have excellent detection
abilities at night. SWIR InGaAs cameras however, are a good complement to thermal imaging
cameras.
SWIR IMAGING IN SOLAR CELL INSPECTION
Due to silicon’s transparency beyond 1200 nm, SWIR InGaAs cameras can be used to reveal defects
in silicon ingots, before cutting them into wafers. Furthermore, wafers can be
inspected to detect cracks, defects and saw marks, not only on the surface but also inside in the
wafer.
CHEETAH 640 CL FOR HIGH SPEED IMAGING IN SWIR
Acoustic sensors that “listen” to the shockwave of a bullet are not the only solution for gunshot
detection. Gunshot signature can be identified, located and processed even faster using high-speed
short-wave infrared cameras such as the Cheetah 640 CL.
XEVA 1.7 320 VISNIR
InGaAs SWIR cameras are used for wavefront sensing or adaptive optics in free space satellite
communication applications. The advantage of using a VISNIR camera is the excellent sensitivity for
both 1064nm Nd:YAG lasers as well as for 850nm lasers.
THERMAL IMAGING IN SWIR
SWIR cameras are useful tools for high temperature thermal imaging applications, where object
temperatures are above 150°C. Some examples of these applications include industrial furnace
monitoring, hot end glass bottle inspection, and detection of slag impurities in molten metal.
XEVA 1.7 320 TE3 FOR LOW LIGHT LEVEL IMAGING
All chip manufacturers aim for highest possible yields to meet ever tighter cost constraints. As a
precondition, any imaginable source of failure must be uncovered already in the design phase, during
pilot processing as well as in volume manufacturing.
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