je.st
news
Tag: mwir
InSb MWIR Camera: IRC906HS
2013-03-26 09:59:29| electronicsweb Products
The IRC906HS is an InSb MWIR Camera that provides 640x512 pixel resolution and is based on the most advanced infrared high speed focal plane technology currently available.
InSb MWIR Camera: IRC906
2013-03-23 13:31:46| electronicsweb Products
The IRC906 is part of the IRC900 series of InSb MWIR Cameras by IRCameras. It’s a closed-cycle cooled camera with 640 x 512 pixel resolution, and it operates at 119 frames per second (full frame). It’s well suited for process analysis, spectroscopy, and range phenomenology applications due to its superior NEdT, > 99.5% operability, and high uniformity.
InSb MWIR Camera: IRC903
2013-03-23 13:00:51| electronicsweb Products
The IRC903 is a closed-cycle cooled camera with 478 fps (full frame), 30 micron pixel pitch, and 320 x 256 pixel resolution. Integration time and frame rate can vary for optimal performance and output. This camera is ideal for several different types of medical, scientific, and military related applications, and can also support analysis in spectrally dependent applications through an optional integrated 4-postion warm filter wheel.
InSb MWIR Camera: IRC812
2013-03-23 12:41:17| electronicsweb Products
This 12 micron InSb MWIR Camera provides high definition and superior resolution through its 1280 x 1024 sensor. It’s particularly suited for applications involving target signature analysis, process analysis, and medical imaging due to its ultra-low noise and no-crosstalk feature. The camera itself has a 12µm pixel pitch, and a <1.0µm to 5.3µm spectral response. A full list of specifications can be found below.
InSb MWIR Camera: IRC806HS
2013-03-23 12:18:15| electronicsweb Products
The IRC806HS in an Indium Antimonide (InSb) Mid-Wave Infrared (MWIR) camera with 640 x 512 pixel resolution. It operates at up to 478 fps (full frame), and supports sub windowing to increase its frame rate further. This 20 micron camera can change integration times on a frame-by-frame basis to capture rapidly changing scenes through super framing. Additional specifications include <1.0µm to 5.3µm spectral response, and a 20µm pixel pitch. A full list of specifications can be found below.