640×512 Indium Antimonide (InSb) MWIR Infrared Camera

IRC803The IRC806 provides the superior performance of a cooled MWIR sensor in a large format infrared imaging camera. The IRC806 is a 20 micron camera that operates at up to 119 frames per second full frame, and supports sub windowing for even higher frame rates. With superior sensitivity and NEdT greater than 99.5% operability, and extremely high uniformity the IRC806 is the perfect choice for the most demanding MWIR imaging applications such as, materials evaluation, quality assurance and process analysis.

IRC806 Specifications

Detector type Indium Antimonide (InSb)
Spectral response < 1.0µm to 5.3µm
Resolution (pixels) 640 x 512
Pixel pitch 20µm
Imaging Electronics
Frame rate @ max window size 119 Hz
Integration time < 150 ns to full frame
Dynamic range 14-bits with 13-bit option to increase frame rate at small window sizes
Windowing User defined in 4×1 increments; min width=320, min height=32
Integration type Snapshot, automatic selection of integrate while read or integrate then read
Ultra low latency sync Sync I/O, integration out
Image data Simultaneous Camera Link & Gig-E
Communications Serial over Camera Link & Gig-E
Software control Cross platform GenICam compliant
NEdT 18mK
Well capacity (electrons) 7M
Operability 99.8%
LN2 hold time > 8 hours typical, > 4 hours with optional cold filter wheel
Camera f/# f/2.3, f/3.0 & f/4.0 standard; custom cold shields available on request
Cold filter 3.0µm – 5.0µm or no cold filter standard, optional CO2, SWIR or custom filters on request
Lens mount Bayonet for 7, 13, 25, 50, 100 & 50/250 mm lenses; bolt hole pattern for non-standard lenses
Optional filter wheel Motorized four position cold filter wheel; 25.4mm diameter x 1.0mm thick filters
Power @ 24 VDC 12 watts
System weight < 7 pounds
Size 3.7″ x 8.1″ x 11.8″
Operating temperature range -40C to +55C (-40°F to +131°F)
Storage temperature range -55C to +80C (-67°F to +176°F)
Environmental rating IP-51
Mounting holes 2x 1/4-20 & 4x #10-24
Specifications are subject to change without notice.