the CB12M product is an infrared optic-electronic device sensitive to radiation in the 3.7 to 4.8 micrometer spectral region. It includes a high-sensitivity focal plane array (FPA) comprised of a 12801024 element two dimensional detector array made of photovoltaic (PV) Mercury Cadmium Telluride (HgCdTe/MCT) connected to a Silicon readout integrate circuit (ROIC) by indium bump technology, and a 0.75W@77K stirling cycle rotary microcooler integrated into a metal dewar. 

Features:
 1280X1024 MegaPixels high resolution;
 More distinguishable with more image details;
 12μm pixel size effectively enhances the range mission; 
 12μm pixel size economically reduses the optical and whole system size and cost

Applications:
Handheld Reconnaissance Systems
Remote Monitoring Systems
Search and Track Systems
Aircraft Enhanced Vision Systems(EVS)
EOS Payload
Gas Detection
Nondestructive Testing
Spectral Analysis

Model	CB12M MWIR
Material	MCT
Resolution	12801024
Pixel Pitch	12μm
Spectral Range	3.7μm ~4.8μm
Working Mode	Snapshot;Two integration modes:ITR,IWR;Windows mode;Anti-blooming
Charge Capacity	6.75/4.8Me-(ITR) or 5.25/3.3 Me-(IWR)
Dynamic Range	ITR mode: ≥80dB; IWR mode: ≥76dB
Number of Output	4 or 8; up to 20MHz per output
NETD	<20mK (F2/F4)
Effective Pixel Rate	99.5%
Response Non-uniformity	<8%
Cooler	RS058F
Steady Power Consumption	<15W
Max Power Consumption	<20W
Power Supply	24VDC
Cool Down Time	<7min
Weight	<600g
Dimension(mm)	1477860
Operation Temperature	-45C~+71C