An infrared imaging system demonstrates dual-use technology for unmanned vehicle applications

S. Botts, C. King, S. Tribble
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Abstract

The Amber Radiance 1 infrared imaging camera system is a high performance, portable, precision instrument based on a staring indium antimonide focal plane. It has been developed using technologies that were initially motivated by department of defense requirements. Government funding and company development funds have transitioned this technology into a standard commercial product resulting in outstanding performance, low cost, and particularly well suited for insertion into unmanned vehicle applications. Dual use IR technology has been demonstrated, but administrative hurdles exist that prevent full commercial exploitation of the technology. The performance of the camera is excellent demonstrating as low as 23 mK NEdT at 300 K.<>
红外成像系统演示了用于无人驾驶车辆的两用技术
Amber Radiance 1红外成像相机系统是一种基于锑化铟焦平面的高性能、便携、精密仪器。它的开发使用的技术最初是由国防部的需求驱动的。政府资助和公司发展基金已经将这项技术转化为标准的商业产品,从而产生卓越的性能,低成本,特别适合插入无人驾驶车辆应用。两用红外技术已经得到证明,但存在行政障碍,阻碍了该技术的全面商业开发。该相机的性能非常出色,在300 k时低至23 mK NEdT。
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