Proceedings Article | 10 August 2001
KEYWORDS: Missiles, Cameras, Imaging systems, Optoelectronics, Thermography, Collimators, Minimum resolvable temperature difference, Testing and analysis, Image intensifiers, Sensors
Missiles guided using optoelectronic methods, optoelectronic imaging systems (thermal imaging systems, night vision devices, LLLTV cameras, TV cameras), and optoelectronic countermeasures (smoke screens, camouflage paints and nets, IR flares, decoys, jamming systems, warning systems) are one of the most important components of modern military armament. There are numerous military standards, some of them secret, that precise radiometric parameters to be measured and the testing methods to be used. There is also much literature on the subject of testing of the systems mentioned above, although mostly on subject of testing of the thermal imaging systems. In spite of this apparently numerous literature, there still significant confusion in this area due to secrecy of some parameters and testing methods, differences in recommendations of different military standards, fast progress in military optoelectronics, and also due to enormous number of different types of optoelectronics systems used in the military armament. A review of testing methods of the three basic groups of optoelectronics systems used in modern military armament: the missiles guided using optoelectronics methods, the optoelectronic imaging systems, and the optoelectronic countermeasures is presented in this paper. Trends in the measuring sets.
