Aerospace Instrument-Making Annotation << Back SIMULATOR AIR HEAT OBJECTS WITH AUTOMATIC ADJUSTMENT OF RADIATION B.V. Skvortsov, A.S. Pertsovich, D.R. Taipova The article discusses the means of simulation of a moving thermal object that is used for testing electro-optical systems, when debugging systems of automatic detection and recognition of aircraft. The mathematical description of the radiated simulator signal corresponding to a particular type of object, characterized by a unique signature. The formulas of the integral power of radiation and the effective irradiance of the entrance pupil of the receiver ultraviolet. Given the binding energy values of the signal from the object, taking into account the state of the atmosphere. Shows an example of the thermal signature of a moving object. The proposed proprietary technical solutions for the adjustment of the thermal signal of the moving object to more accurately determine experimental values for the UV input of the receiver. This is accomplished by putting the unit amplitude correction transfer coefficient of the elements of the signature of the simulated object, with the ability to provide initial ratio of the light output of the elements of the signatures at the output of the optical emitter. Given the dependence of the light flux from the amplitude of the signature elements and functional diagram of the correction device. In result, it becomes possible to most accurately determine the signature of the registered receiver during the experiment. This adjustment is necessary for further object detection. Key words: signature, simulator, thermal objects, systems of automatic detection, opto-electronic systems. Contacts: E-mail: aps@ssau.ru, E-mail: passamara@yandex.ru, E-mail: emf10v@mail.ru Pp. 03-09.