Protection from guided missiles equipped with the optical-electronic channels AIMING INFRARED

摘要

Protection device against missiles with opto-electronic guidance channels containing an infrared emitter and block infrared emitter current modulation frequency, characterized in that the infrared emitter is configured as a volumetric modular elements on top boards are mounted matrix of light emitting diodes of infrared range, connected to mains parallel through identical blocks of current modulation, the side walls of modular elements pairwise mutually adjoin in the longitudinal and Poper echnom directions, the angle of adjacent abutment board (α), the number of modular elements longitudinally (n) and transverse (n) and the number of directions of light emitting diodes (N) connected sootnosheniyamigde α - angle of divergence of emission light-emitting diodes; Q, Q- value of the angular sector protection object in azimuth and elevation, respectively; J- infrared signal power optronic missile control channel radiation; J- axial force light emitting diode radiation in the spectral range of the infrared optoelectronic signal missile control channel.