FIELD: physics.
SUBSTANCE: in the device, the second input of the glare X-coordinate generator is connected to the output of a clock pulse generator, and its output is connected to the first input of a personal computer having a display. N frequency tunable high-frequency generators are connected respectively to the second inputs of mixers in a block of mixers through N-2 controlled electronic switches of heterodyning signals. The control inputs of the N frequency tunable high-frequency generators are connected to outputs of N control voltage generators, the inputs of which are connected to outputs of an N-channel random number generator, each having dimension n, which is synchronised by signals from the clock pulse generator, where n is the number of rows in the matrix of glare re-reflections of the equivalent zone of the sea surface. The output of the clock pulse generator is also connected to the second input of the computer and the input of the N-channel random number sensor, each having dimension m, where m is the number of columns of said matrix, the output of said sensor being connected to the glare Y-coordinate generator, the output of which is connected to the third input of the computer. The output of the clock pulse generator is connected to the random number sensor with dimension N-2, the output of which controls the number generator switched by the controlled electronic switches of the N-2 frequency tunable high-frequency generators, and N-2 outputs of that number generator are connected to N-2 controlled electronic switches through electronic drives.
EFFECT: possibility of checking operation of the radioelectronic channel of a laser coherent locator designed to detect and auto-track sea-based low-altitude missiles.
5 dwg
