FIELD: physics.
SUBSTANCE: mirrors/filters are placed in space so as to create a collinear matrix group of rectangular beams through successive reflections and/or transmissions from several optical frequencies emitted by a defined number of radiation sources. The top step consists of matrix of mirrors/filters with size m x n in p items superimposed with each other. The bottom step is a matrix from m mirrors/filters built into p rows with possibility of addressing outgoing beams to columns of matrices of the top step. The mirrors/filters of the matrices have characteristics which enable transmission of spectra of optical frequencies of the incoming beam or part of it and/or transmission of the spectra of optical frequencies of the incoming beam or part of it to the next mirror/filter.
EFFECT: optimisation of the process of frequency-address light beam routing.
5 cl, 11 dwg
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