FIELD: electricity.
SUBSTANCE: invention relates to the field of optoelectronic equipment and may be used to build a multi-channel chronographic optoelectronic (OE) recorder with N fibre-optic inputs for survey in dynamics with peak second time resolution by one OE recorder of N physical processes of a nano- peak second range in those cases, when a source of a process is remote from the place of recording by the distance of up to 3-5 km. In an input unit of a time-analysing optoelectronic converter, comprising a fibre optic plate with a photocathode arranged on it, into a fibre optic plate there is an array introduced with optical fibres linearly arranged along a straight line stretching via the centre of the fibre optic plate, and light-guide cores of some ends of fibres are connected to a photosensitive layer of a photocathode, and other ends of fibres are terminated with optical slots.
EFFECT: possibility to record multiple N surveyed processes at one OE recorder, arranged on one input unit of an OEC, availability of the necessary number of optical inputs in the form of standard optical slots for amplitude and time calibrations.
3 dwg
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Authors
Dates
2012-12-20—Published
2011-02-09—Filed