This article considers the issue of creating an optoelectronic functional transducer for detecting and controlling angular displacements. The possibility of measuring angular displacements with high accuracy through a combination of an optical sensor and electronic components was analyzed. An innovative device with high sensitivity, suitable for use in education, robotics, and automated systems, was developed. This technology allows for fast and efficient recording of small changes. Optoelectronic transducers of angular displacements are known, which consist of a light source, a heat screen, a lens system, and two semiconductor photoresistors installed in series in a light-tight housing.

Optical sensor, photoresistor, optoelectronic

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