Optoelectronic integration block for incremental photoelectric encoder
An optoelectronic encoder and optoelectronic integration technology, applied in instruments, measuring devices, converting sensor output, etc., can solve the problems of small adaptable ambient temperature range, difficult installation and debugging, large area of photovoltaic cells, etc., to reduce uneven illumination, installation and debugging. Convenient, small photosensitive area
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[0011] The positioning post 2 is fixedly connected to the housing 7, the lead 1 is fixedly connected to the housing 7, the point light source 3 and the aspheric lens 4 are respectively located inside the lower part of the housing 7, the array photocell 5 is fixedly connected to the circuit board 6, and the circuit board is located in the housing Above the inner part, the structure of the array photovoltaic cell is: the photovoltaic cell array a and the photovoltaic cell array two b with a difference of 90 degrees are fixedly connected on the substrate 501, the photovoltaic cell array a and the photovoltaic cell array two b are arranged in a mixed manner, and the photovoltaic cell array a After the photovoltaic cells in each row are connected in series, the rows are connected in series, and the photovoltaic cells in each row of the photovoltaic cell array two b are connected in series, and then the rows are connected in series.
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