Electronics module including ambient light sensor stacked above proximity sensor
A technology of ambient light sensor and proximity sensor, which is applied in the direction of electrical equipment shell/cabinet/drawer, using electric radiation detectors for photometry, instruments, etc., which can solve the problems of increasing device complexity, cost and size, etc.
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[0066] Concepts associated with the following embodiments relate to the integration of an ambient light sensor and a proximity sensor in an electronic module no larger than a conventional proximity sensor. Additionally, the stacking approach used here ensures that all or at least some of the following requirements are met:
[0067] - The field of view of the infrared photoelectric transmitter is not obstructed;
[0068] - The field of view of the infrared photodetector is not obstructed;
[0069] - The field of view of the ambient light sensor is unobstructed;
[0070] - The infrared photodetector is optically isolated from the infrared photoemitter;
[0071] - There is a direct optical path between the reference infrared photodetector and the infrared photoemitter;
[0072] - photons of ambient light received by the reference infrared photodetector are substantially blocked to protect the reference infrared photodetector from saturation;
[0073] - the size of the package...
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