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US 11,538,946 B1Granted
Deep ultraviolet and infrared silicon sensor module
AssigneeHillberry Gat Ltd.
InventorsViktor Goldovsky, Yonohan Davidovich, David Avner
Life of this patent
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Abstract
A sensor module that may include optics and a sensor located downstream to the optics. The optics may include a self-assembling polymer and luminescent elements embedded in the self-assembling polymer.
Claims18
A sensor module that comprises optics and a sensor located downstream to the optics;
- wherein the optics comprises a self-assembling polymer and luminescent elements embedded in the self-assembling polymer;
- and wherein the optics are manufactured by a process that comprises selecting the polymer molecular weight of the self-assembling polymer based on a target thickness of a region formed by the self-assembling polymer.
A sensor module that comprises optics and a sensor located downstream to the optics;
- wherein the optics comprises a self-assembling polymer and luminescent elements embedded in the self-assembling polymer;
- wherein the luminescent elements exhibit a delay period that does not exceed 10 microseconds.
A sensor module that comprises optics and a sensor located downstream to the optics;
- wherein the optics comprises a self-assembling polymer and luminescent elements embedded in the self-assembling polymer;
- wherein a polymer molecular weight of the self-assembling polymer exceeds 50 kDa.
A method for sensing radiation, the method comprises:
- illuminating the sensor module by illuminating radiation;
- wherein the sensor module comprises optics and a sensor located downstream to the optics;
- wherein the optics comprises a self-assembling polymer and a group of luminescent elements embedded in the self-assembling polymer;
- wherein the optics is configured to convert radiation located in one or more frequency ranges outside a certain spectral range of the sensor to radiation within the certain spectral range;
- wherein the optics are manufactured by a process that comprises selecting the polymer molecular weight of the self-assembling polymer based on a target thickness of a region formed by the self-assembling polymer;
- detecting, by the sensor, a response of the luminescent elements to the illumination by the illuminating radiation;
- and
- processing the response in order to provide information regarding the illuminating radiation.
5 more elements
Dependencies are inferred from the claim text.