Plane array infrared detector chip of liquid crystal-base electronic speed controller imaging spectroscopy

Abstract

The invention discloses a plane array infrared detector chip of a liquid crystal-base electronic speed controller imaging spectroscopy. The plane array infrared detector chip comprises a ceramic housing, a spectral infrared imaging detection framework and a metal radiating plate, wherein the spectral infrared imaging detection framework is arranged in the ceramic housing and comprises a drive control and image pre-processing module, a plane array uncooled infrared detector and an electronic speed controller imaging spectroscopy liquid crystal module; the drive control and image pre-processing module, the plane array uncooled infrared detector and the electronic speed controller imaging spectroscopy liquid crystal module are coaxially and orderly arranged; the electronic speed controller imaging spectroscopy liquid crystal module is used for receiving a target infrared incident light, and extracting a spectral infrared light in the infrared incident light through multi-stage secondary reflecting interference coherence and transmitting to the plane array uncooled infrared detector, and the plane array uncooled infrared detector is used for carrying out photoelectric conversion on the spectral infrared light to generate an electric response signal. The plane array infrared detector chip has the characteristics that the plane array infrared detector chip is compact in structure, rapid in imaging spectroscopy response, high in spectral imaging detection efficiency, easy to be coupled with other optical / photoelectric / mechanical structures, and good in environmental adaptability, and random spectrum cutting, gazing or skipping can be executed.

Description

technical field

[0001] The invention belongs to the technical field of infrared imaging detection, and more specifically relates to a liquid crystal-based electric modulation imaging spectrum array infrared detection chip. Background technique

[0002] In general, light-frequency electromagnetic radiation originating from the Earth, the sun, stars, interfering or deceptive light sources constitutes the target's background light field. The differences in materials, components, energy states, structures, shapes, activities, and living environments of natural or artificial material structures make them exhibit different spontaneous emission and reflection, scattering, or transmission properties of external electromagnetic radiation, but all There is intrinsically labelable characteristic spectral electromagnetic information. They generally appear in the electromagnetic form of nano / subnanometer spectral width, distributed in the ultraviolet, visible, infrared and THz spectral ...

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