Ultrashort wave telescope

Abstract

The invention relates to an ultrashort wave telescope and belongs to the technical field of imaging equipment. The ultrashort wave telescope comprises an anti-reflection film telescope head, an ultrashort wave detector, a signal readout device, an information processing circuit, a display circuit, an operation panel circuit and an external display interface, wherein the anti-reflection film telescope head is connected with the ultrashort wave detector, and the ultrashort wave detector is connected with the signal readout device; the signal readout device is connected with the information processing circuit, and the information processing circuit is connected with the display circuit; the operation panel circuit is connected with the anti-reflection film telescope head and the information processing circuit, and the display circuit is connected with the external display interface. The ultrashort wave telescope can solve the limitation that the conventional telescope products cannot normal image when the background radiation intensity of an objective is changed, so that the general applicability of the telescope products in practical application is improved.

Description

Technical field: [0001] The invention relates to the technical field of imaging equipment, in particular to an ultrashort wave telescope. Background technique: [0002] An optical telescope is an optical instrument that uses a lens to observe distant objects in the visible light range. [0003] The imaging quality of the optical telescope is greatly affected by the change of the background radiation intensity of the target. When the background radiation intensity changes, the imaging quality of the optical telescope drops sharply. imaging. [0004] As mentioned above, the conditions of use of ordinary optical telescopes are limited to a certain extent, because when the background radiation intensity of the target changes, such as night, cloudy, haze, rain and snow, etc., the imaging quality and clarity of the optical telescope will be affected. Therefore, ordinary telescopes can only be used in certain specific working environments such as good visibility and strong sunlig...

AI Technical Summary

Problems solved by technology

[0003] The imaging quality of the optical telescope is greatly affected by the change of the target background radiation intensity. When the background radiation intensity changes, the imaging quality of the optical telescope drops sharply. The direct impact is the decrease of image contrast, blurred vision, increase of image background noise, and even abnormal imaging

[0004] As mentioned above, the use conditions of ordinary optical telescopes are limited to a certain extent, because when the background radiation intensity of the target changes, such as night, cloudy sky, haze, rain and snow, etc., it will affect the imaging quality and clarity of optical telescopes

Therefore, ordinary telescopes can only be used in certain specific working environments such as good visibility, strong sunlight, etc.

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