Device and method for detecting performance parameters of ultraviolet photoelectric imaging system

Abstract

The invention discloses a device and method for detecting ultraviolet photoelectronic imaging system performance parameters. The whole detecting device comprises a deuterium lamp light source (1), a light filter wheel (2), an iris diaphragm (3), an integrating sphere (4), an ultraviolet intensity detector (5), an ultraviolet object distinguishability testing target (6), a testing darkroom (7), a main control circuit (11) and a main control computer (16). The main control computer (16) adjusts the light source, the light filter wheel and the iris diaphragm to output ultraviolet light, the ultraviolet light is converted into even area array light through the integrating sphere, and then the ultraviolet light irradiates an ultraviolet photoelectronic imaging system (10) to be tested in the testing darkroom. The main control circuit carries out noise reduction, collecting and analog-digital conversion on output signals of the ultraviolet photoelectronic imaging system to be tested, and then the output signals are sent to the main control computer. The main control computer computes obtained data, and the performance parameters of the ultraviolet photoelectronic imaging system to be tested are obtained. An optical environment which can change accurately is provided for the tested ultraviolet photoelectronic imaging system, testing stability is high, and the device and method are suitable for detecting the performance parameters of all ultraviolet photoelectronic imaging systems.

Description

technical field [0001] The invention belongs to the technical field of measurement, and in particular relates to the measurement of performance parameters of an ultraviolet photoelectric imaging system, which is used for testing and evaluating ultraviolet imaging detection. Background technique [0002] Ultraviolet imaging detection technology is another important photoelectric imaging detection technology for military and civilian purposes after infrared and laser detection technology. It has been widely used in the fields of ultraviolet astronomy, biological effects, ultraviolet warning, ultraviolet communication and ultraviolet guidance. With the increasing application of ultraviolet photoelectric imaging technology in military and other fields, the test and evaluation of the performance parameters of ultraviolet photoelectric imaging system, the research and development of ultraviolet photoelectric imaging system, and its application in various fields are very important. ...

AI Technical Summary

Problems solved by technology

However, domestic research work on ultraviolet imaging detection systems started relatively late, and domestically produced products are almost blank, so there is an urgent need to carry out research work on ultraviolet photoelectric imaging detection systems.

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