Miniaturized high-gain low-illuminance night-vision imaging device

Abstract

The invention discloses a miniaturized high-gain low-illuminance night-vision imaging device for similar night vision products for the military helmet night-vision device and related industry. The main technical scheme is as follows: a tube shell input end is hermetically sealed with an input window, a tube shell tail end is hermetically welded with an output end of a CMOS image sensor, a photoelectric cathode is plated in a surface effective area in the input window; a micro-channel plate is mounted between a second metal ring and a third metal ring of the tube shell; the CMOS image sensor iswelded with a ceramic substrate, and the output end of the CMOS image sensor is connected with a readout circuit board. A test result shows that the phenomenon that the original device is low in gainis overcome thoroughly, and the demands of effectively improving the device gain, realizing the miniaturization and being suitable for the military helmet night-vision device and like night-vision product for single use are reached.

Description

technical field [0001] The invention relates to a photoelectric imaging device, in particular to a low-illuminance night vision imaging device for miniaturized high-gain electron bombardment CMOS image sensors, mainly used for military helmet night vision devices and similar night vision products used in related industries. Background technique [0002] With the development of CMOS image sensor technology, electron bombardment CMOS image sensor (hereinafter referred to as electron bombardment CMOS low-light night vision imaging device) as a new type of low-light imaging device has played an important role in safety supervision, medicine, scientific research and other fields. application. In the military night vision equipment represented by helmet night vision products, in order to meet the needs of individual soldiers for night combat, marching and observation, it is necessary to have better imaging performance under low illumination conditions, and to be small in size, lig...

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Problems solved by technology

However, the gain is only about 200 times. Due to the use of multiple electrodes and magnetic field generators, the volume and weight are large, and it is difficult...

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