Image collecting and displaying device of high-speed TDICCD remote sensing camera

Abstract

The invention provides an image collecting and displaying device of a high-speed TDICCD remote sensing camera and relates to the field of space high-speed TDICCD camera electronic system researching. The device comprises a high-speed serial interface, a high-speed serial transceiver, an FPGA, a Cameralink transmitter, a Cameralink interface, an RS 232 serial transceiver, an RS 232 serial port, a high-speed image capture card, a high-speed solid storage card, a main control computer and an image display device. According to the image collecting and displaying device of the high-speed TDICCD remote sensing camera, CCD original image data of all passages of the high-speed TDICCD remote sensing camera can be effectively received and stored, processed and displayed in real time, conversion and output of the high-speed image data of multiple passages are achieved by means of the FPGA, hardware is easy to achieve, the device is flexible to control, hardware cost is little, integration is high, and a ground test system which is stable in performance and portable is provided for researching of the high-speed TDICCD remote sensing camera.

Description

technical field [0001] The invention relates to the field of research and development of a space high-speed TDICCD camera electronics system, in particular to an image acquisition and display device for a high-speed TDICCD remote sensing camera. Background technique [0002] Time-delay-integrated charge-coupled device (TDICCD) is a new type of CCD image sensor with an area array structure and line array output. It uses a multi-row line array photosensitive array to repeatedly expose the same target multiple times, and accumulates the exposure induction signals. Therefore, the detection sensitivity and imaging signal-to-noise ratio are improved without affecting the pixel output rate and ground resolution. In space-to-earth remote sensing imaging applications, the advantage of TDICCD is used, and a small relative aperture optical system is used to achieve higher resolution, thereby achieving high resolution and miniaturization of the space remote sensing camera system. Theref...

AI Technical Summary

Problems solved by technology

However, the hardware overhead of this implementation scheme is relatively large, and multiple computers are required to work together. The work efficiency is low, the power consumption is large, and it is not portable. It is not conducive to imaging experiments in the field, and there are certain limitations in use.

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