2014•Sensor Electronics and Microsystem TechnologiesOpen access

THERMOGRAPHIC STUDY TELEVISION CAMERA WITH CCD MATRIX

О. М. Маркіна, В. І. Дунаєвський, В. П. Маслов, Н. В. Качур

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Abstract

The article presents the results of an infrared study television camera Novus - 130 BH on the operating mode. Identified sources of thermal radiation are: CCD, microprocessors and electronic board of camera. Using cooling of video camera is proposed to improve the accuracy of measurement using a television measuring system with a video camera. Using of the cooling chamber with vents and fans, or the use of thermoelectric Peltier elements in areas of maximum heating is proposed.

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What this paper is about

The article presents the results of an infrared study television camera Novus - 130 BH on the operating mode. Identified sources of thermal radiation are: CCD, microprocessors and electronic board of camera. Using cooling of video camera is proposed to improve the accuracy of measurement using a television measuring system with a video camera. Using of the cooling chamber with vents and fans, or the use of thermoelectric Peltier elements in areas of maximum heating is proposed.

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Available abstract

The article presents the results of an infrared study television camera Novus - 130 BH on the operating mode. Identified sources of thermal radiation are: CCD, microprocessors and electronic board of camera. Using cooling of video camera is proposed to improve the accuracy of measurement using a television measuring system with a video camera. Using of the cooling chamber with vents and fans, or the use of thermoelectric Peltier elements in areas of maximum heating is proposed.

Key concepts: Professional video camera, Video camera, Thermoelectric effect, Infrared, Computer science, Remote sensing, Thermoelectric cooling, Camera resectioning

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