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Device and method for on-orbit calibration verification of an infrared sensor

机译:用于红外传感器在轨校准验证的装置和方法

摘要

A device for verifying the calibration of an infrared sensor includes a body configured to be placed in orbit. The body defines a spin axis and an outer surface. The outer surface has an infrared radiant intensity that is substantially independent of the viewing angle between the spin axis of the body and the infrared sensor. The device may be used for on-orbit verification of the calibration coefficients associated with each pixel of an infrared sensor, including linearity calibration and verification of the resolution capability of the sensor. The calibration coefficients may be verified over the entire sensing capability range of the infrared sensor. After a thermal model of the device is developed, the device operates passively and provides a known source of infrared radiation observable during the device's entire orbital lifetime. The device may be designed to automatically de-orbit from space after a predictable time in orbit.
机译:用于验证红外传感器的校准的设备包括被配置为放置在轨道中的主体。主体限定旋转轴和外表面。外表面具有基本上与身体的自旋轴和红外传感器之间的视角无关的红外辐射强度。该设备可用于与红外传感器的每个像素相关联的校准系数的在轨验证,包括线性校准和传感器分辨率的验证。可以在红外传感器的整个感测能力范围内验证校准系数。开发出设备的热模型后,设备将被动运行并提供在设备的整个轨道寿命期间可观察到的已知红外辐射源。该设备可以被设计为在轨道上的可预测时间之后自动从空间脱离轨道。

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