Improved bias equalization method for suppression temperature-induced errors in microbolometer FPA over 20 K substrate temperature change

机译：改进的偏置均衡方法，用于抑制20 K衬底温度变化下测微辐射热计FPA中温度引起的误差

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Method for equalization of temperature-induced non-uniformities in microbolometer IR FPA response based on use of variations of preliminary heating and measuring bias pulses applied both to sensitive and compensating bolometers is proposed. Carried out numerical simulation of proposed FPA architecture demonstrates high quality of signal equalization over wide temperature range that allows to apply microbolometer FPA indoors without use of any additional measures such as temperature stabilization and real-time correction.

机译：提出了一种利用预热变化和测量应用于灵敏和补偿辐射热计的偏置脉冲来均衡微辐射热计IR FPA响应中温度引起的不均匀性的方法。对建议的FPA体系结构进行的数值模拟表明，在宽温度范围内信号均衡的质量很高，从而允许在室内使用微辐射热计FPA，而无需使用任何其他措施，例如温度稳定和实时校正。

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来源
《Infrared Technology and Applications XXXIII pt.2; Proceedings of SPIE-The International Society for Optical Engineering; vol.6542 pt.2》|2007年|654222.1-654222.9|共9页
会议地点 OrlandoFL(US)
作者
Michael A. Demyanenko;
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作者单位

Institute of Semiconductor Physics, Siberian Branch of Russian Academy of Sciences, 13, Lavrentiev Avenue, Novosibirsk, 630090, Russia;

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会议组织
原文格式 PDF
正文语种 eng
中图分类红外技术及仪器;
关键词
uncooled; microbolometer; bias; equalization; temperature-induced; non-uniformity; ROIC;

机译：未冷却微测辐射热计偏压;均衡温度感应不均匀投资回报率;

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专利

1. TEC-Less ROIC With Self-Bias Equalization for Microbolometer FPA [J] . Jo Y.M., Woo D.H., Lee H.C. Sensors Journal, IEEE . 2015,第1期

机译：具有自偏置均衡功能的TEC-Less ROIC，适用于测微辐射热计FPA
2. Temperature-induced tissue susceptibility changes lead to significant temperature errors in PRFS-based MR thermometry during thermal interventions [J] . Sara M. Sprinkhuizen, Maurits K. Konings, Martijn J. van der Bom, Magnetic Resonance in Medicine . 2010,第5期

机译：温度引起的组织敏感性变化会在热干预期间在基于PRFS的MR测温中导致明显的温度误差
3. Temperature-induced tissue susceptibility changes lead to significant temperature errors in PRFS-based MR thermometry during thermal interventions. [J] . Sprinkhuizen SM, Konings MK, van der Bom MJ, Magnetic resonance in medicine: official journal of the Society of Magnetic Resonance in Medicine . 2010,第5期

机译：温度引起的组织敏感性变化会在热干预过程中导致基于PRFS的MR测温中出现明显的温度误差。
4. Improved bias equalization method for suppression temperature-induced errors in microbolometer FPA over 20 K substrate temperature change [C] . Michael A. Demyanenko Conference on Infrared Technology and Applications . 2007

机译：改进的偏压均衡方法在20K底板温度变化下微泡器FPA中的抑制温度诱导误差
5. Hydrogeochemical Model Development and Advanced Numerical Simulation of Alpine Hillslope Geochemical Response to Temperature-induced Hydrologic Changes [D] . Beisman, James Joseph, III. 2018

机译：高山坡地地球化学对温度诱发水文变化响应的水文地球化学模型开发和高级数值模拟
6. In Situ Observation of Carbon Nanotube Layer Growth on Microbolometers with Substrates at Ambient Temperature [O] . Vojtěch Svatoš, Imrich Gablech, B. Robert Ilic, -1

机译：室温下在带有基板的微辐射热计上碳纳米管层生长的原位观察
7. Temperature-induced tissue susceptibility changes lead to significant temperature errors in PRFS-based MR thermometry during thermal interventions [O] . Sara M. Sprinkhuizen, Maurits K. Konings, Martijn J. van der Bom, 2010

机译：温度诱导的组织易感性变化导致热干预期间PRFS基MR温度的显着温度误差

Improved bias equalization method for suppression temperature-induced errors in microbolometer FPA over 20 K substrate temperature change

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