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A novel infrared microbolometer in standard CMOS-MEMS process

机译:标准CMOS-MEMS工艺中的新型红外测微仪

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A novel infrared micro-bolometer realized in CMOS with MEMS post process is proposed. The micro-bolometer is constructed as a metal micro-cavity to enhance its absorptivity of incident infrared energy. Three testkeys with different cavity structure are presented. The measured sensitivity of the testkeys, in the temperature range of 5–75°C, are 9.56 Ω/°C, 8.78 Ω/°C and 9.89 Ω/°C, respectively. The micro-bolometer occupies a chip area of 439×370 µm2 in 0.18 µm process. It is suitable for application on smart biomedical sensor.
机译:提出了一种新的红外微测辐射热计,该测微辐射热计是利用MEMS后处理技术在CMOS中实现的。微辐射热计被构造为金属微腔,以增强其入射红外能量的吸收率。介绍了三个具有不同空腔结构的测试键。在5–75°C的温度范围内,测得的测试键灵敏度分别为9.56Ω/°C,8.78Ω/°C和9.89Ω/°C。在0.18 µm的工艺中,微辐射热计占据的芯片面积为439×370 µm 2 。适用于智能生物医学传感器。

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