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Characteristic reliability of a hybrid-type temperature sensor using poly-Si thin-film transistors

机译:使用多晶硅薄膜晶体管的混合型温度传感器的特性可靠性

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We are developing hybrid-type temperature sensors using poly-Si thin-film transistors (TFTs). In this study, first, we evaluate the characteristic change of the off-leakage current of the TFT by changing the temperature several times. It is found that there is no historical effect even if the temperature changes very much. Next, we evaluate that by applying the actual driving condition. It is found that the valid evaluation can be obtained only by considering the pulse voltage bias. Finally, we evaluate the characteristic change of the oscillation frequency of the hybrid-type temperature sensor. It is found that the oscillation frequency increases along the time. It is thought that the change of the oscillation frequency can be explained by the characteristic change of the off-leakage current of the TFT by applying the actual driving condition.
机译:我们正在开发使用多晶硅薄膜晶体管(TFT)的混合型温度传感器。在这项研究中,首先,我们通过多次改变温度来评估TFT的漏电流的特性变化。发现即使温度变化很大,也没有历史影响。接下来,我们通过应用实际驾驶条件对其进行评估。发现仅通过考虑脉冲电压偏置可以获得有效的评估。最后,我们评估了混合型温度传感器的振荡频率的特性变化。发现振荡频率随时间增加。可以认为,通过应用实际的驱动条件,可以通过TFT的截止漏电流的特性变化来解释振荡频率的变化。

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