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Study of one enhanced nmosfet photodetector fabricated in triple well process

机译:三阱工艺制造的一种增强型nmosfet光电探测器的研究

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In this paper, we report one enhanced NMOSFET photodetector fabricated using standard triple well process. The NMOSFET transistor is placed in the deep nwell (DNW). During the photodetection, the gate is connected with the bulk of NMOSFET and left floating so that the potential of both the bulk and the gate can be modulated by illumination. It's found that the optical current can be dramatically increased when DNW is biased with a positive voltage. When DNW is biased with 0.5V, the output optical current increase is about four orders of magnitude while the dark current almost doesn't change. By analyzing the enhanced mode of NMOSFET photodetector, two different optical current sources in the detectors are revealed.
机译:在本文中,我们报告了一种使用标准三阱工艺制造的增强型NMOSFET光电探测器。 NMOSFET晶体管放置在深nwell(DNW)中。在光电检测期间,栅极与NMOSFET的主体相连,并悬空,以便可以通过照明来调制主体和栅极的电位。已经发现,当DNW用正电压偏置时,光电流会显着增加。当DNW用0.5V偏置时,输出光电流增加约四个数量级,而暗电流几乎不变。通过分析NMOSFET光电探测器的增强模式,揭示了探测器中两个不同的光学电流源。

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