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Novel offset gated poly-Si TFTs with subgate

机译:具有子栅的新型偏置栅多晶硅多晶硅TFT

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We have fabricated a new offset gated poly-Si TFT by employing photoresist reflow, have measured various experimental data of the new device, such as hydrogenation results and high-frequency characteristics, and have analyzed device characteristics as a function of driving frequency. Our devices have a unique gate pattern and the hydrogenation effect is somewhat different from the previous results. Our experimental results suggest that with the same offset length, the device with a wider space between the maingate and the subgate is more advantageous for hydrogenation. Experimental results show that the leakage current of the new device is two orders of magnitude lower than that of the nonoffset gated device, while the ON current of the new device is almost identical to the nonoffset gated device in the typically used frequency range (10-100 kHz).
机译:我们利用光致抗蚀剂回流法制造了一种新的偏置栅多晶硅TFT,并测量了该新器件的各种实验数据,例如氢化结果和高频特性,并分析了器件特性随驱动频率的变化。我们的设备具有独特的栅极图案,氢化效果与之前的结果有些不同。我们的实验结果表明,在相同的偏移长度下,在主栅极和副栅极之间具有较宽间距的设备更有利于氢化。实验结果表明,新器件的泄漏电流比非偏置门控器件的泄漏电流低两个数量级,而在通常使用的频率范围内,新器件的导通电流与非偏置门控器件的泄漏电流几乎相同(10- 100 kHz)。

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