High on-off current modulation ratio investigated at onset voltage for an organic thin film transistor

A. Es-saghiri, El-mahjoub Boufounas, A. El Amrani, B. Lucas
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Abstract

The performance of a pentacene based organic thin film transistor with polymethylmethacrylate as a dielectric insulator and indium tin oxide based electrical gate is investigated. On the one hand, we showed that the threshold voltage increases with gate voltage, and on the other hand that it decreases with drain voltage. Furthermore, high current modulation ratios of 5×106 and 7.5×107 are reported for a lower drain voltage, respectively. These results are very important since current ratio exceeds a value of 107 is a quite interesting requirement than high mobility for some logic gate applications.
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研究了有机薄膜晶体管在起始电压下的高通断电流调制比
研究了以聚甲基丙烯酸甲酯为介质绝缘体,氧化铟锡为电栅的并五苯基有机薄膜晶体管的性能。一方面,我们发现阈值电压随着栅极电压的增大而增大,另一方面,阈值电压随着漏极电压的减小而减小。此外,在较低的漏极电压下,分别报道了5×106和7.5×107的高电流调制比。这些结果非常重要,因为对于某些逻辑门应用来说,电流比超过107是一个非常有趣的要求,而不是高迁移率。
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