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Effect of Gate Dielectric to the Threshold Voltage of 65 nm NMOS Structure

机译:栅极电介质对65nm NMOS结构的阈值电压的影响

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With the intention of approaching to a technology of 65 nm, many parameters were changed as a step to fabricate the device. The gate oxide thickness was one of the parameters that have been observed. In this project, Silvaco TCAD tools were used to find the optimum value of threshold voltage for 65 nm technology nMOS transistor. The silicon dioxide (SiO_2) was used to growth the gate oxide by adjusted the time and temperature of the oxidation process. The thickness of gate oxide was varied from 30A to 100 A and the results were tabulated and observed. As the gate oxide thickness increase, the value of threshold voltage was increased. By using Silvaco TCAD Tools, the results show that the optimum value of threshold voltage is 0.26 V. The value is in the range with ITRS guideline for 65 nm device.
机译:随着接近65nm的技术的目的,许多参数被改变为制造设备的步骤。栅极氧化物厚度是已经观察到的参数之一。在该项目中,Silvaco TCAD工具用于找到65nm技术NMOS晶体管的阈值电压的最佳值。通过调节氧化过程的时间和温度来使用二氧化硅(SiO_2)来生长栅极氧化物。栅极氧化物的厚度从30A到100A变化,并将结果表明并观察到。随着栅极氧化物厚度的增加,阈值电压的值增加。通过使用Silvaco TCAD工具,结果表明,阈值电压的最佳值为0.26 V.该值在具有65nm设备的ITRS指南的范围内。

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