[[abstract]]For better understanding the hot-carrier-induced reliability problems, a charge-pumping technique has been developed to profile the Qot and Nit directly from the experimental results. However, the key neutralization condition is acquired by trial and error, which takes much time and effort. Therefore, a technique of two-step neutralization is proposed to find out the appropriate neutralization condition in this work. This two-step neutralization combined with the error-reduction method is shown to carry out the profiling more quickly and precisely.[[fileno]]2060110010006[[department]]工程與系統科學
Hot-carrier effects of n-clannel MOSFETs are investigated under a series of stress modes. A novel me...
在电荷泵技术的基础上,提出了一种新的方法用于分离和确定氧化层陷阱电荷和界面陷阱电荷对pMOS器件热载流子应力下的阈值电压退化的作用,并且这种方法得到了实验的验证.结果表明对于pMOS器件退化存在三种机...
Hot-carrier degradation of n-channel MOSFETs with 4 and 9 nm gate oxides is studied under intermedia...
[[abstract]]For better understanding the hot-carrier-induced reliability problems, a charge-pumping ...
A novel simulation-independent charge pumping (CP) technique is employed to accurately determine the...
A novel simulation-independent charge pumping (CP) technique is employed to accurately determine the...
The influence of channel length and oxide thickness on the hot-carrier induced interface (Nit) and o...
In this article, a new direct charge pumping technique is proposed for extraction of spatial distrib...
Copyright to Elsevier PublisherA new charge pumping (CP) technique is proposed to obtain the spatial...
The spatial distribution of interface traps in hot-carrier stressed lateral asymmetric channel (LAC)...
A new charge pumping (CP) technique is proposed to obtain the spatial profile of interface-state den...
In this article,a new direct charge pumping technique is proposed for extraction of spatial distribu...
The influence of channel length and oxide thickness on the hot-carrier induced interface (Nit) and o...
提出了一种新的基于电荷泵技术和直流电流法的改进方法,用于提取LDD n-MOSFET沟道区与漏区的界面陷阱产生.这种方法对于初始样品以及热载流子应力退化后的样品都适用.采用这种方法可以准确地确定界面陷...
A new improved technique, based on the direct-current current-voltage and charge pumping methods, wa...
Hot-carrier effects of n-clannel MOSFETs are investigated under a series of stress modes. A novel me...
在电荷泵技术的基础上,提出了一种新的方法用于分离和确定氧化层陷阱电荷和界面陷阱电荷对pMOS器件热载流子应力下的阈值电压退化的作用,并且这种方法得到了实验的验证.结果表明对于pMOS器件退化存在三种机...
Hot-carrier degradation of n-channel MOSFETs with 4 and 9 nm gate oxides is studied under intermedia...
[[abstract]]For better understanding the hot-carrier-induced reliability problems, a charge-pumping ...
A novel simulation-independent charge pumping (CP) technique is employed to accurately determine the...
A novel simulation-independent charge pumping (CP) technique is employed to accurately determine the...
The influence of channel length and oxide thickness on the hot-carrier induced interface (Nit) and o...
In this article, a new direct charge pumping technique is proposed for extraction of spatial distrib...
Copyright to Elsevier PublisherA new charge pumping (CP) technique is proposed to obtain the spatial...
The spatial distribution of interface traps in hot-carrier stressed lateral asymmetric channel (LAC)...
A new charge pumping (CP) technique is proposed to obtain the spatial profile of interface-state den...
In this article,a new direct charge pumping technique is proposed for extraction of spatial distribu...
The influence of channel length and oxide thickness on the hot-carrier induced interface (Nit) and o...
提出了一种新的基于电荷泵技术和直流电流法的改进方法,用于提取LDD n-MOSFET沟道区与漏区的界面陷阱产生.这种方法对于初始样品以及热载流子应力退化后的样品都适用.采用这种方法可以准确地确定界面陷...
A new improved technique, based on the direct-current current-voltage and charge pumping methods, wa...
Hot-carrier effects of n-clannel MOSFETs are investigated under a series of stress modes. A novel me...
在电荷泵技术的基础上,提出了一种新的方法用于分离和确定氧化层陷阱电荷和界面陷阱电荷对pMOS器件热载流子应力下的阈值电压退化的作用,并且这种方法得到了实验的验证.结果表明对于pMOS器件退化存在三种机...
Hot-carrier degradation of n-channel MOSFETs with 4 and 9 nm gate oxides is studied under intermedia...