Abstract- A low leakage characterization technique for the lateral profiling of interface and oxide traps in a 12A-16A range gate oxide CMOS devices has heen demonstrated. The approach being taken includes an incremental frequency Charge-Pumping(1FCP) measurement and a neutralization procedure such that interface and oxide traps can be separated. The most critical steps are the elimination of leakage current during measurement and a neutralization procedure, which enables accurate determination of interface and oxide traps. This method has been demonstrated successfully for an advanced sub-l00nm CMOS devices. As an important merit for its application, evaluations of HC reliability and NBTI effect have also been demonstrated. Evaluations of ...
[[abstract]]For better understanding the hot-carrier-induced reliability problems, a charge-pumping ...
A new gate current (GC) on-line method is presented to evaluate the degradation of negative bias tem...
This paper presents the depth profile of oxide trap density, extracted from the dual gate processed ...
In this paper, we compare the hot carrier (HC) stress and oxide breakdown results with the fast and ...
In this paper, the low voltage stress induced substrate leakage current (Ib) was studied based on ge...
In this work we have studied how oxide and interface degradation affect the performance of MOSFETs w...
Reduction in static-power dissipation (gate leakage) by using nitrided oxides comes at the expense o...
The requirements for ever faster circuits and higher packing density have driven the continuous down...
From calculations of semiconductor interface charge, oxide voltage and tunneling currents for MOS sy...
During recent years the thickness of the gate oxide has been reduced considerably. The progressive m...
High leakage current in deep-submicrometer regimes is be-coming a significant contributor to power d...
Abstract: This paper presents a comprehensive study of leakage reduction techniques applicable to CM...
The effect of homogeneous contamination on the oxide integrity is studied by electrical measurements...
[[abstract]]For better understanding the hot-carrier-induced reliability problems, a charge-pumping ...
[[abstract]]In this thesis, reliability assessment for low voltage CMOS device had been studied. New...
[[abstract]]For better understanding the hot-carrier-induced reliability problems, a charge-pumping ...
A new gate current (GC) on-line method is presented to evaluate the degradation of negative bias tem...
This paper presents the depth profile of oxide trap density, extracted from the dual gate processed ...
In this paper, we compare the hot carrier (HC) stress and oxide breakdown results with the fast and ...
In this paper, the low voltage stress induced substrate leakage current (Ib) was studied based on ge...
In this work we have studied how oxide and interface degradation affect the performance of MOSFETs w...
Reduction in static-power dissipation (gate leakage) by using nitrided oxides comes at the expense o...
The requirements for ever faster circuits and higher packing density have driven the continuous down...
From calculations of semiconductor interface charge, oxide voltage and tunneling currents for MOS sy...
During recent years the thickness of the gate oxide has been reduced considerably. The progressive m...
High leakage current in deep-submicrometer regimes is be-coming a significant contributor to power d...
Abstract: This paper presents a comprehensive study of leakage reduction techniques applicable to CM...
The effect of homogeneous contamination on the oxide integrity is studied by electrical measurements...
[[abstract]]For better understanding the hot-carrier-induced reliability problems, a charge-pumping ...
[[abstract]]In this thesis, reliability assessment for low voltage CMOS device had been studied. New...
[[abstract]]For better understanding the hot-carrier-induced reliability problems, a charge-pumping ...
A new gate current (GC) on-line method is presented to evaluate the degradation of negative bias tem...
This paper presents the depth profile of oxide trap density, extracted from the dual gate processed ...