The frequency shift of ring oscillators operated at high power supply voltages exhibits hot-carrier degradation similar to the well-known stress effects measured at single transistors. The predicted duty cycles based on substrate currents generated during the fast switching periods yield results which are in good agreement with the degradation data from ring oscillators and externally switched inverters only for short stress times. For long stress times, however, deviations are reported
The effects of circuit-level stress on both inverter operation and MOSFET characteristics have been ...
This paper systematically investigates the hot-carrier- and soft-breakdown-induced performance degra...
This paper systematically investigates the hot-carrier- and soft-breakdown-induced performance degra...
The impact of hot-carrier (HC) stress on CMOS inverters at 77K was examined as a function of tempera...
To study the gate oxide degradation under stress conditions closer to the actual operation of device...
We studied the degradation of CMOS inverters subjected to DC and pulsed electrical stresses, focusi...
The degradation predicted by classical DC reliability methods, such as bias temperature instability ...
In this work, an 'on-the-fly' measurement technique for the monitoring of CMOS inverters performance...
The degradation of NMOS and PMOS transistors within CMOS inverters has been analyzed. Channel-hot-ca...
International audienceAC stressing is investigated to determine the hot-carrier reliability in a 0.5...
In this work, an ‘on-the-fly’ measurement technique for the monitoring of CMOS inverters performance...
An analysis of MOS transistor hot carrier degradation is presented, based upon experimental, simulat...
The hot carrier effects on the 0.25 mu m high voltage LDMOS has been examined by the accelerated str...
This paper systematically investigates the hot carrier (HC) and soft-breakdown (SBD) induced perform...
The hot carrier effects on the 0.25 μm high voltage LDMOS has been examined by the accelerated stres...
The effects of circuit-level stress on both inverter operation and MOSFET characteristics have been ...
This paper systematically investigates the hot-carrier- and soft-breakdown-induced performance degra...
This paper systematically investigates the hot-carrier- and soft-breakdown-induced performance degra...
The impact of hot-carrier (HC) stress on CMOS inverters at 77K was examined as a function of tempera...
To study the gate oxide degradation under stress conditions closer to the actual operation of device...
We studied the degradation of CMOS inverters subjected to DC and pulsed electrical stresses, focusi...
The degradation predicted by classical DC reliability methods, such as bias temperature instability ...
In this work, an 'on-the-fly' measurement technique for the monitoring of CMOS inverters performance...
The degradation of NMOS and PMOS transistors within CMOS inverters has been analyzed. Channel-hot-ca...
International audienceAC stressing is investigated to determine the hot-carrier reliability in a 0.5...
In this work, an ‘on-the-fly’ measurement technique for the monitoring of CMOS inverters performance...
An analysis of MOS transistor hot carrier degradation is presented, based upon experimental, simulat...
The hot carrier effects on the 0.25 mu m high voltage LDMOS has been examined by the accelerated str...
This paper systematically investigates the hot carrier (HC) and soft-breakdown (SBD) induced perform...
The hot carrier effects on the 0.25 μm high voltage LDMOS has been examined by the accelerated stres...
The effects of circuit-level stress on both inverter operation and MOSFET characteristics have been ...
This paper systematically investigates the hot-carrier- and soft-breakdown-induced performance degra...
This paper systematically investigates the hot-carrier- and soft-breakdown-induced performance degra...