Sentence examples for stress voltage from inspiring English sources

The analysis of HCI damage phenomenon on this device shows that the degradation mechanism is highly dependent on the stress voltage at the gate (VGS).

Glass is not a static material and Na movement is easily activated by different triggering causes (stress, voltage bias, environmental variables).

While investigating stresses, screening burn-in by thermal stress, voltage stress, or mechanical shock stress, most related studies failed to develop an effective method to determine the optimal burn-in time and burn-in cost for a practical operation.

Time-dependent dielectric breakdown (TDDB), in which the traps in oxide bulk form a conducting path under application of stress voltage for long period of time, has emerged as one of the important sources of performance degradation in advanced devices.

Implementation of the LNA demonstrates that RF performance can be maintained after human body mode (HBM ESDD test while at the same time endure more than +2.5 kV and −2 kV HBM ESD stress voltage.

This paper aims to calculate an estimate of the initial stress voltage distribution in the transformer windings through their losses (that can be reduced by varying the construction parameters such as conductor section and size of the core window) through the numerical interpolation applied in capacitances of distribution transformers 30, 45, 75 and 112.5 kVA, 15 kV class.

These results indicate that the gate insulator effectively mitigated the performance degradation; however, it did not suppress the additional trapping when high stress voltages were applied.

Figure 5 Evolution of flat-band voltage as a function of waiting time for the MIS structures after Ge + ion implantation at 5 keV followed by thermal annealing at 800°C and subjected to a stress voltages of +6 V for electron charging, and -6 V for hole charging for 3s.

This paper deals with the modeling of insulation material lifespan in a partial discharge regime under certain accelerated electrical stresses (voltage, frequency and temperature).

A stress-voltage electromechanical model is considered for the piezoelectric materials fully coupled to the electrical circuits.

During the current stress the voltage applied to the gate was shorted to that applied to the drain, and this voltage was adjusted to achieve the required current stress setting.