It's a sterile grid of apartment blocks surrounding gated courtyards.
Another gantlet awaited her outside her apartment building, surging against the surrounding gate with such pressure that it buckled.
The proposed model can be used as a basic design guideline for gate-engineered junctionless surrounding gate MOSFETs.
In this work, an analytical model of gate-engineered junctionless surrounding gate MOSFET (JLSRG) has been proposed to uncover its potential benefit to suppress short-channel effects (SCEs).
We prepared P3HT (poly[3-hexylthiophene-2,5-diyl]) VOFETs with a surrounding gate electrode and gate dielectric around the vertical P3HT pillar junction.
By keeping it in mind, a metal gate with linearly modulated work-function (5 4.2 ev) along the z-axis in a cylindrical surrounding gate MOSFET is introduced.
In this paper, we propose a new two-dimensional (2-D) analytical model of dual material junctionless surrounding gate MOSFET (DMJLSRG MOSFET).
Transconductance to drain current ratio of the triple material surrounding gate is calculated since it is a better criterion to access the performance of the device.
Analysis shows that surrounding gate enables control of parameters such as on-current, subthreshold slope and threshold voltage and offer potential further applications.
Moreover, devices with a surrounding gate, such as gate-all-round (GAA) devices or nanowire (NW) transistors, are widely recognized as the definitive solution to suppress the SCE for the strongest gate control during Si FET scaling [7, 8].
