SIMULATION OF PULL-IN EFFECT IN MEMS CAPACITOR USING GUI IN MATLAB

Version 1.0.0.0 (938 ko) par piyush kant
near the 2/3rd of total gap between the plates the response of the mems capacitor gets unstable.
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Mise à jour 14 avr. 2013

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When voltage is applied over the capacitance, electrostatic force will work to reduce the plate separation d −x. At small voltages, the electrostatic voltage is countered by the spring force Fk = kx but as voltage is increased the plates will eventually snap together. Estimating this pull-in voltage UP and the plate travel distance x before pull-in effect is required for the successful design of electrostatic actuators, switches, varactors, and sensors.

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piyush kant (2024). SIMULATION OF PULL-IN EFFECT IN MEMS CAPACITOR USING GUI IN MATLAB (https://www.mathworks.com/matlabcentral/fileexchange/41267-simulation-of-pull-in-effect-in-mems-capacitor-using-gui-in-matlab), MATLAB Central File Exchange. Récupéré le .

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1.0.0.0