… emphasizes on designing a low actuation voltage RF MEMS switch with adequate switching
speed … This section explains the ways adopted to design an RF MEMS switch with desired …

… Taguchi method and weighted principal component analysis is employed to optimize the
geometric parameters of the beams, in order to obtain a low spring constant, low pull-in voltage, …

This contribution presents an optimization strategy for the mechanical and geometrical
characteristics of clamped–clamped dielectric-less RF-MEMS switches in order to enhance their …

… For the isolation in the off-state for the STS RF-MEMS switch, the regression analysis …
RSM based design optimization technique for the multiresponse optimization and design space …

… MEMS switch is fabricated and the fabrication steps are described step by step. In the design
of this switch… The RF analysis of the fabricated switch in up and down states is shown in Fig. …

… A variable width cantilever beam design is proposed to lower its pull-in potential. The design
optimisation methodology adopted in this study uses analytical model of stiffness constant, …

… By extracting the analysis of S/N ratio set … design of the switch from the RF MEMS switch,
the electrostatic pull-in voltage was calculated 2.8 V. The output data time of the MEMS switch …

… MEMS switch offer many advantages over semiconductor diodes and … analytical values
obtained from the Taguchi method. We were able to optimize the design parameters of the switch …

… analytical solution of the critical collapse voltage for a typical simple beam structure, and also
an approximate analytical … is usually quoted as the limitating of RF MEMS switching speed. …

… presents the design, optimization and simulation of a radio frequency (RF) micro-electromechanical
system (MEMS) switch. The device is a capacitive shunt-connection switch, which …