… mainly concentrate on fabrication of high reliable RF MEMS switch with best performance in
… In this work, we have fabricated and characterized shunt capacitive RF MEMS switch using …

… In this paper, we have proposed an analytical capacitance model based on ligament
efficiency to implemented for the step structure perforated RF MEMS shunt switch. The proposed …

… RF MEMS switch performance in terms of actuation voltage can also be improved by
incorporating perforations … The performance of an RF MEMS capacitive switch also decided on the …

… beam type capacitive RF MEMS switch is designed and simulated. The switch is considered
as meanders and perforations, and … analysis including upstate and downstate capacitance …

… the design and analysis of an RF MEMS Shunt switch with low pull-in voltage and good RF
… and simulation of a capacitive shunt RF MEMS fixed–fixed switch analyzed at a frequency of …

… maintain the capacitance at 37 ​fF for perforated switch design, … meander switch are feasible
to fabricate and propagates RF … The final dimensions to fabricate the proposed switch are …

… analysis of the RF-MEMS Capacitive type switch. Here, we have proposed different stages
of shunt switches … By decreasing the pull-in voltage we have taken perforations and different …

… In this paper, the perforations are introduced in the fabrication process to release the …
operating frequency of RF signal during transmission. The fabricated perforated switch shows low …

… The perforations are … analysis of RF MEMS shunt switch with microstrip patch antenna for
high frequency applications. The switch obtained actuation voltage is 12 V, and the switching …

… From the performance analysis in the Sect. 4, we have proposed an shunt capacitive RF
MEMS switch with perforated serpentine structure with non-uniform meanders and AlN as a …