Abstract -- The paper proposed a MEMS based structure consisting of three topologically identical cells, working as tunable band-stop filter. Each cell of the filter consists of two parallel CPW stub inductors, series connected to the capacitive MEMS, obtaining a series resonator, parallel connected to the input and output CPWs. An accurate procedure design is presented. Also, the filter is analysed for different configuration and MEMS bridge displacement, by using IE3D - Zeland.
Design and full-wave analysis of tunable MEMS band-stop filter
G Bartolucci;R Marcelli;
2006
Abstract
Abstract -- The paper proposed a MEMS based structure consisting of three topologically identical cells, working as tunable band-stop filter. Each cell of the filter consists of two parallel CPW stub inductors, series connected to the capacitive MEMS, obtaining a series resonator, parallel connected to the input and output CPWs. An accurate procedure design is presented. Also, the filter is analysed for different configuration and MEMS bridge displacement, by using IE3D - Zeland.File in questo prodotto:
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