RF MEMS technology was initially developed as a … , all make it the ideal tuning device for
reconfigurable filters, … same level-if not higher-than RF MEMS phase shifters, and in our …

… This reversed capacitance tuning with an increasing tuning voltage lowering the RF
capacitance mimics the behaviour of varactor diodes, and thus minimizes the number of changes …

… , while the bandwidth increased as the center frequency was tuned higher. This resulted in
the filter having less insertion loss at the highest tuning state than at the lowest tuning state. …

… tunable capacitor based tunable filters provide excellent performance in terms of tuning
range and quality factor. Many other papers also reported utilizing MBTC for designing high …

… self-resonance frequency, and tuning range. This will provide … most common RF MEMS
inductors applications, including RF … the best fabrication and tuning approaches inferred from the …

… This paper discusses the latest advances in this area on both continuously tunable RF-MEMS
devices, and digital-like tuned devices. While the emphasis of coverage is on fundamental …

… this RF MEMs device can be changed over a significant capacitance range. The RF MEMs
… This is a key ingredient to designing filters that are electronically tuned by varying RF MEMs …

… filter tuning from 8.2 to 11.3 GHz using RF MEMS switched … % tuning with 11% 3 dB bandwidth
for the four tuning states … Radio frequency microelectromechanical systems (RF MEMS) …

… for the development of RF MEMS an industrialized low-cost … For the realization of RF
MEMS, the standard process has … approach to manufacture RF MEMS switches and variable …

… switches and lumped inductors, and results in a tuning range of 3 : 1 with fine frequency …
MEMS microrelays have been reported in [6] and [7]. This paper presents a two-pole RF MEMS …