Acoustic Amplifier Using MEMS Technology

Direction Finding Using Multiple Mems Acoustic Sensors

Reconfigurable Antenna Structures Using Mems Technology

The tunable characteristics of RF MEMS (Microelectromechanical Systems) components enable their integration with antennas providing numerous advantages such as reconfigurability in polarization, frequency, and radiation pattern [1]. Furthermore, the monolithic fabrication of these components with antennas can reduce parasitic effects, losses and costs. This paper presents two tunable frequency ...

Measuring Cell Adhesion Using Mems Technology

.....................................................................................3 Adhesion vs. Elasticity...................................................................6 Cell Properties..............................................................................6 Optical Tweezers..........................................................................8 Our Proposed Device...............

A New Design of Dual Band Phase Shifter using MEMS Technology

Abstract - This paper presents a new design of microwave microelectromechanical systems (MEMS) phase shifter for dual band wireless local area network (WLAN) applications. A bit is designed which product a constant phase shift of 11.25° by switching between two line that consist of 12 and 6 unitcells in each frequency band. A unitcell is constructed by gold membrane suspended over the coplanar ...

RF MEMS Switch Technology

Commercial Applications Solid state and electromagnetic relay switches are being replaced by MEMS switches due to their lower costs and increased application performance. Some of the benefits of MEMS switches include low power consumption, long life cycle, linearity and increased switching speeds. Applications include highspeed digital channel switching in automated test equipment, filter bank ...