Shell-type Micromechanical Actuator and Resonator
- Detailed Technology Description
- Cornell researchers have developed a novel MEMS actuator useable as a high frequency micromechanical resonator.
- Others
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Patent: 7,812,502
- *Abstract
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Cornell researchers have developed a novel MEMS actuator useable as a high frequency micromechanical resonator. Unlike other resonators, the device requires only one structural layer, and can be constructed as a small concave segment of a thin shell sphere as well as other designs. In-plane stress/strain in the device, created by laser driven local heating or other input, results in out-of-plane motion. Large amplitude vibrations have been demonstrated at frequencies above 10 MHz. The device promises to find application in a variety of RF applications.
Potential Applications
- RF MEMS
- Wireless communication
Advantages
- Low-cost, simple, CMOS-compatible fabrication
- Adaptable, high frequency oscillations with a variety of vibrating modes
- *Licensing
- Martin Teschlmt439@cornell.edu(607) 254-4454
- Country/Region
- USA

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