A microelectromechanical resonator includes a resonator body having a semiconductor region therein that may be degenerately doped with boron. This high level of doping facilitates the formation of a eutectic alloy within the resonator body in response to resistive heating. The formation of a lattice-strained eutectic alloy within the resonator body supports reductions in the temperature coefficient of frequency (TCF) of the resonator over a relatively large temperature range.Georgia Tech Research Corporatio
This dissertation explores methods for eliminating one of the most important obstacles that hinders ...
The thermal stability of the natural frequency of a double-ended tuning-fork MicroElectroMechanical ...
This paper reports on passive temperature compensation techniques for high quality factor (Q) silico...
A micro-electromechanical resonator includes a resonator body having a semiconductor region therein ...
A micro-electromechanical resonator includes an electrically-trimmed resonator body having at least ...
The invention relates to a microelectromechanical resonator device comprising a support structure an...
The invention provides a microelectromechanical resonator device comprising a support structure and ...
The invention concerns microelectromechanical resonators. In particular, the invention provides a re...
Passive temperature compensation of silicon MEMS resonators based on heavy n- and p-type doping is s...
The invention relates to a temperature compensated micromechanical resonator and method of manufactu...
Disclosed are micromechanical resonators having features that compensate for process variations and ...
Single crystal materials exhibit much lower dielectric losses than their ceramic counterparts. The c...
A method of forming a micromechanical resonator includes forming a resonator body anchored to a subs...
Extent: 13 p. Invited articleDielectric resonators are key elements in many applications in micro to...
MEMS resonators have potential application in the area of frequency selective devices (e.g., gyrosco...
This dissertation explores methods for eliminating one of the most important obstacles that hinders ...
The thermal stability of the natural frequency of a double-ended tuning-fork MicroElectroMechanical ...
This paper reports on passive temperature compensation techniques for high quality factor (Q) silico...
A micro-electromechanical resonator includes a resonator body having a semiconductor region therein ...
A micro-electromechanical resonator includes an electrically-trimmed resonator body having at least ...
The invention relates to a microelectromechanical resonator device comprising a support structure an...
The invention provides a microelectromechanical resonator device comprising a support structure and ...
The invention concerns microelectromechanical resonators. In particular, the invention provides a re...
Passive temperature compensation of silicon MEMS resonators based on heavy n- and p-type doping is s...
The invention relates to a temperature compensated micromechanical resonator and method of manufactu...
Disclosed are micromechanical resonators having features that compensate for process variations and ...
Single crystal materials exhibit much lower dielectric losses than their ceramic counterparts. The c...
A method of forming a micromechanical resonator includes forming a resonator body anchored to a subs...
Extent: 13 p. Invited articleDielectric resonators are key elements in many applications in micro to...
MEMS resonators have potential application in the area of frequency selective devices (e.g., gyrosco...
This dissertation explores methods for eliminating one of the most important obstacles that hinders ...
The thermal stability of the natural frequency of a double-ended tuning-fork MicroElectroMechanical ...
This paper reports on passive temperature compensation techniques for high quality factor (Q) silico...