resonator


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Related to resonator: Helmholtz Resonator

resonator

 [rez´o-na″tor]
1. an instrument used to intensify sounds.
2. an electric circuit in which oscillations of a certain frequency are set up by oscillations of the same frequency in another circuit.

res·o·na·tor

(rez'ō-nā'tŏr),
A device for employing inductance to create an electric current of very high potential and small volume.

resonator

/res·o·na·tor/ (rez´o-na″ter)
1. an instrument used to intensify sounds.
2. an electric circuit in which oscillations of a certain frequency are set up by oscillations of the same frequency in another circuit.

resonator

1. an instrument used to intensify sounds.
2. an electric circuit in which oscillations of a certain frequency are set up by oscillations of the same frequency in another circuit.

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References in periodicals archive ?
This system generalizes ([7], Eqs (2-5) and (2-6)) to the case of nonlinear processes in the resonators (terms with M and N).
Fujitsu Laboratories has succeeded in making use of the periodic transparency of ring resonators to generate wide and uniform wavelength spacing of laser light.
Maximum amplitude of displacement of the resonators which vibrate at their eigenfrequencies in a steady state is following:
1 were also assured to be little even in the single resonator setup.
Micromechanical resonators can be used as building blocks of integrated MEM systems.
The bellows material offers corrosion resistance, and the sealed enclosure also allows laser designers to place the resonator assembly in a sealed environment where it can operate in an atmosphere of nitrogen gas.
Complex Gyrator Circuit of an H-Plane Junction Circulator Using E-Plane Turnstile Resonators.
Initial experiments show strong coupling between electromagnetic resonators and magnetic resonators.
This included a diffuser resonator array at the first and last stages of the compressor and a pipe resonator array installed on the inlet and discharge process piping.
Every resonator is compound from 1pm thin layer which represents a spring and from 100[micro]m layer which represent a mass of the resonator.
Chapters cover resonator and filter topologies, BAW device basics, design and fabrication of BAW devices, FBAR resonators and filters, comparison with surface acoustic wave (SAW) devices, thin film deposition for BAW devices, characterization of BAW devices, monolithic integration, and system-in-package integration.