Fiber-Optic MEMS Accelerometer Based on Push-Pull Michelson
A balanced Michelson interferometer based on a 3×3 fiber coupler is employed as a displacement transduction system, and an improved elliptic fitting algorithm (EFA) is proposed for phase
Fiber optic accelerometer based on clamped beam
In this paper a fiber optic accelerometer (FOA) based on camped beam is proposed. The clamped beam is used as the elastic element and a mass installed on the clamped beam is used as the inertial
Optical fiber accelerometer for shock motion measurement
This study proposes an accelerometer to measure shock motion with a fiber Bragg grating (FBG) sensing element attached to a 3D-printed elastomer structure. The structure is designed to be able to
Design of a compliant-cylinder-type fiber-optic accelerometer: theory
Experimental and theoretical research was carried out in order to establish the dependence of the performance of a compliant-cylinder-based fiber-optic accelerometer on the geometry and elastic
A real-time miniaturized fiber optic interferometric accelerometer
To meet the demands of this application, a real-time miniaturized fiber optic interferometric accelerometer (FOIA) based on parameter optimization of the compliant cylinder and
A real-time miniaturized fiber optic interferometric accelerometer
This study proposes a high-accuracy transient response fiber optic seismic accelerometer based on the resonance suppression mechanism.
Nano-g resolution optical fiber MEMS accelerometer with symmetric
A fiber-optic MEMS accelerometer based on a symmetric push-pull spring structure made by micromachining on a silicon substrate is presented, which combines the advantages of low
High-Performance Compact Fiber Optic Interferometric Accelerometer
In this article, a fiber optic accelerometer based on a Fabry-Perot interferometer is presented and prepared by micromachining on a silicon substrate.
Fiber-optic accelerometer based on a modal interferometer using
A compact fiber-optic accelerometer based on a modal interferometer, which is fabricated by misaligned splicing of a short section of a thin-core fiber between two sections of a standard single-mode fiber, is
A MEMS fiber-optic Fabry-Perot accelerometer with spectral-phase
In this work, a high-sensitive fiber-optic FP accelerometer based on spectral-phase demodulation is introduced to achieve vibration detection with the large measurement range and
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