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New Microelectromechanical Cavities for Gigahertz Frequencies

机译:千兆赫频率的新型微机电腔

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摘要

A possibility of creating micrometer-sized microelectromechanical cavities operating at gigahertz frequencies is considered. A thin film of a dielectric (ferroelectric) with a high dielectric permeability and electric strength is included into the cavity structure. Specific features of device operation and its structure are described by a mathematical model that allows one to find exact relations between the parameters characterizing natural oscillations of the moving element and the triggering voltage.
机译:考虑了创建以千兆赫频率工作的微米级微机电腔的可能性。具有高介电渗透性和电强度的电介质(铁电)薄膜被包括在腔结构中。一种数学模型描述了设备操作及其结构的特定特征,该数学模型允许人们找到表征运动元件自然振荡的参数与触发电压之间的精确关系。

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