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Design and Modeling of Micromachined Condenser MEMS Loudspeaker using Permanent Magnet Neodymium-Iron-Boron (Nd-Fe-B)

机译:使用永磁钕 - 铁 - 铁 - 硼 - 铁 - 铁 - 铁 - 铁硼(ND-Fe-B)设计和建模

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There has been some work in recent years to produce MEMS speakers. Geometries have included diaphragm structures, cantilever beams, and thermally actuated domes. The diaphragm skeleton is built out of the metal and glass layers of the CMOS chip, greatly reducing the layering ad patterning required, compared to other MEMS designs. "Brute multiplicity" is useful to circumvent the poor linearity of the individual elements; the number of elements determines the distortion of the total sound produced, not the quality of the transducer. The objective of this research focused on design a new way to produce the sound in rang of human hearing using micro speaker (on MEMS scale) and study concerned about possibility of MEMS speaker fabrication.
机译:近年来有一些工作来生产MEMS发言人。几何形状包括隔膜结构,悬臂梁和热驱动的圆顶。与其他MEMS设计相比,隔膜骨架采用CMOS芯片的金属和玻璃层构成,大大减少了所需的分层广告图案。 “蛮倍率”是有助于规避各个元素的不良线性;元素的数量决定了产生的总声音的失真,而不是换能器的质量。本研究的目的是使用微音箱(MEMS刻度)设计一种在人类听证率中产生声音的新方法,并对MEMS扬声器制造的可能性进行研究。

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