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    • 4. 发明授权
    • Augmenting surface electrode for piezoelectric workpiece
    • 用于压电工件的增强表面电极
    • US06747401B2
    • 2004-06-08
    • US10064465
    • 2002-07-17
    • Yu-Hsiang HsuWen-Hsin HsiaoWen-Jong WuChih-Kung Lee
    • Yu-Hsiang HsuWen-Hsin HsiaoWen-Jong WuChih-Kung Lee
    • H01L41107
    • H01L41/107H01L41/047H01L41/257Y10T29/42Y10T29/43
    • Augmenting surface electrodes for piezoelectric workpieces together with the method for fabrication are disclosed for improving fabrication and operation reliability of the workpieces. A piezoelectric workpiece used for energy conversion between electrical and mechanical forms in a piezoelectric system comprises a body, a number of function electrodes, and at least an augmenting surface electrode. The body of piezoelectricity is used for implementing the energy conversion. The function electrodes are each fixedly attached to the surface of the body, and are connected in the electric circuit for implementing the energy conversion. At least one of the function electrodes has a shape with a contour of at least one acute angle. At least an augmenting surface electrode has a substantially elongated shape fixedly attached to the surface of the body proximate to the acute angle. Together, the augmenting surface electrode and the proximate function electrode thereof constitute a gross electrode that substantially cancels the acute angle when both are connected electrically to the same electric potential. The acute angle is cancelled during the polarization of electric dipoles of the body grain molecules so that the boundary region between different polarization orientation distribution regions can be smoothed. The reliability of the piezoelectric workpiece is improved both during the fabrication and during normal operation of the workpiece.
    • 公开了用于压电工件的增强表面电极以及制造方法,用于改善工件的制造和操作可靠性。 用于压电系统中电和机械形式之间的能量转换的压电工件包括主体,多个功能电极和至少一个增强表面电极。 压电体用于实现能量转换。 功能电极各自固定在主体的表面上,并连接在电路中以实现能量转换。 功能电极中的至少一个具有至少一个锐角的轮廓的形状。 至少一个增强表面电极具有固定地附接到靠近锐角的本体的表面的基本上细长的形状。 一起,增强表面电极和其附近功能电极构成总电极,当两者都电连接到相同的电位时,该电极基本上抵消了锐角。 在体粒分子的电偶极子的极化期间锐角被抵消,使得不同极化取向分布区域之间的边界区域可以平滑化。 在制造过程中和工件的正常工作期间,压电工件的可靠性得到改善。