This paper begins by introducing various vibrational modes in disc piezoelectric devices and calculating their electrical properties. The measurement results of the composite and ceramic samples were compared and after verifying the results, the outputs were evaluated. In this study the analytical methods were applied to electrical characteristics in this type of electrical follower, leading to the desired electrical relations. The aforementioned relationships were ultimately used in a pre-construction simulation process, and their results were utilized to increase the accuracy and simplicity of the process of manufacturing acoustic transducers. An important feature of this method of predicting electro-acoustic characteristics is the ability to accurately determine the resonance frequency with respect to the dimensions of the bars and the piezoelectric materials very fast. In addition, with the precise formulation, the effect of different parameters on the electrical characteristics of the piezocomposite can be easily assessed.

本文首先介绍了圆盘压电器件的各种振动模式并计算了它们的电性能。比较了复合材料和陶瓷样品的测量结果，并在验证结果后评估了输出。在本研究中，将分析方法应用于这种类型的电跟随器中的电特性，从而获得所需的电关系。前述关系最终被用在施工前的模拟过程中，并且利用它们的结果来提高制造声换能器过程的准确性和简便性。该预测电声特性的方法的重要特征是能够非常快速地准确地确定相对于棒和压电材料的尺寸的共振频率。此外，采用精确的配方，可以轻松评估不同参数对压电复合材料电学特性的影响。