摘要
首先介绍了动铁单元的内部结构及工作原理,然后通过有限元分析,对动铁单元内部元件的材质和腔体结构进行仿真,从而详细地说明了动铁单元内部元件及腔体结构对声学性能的影响,使读者对动铁单元的设计有更深的了解。
The internal structure and working principle of balanced armature is introduced in this paper firstly.Through FEA of the material of internal element and the cavity structure of balanced armature driver, the influence of internal element and cavity structure on acoustic performance is detailed described, which makes readers have a deeper understanding for the design of balanced armature driver.
出处
《电声技术》
2016年第9期22-25,共4页
Audio Engineering
关键词
动铁单元
有限元分析
内部元件
腔体结构
声学性能
balanced armature driver
FEA
internal element
cavity structure
acoustic performance
