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矢量水听器在水雷上的应用有利于提高水雷武器的目标检测能力,进而提高其生命力与战斗力。通过对同振式矢量水听器悬挂系统的分析,给出了悬挂系统各向同性的基本要求。结合水雷武器的应用特点,研究了一种中心固定式悬挂系统设计方案,并给出对应的新型同振式矢量水听器的设计方案,通过建立简化通道的等效电路模型,分析了该型水听器的基本性能。仿真结果表明,在工作频带内这种矢量水听器能够进行准确的声场信息测量。
The application of vector hydrophone on the mine is conducive to improving the target detection capability of the mine weapon, thereby enhancing its vitality and combat effectiveness. Based on the analysis of the festooning system of the vibrating vector hydrophone, the basic requirements of isotropic suspension system are given. In this paper, a design scheme of a center-mounted suspension system is studied, and the corresponding design scheme of a new type of synchrotron vector hydrophone is proposed. By setting up an equivalent circuit model of the simplified channel, this type of Hydrophone basic performance. The simulation results show that this vector hydrophone can accurately measure the sound field in the working frequency band.