Chinese Journal of Ship Research, Volume. 17, Issue 2, 220(2022)

Engineering design for submarine towed array sonar system

Wenda SHI
Author Affiliations
  • China Ship Development and Design Center, Wuhan 430064, China
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    Figures & Tables(11)
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    • Table 1. Design parameters of linear array

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      Table 1. Design parameters of linear array

      工作频段/Hz中心频率/Hz(λ/2)/mm长度/m
      50~100751040400
      100~200150540200
      200~4003002.540100
      400~8006001.254050
    • Table 2. Pros and cons comparison of three types of winch

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      Table 2. Pros and cons comparison of three types of winch

      姿态类型优点缺点应用实例
      立式平滚形态扁平,对高度空间需求小,适合上层建筑高度较矮的潜艇缆阵缠绕后受重力影响,可能产生滑落而排缆不整齐212型,“柯林斯”级
      卧式纵滚缆阵排列不受重力影响初始排列半径较小,对缆阵的最小转弯半径有较高的要求“弗吉尼亚”级
      卧式横滚可利用潜艇纵向长度空间丰富的特点缆阵缠绕方向与缆阵释放方向垂直,排缆装置负荷较大“机敏”级
    • Table 3. Typical design schemes of towed array sonar installation aboard submarine [11]

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      Table 3. Typical design schemes of towed array sonar installation aboard submarine [11]

      国别潜艇名称拖曳声呐型号设计特点示例图片
      美国“弗吉尼亚”级TB-16(粗)TB-29A(细)包含粗、细双拖线阵,采用压电式水听器、卧式卷盘装置、电力驱动,释放口分别设置在水平稳定翼末端和艇体艉部左侧
      英国“机敏”级2076系统组件双拖线阵集中布置在艉部,包含手动和自动各一条,收放管突出于艇体
      德国212A型TAS-90集中布置在艉部,装置集成度高,释放口采用折倒式设计,设计精巧
      俄罗斯“阿库拉”级“鳐-3”收放系统集中布置在上垂直稳定翼的巨大纺锤体结构内,采用水压驱动方式
      澳大利亚“柯林斯”级衍生型TB-23F集中布置在艉部壳板内,收放导管伸出壳体外较长,使用A形架支撑
      日本“苍龙”级衍生型ZQR-1释放口固定布置在潜艇艉部下方,采用流线型外形设计
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    Wenda SHI. Engineering design for submarine towed array sonar system[J]. Chinese Journal of Ship Research, 2022, 17(2): 220

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    Paper Information

    Category: Weapon, Electronic and Information System

    Received: May. 19, 2021

    Accepted: --

    Published Online: Mar. 24, 2025

    The Author Email:

    DOI:10.19693/j.issn.1673-3185.02379

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