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Military Systems Bolstered By Building-block Breakthroughs

机译:军事系统受制于突破性突破

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摘要

Technological advances leadrnto tactical advantages. That's why investments in electronic technology for military applications traditionally run high. Yet those investments can often yield useful breakthroughs as well as dramatic improvements in existing technologies.rnMilitary systems such as electronic warfare (EW), signal intelligence (SIGINT), and radar systems receive the most funding. Still, electronic building blocks such as amplifiers, display screens, software, and transistors enable those large systems and, hopefully, provide that tactical edge.rnOne of the most basic electronic building blocks is the transistor. Military system designers have long sought more power from a single device to achieve higher power densities in radar and EW transmitters for a given size. Two of the more significant developments in silicon transistor technology come from companies at the extremes of the supply curve: Freescale Semiconductor and HVVi Semiconductors. The former applies a traditional lateral silicon device architecture, while the latter employs a unique vertical configuration in its novel silicon transistors.
机译:技术进步带来了战术优势。这就是传统上用于军事用途的电子技术投资高的原因。然而,这些投资通常可以带来有益的突破,也可以对现有技术进行重大改进。rn电子战(EW),信号情报(SIGINT)和雷达系统等军事系统获得的资金最多。尽管如此,诸如放大器,显示屏,软件和晶体管之类的电子构建块仍能使那些大型系统成为现实,并有望提供这种战术优势。晶体管是最基本的电子构建块之一。长期以来,军事系统设计人员一直在寻求通过一种设备提供更多功率的功能,以在给定尺寸下实现雷达和电子发射器的更高功率密度。硅晶体管技术的两个更重要的发展来自供应曲线极端的公司:飞思卡尔半导体和HVVi半导体。前者采用传统的横向硅器件架构,而后者在其新颖的硅晶体管中采用独特的垂直配置。

著录项

  • 来源
    《Electronic Design》 |2008年第25期|666870|共3页
  • 作者

    JACK BROWNE;

  • 作者单位
  • 收录信息 美国《工程索引》(EI);
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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