planar technology

英 [ˈpleɪnə(r) tekˈnɒlədʒi] 美 [ˈpleɪnər tekˈnɑːlədʒi]

网络  平面技术; 平面工艺技术; 平面工艺; 平面加工技术

计算机



双语例句

  1. This paper simulates and designs planar MEM inductors based on surface-micromachining technology, and presents equivalent circuit models of the inductors and its parameters extraction methods.
    模拟并设计了一种基于表面微机械加工的平面MEM电感,提出了它的等效电路模型并给出模型中参数的提取方法。
  2. Planar windings manufactured by LIGA technology and silicon micromachine technology are connected with three-phase wye connection.
    定子为平面线圈,是采用硅微机械加工技术和LIGA工艺制作的。
  3. Time division multiplexing Research on Optical Add Drop Multiplexer Based on Planar Lightwave Circuit Technology
    基于平面光波导技术的光分插复用器的研究
  4. Development of Large Area Si Detectors Based on Planar Technology for Charged Particles
    大面积平面工艺Si带电粒子探测器研制
  5. Our R& D team developed planar transformer inductor products, the technology is the leading domestic level.
    我公司研发团队自主开发平面变压器电感器产品,该技术处于国内领先的水平。
  6. At present, domestic planar bar code technology and the corresponding products are almost mature, and the electric power supply company will be able to apply the planar bar'code technology step by step.
    目前,国内二维码技术和产品已基本成熟,供电企业可以逐步进行二维码技术的应用。
  7. The method is proven feasible and simple by its application to the crystalline basement inversion of Zhanhua region. Compared with the current theoretical gravity-magnetism inversion modeling, it has the potential of promoting the development of the planar combined inversion technology of gravity-magnetism-electricity-seism.
    经沾化地区结晶基底的反演试验,认为方法可行、实施简便,与目前的重磁理论建模反演相比,具有推进重磁电震平面联合反演技术发展的潜能。
  8. The fabrication technology and performances of new type space charged particle detectors fabricated by using planar technology and ion implanted technique were described.
    描述了用平面工艺+离子注入技术制备新型空间带电粒子探测器的工艺技术及器件的特性。
  9. The Application of Planar Resistor Technology in High-Speed Signal Transfer
    平面电阻技术在高速信号传输中的应用
  10. A Ge_xSi_ ( 1-x)/ Si heterojunction infrared detecton was fabricated by molecular beam epitaxy ( MBE) combined with Si planar technology.
    用分子束外延技术结合硅平面工艺研制成了GexSi(1-x)/Si异质结远红外探测器。
  11. On the crest of a wave: will polymer planar waveguide technology take the lead in the telecom revolution?
    攀登之路:聚合物平面波导技术将在远程通讯革命中起先导作用吗?
  12. Application of planar bar code technology to electric power supply company's measuring instruments management
    二维码在供电企业计量器具管理中的应用
  13. Planar bar code technology and its application to asset data input, operation management and field examination of electric power supply company's measuring instruments management are introduced.
    介绍了二维码技术及其在供电企业计量器具管理中资产录入、运行管理、现场检查中的具体应用。
  14. Study on Motion of Planar Mechanism Based on CCD Technology
    基于CCD技术的平面机构运动研究
  15. This part has mainly presented structure and fabrication design of MHD micropump based on MHD theory and planar microfabrication technology, basic theoretical research, the fabrication experiments, performance experiments research on MHD micropump.
    这一部分主要阐述了基于磁流体推进机理与平面微加工工艺的磁流体推进式微型泵的设计,初步理论研究,加工制作试验与初步性能试验研究。
  16. This paper describes the processing method of low energy X-ray Si-PIN detectors manufactured by planar technology.
    本文叙述了用平面工艺技术制备Si-PIN低能X射线探测器的工艺方法。
  17. The arrayed-waveguide grating ( AWG) bases on the planar linear circuit technology of Si substrate has two elementary functions: one is multi/ demultiplexer, the other is static wavelength router.
    基于Si基片的平面波导回路技术的阵列波导光栅(AWG)具有两个基本的功能:复用/解复用功能以及静态路由功能。
  18. One important advantage is that the combination of mechanical and electrical technology will greatly simplify the construction of planar motor drafting system and manufacturing technology and thereby reduce the production cost.
    一个重要的优点是机械、电气技术的结合将会大大地简化平面电机绘图系统的结构和制造工艺,因而降低了成本。
  19. Application of Solid Modeling and Its Planar Drawing Conversion Technology in the Design of Packaging Machines
    实体造型及其二维图形转换技术在包装机械设计中的应用
  20. The progress on planar waveguide technology and the polymer used for this technology were introduced.
    介绍了聚合物平面波导技术和聚合物作为必需材料在高性能、低成本集成光学线路中应用的研究进展。
  21. Antenna Planar Near-Field Measurement System Technology in Time Domain
    天线时域平面近场测试实验系统的研究
  22. Study on Stiffness Characterization of Planar W-Form Micro-Springs Based on MEMS Technology
    基于MEMS技术的平面W型微弹簧刚度特性研究
  23. Development of low energy X-ray Si-PIN detectors based on planar technology
    平面工艺Si-PIN低能X射线探测器研制
  24. The planar transformer and integrated magnetism technology can reduce the height, the volume and weight of the magnetic device, improve the power density of the magnetic device to realize "small, light, thin" of the switch power.
    采用平面变压器和平面集成磁技术可以显著降低磁性器件的高度,减小磁性器件的体积和重量,提高磁性器件的功率密度,可以实现开关电源轻、小、薄的要求。
  25. Introduces the principle of planar shadow technology using computer graphics, the solve method about the problem of shadow with polygon offset and stencil buffer technology for processing complicated real time 3D drawing are also introduced.
    利用计算机图形学知识探讨了平面阴影的生成原理,解决了带多边形偏移的阴影问题,并对3D硬件支持模板缓冲区的应用进行了探讨。
  26. Development of planar technology space charged particle detector
    平面工艺空间带电粒子探测器的研制
  27. In order to achieve reduced switching losses, reduced the size and number of magnetic components, this article applied planar passive integration technology and soft-switching technology in switching power supply.
    本文将平面无源集成技术与软开关技术结合在一起应用于开关电源中,来减小开关损耗,减少开关电源中磁件的体积和数量。
  28. The high-end, special semiconductor discrete components exist technical difficulties for integration and miniaturization, so they still have a large discrete space as the most dominant research hot spot in discrete semiconductors planar process manufacturing technology.
    因高端、特种半导体分立器件因集成化及小型化存在技术难度,故仍占有较大的分立器件空间,而成为当今主导分立器件半导体平面工艺制程技术的研究热点。
  29. This paper key research the planar magnetic integrated solutions which the resonant inductance and converter transformer, and integrated the resonant inductor and resonant capacitor together on the resonant inductor and transformer integration structure by planar passive integrated technology, constructing planar passive integrated module.
    重点研究了谐振电感与变换器中变压器的平面磁集成方案,并在谐振电感和变压器集成结构基础之上采用无源集成技术对变换器中的谐振电感和谐振电容进行无源集成,构造平面无源集成模块。