1) microwave integration
微波集成
1.
It employs RFID, microwave integration and system synthesizing techniques to collect data and manage vehicles intellectually without requiring them stopping.
为了达到不停车车辆门禁管理,采用了射频识别、微波集成和系统综合技术,智能地采集和进行管理,实现了车辆进出门禁的无须停车等要求,又降低了系统的成本、体积和重量。
2) microwave integrated assembling
微波集成组件
1.
According to different materials, this paper is discussed the mechanic processing methods and processing conditions which can satisfy the dimensional accuracy and geometrical tolerance required by the processing of the microwave integrated assembling components.
根据微波集成组件加工件的尺寸精度和形位公差以及不同的材料要求 ,论述了满足这一要求的机械加工方法及工艺条件。
3) MMIC
微波集成电路
1.
Tantalum nitride (TaN) and nichrome (NiCr) are the two most common materials used as thin film resistors (TFR) for monolithic microwave integrated circuits (MMIC) based on AlGaN/GaN high electron mobility transistors (HEMTs).
TaN和NiCr是Al GaN/GaN HEMTs微波集成电路中薄膜电阻最为常用的两种材料。
2.
Therefore, the application of MMIC has received largely attention and research, and the design of via in MMIC has become an important subject.
相应地,微波单片集成电路(MMIC)的应用受到了越来越多的重视,射频或微波电路的高集成度和小型化成为了新的发展趋势,其中垂直互连结构成为了微波集成电路的一个研究热点。
4) microwave integrated circuit
微波集成电路
1.
Simulation software for microwave integrated circuits and interconnections: Tsinghua microwave SPICE;
一套大型微波集成电路与互连系统仿真软件──清华微波SPICE
2.
Study on Defected Ground Structure Model and Applications of Microwave Integrated Circuits;
缺陷接地结构（DGS）模型分析及在微波集成电路中的应用研究
3.
Research of Manufacturing Process on 3dB Lange Coupler in Microwave Integrated Circuit for Space;
星用微波集成电路3dB Lange coupler制作工艺研究
5) microwave integrated circuits
微波集成电路
1.
The time domain schemes based on multiresolution (MRTD) were applied in the time domain electromagnetic field analysis of conductor interconnects in multilayer media in microwave integrated circuits.
将基于多分辨率分析的时域方法（ＭＲＴＤ）用于微波集成电路中多层介质导体互连线的时域电磁场分析，推导了基于ＭＲＴＤ的一阶Ｍｕｒ＇ｓ吸收边界条件的差分格式，进而采用理想匹配层（ＰＭＬ）技术形成吸收边界，使适用范围从原来的封闭系统推广到开放系统。
2.
Among the possible numerical methods applied to the analysis of this type of structures, the spatial-domain method of moment (MoM) in the mixed-potential integral-equation (MPIE) formulation is considered as one of the most powerful models for comprehensive treatment of various complex planar structures such as monolithic microwave integrated circuits (MMIC) .
在所有的数值方法中，采用混合位积分方程(MPIE)的空域矩量法(MoM)被认为是处理单片微波集成电路(MMIC)和微带天线这种平面复杂结构最为强有力的工具之一。
3.
Advances in developing transitions in microwave integrated circuits during the last decade are reviewed.
本文对近十年微波集成电路中过渡结构的研究进展进行了讨论。
6) MIC
[英][maɪk] [美][maɪk]
微波集成电路
1.
)are widely used in microwave integrated circuits (MICs) as well as in monolithicmicrowave integrated circuits (MMICs).
在微波集成电路(MICs)、单芯片微波集成电路(MMICs)中，诸如微带线、带状线、共面波导(CPW)等传输线已被广泛使用。
补充资料：微波集成电路
| 微波集成电路 microwave integrated circuit 工作在300兆赫～300吉赫频率范围内的集成电路。简称MIC。分为混合微波集成电路和单片微波集成电路。前者是用厚膜技术或薄膜技术将各种微波功能电路制作在适合传输微波信号的介质(如高氧化铝瓷、蓝宝石、石英等)上，再将分立有源元件安装在相应位置上组成微波集成电路。这种电路的特点是根据微波整机的要求和微波波段的划分进行设计和制造，所用集成电路多是专用的。单片微波集成电路则是将微波功能电路用半导体工艺制作在砷化镓或其他半导体芯片上的集成电路。这种电路的设计主要围绕微波信号的产生、放大、控制和信息处理等功能进行，大部分电路都是根据不同整机的要求和微波频段的特点设计的，专用性很强。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条