RFIC

Data Processing of RFIC Administrator System Based on FLASH in ARM Chip

利用ARM片内FLASH的射频卡考勤系统数据处理

The Stability Analysis in CMOS RFIC Design

在CMOS射频集成电路设计中对稳定性的分析

Development of General Reading & Writing Control System on New RFIC Card

新型射频IC卡通用读写控制系统的研制

The Trend in Development of RFIC for Personal Mobile Information Terminals

个人移动信息终端RF芯片产品及其发展趋势

So that , high quality factor integration inductor becomes the difficulty of RFIC .

因此，高品质片上集成电感是RF电路集成的难点所在。

There are a lot of unsolved problems in CMOS RFIC design .

在CMOS射频集成电路设计中存在大量尚未解决的问题。

The design process of the RFIC simulation is usually divided into two parts i.e. the early and late .

RFIC的仿真设计流程通常分为前期和后期两部分。

The aim of this thesis is to present CMOS RFIC design in the standard digital CMOS technology .

本文的设计则旨在用标准的数字CMOS工艺来完成射频电路的设计。

Next Generation of WLAN RFIC Test Solutions

下一代WLANRFIC测试方案

The Design of CMOS Rfic Power Amplifier

CMOS射频集成电路功率放大器设计

Influences of Planar Pattern on Performances of RFIC Spiral Inductors

平面绕型对RFIC螺旋电感电性能的影响

Since CMOS active mixer is widely used in RFIC , it will be the main topic of this research .

CMOS有源混频器在射频集成电路中应用较多，该混频器将是本论文研究的重点。

Envelope Approach to the Simulation of RFIC

射频集成电路模拟的包络方法

Train Electro-passport System Based on RFIC Card

基于射频IC卡的列车电子路票系统

Thus , the research on high linearity LNA becomes one of hot topics in RFIC field domestically and overseas .

因此，高线性低噪声放大器已成为国内外的热点课题之一。

Hopefully , it can be applied to further theory research and optimum design of RFIC spiral inductors on Si .

该模型可望用于硅基射频集成电路中电感的优化设计和进一步的理论探讨。

PDA embedded RFIC and its application

内嵌射频IC卡式PDA及其应用

Due to the rapid development in wireless communication and the CMOS technology , the research of RFIC based on CMOS technology becomes hot point now .

无线通信技术和CMOS工艺的迅猛发展使得基于CMOS工艺的射频集成电路设计成为当前研究的热点。

This review presents many RF transistor technologies for RFIC applications in cellular and personal communications service ( PCS ) markets .

介绍分析了在蜂窝和个人通信业务（PCS）市场中适用于RFIC的多种射频晶体管技术。

Radio frequency integrated circuits ( RFIC ) based on CMOS technology have taken their main position in package system due to low cost and high integration .

CMOS工艺的射频芯片由于工艺廉价和高集成度的特点在封装系统中占据有重要地位。

In RFIC , the high resistivity of InP substrate results in low substrate loss and the improvement of devices and circuits ' performance .

在射频集成电路中，InP衬底的高电阻率导致了低衬底损耗以及器件和电路性能的提高。

CMOS integrated GPS receivers with low power and low cost is getting more and more attention , and has become one of the RFIC research interests .

低功耗、低成本的CMOSGPS接收机日益受到人们的青睐，成为RFIC研究的热点之一。

With the progress of CMOS technology , the characteristic size is shrinking , which can meet the requirements of several ten GHz RFIC .

由于CMOS技术的进步，其特征尺寸不断减小，使CMOS技术能满足几十GHz的射频电路设计的要求。

Simultaneously , CMOS RFIC developed very fast and it is possible to integrate a wireless transceiver into a chip via CMOS process .

同时，CMOS射频集成电路的发展迅速，用CMOS工艺实现无线通信收发器已经成为可能。

The test results show that the design method and circuits that are presented in this thesis are feasible and it is possible to accomplish the design of RFIC with standard digital CMOS technology .

测试结果表明，本文提出的设计方式和电路有其可行性。用标准的数字CMOS工艺来完成射频电路的设计是可能的。

Radio frequency integrated circuits ( RFIC ) in the last decade has been extensive attention and the field of wireless communications in the rapid development and become the focus of the study and hot .

射频集成电路（RFIC，radiofrequencyintegratedcircuits）在近十年内得到广泛重视，并在无线通信领域取得快速发展，成为研究的重点和热点。

On-chip passive inductors , basic elements of wireless mobile communication circuits , are highly required in RFIC and widely used in simulating unit modules such as LNA , VCO and filters .

无源片上电感是RFIC中需求很高的器件，被广泛地应用在LNA、VCO、滤波器等模拟单元模块中，构成了无线移动通信电路的基础。

Simultaneously it is validated by Stanford University Professor Thomas H.Lee 's integration inductors calculation software . The experimentation proves that the efficiency of RFIC design will be advanced by using EDA software .

同时通过斯坦福大学ThomasH.Lee教授开发的集成电感计算软件进行验证，实验证明利用EDA软件进行射频IC设计会有效的提高工作的效率。

The data processing of RFIC ( Radio Frequency Identification Card ) administrator system is based on FLASH in ARM chip . The LPC 214 was taken as the controller to receive the student ID data from card reader ; the data was compared with the text table ;

基于ARM片内FLASH的射频卡考勤系统数据处理，其LPC2114作为控制器接受读卡器传送来的学生ID数据，参照课表对数据进行比较，得出考勤结果并储存。