射频通信

本论文包括600米有效距离无线射频通信以及2～10米的有线RS-232串行通信。

In this paper , it includes the wireless RF communication of 600 meters effective range and the RS-232 wire serial communication of 2 to 10 meters range .

一体化射频通信体系对抗的仿真系统设计

The Simulation System Design of Integrated RF Communication in Systematic Countermeasure

用于射频通信领域的3-DMEMS电感设计

Design of 3-D MEMS Inductors for RF Integrated Circuit

基于无线射频通信及GPRS技术的热网监控系统

Heat-meshwork Stakeout System Based on Wireless Radio Frequency Communication and GPRS Technology

RFID是一种利用射频通信实现的非接触式自动识别和获取数据的技术。

RFID uses radio frequency communications to achieve non-contact automatic identification and data acquisition .

智能射频通信中的快速虚拟DOA算法

A Fast Virtual Algorithm for DOA in Smart Radio Frequency Communication

详细阐述了利用软、硬件实现的几项关键技术，包括控制RF发射器功耗、射频通信、抗干扰措施。

The key technologies such as the method of controlling RF emitter power , wireless communication and the anti-interference measures are emphasized .

近年来随着无线射频通信技术的飞速发展，无线射频识别技术（RFID）的市场逐渐兴起。

In recent years , with the rapid development of wireless communication technology , radio frequency identification ( RFID ) market is gradually on the rise .

近十几年来，无线通信技术和微电子技术得到了蓬勃发展，对CMOS射频通信系统的研究方兴未艾。

Wireless communication technology and Microelectronics technology has been booming for over a decade . The research in CMOS radio frequency ( RF ) communication system is tremendous .

本文系统分析了影响平面螺旋电感Q值的主要因素，并制作出一种应用于射频通信的硅微机械悬浮结构电感。

The factors which determine the quality ( Q ) factor of planar spiral inductor are presented in this paper , and a technology to fabricate suspended MEMS devices for RF circuits is presented .

滤波器的实际实现采用在当今射频通信器件设计中流行的LTCC技术。

The practical realization of this filter makes use of the LTCC technology that is popular in the design of RF devices .

RFID技术是一种利用射频通信实现的非接触式自动识别技术，它具有高速移动物体识别、多目标识别和非接触识别等特点，被认为是21世纪最有发展前途的信息技术之一。

The RFID technology which uses the radio frequency communication is a non-contact automatic identification technology . It has the features such as multi-target recognition , non-contact identification and high-speed mobile object recognition .

RFID技术是一种非接触式无线射频通信自动识别技术，基于RFID技术和Internet等信息技术可以构建RFID公共服务信息网络，实现目标识别和数据交换。

RFID is an automatic identification technology by the way of non-contact and radio frequency communications . Based on RFID technology and Internet information technologies , RFID public service information network could implement target identification and information exchanging .

作为一种未来的室内无线宽带接入方案，可见光通信（VLC）与红外通信以及射频通信相比有其独特的优势。

As a solution of indoor broadband access , visible light communication has obvious advantages comparing with RF and infrared communication .

LTCC模块技术被认为是解决射频通信电路集成度不断提高的最佳方案，是目前的研究热点和重点。

LTCC module technique was considered as the best solution to the integration of RP communication circuits , and became a hot issue of research .

MEMS技术最重要的应用领域之一是用于射频通信领域，可将目前难以集成的分立器件与电路芯片一起集成为轻、薄、小的芯片系统。

One of the most important application fields of MEMS technology is used for radio frequency communication , MEMS technology can integrate the current difficult integrated discrete devices to a lighter , thin , small chip system .

作者相信MEMS移相器在射频通信领域将具有巨大的潜力和广泛的应用前景。从育种、耕作与栽培三个方面分析了适应CO2肥效作用的农业技术潜力措施。

We believe that MEMS phase shifter will have large technical potential and wide applications . The agricultural technical potential and response measures adapted to CO_2 fertilization effect in the perspective of crop breeding , cultivation and farming systems under climate change were summarized .

本文讲述了一种应用传感器技术、微电子技术、嵌入式技术、射频通信技术等南新技术的TPMS实现方案，开发出一种拥有独立知识产权的TPMS产品。

The paper gives an embedded TPMS scheme which uses the sensor technique , micro-electronics technique , embedded technique , wireless radio frequency technique . A TPMS product is made , the product ' property right belongs to us entirely .

近空间高超音速飞行器射频通信黑障研究

Study on Blackout in Near Space Hypersonic Vehicle Radio Frequency Communication

微型双向射频通信在人造肛门系统中的应用

Application of miniature , bi - directional RF communication on artificial anus

该方法适用于利用现有商用芯片设计无线射频通信系统的场合。

This method can be used in RF designs using commercial RF chips .

我们为本科生提供了一本讲述射频通信电路的基础教科书。

We provide a basic textbook about RF communication circuits for undergraduate students .

射频通信测试中的信号发生器频谱纯度分析

Signal Generator Spectral Purity Considerations in RF Communications Testing

射频通信技术与冶金矿山自动化

Radio Frequency Communication Technology and Metallurgical Mine Automatization

计算机射频通信的实例与关键技术

Instances and Key Technologies of Computer RF Communications

射频通信链路的计算机仿真

The Computer Simulation of Radio Communication Link

板式数字流量计的低功耗设计与无线射频通信系统的研究

Design of Low-Power Consumption in Plate Digital Flowmeter and Study on RF Wireless Communication System

本文采用了射频通信技术进行数据的传递、信息的更新、设备的控制。

In this article , use RF communication technology for data transfer , information updating and device control .

摘要目前，射频通信技术日益发展，极大地扩展了计算机的应用领域与灵活性。

Now , re-communication technology develops rapidly , greatly expands the application fields of computer and takes more agility .

星间光通信在通信速率、保密性、体积、重量和功耗等方面显著优越于现今的射频通信。

Inter-satellites laser communication is superior to RF communication in speed , secrecy , volume , weight , and power dissipation .