Extreme miniaturization without compromising rf performance becomes possible.
射频性能的前提下极端小型化成为可能。
The ceramic technology by Pulse allows for extremely small antenna size without compromising rf performance.
陶瓷技术允许极其微小脉冲天线尺寸的前提下射频性能。
The discontinuity regions which influence the rf performance of high frequency are optimized and finally the rf performance of the relay is improved greatly within the working frequency.
对高频继电器RF性能影响较大的不连续结构进行优化，使高频继电器的RF性能在工作频率下得到较大的提升。
This paper derives the spur performance of phase quantization Digital RF Me-mories.
本文导出了相位量化数字射频存储器的寄生信号性能。
With the rapid development of the communication technique and the growing demand of the markets, the better performance of radio-frequency (RF) wireless receivers is requested.
随着现代通信技术的飞速发展和市场需求的不断提高，对射频接收机的性能提出了更高要求。
The noise performance and impedance matching are optimized with RF input parasitic capacitance in consideration.
在考虑输入寄生的前提下，对射频输入端的阻抗匹配和噪声性能进行了优化；
Thus the camouflage of MBB technique is the key to the performance of the RF shielding anechoic chamber.
所以该转台的伪装设计成为射频屏蔽暗室性能的关键技术。
The applications of rf triaxial cables and connectors in data bus are introduced. The structure and shielding performance of the cables and connectors are analyzed.
介绍了数据总线用射频三同轴电缆及连接器的应用情况，并对电缆和连接器的结构及屏蔽性能进行了分析。
This paper analyzes the spur performance of the amplitude quantization digital rf memories (DRFM) and gives the results.
本文分析了幅度量化数字射频存贮器(DRFM)的寄生信号性能并给出了分析结果。
DGS are widely applied to rf and microwave circuits to improve the performance because of its bandgap characteristic.
缺陷接地结构由于其带阻特性而被广泛地应用到射频微波电路中，以改善电路性能。
Parasitic effects of packaging have significant effect on performance of rf ICs.
封装寄生效应对高频器件性能的影响越来越明显。
The diameter, length, arch height and space of bond-wires have great impacts on the radio frequency performance of RF power transistor.
键合线的直径、长度、拱高和并列键合线间距等物理参量，均对器件性能有很大影响。
With the popularity of RFID applications to various areas, it is need to be existed a serious of higher standards of RF, protocol, so that its performance can be certified testing.
随着RFID的应用向各领域普及，对其射频性能都有着更高标准的要求，因此需要对其进行认证性测试。
RF optimization adjusts some air interface parameters to achieve WCDMA network performance upgrade, efficiently utilize network resource.
射频优化是通过调整WCDMA空中接口参数，提高网络的各方面性能，确保网络资源的有效利用。
This design method can improve effectively the performance of sophisticated rf microwave system and development success rate, and reduce the development period and cost.
利用该设计方法可有效提高复杂射频微波系统的性能和研制成功率，减少研制周期和成本。
Two rf power detectors augment radiated power performance during transmission.
两个RF功率检测器增加传输过程中辐射功率性能。
Finally the method that can improve the rf cable module performance in the assembly, the technology, and its management are pointed out.
最后给出装联技术、工艺技术及其管理方面可以改善射频电缆组件性能指标的方法。
Simulation results show that, to achieve the same performance, the number of rf chains can be reduced by more than 37.5% in comparison with joint time - frequency beamforming algorithm.
仿真结果表明，与时频联合波束成形算法相比。相同性能要求下，其需要的射频模块的个数可减少37.5%以上。
On the other hand, the overall performance and cost of the rf test instruments are almost decided by the rf front-end module.
另一方面，射频前端几乎决定了射频测试仪表的整机性能和成本。
The mobile general test system is a system that focuses on automatic test of mobile rf and operation performance.
手机生产线在线测试系统着重研究手机性能(射频性能、操作性能)的自动化测试。
This system adopts a special RF IC to Implement the semi-duplex data transfer in wireless and achieves perfect performance of anti-interference.
系统采用射频芯片，串行通讯方式进行数据的半双工无线传输，具有较强的抗干扰能力。
Rapid development of mobile communication made stringent requirements for receivers having low power consumption, high performance, low cost, small size and adaptable to multiple rf standards.
移动通信的飞速发展，对无线接收机提出了低功耗，高可靠性，低价格，小尺寸，以及具有适应不同通信标准的灵活性的严格要求。
The paper introduces the operation and applications of the Automatic Equipment Identification systems based on RF-IDs, and a performance table of the variety AEIs to date is also given.
文论述了电子车辆识别系统的工作原理及其特点，并对目前最先进的几种电子识别系统进行了比较，最后对其应用进行了介绍。
This WCDMA rf optical module has passed the filed test for repeater supplier, all the parameters meet the access standard for WCDMA and achieves good performance.
该WCDMA射频光模块已参加了直放站厂家的现场测试，各项指标都满足WCDMA的入网标准，取得了较满意的结果。
As the basis of rf techniques, high-performance rf integrated circuits become a hot topic.
作为射频技术的基础，高性能的射频集成电路成为研究的热点。
As the basis of rf techniques, high-performance rf integrated circuits become a hot topic.
作为射频技术的基础，高性能的射频集成电路成为研究的热点。
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