射频电路,RF circuit英语短句,例句大全

射频电路,RF circuit
1)RF circuit射频电路
1.Important issues related to PCB designing of RF circuit;射频电路PCB设计中应注意的有关问题
2.Reciprocal transformations between series/parallel components in RF circuit射频电路中串/并联元件间的互逆变换
3.Settle the best component parameters of matching network in RF circuit with ADS simulation.射频电路设计中为了达到最大功率传输、减少回波损耗等电路性能,一般在输入和输出端加入阻抗匹配网络来加以改善,计算机仿真高效地解决了确定阻抗匹配网络结构及各元件参数的问题,通过ADS仿真确定了射频电路中匹配网络的元件最佳参数。

英文短句/例句

1.GSM900/1800 Two Band Mobile Phone RF Circuit Design;GSM900/1800双频移动电话射频电路设计
2.RF Circuit Design of UHF RFID Reader超高频RFID读写器射频电路设计
3.Design and Investigation of CDMA Handset CX1880 RF CircuitCDMA手机CX1880射频电路的设计与研究
4.Research Teaching in the Radio Frequency Circuit and Antenna Course“射频电路与天线”课程研究性教学
5.Reciprocal transformations between series/parallel components in RF circuit射频电路中串/并联元件间的互逆变换
6.Study and Implement of the RF Circuits in Multi-Carrier Satellite Receiver;多频卫星接收机射频电路的研究与实现
7.cascode video output射地-基地视频输出电路
8.Design of CMOS RF Circuits for a Zero-IF Transmitter;一种CMOS零中频发端射频模块电路设计
9.The Simulation and Frequency Spectrum Measurement on the Key Circuit of RF Front-End;射频前端关键电路的模拟与频谱测量
10.Research and Design of 3.5GHz WiMAX Radiofrequency Front-end Circuits;3.5GHz WiMAX射频前端电路的研究与设计
11.2.4GHz WLAN RF Front-End Circuit Design;2.4GHz无线局域网射频前端电路设计
12.The Design of CMOS Rfic Power Amplifier;CMOS射频集成电路功率放大器设计
13.Design of Baseband Circuit Based on RF Front-End of GPS;基于GPS射频前端的基带电路设计
14.Research and Design on Radio Frequency Front End Circuit of 915MHz Reader;915MHz读写器的射频前端电路研究与设计
15.The research and implementation of low power CMOS radio frequency integrated circuits;低功耗CMOS射频集成电路的设计与研究
16.Investigation of On-chip ESD Protection for RF CMOS Integrated CircuitsCMOS射频集成电路片上ESD防护研究
17.Design of 4.2 GHz CMOS RF Front-end4·2GHz CMOS射频前端电路设计
18.Train Electro-passport System Based on RFIC Card基于射频IC卡的列车电子路票系统

相关短句/例句

radio frequency circuit射频电路
1.A design of dual frequency dual mode radio frequency circuit;一种双频双模射频电路的设计
2.The undergraduates ability in designing the radio frequency circuit must be hard cultured to meet the development of society.射频电路是通信工程专业的必修课程,为满足社会发展的迫切需要,必须努力培养大学生射频电路的设计能力。
3.The teaching was based on the network and the research topics was designed mainly in the area of the key technolgy of the radio frequency circuit and antenna.根据研究性教学的特点、学习观和教学理念,本文对"射频电路与天线"课程的研究性教学进行了探索与实践。
3)RF circuits射频电路
1.The performance of Si RF circuits can be improved by insulating Si substrate with high resistance layers.在硅衬底上形成高阻隔离层对于提高硅基射频电路的性能具有重要意义。
4)RF IC射频电路
1.Research and development of high performance analog IC,RF IC,DSP,A/D converter and SOC abroad and in China,along with their applications,are discussed in particular.叙述了国内外模拟和数字混合信号电路发展现状,重点讨论了国内外高性能模拟、射频电路、DSP、A/D转换器和SOC等器件研发和应用的一些情况,指出了这些器件在数模混合信号电路技术发展进程中的作用。
5)CMOS RF circuitCMOS射频电路
6)RF IC射频集成电路
1.A Novel Structure of SOI RF IC and Its Process Technology;一种新的SOI射频集成电路结构与工艺
2.Circuit Simulation Techniques for RF IC;射频集成电路的模拟技术
3.High Q-Factor On-chip Spiral Inductors for Bulk Silicon CMOS RF IC s;体硅CMOS射频集成电路中高Q值在片集成电感的实现