As is known to us, the mm-wave system’s T/R front end is the key module that have heavily influence on the quality of transmitting signal and receiver’s noise figure、sensitivity and output SNR.
众所周知,毫米波系统收发前端设计的好坏将直接影响毫米波发射信号的质量,接收机噪声系数,灵明度和输出信噪比等指标。
One of the most important part of T/R front end is Frequency Synthesizer ,and it is also the key part of communication、radar and many other electronic system ,and people regard it as the“heart”of electronic system.
对于射频收发前端的设计,频率合成器是其中非常重要的一部分,它是现代雷达、通信等电子设备中是决定其性能的关键部件,可以称作是电子系统的“心脏”。
The Research of RF Front-End Applied for Satellite Navigation Communication Handset;
用于卫星导航定位通信机的射频收发前端研究
Development of a Miniature T/R Front-end Using Microwave Multi-Chip Module Technology
基于多芯片组装技术的小型微波收发前端研制
Research and Design Key Circuits of RF Front-end in Single-Chip UHF RFID Reader
单片UHF RFID阅读器射频收发前端关键电路设计研究
ADS Design and Simulation of Radio Front End of 2.4 GHz Transceiver
2.4GHz收发系统射频前端的ADS设计与仿真
The Design and Realization of Wide Band Digital Transceiver Radio Front-End;
宽带数字收发机射频前端的设计与实现
Research of Analog Front End for 13.56MHz RFID Transceiver;
13.56MHz射频识别芯片收发器模拟前端的研究
Studies on Radio-frequency Front-end of 2.4GHz Transceiver System and Realization of Key Modules
2.4GHz收发系统射频前端研究及关键模块实现
Development of Transceiver RF Front-Part System Module for Ka-Band Coherent Radar
Ka波段全相参雷达收发射频前端系统组件研制
energy-absorbing front end
(汽车的) 能量吸收前端
SiGe BiCMOS LNA for Multi-mode and Multi-frequency Wireless Transceiver Front-end
一种多模多频无线收发器前端SiGe BiCMOS低噪声放大器
GPS Receiver Front Based on Integrated RF Receiver Module MAX2740
基于射频接收模块MAX2740的GPS接收机前端
Front-end Design & Simulation for GSM-R Receiver;
GSM-R频段接收机前端设计与仿真
Research on High Reliability Miniature X Band Receiver Front-end;
高可靠性X波段小型化接收前端研究
Design of CMOS Radio-Frequency Receiver Circuit;
CMOS射频接收前端的设计与研究
GNSS Receiver CMOS RF Front-End Integrated Chip System Level Design;
GNSS接收机CMOS射频前端芯片系统级设计
Design of CMOS Front-end Amplifying Circuit for Optical Receiver;
CMOS高速光接收机前端放大电路设计
Research and Fabrication of High Speed Optical Receiver Analog Front-End in a 0.35μmCMOS Technology;
高速0.35μmCMOS光接收机前端放大电路的研制
Research on Signal Process in the Front of Loran-C Receiver;
罗兰C接收机中前端信号处理的研究
