1.
Design and Manufacture of a Low-noise S-Band Dual-polarization Receiver
S波段双极化低噪声接收机的设计与制作
2.
Research of CMOS Low-Noise Amplifier for Wireless Receivers;
无线接收机用CMOS低噪声放大器的研究
3.
The Study and Design of LNA for GPS Receiver;
GPS接收机低噪声放大器的研究与设计
4.
The Design of GPS Receiver Front-End Low Noise Amplifier
GPS接收机前端低噪声放大器设计
5.
Design of LNA and Mixer in Receiver Front-end;
接收机前端低噪声放大器与混频器的设计
6.
A wideband low noise amplifier for multi-standard receivers
一种用于多标准接收机的宽带低噪声放大器
7.
Design of a Single-chip CMOS LNA for GPS Receiver
一种应用于GPS接收机的全单片CMOS低噪声放大器
8.
High performance differential CMOS LNA design for low-IF GPS receiver
用于低中频GPS接收机的高性能CMOS差分低噪声放大器设计(英文)
9.
The Development of Low Noise Transient Electromagnetic Methods Receiver Based on Equivalent Sampling Technology;
基于等效采样技术的低噪声瞬变电磁法接收机的研制
10.
Design of a Low Noise Amplifier and a Down-conversion Mixer in a 2.5GHz Radio Frequency Receiver;
2.5GHz射频接收机中低噪声放大器和下变频器的设计
11.
Key blocks design of CMOS full-integrated frequency synthesizer in RFID receiver
射频识别接收机前端低噪声CMOS全集成频率综合器关键模块设计
12.
Analysis of the Noise for DPSK Receiver with MZI Balanced Direct Detection;
采用平衡接收直接检测的DPSK接收机噪声分析
13.
Analysis of the noise statistics for DPSK receiver with MZI balanced direct detection
平衡接收直接检测DPSK接收机噪声统计特性分析
14.
Low Noise Low Power CMOS Radio Receivers Design for Wireless Communication;
无线通信中低噪声低功耗CMOS射频接收芯片设计
15.
The noise temperature is in the most favourable case given by the temperature of the receiver.
理想的噪声温度即是接收机的温度。
16.
Receivers must be as noise-free as possible.
接收机必须尽量做到无噪声。
17.
Noise Analysis of the Homodyne UHF RFID Receiver
超高频RFID零中频接收机噪声分析
18.
The Design of 3.4-4.2GHz Low Noise Amplifier for DBS Reception
用于直播卫星接收的3.4-4.2GHz低噪声放大器设计