A general SER performance analysis framework of Cascade Distributed Antenna System ( CDAS) in CDMA system with hybrid SC/ MRC diversity receiver is presented. 推导出了采用混合SC/MRC分集接收机的层叠分布式天线系统平均误符号率性能公式。
AGC Signal Amplifier Module for 140 Mb/ s Hybrid Integrated Optical Receiver 光纤通信端机中用的混合集成AGC信号放大模块
In case of frequency-selective channel with Nakagami/ lognormal composite fading, an outage probability analysis framework of cascade distributed antenna system ( CDAS) with hybrid SC/ MRC diversity receiver is investigated in this paper. 在频率选择性复合Nakagami/lognormal衰落信道条件下,研究了层叠分布式天线系统(CascadeDistributedAntennaSystem&CDAS)采用混合SC/MRC分集的中断概率性能。
The hybrid large current fiber sensor consists of a LED as light sourse, PIN as light receiver, flint glass as magnetic inductor and multimode fiber as light conductor. 以LED作光源、PIN作接收、火石玻璃为磁感应材料、多模光纤作导光波导的混合型大电流光纤传感器,用于监视高压电网系统中的电流。
The paper presents the researching results of AGC signal amplifier for 140 Mb/ s hybrid integrated optical receiver. 本文报导了140Mb/s混合集成光接收机中所使用的AGC信号放大模块研制结果。
140Mb/ s Hybrid Integrated Optical Receiver 140Mb/s混合集成光接收机
To improve the ability of resistance to narrowband interference and multi-access interference, the adaptive MMSE and MUD detector are combined to get a new hybrid adaptive UWB RAKE/ MUD receiver. And its update equations are deduced. 为了提高抗窄带干扰和多址干扰能力,将MMSE自适应合并和多用户检测器结合起来,得到了一种新的UWBRAKE/MUD混合自适应接收机,推导了其自适应更新的公式。
The design methods of I-UWB receives are studied and a new hybrid RAKE/ MUD adaptive UWB receiver is proposed. 研究了I-UWB接收机的设计和实现问题,提出了一种新的UWBRAKE/MUD混合自适应接收机。