根餘弦濾波器(Root-raisedcosinefilter)雛型電路的設計1 根餘弦濾波器(Root-raisedcosinefilter)雛型電路的設計 歐陽起鳳王國至賴柏潁 ChiiFengOuyangGuoChihWangBoYinLai 吳鳳科技大學電機工程系 DepartmentofElectricalEngineering 摘要:根餘弦濾波器(Root-raisedcosinefilter)的主要功能是把數位訊號與訊號之間的 干擾(Inter...
必应词典为您提供SQUARE-ROOT-RAISED-COSINE-FILTER的释义,网络释义: 根升余弦滤波器;奎斯特滤波器;平方根升余弦滚降滤波器;
RRC Root Raised-Cosine (filter) RRC Rivers Regional Council (Australia) RRC Royal Rifles of Canada RRC Regional Reliability Council (various organizations) RRC Rhine Research Center RRC Rat-Race Coupler (wireless communications) RRC Rolls-Royce Canada (cars) RRC Residential Ratepayer Consortium RRC Ra...
The present paper deals with simulation model of raised cosine pulse shaping filter for WCDMA with different parameters of the filter at 5 MHz.Kapil PaliwalDr. Mahesh Kumar Porwal
1第六章方均根餘玄濾波器(SquareRootRaisedCosineFilter)2導導論論我們考慮的問題是,頻寬受限通道(band-limit)的信號設計例如通道頻寬為WHz通道可以視為一個線性濾波器..
根余弦滤波器(Root-raised cosine filter) 的实现 根余弦滤波器(Root-raised cosinefilter) 的主要功能是把讯号与讯号之间的干扰减到最低,而我们先用MATLAB模拟出结果,再用MAX+plusⅡ 软件里的CPLD来写出程序,再仿真这个电路并做出成品。最后得到的结果,可以和MATLAB模拟相验证,结果为相符合。
网络平方根升余弦 网络释义 1. 平方根升余弦 利用平方根升余弦(root-raised cosine)脉冲来提高频带利用率,是把升余弦滤波器分别放置在收发两端,即将接收滤波器和发送 … www.elecfans.com|基于13个网页 例句
A symmetric discrete-time square-root-raised-cosine filter may be utilized to process a serial input signal and to produce an output square in each clock cycle. The filter may be adapted to decrease the computational complexity of the resulting calculations, making the filter amenable to use in...
Root Raised Cosine filterQuantization NoiseHardware complexity of a root-raised-cosine (RRC) pulse shaping filter is dominated by the number of binary multiplications. In this paper an efficient multiplication scheme has been used to...doi:10.1007/978-3-642-22714-1_61Vikas Agarwal...
LT6204IS - Rail-to-Rail Input and Output, Ultralow 1.9n Root Hz Noise, Low Power Op Amps - Linear Technology 2022-11-04 17:22:44 PSC-4536-4 PSC-4536-4 - SURFACE MOUNT 70 MHZ SQUARE ROOT RAISED COSINE FILTER WITH .160 INCH HEIGHT - Aeroflex Circuit Technology 2022-11-04 17:22...