串扰是两条信号线之间的耦合、信号线之间的互感和互容引起线上的噪声。容性耦合引发耦合电流，而感性耦合引发耦合电压。PCB板层的参数、信号线间距、驱动端和接收端的电气特性及线端接方式对串扰都有一定的影响。随着科学技术的发展，计算机价格越来越低，性能越来越好，局域网的传输速度越来越快，局域网的传输介质也从同轴电缆转向了双绞线和光纤，双绞线从最初的CAT1、CAT3、CAT5发展到了CAT5E、CAT6、CAT6A、CAT7。
...信利裸眼3D显示萤幕的优势在于亮度、可视角度、串扰(CrossTalk)及云纹(莫尔效应)等光电参数皆领先业界。所谓的串扰(CrossTalk)是指在两条信号线之间的耦合现象。这是因为空间距离过近的信号线之间会出现不需要的电感性和电容性耦合，从而互相干扰。
基于6300个网页-相关网页
近端串扰 NEXT ; near-end crosstalk ; Near End Cross Talk-NEXT
远端串扰 FEXT ; far end crosstalk
等效远端串扰 ELFEXT
衰减串扰比 ACR ; attenuation-to-crosstalk ratio ; ACR-N
外部串扰 AXT ; ANEXT ; AXTalk
综合近端串扰 PSNEXT ; Power Sum NEXT
声道串扰 Cross talk
边带线性串扰 sideband linear crosstalk
衰减对串扰比 attenuation crosstalk rate ; ACR
The structure can achieve quite short total coupling length and very low crosstalk at the same time.
这一结构在具有很短的总耦合长度的同时还可以获得很低的串扰。
参考来源 - 光子晶体光开关关键技术研究The fading characters cause the response of the transmitting channel to be time-variabling and the produce of intersymbol interference (ISI).
衰落传输使无线信道呈现出时变响应的特性,并导致码间串扰的产生。
参考来源 - 数字通信信号调制识别若干新问题研究However, Iddq testing cannot detect some defects (cross-talk fault, for example) that do not elevate Iddq as well as meets challenges from deep submicron designs.
但是,(IDDQ)测试除不能检测那些不导致(IDDQ)增加的缺陷或故障（如串扰故障）之外,还受到深亚微米技术的挑战。
参考来源 - 数字集成电路电流测试技术研究And by rules of PCB,crosstalk of paralleling transmission lines is controlled.
另外，还通过PCB规则约束，控制信号线的串扰。
参考来源 - 基于Pentium M的移动计算结构设计与信号完整性分析This watermarking method has good imperceptibility and strong robustness, and can eliminate cross-talk noise resulted from direct information superposition. Computer simulations have verified the feasibility and validity of this method.
该水印方法具有很好的不可感知性和鲁棒性,能够消除串扰噪声,通过计算机模拟实验,证实了这种方法的可行性和有效性。
参考来源 - 相位恢复算法和分数小波变换在图像加密及水印中的应用Taking advantage of directional antennas with high gains and low side-lobes, in this method, the energy consumption from path loss, collisions and overhearing have been reduced greatly and the efficiency of energy can be improved greatly.
该方法利用指向性天线的高增益、低旁瓣特性,能够大量减少信道损失、冲突、串扰等因素引起的能耗,显著提高网络的能量利用效率。
参考来源 - 无线传感器网络节能策略研究·2,447,543篇论文数据，部分数据来源于NoteExpress
对于相邻布线的信号来说，前端串扰在相对较长的平行布线时才会引起电路功能的失调。
For signals routed side-by-side, forward crosstalk requires extremely long parallel runs to couple enough energy to cause circuit malfunction.
串扰是指相邻的电路导线间由容性耦合或者感性耦合引起能量的转移从而造成的干扰。
Crosstalk is the transfer of energy between adjacent circuit conductors, via capacitive and inductive coupling.
随着IC的高速化、高集成化、高密度化和高性能化，芯片内互连线之间的串扰已经成为影响芯片性能的重要因素之一。
With the IC's higher speed, higher integration, higher density and higher performance, crosstalk has become one of the most important factors which can influence the IC's performance.
应用推荐