...度为1.6 mm的玻璃纤维板 (FR4)，于此建构出一50 Ω的开路微带传输 线，利用开路微带传输线之特性，会产生电 磁耦合(EM coupling)的效应，进而激发置于 FR4基板上方的环形陶瓷圆极化天线。
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We also introducesome measures to suppress substrate EM coupling in detail in this section. And section four mainly introduces the author’s work of the project.
在第三部分中,介绍了系统芯片中基片电磁耦合存在的几种通道模型,并且对各自存在的原理和特点做了分析,对目前存在的抑制基片电磁耦合措施作了理论上的分析,并且比较详细地介绍了所采取的一些具体措施。
参考来源 - 系统芯片中的基片电磁耦合及其抑制·2,447,543篇论文数据，部分数据来源于NoteExpress
The response curves of frequency effects of EM coupling in logarithmiccoordinates have distinctive fe…
电磁耦合频率效应特性曲线在双对数座标纸上具有较好的分段线性化特点。
In order to remove the electromagnetic coupling interference which was encountered frequently in IP measurement, most previous studies were based on the frequency characteristics of em coupling.
为了克服激发极化观测中经常遇到的电磁耦合干扰，以往研究大多基于电磁耦合的频率特点。
Analytical expressions of coupling frequencies of Raman free-electron lasers are deduced based on the physical image of the coupling between negative-energy space-charge wave and EM wave.
从负能空间电荷波与电磁波耦合的物理图像出发推导了喇曼散射模式自由电子激光器耦合频率的解析表达式。
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