1.Analysis of EMI active filter andimpedance mismatchproblem;EMI有源滤波器与阻抗失配问题的分析 2.Influence ofimpedance mismatchof channel equipment on the ranging system信道设备阻抗失配对扩频测距的影响 英文短句/例句 1.Design of signal EMI filter with mismatched impedance阻抗失配条件下信号EMI滤波器的设...
6) impedance mismatch 阻抗失配 1. Analysis of EMI active filter and impedance mismatch problem; EMI有源滤波器与阻抗失配问题的分析 2. Influence of impedance mismatch of channel equipment on the ranging system 信道设备阻抗失配对扩频测距的影响 更多例句>> ...
filterElectromagnetic interference (EMI) filters play an important role in restraining conducted EMI, affected by the impedance of the noise source, and the load, the performance of the EMI filter is often poor. In order to resolve the mismatch problem of passive filter, this paper proposes an ...
7. Optimization Calculation of the Common Mode Insertion Loss of EMI Filters under Impedance-mismatch Conditions EMI电源滤波器的共模插入损耗在失配状态的优化计算 www.ilib.cn 8. Analysis of EMI active filter and impedance mismatch problem EMI有源滤波器与阻抗失配问题的分析 www.ilib.cn©...
1.(Electronics) a measure of the opposition to the flow of an alternating current equal to the square root of the sum of the squares of the resistance and the reactance, expressed in ohms. Symbol:Z 2.(Electronics) a component that offers impedance ...
16.Abstract: Objective To study the application of dual-frequencyimpedancepneumography and adaptive filter for reducing motion artifacts in respiration monitoring. 目的对应用双频率 测试和自适应处理技术相结合的方法消除呼吸 测量中的运动干扰问题进行一些探索性的研究。
But the problem is that combinations of infinite kinds of components can make the matching network have similar effects, and other factors (such as the structure type of the filter, the quality factor and the limited optional components) need to be considered. The method of achieving this goal...
The alternative digital filter technology overcomes these limitations. Digital filters are a by-product of the great advances in solidstate electronics during the 1970s, which produced a wealth of high-performance, low-cost electronic devices capable of manipulating signals in an algorithmic manner not...
Mismatch Loss = –10 log(1 –ρ2) Whereρis the reflection coefficient. For example, a filter with VSWR of 2:1 would have a reflection coefficient of 0.333, a mismatch loss of 0.51 dB, and a return loss of 9.54 dB (11% of the transmitted power is refl...
comprises: adjusting the impedance value of the common-mode noise source by adjusting a balance impedance value in a balancing winding on the voltage converter, so as to enable the impedance value of the common-mode noise source and the impedance value of the EMI filter to be in mismatch ...