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Modified Kron's Method (MKME) for EMC optimization, applied to an EMC filter

机译:用于EMC优化的改进的Kron方法(MKME),应用于EMC滤波器

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In filter design, inter-component parasitic couplings play a major role in the filter response. Most often, filter designers try to minimize these couplings through a proper implementation of components; conversely, this paper aims to optimize filter responses through a clever use of these couplings. Previous works have been performed to reach such an objective ([1]-[2]), focusing on the study of LC filters with 3D simulation or PSpice techniques. Moreover, the MKME method has been identified as a promising technique in many design cases. The objective of this paper is to introduce the application of the MKME method to an LC filter, to validate its use and benefits, before deploying it for more complex filter structures.
机译:在滤波器设计中,元件间寄生耦合在滤波器响应中起主要作用。大多数情况下,滤波器设计人员试图通过正确实施组件来最大程度地减少这些耦合。相反,本文旨在通过巧妙地使用这些耦合来优化滤波器响应。为了达到这样的目标([1]-[2]),已经进行了先前的工作,重点是通过3D模拟或PSpice技术研究LC滤波器。此外,在许多设计案例中,已经将MKME方法确定为一种有前途的技术。本文的目的是在将MKME方法应用于LC滤波器之前,先介绍其应用,以验证其用途和优势。

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