Multi-helix inductor of wireless power transfer system for 3-D stacked package

Eunseok Song, Jonghoon J. Kim, Joungho Kim
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引用次数: 1

Abstract

In this paper, the performance of package-level wireless power transfer (WPT) is compared and with respect to Z21 and voltage transfer ratio (VTR). The Z21 (transfer impedance) of three different types of inductors is analyzed and the transferred voltage is measured by applying a signal corresponding to a parallel-resonant frequency. The size of these inductors is implemented within 8 mm × 8 mm in which the parallel resonance is designed with a frequency band of 100 MHz ~300 MHz. When applying a sinusoidal signal generated from a signal generator, the proposed multi-helix inductor shows a VTR efficiency of 56.25 %. The proposed structure of the multi-helix inductor represents the most excellent VTR performance and is the most proper configuration of a package-level WPT system.
三维堆叠封装无线电力传输系统的多螺旋电感
本文比较了包级无线功率传输(WPT)的性能,并考虑了Z21和电压传输比(VTR)。分析了三种不同类型电感的Z21(传递阻抗),并通过施加对应于并联谐振频率的信号来测量传递电压。这些电感的尺寸实现在8mm × 8mm以内,其中并联谐振设计在100mhz ~ 300mhz频带内。当应用信号发生器产生的正弦信号时,该多螺旋电感器的VTR效率为56.25%。所提出的多螺旋电感结构具有最优异的VTR性能,是封装级WPT系统最合适的结构。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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