A Simple Design of a Mini Tesla Coil with DC Voltage Input

M. Farriz, A. Din, A.A. Rahman, M. S. Yahaya, J. Herman
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引用次数: 6

Abstract

This paper explicates the simple design of the miniature Tesla coil that have advantages compared to the typical Tesla Coil, which normally has mobility issues due to their bulky size. The proposed design has a similar functionality with the typical Tesla coil where it is able to produce medium voltage with high frequency current at the secondary circuit side. The significant part of the proposed design is that it is without alternating current voltage at the input voltage. The design only needs a low direct current voltage as an input for the primary circuit. According to the Pspice simulation, it proved that the proposed design has the capability to step up the energy and voltage at the secondary winding at least fifty times greater compared to the input voltage. The miniature Tesla coil that has been proposed in this paper is recommended to be use for advance studies particularly on wireless energy evolution.
基于直流电压输入的微型特斯拉线圈的简单设计
本文阐述了微型特斯拉线圈的简单设计,与典型的特斯拉线圈相比,它通常由于体积庞大而具有移动性问题。所提出的设计具有与典型的特斯拉线圈类似的功能,它能够在二次电路侧产生具有高频电流的中压。提出的设计的重要部分是,它是没有交流电压在输入电压。该设计只需要一个低直流电压作为初级电路的输入。根据Pspice仿真,证明了所提出的设计能够将二次绕组的能量和电压提高到比输入电压高至少50倍的水平。本文提出的微型特斯拉线圈可用于无线能量演化的深入研究。
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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