Frequency selective circuits using Op-Amp based simulated inductor

D. Susan, S. Jayalalitha
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引用次数: 1

Abstract

When realization of micro circuits are in the forefront, the necessity for using micro components which occupies less space and free from radiation are on the move. Out of the three passive components resistor, capacitor and inductor, it is the inductor which creates problem when it is to be employed for very low frequencies. The inductor at very low frequency requires high value of L which in turn makes it difficult to fabricate in IC form. This paper deals with a proposed passive component of a simulated inductor which can be used for very low frequencies and free from radiation effect. An application to validate its use is shown with simulation results using the analog simulator PSPICE.
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基于运算放大器的模拟电感频率选择电路
当微电路的实现处于最前沿时,使用占用空间小、无辐射的微元件的必要性也在不断增加。在三个无源元件中,电阻,电容和电感,当电感用于非常低的频率时,它会产生问题。在非常低的频率下,电感器需要很高的L值,这反过来又使其难以以IC形式制造。本文讨论了一种模拟电感的无源元件,该元件可用于极低频率且不受辐射影响。通过模拟模拟器PSPICE的仿真结果显示了验证其使用的应用程序。
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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