Impedance synthesis using modern active building blocks

R. Senani, D. Bhaskar, V. Singh, Abdhesh K. Singh
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引用次数: 0

Abstract

In this chapter, we present some prominent contributions made in the realization of gyrators and related impedances using electronic circuit building blocks of relatively more recent origin. Thus, we discuss the impedance synthesis using electronic circuit building blocks such as operational transresistance amplifier, Unity gain voltage follower/current follower, current-differencing buffered amplifier, voltage-differencing current conveyor (CC), current-differencing CC, current-differencing transconductance amplifier, current-follower transconductance amplifier, CC transconductance amplifier, voltage-differencing differential input buffered amplifier, voltage-differencing buffered amplifier and many others. Since the work on the use of all these building blocks done so far is by no means complete, we would also highlight what has not been attempted so far.
使用现代主动构件的阻抗合成
在本章中,我们提出了一些突出的贡献,在实现回旋器和相关的阻抗使用电子电路构建块相对较近的起源。因此,我们使用电子电路构建模块来讨论阻抗合成,例如操作跨阻放大器,统一增益电压跟随器/电流跟随器,差动缓冲放大器,差动电流输送器(CC),差动CC,差动跨导放大器,电流跟随器跨导放大器,CC跨导放大器,差动差分输入缓冲放大器,压差缓冲放大器和许多其他的。由于到目前为止所做的关于使用所有这些构建模块的工作绝不是完全的,我们还将强调到目前为止尚未尝试的内容。
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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