基于cdddita的新型电流模式有损积分器

K. Panwar, D. Prasad, M. Srivastava, Zainab Haseeb
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引用次数: 6

摘要

本文提出了一种新的电流模式(CM)无损积分器,该积分器使用一个电流差分差分输入跨导放大器(CDDITA)和一个接地电容器。从单片集成的角度来看,基于单个有源元件的配置具有几个优点,其中很少有:降低功耗、芯片小型化。接地电容器的使用也有利于单片集成。具体说明了所提出的积分器的一些关键特征:1)纯无电阻器,2)电子可调谐,3)在具有高阻抗的端口处可用的电流输出,以及4)在非理想条件下的优异性能。因此,本文提出了一种采用单CDDITA的电子控制无电阻电流模式有损积分器。通过使用TSMC CMOS 0.18μm技术节点的SPICE仿真,很好地解释了所提出的电流模式积分器的可操作性的验证。
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New Current Mode Lossy Integrator Employing CDDITA
This work presents a novel current-mode (CM) lossless integrator that uses one current differencing differential input transconductance amplifier (CDDITA) and one grounded capacitor. The configuration based on single active element has several advantages from the aspect of monolithic integration, few are: reduced power consumption, chip miniaturization. Employment of grounded capacitor is also beneficial for monolithic integration. Specifying some of the key features of integrator proposed are: 1) purely resistorless, 2) electronically tunable, 3) current output available at the port having high impedance, and 4) excellent performance under non-ideal conditions. So, a resister-less current mode lossy integrator with electronic control employing single CDDITA has been proposed in this paper. The verification of workability of the proposed current mode integrator is well explained by the help of SPICE simulations using TSMC CMOS 0.18 μm technology node.
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