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首页> 外文期刊>Microelectronics journal >A Novel Low-voltage Low-power Fully Differential Voltage And Current Gained Ccii For Floating Impedance Simulations
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A Novel Low-voltage Low-power Fully Differential Voltage And Current Gained Ccii For Floating Impedance Simulations

机译:用于浮动阻抗仿真的新型低压低功率全差分电压和电流增益Ccii

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In this paper we present a new current-mode basic building block that we named voltage and current gained second generation current conveyor (VCG-CCII). The proposed active block allows to control and tune both the CCII current gain and the voltage gain through external control voltages. It has been designed, at transistor level in a standard CMOS technology (AMS 0.35 μm), with a low single supply voltage (2 V), as a fully differential active block. The proposed integrated solution, having both low-voltage (LV) and low-power (LP) characteristics, can be applied with success in suitable IC applications such as floating capacitance multipliers and floating inductance simulators, utilizing a minimum number of active components (one and two, respectively). Simulation results, related to floating impedance simulators, are in good agreement with the theoretical expectations.
机译:在本文中,我们提出了一种新的电流模式基本构建模块,我们将其命名为电压和电流获得第二代电流传输器(VCG-CCII)。提出的有源模块允许通过外部控制电压来控制和调节CCII电流增益和电压增益。它已在标准CMOS技术(AMS 0.35μm)的晶体管级别,具有低单电源电压(2 V)的情况下设计为全差分有源模块。所提出的集成解决方案具有低压(LV)和低功耗(LP)特性,可以利用最少数量的有源元件(一个)来成功地应用到合适的IC应用中,例如浮动电容乘法器和浮动电感模拟器。和两个)。与浮动阻抗仿真器相关的仿真结果与理论预期非常吻合。

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