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The translinear CMOS-based plus-type second-generation current-controlled conveyor (CCCII+) with negative intrinsic resistance is importance for voltage-mode and current-mode building blocks for analog signal processing. The high frequency model of CMOS-Based, -Rx, translinear CCCII+ is used to approximate the behavior of its performance at high frequency. The behavior at high frequency is essential...
In this paper, the CMOS-based translinear minustype second-generation current-controlled conveyor (CCCII-) with negative intrinsic resistance structure is proposed by Fabre's modelling and high frequency equivalent circuit modelling. We will analyze the characteristic of high frequency equivalent circuit model that similar to the Fabre's model. The accurate simulation leads to the closed results of...
The paper proposes a novel implementation of a LC oscillator using an active inductor. The advantages of the method are discussed. The simulations prove the performance of the oscillator with an active inductor. The two phase oscillator based on two simulated CMOS inductors structure consists of a balanced differential CMOS circuit with negative intrinsic resistance and was simulated in a 0.18 μm...
A novel structure, based on balanced differential-pair, is proposed to implement the CMOS CCCII with negative intrinsic resistance at port X. HSPICE simulations, based on the AMS's 0.35mu CMOS process, are conducted, which certainly confirm the occurrence of negative resistance. To demonstrate its capability, a two-phase current-mode oscillator is synthesized based on two lossless integrators. As...
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