Symbolic analysis of (MO)(I) CCI (II)(III)‐based analog circuits
E Tlelo‐Cuautle, C Sánchez‐López… - … Journal of Circuit …, 2010 - Wiley Online Library
E Tlelo‐Cuautle, C Sánchez‐López, D Moro‐Frías
International Journal of Circuit Theory and Applications, 2010•Wiley Online LibraryNew nullor‐based models are introduced to describe the behavior of the first generation
current conveyor (CCI), second generation current conveyor (CCII), third generation current
conveyor (CCIII), their inverting equivalents (ICCI (II)(III)), and/or their multiple output
topologies (MO (I) CCI (II)(III)). These nullor equivalents include only grounded resistors to
improve the formulation of equations in symbolic nodal analysis. In this manner, it is
highlighted the usefulness of the proposed models to calculate analytical expressions in MO …
current conveyor (CCI), second generation current conveyor (CCII), third generation current
conveyor (CCIII), their inverting equivalents (ICCI (II)(III)), and/or their multiple output
topologies (MO (I) CCI (II)(III)). These nullor equivalents include only grounded resistors to
improve the formulation of equations in symbolic nodal analysis. In this manner, it is
highlighted the usefulness of the proposed models to calculate analytical expressions in MO …
Abstract
New nullor‐based models are introduced to describe the behavior of the first generation current conveyor (CCI), second generation current conveyor (CCII), third generation current conveyor (CCIII), their inverting equivalents (ICCI(II)(III)), and/or their multiple output topologies (MO(I)CCI(II)(III)). These nullor equivalents include only grounded resistors to improve the formulation of equations in symbolic nodal analysis. In this manner, it is highlighted the usefulness of the proposed models to calculate analytical expressions in MO(I)CCI(II)(III)‐based analog circuits. Copyright © 2009 John Wiley & Sons, Ltd.
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