A new statistical approach for nonlinear analysis of limit cycle amplifiers
FA Malekzadeh, R Mahmoudi… - 2009 IEEE Radio and …, 2009 - ieeexplore.ieee.org
2009 IEEE Radio and Wireless Symposium, 2009•ieeexplore.ieee.org
Limit cycle loops are becoming popular due to their potential for higher efficiency and
linearity, as data convertors and/or amplifiers. Therefore the analysis of this architecture in
different aspects is essential. In this paper a statistical orthogonalization based approach for
analysis of limit cycle amplifiers, excited by a Gaussian random signal is developed and the
advantages over conventional methods are discussed. The validity of the proposed
approach is verified by comparison between the circuit envelope simulation and the results …
linearity, as data convertors and/or amplifiers. Therefore the analysis of this architecture in
different aspects is essential. In this paper a statistical orthogonalization based approach for
analysis of limit cycle amplifiers, excited by a Gaussian random signal is developed and the
advantages over conventional methods are discussed. The validity of the proposed
approach is verified by comparison between the circuit envelope simulation and the results …
Limit cycle loops are becoming popular due to their potential for higher efficiency and linearity, as data convertors and/or amplifiers. Therefore the analysis of this architecture in different aspects is essential. In this paper a statistical orthogonalization based approach for analysis of limit cycle amplifiers, excited by a Gaussian random signal is developed and the advantages over conventional methods are discussed. The validity of the proposed approach is verified by comparison between the circuit envelope simulation and the results achieved from the proposed algorithm.
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