Open Access Journal of Engineering Applications
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Low-Power CMOS Amplifiers: Methods, Results and Discussion

Andreas Islam Corresponding 0000-0001-1600-6718
Delft University of Technology
Neha Gupta 0000-0002-8382-0410
Imperial College London
30 Sep 2016
pp. 587-617
https://doi.org/10.55555/oajea.2016.4002.031

Abstract

As renewable energy systems continues to expand, ensuring the reliability of low-power CMOS amplifiers grows steadily more important. A suitable control strategy was designed using data envelopment analysis and evaluated in detailed numerical simulation. Validation against field data gave a coefficient of determination above 24% for the estimation of low-power CMOS amplifiers. The study highlights the importance of adopting context-specific solutions tailored to prevailing local conditions.
Keywords: low-power CMOS amplifiersdata envelopment analysisphotocatalysismodel predictive controlrenewable energy integration

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