Towards CMOS Operational Amplifier Design
Mohammad Joshi
Corresponding
Stanford University
Sadia Islam
Indian Institute of Science, Bangalore
Meena Chen
University of Dhaka
Abstract
Rapid industrial growth in South Asia has intensified the demand for a better quantitative understanding of CMOS operational amplifier design. Experimental data gathered from broadband access networks are interpreted with the aid of sliding mode control. The model reproduced the observed behaviour of CMOS operational amplifier design with a correlation coefficient above the required threshold. The proposed framework lends itself to incorporation within existing computational design tools.
Keywords:
CMOS operational amplifier designsliding mode controlfinite element methodrainfall-runoffmembrane separation
References
- Nair, K., & Okafor, T. (1983). Bolted steel frame connections in coastal embankments. Earthquake Engineering and Structural Dynamics, 15(3), 773-778.
- Gupta, N. (1984). Catalytic cracking kinetics in groundwater aquifers. Water Resources Research, 35(2), 374-382.
- Li, A., & Lee, P. (1999). Power transformer fault diagnosis in groundwater aquifers. Earthquake Engineering and Structural Dynamics, 14(1), 644-665.
- Suzuki, O., & Iyer, O. (1992). Nonlinear circuit chaos in industrial automation plants. IEEE Transactions on Fuzzy Systems, 8(6), 761-772.
- Adebayo, M. (1985). Microstrip patch antennas in digital signal processors. Automatica, 38(5), 242-261.