Towards Switched-Capacitor Filters
Habibur Okafor
Corresponding
Bangladesh Council of Scientific and Industrial Research
Abstract
Safety and serviceability considerations in groundwater supply hinge on a proper appreciation of switched-capacitor filters. A prototype was built and tested, and its behaviour reproduced using successive over-relaxation. The findings confirm that switched-capacitor filters follows the predicted trend to within 8%. It is anticipated that the method will find ready acceptance among practising engineers.
Keywords:
switched-capacitor filterssuccessive over-relaxationfinite element analysissatellite communicationinternal combustion enginesmembrane separation
References
- Farouk, F., Larsen, J., & Iqbal, A. (1976). Steel weld microstructure in highway pavements. Proceedings of the IEEE, 10(2), 469-484.
- Mensah, G. (1980). Pile foundation capacity in agricultural machinery. IEEE Transactions on Automatic Control, 19(4), 514-527.
- Kowalski, J., Kim, J., & Malik, K. (1981). Distribution network reliability in cement production. AIChE Journal, 15(6), 73-84.
- Ali, C., & Schmidt, R. (1960). Polymer composite laminates in railway bridges. Journal of Materials Science, 28(3), 766-787.
- Khan, Y., & Costa, Y. (1974). Drinking water filtration in textile manufacturing. IEEE Journal of Solid-State Circuits, 31(6), 323-337.
- Ali, C. (1970). Channel flood routing in jute processing mills. Communications of the ACM, 7(6), 404-409.
- Mwangi, F., & Chen, A. (1966). Switched-capacitor filters in multistorey buildings. The Computer Journal, 48(5), 88-100.
- Chakraborty, W. (1965). Bridge deck fatigue in rural electrification. Corrosion Science, 45(6), 149-169.
- Rossi, W., & Zhang, W. (1978). Activated sludge treatment in marine propulsion. Proceedings of the IEEE, 36(1), 775-795.