References
- Babazadeh A., Maksimovic’ , Hybrid Digital Adaptive Control for Fast Transient Response in Synchronous Buck DC-DC Converters. IEEE Transactions Power Electron. Volume 24, No 11, pp2625–2638. Institute of Electrical and Electronics Engineers. USA (2009).
- Calvente J., Martinez-Salamero L., Valderrama H., Vidal-Idiarte E., Using magnetic coupling to eliminate right half-plane zeros in boost converters. IEEE Power Electron. Letter. Volume 2, No 2, pp58–62. Institute of Electrical and Electronics Engineers. USA (2004).
- Corradini L, Costabeber A, Mattavelli P., Saggini S., Parameter-Independent Time-optimal Digital Control for Point-of-Load Converters. IEEE Transactions Power Electron. Volume 24, No 10, pp2235–2248. Institute of Electrical and Electronics Engineers. USA (2009).
- Chiu J. Y. C., Leung K. S., Chung H. S. H., High-order switching surface in boundary control of inverters. IEEE Transactions Power Electron. Volume 22, No 5, pp1753–1765. Institute of Electrical and Electronics Engineers. USA (2007).
- Erickson R. W., Maksimovic D., Fundamental of Power Electronics. Springer. USA (2001).
- Greuel M., Muyshondt R., Krein P. T., Design approaches to boundary controllers. Proceeding IEEE Power Electron Special Conference. pp672–678. Institute of Electrical and Electronics Engineers. USA (1997).
- Huang S., Xu H., Liu Y., Sliding mode controlled switching regulator with fast response and first-order dynamic characteristic. Proceeding IEEE Power Electron Special Conference. pp124–129. Institute of Electrical and Electronics Engineers. USA (1989).
- Krein P. T., Elements of Power Electronics. Chapter 17. Oxford University Press. USA (1998).
- Krein P. T., Nonlinear Phenomena in Power Electronics: Attractors, Bifurcation, Chaos, and Nonlinear Control. Chapter 8. IEEE Press. USA (2001).
- Krein P. T., Feasibility of Geometric Digital Controls and Augmentation for Ultrafast Dc-Dc Converter Response. IEEE COMPEL Workshop. pp48–56. Institute of Electrical and Electronics Engineers. USA (2006).
- Leung K. S., Chung H. S. H., Derivation of a second-order switching surface in the boundary control of buck converters. IEEE Power Electronics Letter. Volume 2, No 2, pp63–67. Institute of Electrical and Electronics Engineers. USA (2004).
- Leung K. S., Chung H. S. H., A comparative study of the boundary control of buck converters using first- and second-order switching surfaces-Part I: continuous conduction mode. Proceeding IEEE Power Electron Special Conference. pp2133–2139. Institute of Electrical and Electronics Engineers. Brazil (2005).
- Leung K. S., Chung H. S. H., A comparative study of the boundary control of buck converters using first- and second-order switching surfaces. IEEE Transactions Power Electron. Volume 22, No 4, pp1196–1209. Institute of Electrical and Electronics Engineers. USA (2007).
- Malesani L., Rossetto L., Spiazzi G., Tenti P., Performance Optimisation of C’ uk Converters by Sliding-mode Control. IEEE Transactions Power Electron. Volume 10, No 3, pp302–309. Institute of Electrical and Electronics Engineers. USA (1995).
- Mattavelli P., Rossetto L., Spiazzi G., Tenti P., General-purpose sliding-mode controller for dc -dc converter applications. Proceeding IEEE Power Electron Special Conference. pp609–615. Institute of Electrical and Electronics Engineers. USA (1993).
- Munzert R., Krein P.T., Issues in boundary control. Proceeding IEEE Power Electron Special Conference. pp810–816. Institute of Electrical and Electronics Engineers. USA (1996).
- Redl R., Sun J., Ripple-based Control of Switching Regulators – An Overview. IEEE Transactions Power Electron. Volume 24, No 12, pp2669–2680. Institute of Electrical and Electronics Engineers. USA (2009).
- Song Ting-Ting, Chung H. S. H., Boundary control of boost converters using state-energy plane. IEEE Transactions Power Electron. Volume 23, No 2, pp551- 563. Institute of Electrical and Electronics Engineers. USA (2008).
- Spiazzi G., Mattavelli P., the Power Electronics Handbook. Chapter 8. CRC Press. USA (2002).
- Tan S. C., Lai Y. M., Cheung K. H., Tse C. K., On the practical design of a sliding mode voltage controlled buck converter. IEEE Transactions Power Electron. Volume 20, No 2, pp425–437. Institute of Electrical and Electronics Engineers. USA (2005).
- Tan S. C., Lai Y. M., Tse C. K., Cheung K. H., Adaptive feedforward and feedback control schemes for sliding mode controlled power converters. IEEE Transactions Power Electron. Volume 21, No 1, pp182–192. Institute of Electrical and Electronics Engineers. USA (2006).
- Utkin V. I., Sliding Modes and Their Application in Variable Structure Systems. Moscow (1974).
- Utkin V. I., Sabanovic A., Sliding modes applications in power electronics and motion control systems. Proceeding IEEE International Symposium on Indus Electron. ppTU22-TU31. Institute of Electrical and Electronics Engineers. USA (1999).
- Viswanathan K., Oruganti R., Srinivasan D., Dual-mode control of tri-state boost converter for improved performance. IEEE Transactions Power Electron. Volume 20, No 4, pp790–797. Institute of Electrical and Electronics Engineers. USA (2005).
- Wang H., Chung, H. S. H., Presse, J, A Unified Derivation of Second-order Switching Surface for Boundary Control of DC-DC Converters. Proceeding IEEE Energy Conversion Congress and Exposition. pp2889–2896. Institute of Electrical and Electronics Engineers. USA (2009).
- Yan W. T., Chung, H. S. H., Au K., Ho C. N. M., Fixed-frequency boundary control of buck converters with second-order switching surface. Proceeding IEEE Power Electron. Special Conference. pp629–635. Institute of Electrical and Electronics Engineers. USA (2008).