A linear-non-linear digital control for multi-module DC/DC converters that improves system stability, solves the limit-cycle problem, reduces recovery time and limits over- and under-shoots in regulated output voltage, is presented. A simulation model in MatlabSimulink/Active-HDL mixed environment is described. Preliminary hardware tests on a single-phase step-down converter are reported. Simulation and experimental results are shown.
Boscaino V., Livreri P., Marino F., Minieri M. (2009). Linear-non-linear digital control for dc/dc converters with fast transient response. INTERNATIONAL JOURNAL OF POWER & ENERGY SYSTEMS, 29(1), 38-47 [10.2316/Journal.203.2009.1.203-4021].
Linear-non-linear digital control for dc/dc converters with fast transient response
Boscaino V.;Livreri P.
;
2009-01-01
Abstract
A linear-non-linear digital control for multi-module DC/DC converters that improves system stability, solves the limit-cycle problem, reduces recovery time and limits over- and under-shoots in regulated output voltage, is presented. A simulation model in MatlabSimulink/Active-HDL mixed environment is described. Preliminary hardware tests on a single-phase step-down converter are reported. Simulation and experimental results are shown.
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