An integrated converter is a synthesized converter based on the overall system integration, which is simplified by the system objective and can implement the system functions similar to the discrete converters. An integrated converter consists of converter sets; each converter set has a special function defined by the designer. A family of DC/DC Boost based integrated rectifiers with two active switches can be derived by the integration concept. In this paper, Boost + Push-Pull integrated converter is introduced and derived. To regulate the output voltage and shape the input current, a new simple digital control method is applied. In contrast to the conventional analog control methods, the principal idea of this new digital control algorithm is to use real-time analysis and estimate the required on time of the switches based on the value of the output voltage, input inductor current, and input voltage. The high capacitor voltage stress caused by the compatibility of the integration can be reduced by two methods. Pulse regulation control method is used to control this converter. Simulation results are presented.
Z. Nie et al., "Boost Integrated Push-Pull Rectifier with Power Factor Correction and Output Voltage Regulation using a New Digital Control Technique," Proceedings of the 26th Annual International Telecommunications Energy Conference (2004, Chicago, IL), pp. 59-64, Institute of Electrical and Electronics Engineers (IEEE), Jan 2004.
The definitive version is available at https://doi.org/10.1109/INTLEC.2004.1401445
26th Annual International Telecommunications Energy Conference (2004: Sep. 19-23, Chicago, IL)
Electrical and Computer Engineering
Keywords and Phrases
DC-DC Boost Rectifiers; DC-DC Power Convertors; Active Switches; Boost Integrated Push-Pull Rectifier; Capacitor Voltage Stress; Capacitors; Converter Control; Digital Control; Digital Control Technique; Inductor Current; Inductors; Integrated Converter; Power Factor Correction; Pulse Regulation Control; Real-Time Analysis; Rectifying Circuits; Voltage Control; Voltage Regulation; Algorithms; Computer Simulation; Control Systems; Electric Converters; Electric Power Factor; Mathematical Models; Switching Systems; Inductor Current; Pulse Regulation; Push-Pull Rectifiers; Sub-Integrated Converters; Electric Rectifiers
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Article - Conference proceedings
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