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Analysis of Multilevel Pulse Train Control Technique for Boost Converter Operating in Discontinuous Conduction Mode

机译:用于不连续传导模式运行的升压转换器的多级脉冲列车控制技术分析

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摘要

A novel control technique for the control of switching DC-DC converter, Multilevel Pulse Train (MPT), is proposed and studied in this paper. MPT control scheme is simple and easy to design, with great control performance. Boost converter operating in discontinuous conduction mode (DCM) is taken as an example to study the operation principle, voltage ripple analysis and control pulse combination analysis of MPT control scheme. Theory analysis, simulation results and experimental results show that MPT control method can reduce the ripple voltage observably under any operation conditions, compared with Pulse Train (PT) method.
机译:提出并研究了一种用于控制开关DC-DC转换器的新型控制技术,并研究了多级脉冲系(MPT)。 MPT控制方案简单易于设计,具有很大的控制性能。采用不连续传导模式(DCM)操作的升压转换器作为研究MPT控制方案的操作原理,电压纹波分析和控制脉冲组合分析。理论分析,仿真结果和实验结果表明,MPT控制方法可以在任何操作条件下显着降低纹波电压,与脉冲列车(PT)方法相比。

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