Conventional matrix converters (MCs) have limited voltage gain that is less than 0.866,
whether for direct MC (DMC) or indirect MC (IMC). The Z-source MCs (ZSMCs) overcome …

Switched-inductor and quasi-Z-source indirect matrix converters are proposed as generator–
grid interface for wind energy systems. Voltage levels of gearless ac generators typical for …

This research paper introduces a cutting-edge integration of a Z-source high-gain
impedance network with a Sparse Matrix Converter (SMC) for Wind Energy Conversion …

This paper has researched the vector modulation strategy of three-phase to single-phase
matrix converter (3-1 MC) with an active power decoupling capacitor, and focused on …

Traditionally, most converters exhibit buck charac-teristics, with conventional converters
typically achieving voltage gains of around 0.6-0.7. On the other hand, matrix converters …

This paper analyzes the input side performance of a conventional three-phase to single-
phase matrix converter (3-1MC). It also presents the input-side waveform quality under this …

A 6‐switch three‐phase to single‐phase matrix converter (3‐1MC) with independent neutral
line is directly coupled to the input side through bidirectional switches, and the output ripple …

This paper presents a novel close-loop control scheme based on small signal modeling and
weighted composite voltage feedback for a three-phase input and single-phase output …

针对常规三相-单向矩阵变换器(3-1MC) 中间环节无大容量储能单元, 输出单相脉动功率耦合到
输入侧, 使输入电流中引入低频谐波的问题, 本文基于输出侧脉动功率补偿的拓扑结构 …

This dissertation describes an investigation of novel power electronic converters, based on
the ultra-sparse matrix topology and characterized by the minimum number of …