The Vienna rectifier, which is a nongenerative-boost type rectifier, is used in many
applications such as telecommunication systems and wind turbine systems. The Vienna …

Vienna rectifier is a kind of power converter with complicated operating constraints. Thus, it
is difficult to control with conventional control strategies, especially during transients or …

The three-level Vienna rectifier is an attractive topology for power factor correction
applications. However, for practical high-frequency applications, the nonlinearity caused by …

Unbalanced dc links usually occur when a Vienna rectifier is used as a charger for series-
connected battery packs. The redundant vector preselection optimal switching sequence …

以Vienna 整流器为研究对象, 针对其传统电压外环滑模变结构控制不变性和对系统参数扰动
敏感的问题, 分析了以逼近率为基础的滑模变结构控制算法, 提出了一种基于RBF …

Vienna rectifier is a boost-type rectifier with unidirectional energy flow, which is widely used
in industrial applications. To improve the power density of the Vienna rectifier, the high …

Under unbalanced dc links, the control of a three-phase Vienna rectifier is challenging. To
deal with the unbalanced dc links, the optimal switching sequence model predictive control …

This study proposes an improved direct power control (DPC) strategy based on sliding mode
control (SMC) with dual closed loop for the Vienna‐type rectifier to improve transient …

This paper proposes a generalized design framework for three-phase Vienna rectifiers to
handle the neutral point voltage balance issue. On the basis of the design framework, it is …

Input harmonic and power factor (PF) regulations necessitate the use of front end active PF
correction (APFC) circuit for power electronic converters. In recent times, the VIENNA …