Power converter circuits, such as current-controlled or voltage-controlled converters and inverters often have multiple inputs in the controller.
This paper provides an overview of the chaotic dynamics and bifurcation scenarios observed in power converter circuits, emphasizing the salient features of the ...
The multiple inputs cause high‐frequency and low‐frequency oscillations. In earlier studies, the characteristics of circuits in fast‐scale and slow‐scale ...
Bibliographic details on Relationship of fast-scale and slow-scale instabilities in switching circuit with multiple inputs.
The multiple inputs cause high-frequency and low-frequency oscillations. In earlier studies, the characteristics of circuits in fast-scale and slow-scale ...
Relationship of fast‐scale and slow‐scale instabilities in switching circuit with multiple inputs · H. AsaharaS. BanerjeeT. Kousaka. Engineering, Physics. Int ...
Jan 1, 2013 · It is found that both the fast- and slow-scale instabilities may cause distortion in the line current and degrade the supply power factor. The ...
Fast- and slow-scale bifurcations have been observed in electrical power circuits with multiple inputs. This paper studies the bifurcation phenomena in an ...
Slow-Scale and Fast-Scale Instabilities in Parallel-Connected ...
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This paper reports the slow- and fast-scale instabilities in the parallel-connected single-phase H-bridge inverters and discusses the two types of ...
We use this methodology to investigate the fast-scale instabilities of a high-frequency voltage-mode buck converter that employs dynamic-feedback control for ...