Dynamic and robust controllers are the inherent requirement of power electronic converters,
which are subjected to dynamic variations and nonlinearities. The effectiveness of fractional …

This paper proposes a new electronic analog circuit to realize real-time fully configurable
continuous-time transfer function. The proposed circuit serves various purposes, including …

Additional degrees of freedom in a fractional-order control strategy for power electronic
converters are well received despite the lack of reliable tuning methods. Despite …

In this brief, a fractional-order modeling and controller design method is proposed, which
considers the fractional-order characteristic of output filtering capacitors. The characteristics …

Fractional‐order calculus is an extension of the integer‐order calculus in that its order is not
limited to integers but can be noninteger as well, thus making the application of fractional …

This paper addresses a key challenge in designing a suitable controller for DC-DC
converters to regulate the output voltage effectively within a limited time frame. In addition to …

Fractional calculus is considered nowadays as a true option for modelling and efficiency
enhancement of power electronic converters. This chapter addresses the integration of …

Additional degrees of freedom in a fractional-order control strategy for power electronic
converters are well received despite the lack of reliable tuning methods. Despite …