To effectively use the network resources, a suitable event-driven communication scheme is
proposed for the networked switched systems in this paper. Under the EDCS, a finite-time …

A simple graph with four nodes and eleven branches is defined. Its branches are filled in
different ways with passive elements (capacitors, inductors, diodes) or replaced by …

Diode-capacitor-based dc-dc converters provide a simple and low cost solution for high step-
up voltage regulation in solar and fuel cell generation. Transient modeling analysis reveals …

A constant on time variable frequency one-cycle control technique (CVFOCC) for switched-
capacitor (SC) converters is presented in this paper. It is designed to accomplish the …

Switched capacitor converters with ideal switches exhibit discontinuities in the electrical
variables, ie, state jumps at the switching time instants. This feature introduces some …

This article proposes a dual lower bound hysteresis control (LBHC) method with frequency
control for the design of switched-capacitor (SC) dc–dc converters in always-on Internet-of …

In this paper, the event-driven fault tolerant control is investigated for networked switched
linear systems subject to actuator failures with asynchronous switching. Firstly, by applying …

We present a network of dynamic capacitance sharing (DCS) switched-capacitor converters
that increase the range of efficient voltage regulation for multiple independent loads while …

This paper presents a novel fully integrated step-up dc/dc converter containing circuits to
improve electromagnetic emissions. This design utilizes current sources to limit the …

This paper presents for the first time the application of a method based on the transformation
of the differential algebraic equations of non-isolated Single-Input Multiple Output (SIMO) …