Co-packaged optics (CPO) technology can integrate photonic integrated circuits (PICs) with electronic integrated circuits ...

Abstract: We investigate the bifurcations that occur when a power-electronic converter moves from continuous conduction mode (CCM ... observed at the CCM-DCM transition in the current mode controlled ...

A current observer-based digital critical conduction mode control of a bidirectional ... Under the proposed control method, the bidirectional DC/DC converter operates in the critical continuous mode ...

depending on how current flows in the boost inductor during each switching cycle: discontinuous-conduction mode (DCM), critical mode (CrM, sometimes referred to as boundary mode) and ...

Efficiency and density also can be a bit higher with totem-pole PFC than with dual-boost PFC, and the cost is lower. GaN PFC control can be summarized based on these modulation strategies: continuous ...

The continuous conduction mode equations, describing these different models are ... the influence of passive component losses on the performance of the quadratic boost converter is carried out for the ...

Efficiency and density also can be a bit higher with totem-pole PFC than with dual-boost PFC, and the cost is lower. GaN PFC control can be summarized based on these modulation strategies: continuous ...

The converter operation is analyzed and discussed in continuous conduction mode (CCM). The voltage gain of the proposed converter is higher than the conventional boost converter. To validate the ...

Figure 2 An autotransformer boost converter provides a higher output voltage than a traditional boost. Equation 1 expresses the duty cycle for operation in continuous conduction mode (CCM) for a given ...