Sentence examples for continuous conduction mode from inspiring English sources
2) Boundary condition between CCM and DCM: In order to ensure the proposed converter operates in continuous conduction mode, the inductor currents (i L1, i L2) should be maintained continuously during a whole switching cycle, thus: left{ begin{aligned} I_{L1} - frac{1}{2}Delta i_{L1} ge 0, hfill I_{L2} - frac{1}{2}Delta i_{L2} ge 0 hfill end{aligned} right.
Transitions between continuous conduction mode and discontinuous conduction mode are illustrated for the whole duty ratio range.
Continuous conduction mode should be used when the output voltage is a maximum of six times the input voltage.
Usually only the continuous conduction mode (CCM) is considered and high current operating points are assumed in the literature.
This paper proposes, analyses and validates, both computationally and experimentally, an AC small signal model for a Trans quasi-Z-source inverter working in continuous conduction mode (CCM).
Applying the physical laws and analyses, the mathematical relations of critical inductances between continuous conduction mode (CCM) and discontinuous conduction mode (DCM) are obtained.
The parallel-input/parallel-output converter comprises two identical boost circuits and operates in the continuous-current conduction mode.
The operating principle analysis, parameter selection, the boundary condition between continuous and discontinuous conduction mode (CCM and DCM), and the comparison with other existed high step-up DC DC converters have been presented in detail.
Design examples are given for continuous and discontinuous conduction modes, with details of equalization required.
After this, a repetitive current controller using the first-order model is designed to improve the accuracy of the current regulation in both continuous and discontinuous conduction modes.
As an application, we focus in this paper on the case of Flyback converters and the main contribution is to prove that this switched and adaptive control strategy provides a stability guarantee in both continuous and discontinuous conduction modes.
