Table 2 Relationship of voltage between components of the proposed converter.
Voltage/Time | Mode 1 (\({\varvec{\delta}}_{1}\varvec{T}\varvec{s})\) | Mode 2\({\varvec{\delta}}_{2}\varvec{T}\varvec{s})\) | Mode 3\({\varvec{\delta}}_{3}\varvec{T}\varvec{s})\) |
|---|---|---|---|
\({v}_{L1}\) | \({V}_{in}-{V}_{C1}\) | \({V}_{in}-{C}_{1}\) | \({V}_{in}\) |
\({v}_{L2}\) | \(-{V}_{C1}\) | \({V}_{C1}\) | \(-{V}_{C1}\) |
\({v}_{L3}\) | \({V}_{Co}\) | \({V}_{Co}\) | \(-{V}_{C1}\) |
\({v}_{D1}\) | \({V}_{Co}\) | \({V}_{Co}\) | \(0\) |
\({v}_{D2}\) | \({V}_{C1}+{V}_{Co}\) | 0 | 0 |
\({v}_{D3}\) | 0 | 0 | \({V}_{C1}\) |
\({v}_{S1}\) | 0 | \({V}_{C1}+{V}_{Co}\) | \({V}_{C1}+{V}_{Co}\) |
\({v}_{S2}\) | \({V}_{C1}\) | \({V}_{C1}\) | 0 |
