Near-Unity Power Factor Electronic Ballast Based on Integration Techniques to Drive High-Intensity Discharge Metal Halide (HID-MH) Lamps by Fuerback, A. L., da S Postiglione, C., Nascimento, C. B., Martins, D. C., Perin, A. J.

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Single-stage PFC AC-DC converter based on serial-interleaved boost by Postiglione, C. S., Fuerback, A. L., Martins, D. C., Perin, A. J., Nascimento, C. B.

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Single-phase/-stage NPC-based rectifier integrating a simple DCM PFC technique by Fuerback, Andre L., Perin, Arnaldo J., Heldwein, Marcelo L., Postiglione, Cicero S.

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An FPGA-based single-phase interleaved boost-type PFC converter employing GaN HEMT devices by Jappe, Tiago K., Polla, Ramiro R., Soeiro, Thiago B., Fuerback, Andre, Heldwein, Marcelo L., Andrich, Roberto

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Single-stage AC-DC converter with PFC based on continuous input current charge-pump topologies by Postiglione, C.S., Fuerback, A.L., Nascimento, C.B., Perin, A.J.

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Near unity power-factor electronic ballast based on integration techniques to drive high intensity discharge metal halide (HID-MH) lamps by Fuerback, A.L., da S. Postiglione, C., Nascimento, C.B., Perin, A.J.

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High power - Factor electronic ballast based on integration techniques to drive high intensity discharge metal halide (HID-MH) lamps by Fuerback, A.L., da Postiglione, C.S., Nascimento, C.B., Perin, A.J.

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