1
Yung Lin Lin: High-efficiency adaptive DC/AC converter. O2 Micro International, Hayes Soloway Hennessey Grossman & Hage P C, July 10, 2001: US06259615 (146 worldwide citation)

A CCFL power converter circuit is provided using a high-efficiency zero-voltage-switching technique that eliminates switching losses associated with the power MOSFETs. An optimal sweeping-frequency technique is used in the CCFL ignition by accounting for the parasitic capacitance in the resonant tan ...


2
Yung Lin Lin: High-efficiency adaptive DC/AC converter. Micro International, Grossman Tucker Perreault & Pfleger PLLC, May 28, 2002: US06396722 (124 worldwide citation)

A CCFL power converter circuit is provided using a high-efficiency zero-voltage-switching technique that eliminates switching losses associated with the power MOSFETs. An optimal sweeping-frequency technique is used in the CCFL ignition by accounting for the parasitic capacitance in the resonant tan ...


3
Yung Lin Lin: High-efficiency adaptive DC/AC converter. 02 Micro International, Grossman Tucker Perreault & Pfleger PLLC, October 12, 2004: US06804129 (82 worldwide citation)

A CCFL power converter circuit is provided using a high-efficiency zero-voltage-switching technique that eliminates switching losses associated with the power MOSFETs. An optimal sweeping-frequency technique is used in the CCFL ignition by accounting for the parasitic capacitance in the resonant tan ...


4
Yung Lin Lin: High-efficiency adaptive DC/AC converter. O2Micro International, August 26, 2008: US07417382 (17 worldwide citation)

A CCFL power converter circuit is provided using a high-efficiency zero-voltage-switching technique that eliminates switching losses associated with the power MOSFETs. An optimal sweeping-frequency technique is used in the CCFL ignition by accounting for the parasitic capacitance in the resonant tan ...


5
Yung Lin Lin: High-efficiency adaptive DC/AC converter. O2Micro International, April 7, 2009: US07515446 (14 worldwide citation)

A CCFL power converter circuit is provided using a high-efficiency zero-voltage-switching technique that eliminates switching losses associated with the power MOSFETs. An optimal sweeping-frequency technique is used in the CCFL ignition by accounting for the parasitic capacitance in the resonant tan ...


6
Yung Lin Lin: High-efficiency adaptive DC/AC converter. 02Micro International, April 7, 2009: US07515445 (8 worldwide citation)

A CCFL power converter circuit is provided using a high-efficiency zero-voltage-switching technique that eliminates switching losses associated with the power MOSFETs. An optimal sweeping-frequency technique is used in the CCFL ignition by accounting for the parasitic capacitance in the resonant tan ...


7
Lin Yung Lin: High-efficiency adaptive DC/AC converter. O2 Micro, March 1, 2002: TW478240 (8 worldwide citation)

A CCFL power converter circuit is provided using a high-efficiency zero-voltage-switching technique that eliminates switching losses associated with the power MOSFETs. An optimal sweeping-frequency technique is used in the CCFL ignition by accounting for the parasitic capacitance in the resonant tan ...


8
Yung Lin Lin: High-efficiency adaptive DC/AC converter. Edmund Paul Pfleger, Hayes Soloway Hennessey Grossman & Hage PC, November 1, 2001: US20010036096-A1 (1 worldwide citation)

A CCFL power converter circuit is provided using a high-efficiency zero-voltage-switching technique that eliminates switching losses associated with the power MOSFETs. An optimal sweeping-frequency technique is used in the CCFL ignition by accounting for the parasitic capacitance in the resonant tan ...


9
Yung Lin Lin: High-efficiency adaptive DC/AC converter. Edmund P Pfleger, Grossman Tucker Perreault & Pfleger PLLC, December 5, 2002: US20020180380-A1 (1 worldwide citation)

A CCFL power converter circuit is provided using a high-efficiency zero-voltage-switching technique that eliminates switching losses associated with the power MOSFETs. An optimal sweeping-frequency technique is used in the CCFL ignition by accounting for the parasitic capacitance in the resonant tan ...


10
Yung Lin Lin: High-efficiency adaptive DC/AC converter. Grossman Tucker Perrealt & Pfleger Pllc, August 19, 2004: US20040160794-A1

A CCFL power converter circuit is provided using a high-efficiency zero-voltage-switching technique that eliminates switching losses associated with the power MOSFETs. An optimal sweeping-frequency technique is used in the CCFL ignition by accounting for the parasitic capacitance in the resonant tan ...