CCFLs are used for display backlighting and brightness control, and are driven by an application light tube and are configured in either a DC-AC converter using a Full-bridge converter or a ROYER topology. It consists of a DC-AC inverter or ROYER topology. Here, the driver circuit, the bridge and power MOSFETs, and the respective circuit The behaviour of the CCFL application is discussed in terms of the driver circuit, the bridge and power MOSFETs, and the theories applied to the actual application, and the methods for finding the optimal solution are presented. Methods for finding the optimal solution are discussed

Implementing the application using the Fall-bridge CCFL topology

Giuseppe Consentino
2005

Abstract

CCFLs are used for display backlighting and brightness control, and are driven by an application light tube and are configured in either a DC-AC converter using a Full-bridge converter or a ROYER topology. It consists of a DC-AC inverter or ROYER topology. Here, the driver circuit, the bridge and power MOSFETs, and the respective circuit The behaviour of the CCFL application is discussed in terms of the driver circuit, the bridge and power MOSFETs, and the theories applied to the actual application, and the methods for finding the optimal solution are presented. Methods for finding the optimal solution are discussed
2005
Istituto per la Microelettronica e Microsistemi - IMM
CCFL, Power driver Application, Power MOSFETs, Full-Bridge Solution
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/524419
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