LLC resonant converters are designed with a specified resonant frequency that is usually determined based on the experience of the designers while impacting the losses and the dimension of the converter. In this paper, a systematic design framework is proposed that attempts to determine the resonance frequency by considering system loss, volume and cost. To achieve smaller sized transformer, this paper considers series connected primary and parallel connected secondary windings with a multi-core configuration. The proposed algorithm aids designers to optimally size the LLC and has been demonstrated on a 3700W 48V design
Due to the global demand for, high efficiency, high power density, reduced electromagnetic interfere...
The paper describes a novel multi-stage LLC resonant converter topology for facilitating wide output...
The main advantages of a half-bridge LLC resonant DC/DC converter having two inductors (LL) and a si...
A LLC resonant topology is analyzed to derive efficiency and cost optimal design for wide input rang...
Ever since inception of field of electronics, electronic devices are getting smaller, lighter and mo...
A rapid automated design methodology for LLC resonant converters providing converter designs within ...
As a key factor in the design of a voltage-adjustable LLC resonant converter, frequency regulation r...
The LLC resonant converter topology is widely used in dc-dc converter applications due to its advant...
The LLC resonant converter topology is widely used in dc-dc converter applications due to its advant...
High conversion efficiency is desired in switch mode power supply converters. Computer-aided design ...
The LLC resonant converter topology is widely used in DC-DC converter applications for its advantage...
Today\u27s large-scale utility applications with microinverter and batteries require DC/DC converter...
Many of today's power converters use pulse-width modulation(PWM) techniques to regulate the circulat...
This paper proposes the design considerations of resonant network and transformer magnetics for 500 ...
LLC (Inductor-inductor-capacitor) resonant converter has lots of advantages over other type of reson...
Due to the global demand for, high efficiency, high power density, reduced electromagnetic interfere...
The paper describes a novel multi-stage LLC resonant converter topology for facilitating wide output...
The main advantages of a half-bridge LLC resonant DC/DC converter having two inductors (LL) and a si...
A LLC resonant topology is analyzed to derive efficiency and cost optimal design for wide input rang...
Ever since inception of field of electronics, electronic devices are getting smaller, lighter and mo...
A rapid automated design methodology for LLC resonant converters providing converter designs within ...
As a key factor in the design of a voltage-adjustable LLC resonant converter, frequency regulation r...
The LLC resonant converter topology is widely used in dc-dc converter applications due to its advant...
The LLC resonant converter topology is widely used in dc-dc converter applications due to its advant...
High conversion efficiency is desired in switch mode power supply converters. Computer-aided design ...
The LLC resonant converter topology is widely used in DC-DC converter applications for its advantage...
Today\u27s large-scale utility applications with microinverter and batteries require DC/DC converter...
Many of today's power converters use pulse-width modulation(PWM) techniques to regulate the circulat...
This paper proposes the design considerations of resonant network and transformer magnetics for 500 ...
LLC (Inductor-inductor-capacitor) resonant converter has lots of advantages over other type of reson...
Due to the global demand for, high efficiency, high power density, reduced electromagnetic interfere...
The paper describes a novel multi-stage LLC resonant converter topology for facilitating wide output...
The main advantages of a half-bridge LLC resonant DC/DC converter having two inductors (LL) and a si...