6 research outputs found
Dimensioning and Modeling of a Circular Inductor Integrated in a Boost Converter
This paper presents the dimensioning and modeling of a circular inductor integrated in a Boost micro converter. At first, we define the characteristics of the Boost micro converter, which is the starting point for the design our component, taking into account the electrical and magnetic characteristics of the materials selected. The second, a Boost micro converter schematic simulation coupled with ideal and integrated inductor was presented. This conceptual model of the Boost is best understood in terms of the relation between voltage and current of the inductor. Finely, we have simulated the electromagnetic effects in integrated inductor in the air, and with substrate using the finite element method
Design and Modeling of an Integrated Inductor in a Buck Converter DC-DC
This paper presents the design and modeling of a square inductor for its integration in Buck converter
DC-DC. The first, we calculate the value of inductance. The second, we descript our inductor; dimensioning
and electrical model. A buck micro converter schematic simulation coupled with ideal and integrated
inductor was presented. This conceptual model of the buck is best understood in terms of the relation
between current and voltage of the inductor. Finely, we have simulated the electromagnetic effects in two
cases. The first case, an inductor in the air, the second case with substrate. Our geometry is created en 3D
space dimension
Dimensioning and Modeling of a Circular Inductor Integrated in a Boost Converter
This paper presents the dimensioning and modeling of a circular inductor integrated in a Boost micro converter. At first, we define the characteristics of the Boost micro converter, which is the starting point for the design our component, taking into account the electrical and magnetic characteristics of the materials selected. The second, a Boost micro converter schematic simulation coupled with ideal and integrated inductor was presented. This conceptual model of the Boost is best understood in terms of the relation between voltage and current of the inductor. Finely, we have simulated the electromagnetic effects in integrated inductor in the air, and with substrate using the finite element method
Thermal Modeling of an Integrated Circular Inductor
We present in this paper a study on the thermal behavior of an integrated circular inductor. We determinate
a mathematical expression giving the evolution of temperatures in an integrated inductor using
the separation of variables method and a visualization of the thermal behavior is determined in 3D space
dimension using the finite element method
Design and Modeling of an Integrated Inductor in a Buck Converter DC-DC
This paper presents the design and modeling of a square inductor for its integration in Buck converter
DC-DC. The first, we calculate the value of inductance. The second, we descript our inductor; dimensioning
and electrical model. A buck micro converter schematic simulation coupled with ideal and integrated
inductor was presented. This conceptual model of the buck is best understood in terms of the relation
between current and voltage of the inductor. Finely, we have simulated the electromagnetic effects in two
cases. The first case, an inductor in the air, the second case with substrate. Our geometry is created en 3D
space dimension