Infineon CoolSiC™ Technology: Why it is a revolution to rely on Emerging DC-DC application: Using Infineon automotive MOSFETs in different topologies Have an overview of the converters needed in electric vehicles. Analyze the 2-quadrant converter topology in buck and boost mode and the half...
However, almost all DC/DC converter topologies can be made bi-directional. A bi-directional converter can move power in either direction, which is useful in applications requiring regenerative braking. The amount of power flow between the input and the output can be controlled by adjusting the ...
Infineon CoolSiC™ Technology: Why it is a revolution to rely on Emerging DC-DC application: Using Infineon automotive MOSFETs in different topologies Have an overview of the converters needed in electric vehicles. Analyze the 2-quadrant converter topology in buck and boo...
Providing information on semiconductor products suitable for step-up or step-down DC-DC converter, along with circuit configuration examples. These are important in designing DC-DC converter.
DC/DC Converters: Advanced Converter Topologies Learn More About: Switch-Mode Power Communications Power Power Components European Power News Medical Power Consumer Industrial Power Comments 0 Comments Log in to comment You May Also Like Mitigating Motor Drive Risks: The Critical Role of Gate ...
DC/DC power converter Multi-port DC/DC converter Converter control Non-isolated Partially Isolated Isolated 1. Introduction Recent advancements in RESs, electric/hybrid vehicles, telecommunication, and satellite applications have presented new challenges to designing DC/DC-power conversion systems. For inst...
Chapter 11: Advanced Assembly and Packaging The new 3DPP®chapter explores the different methods and techniques that have led to this paradigm shift. New packaging technologies have more than doubled the power density, so that a complete 15W converter in 3x3x1.5mm is now possible. ...
How to simplify the IC selection process and to provide the information required to build an optimized dc-to-dc converter.
A DC-DC boost converter is a solution of great importance in applications with a noninsulated power supply and power factor correction (PFC) systems [1]. The converter can be used in a wide range of applications and can be designed to use different types of switches, including IGBTs. IGBT...
In this section, design methods of DC-DC converter topologies are presented for BEV and PHEV powertrains. On the basis of Table 3, classical design equations are used to determine passive components (i.e., capacitor and inductor) and duty cycle value of DC-DC converters. All the specificatio...