Direct Current Charger Hardware Platform Design

Design Guideline for Flyback Charger Using FAN104WMX

An FPGA-Based Experiment Platform for Hardware Software Co-Design

Microprocessor architecture and digital system design has been a focus of research and the curriculum in the Electrical and Computer Engineering Department (ECEN) at Brigham Young University. There has been continual progress in development of new and efficient architectures and custom digital systems, but these ideas have not had easy access to a design and experiment environment. There has be...

Design of Intelligent Charger for Electric Vehicles

---------------------------------------------------------------------***--------------------------------------------------------------------Abstract For providing power from Vehicle to grid, the role of intelligent charger comes in to the action. The intelligent charger for vehicle to grid power flow comprises of AC-DC PWM converter and bidirectional converter. During the onpeak load condition,...

Design Guideline for Flyback Charger Using FAN104WMX

A Polymorphic Hardware Platform

In the domain of spatial computing, it appears that platforms based on either reconfigurable datapath units or on hybrid microprocessor/logic cell organizations are in the ascendancy as they appear to offer the most efficient means of providing resources across the greatest range of hardware designs. This paper encompasses an initial exploration of an alternative organization. It looks at the e...