Abstract—The process for designing digital controls for power electronics is typically quite convoluted and affords many oppor-tunities for errors to occur. We present here a new and complete method for rapid prototyping of digital controls that allows rapid realization of new designs. The approach uses a collection of tools that include both software (the virtual test bed (VTB) and Matlab/Simulink) and hardware (dSpace DSP). An example application of the methodology completes the discussion. Index Terms—Digital controls, dSpace DSP, power electronics, rapid prototyping, virtual test bed. I
Modern control and measurement systems are equipped with interfaces to operate in local area network...
The present document aims to show the advantages of a digital implementation of the regulation(s) us...
The growing use of power converters connected to the grid motivates their study in power electronics...
The process for designing digital controls for power electronics is typically quite convoluted and a...
The process for designing digital controls for power electronics is typically quite convoluted and a...
We present a simple and rapid prototyping technique for Field Programmable Gate Array (FPGAs)-based ...
In this work we present a test platform for the rapid prototyping of power electronic converters. Th...
A rapid prototyping methodology for digital controllers is presented in this paper. Its main applica...
Modern control and measurement systems are equipped with interfaces to operate in local area network...
Many types of devices based on power converters have been proposed and studied for utility applicati...
In these ages of a more and more increasing energy demand and struggle to reduce CO2 emissions, the ...
The paper presents the possibilities of using modern kits with high-performance 32–bit ARM microcont...
A rapid control prototyping (RCP) system, based on commercially available software and custom in-hou...
The objective of this thesis is to develop a real-time block-diagram-based DSP prototyping system us...
The control of modern electrical power systems is, in some respects, limited by traditional analogue...
Modern control and measurement systems are equipped with interfaces to operate in local area network...
The present document aims to show the advantages of a digital implementation of the regulation(s) us...
The growing use of power converters connected to the grid motivates their study in power electronics...
The process for designing digital controls for power electronics is typically quite convoluted and a...
The process for designing digital controls for power electronics is typically quite convoluted and a...
We present a simple and rapid prototyping technique for Field Programmable Gate Array (FPGAs)-based ...
In this work we present a test platform for the rapid prototyping of power electronic converters. Th...
A rapid prototyping methodology for digital controllers is presented in this paper. Its main applica...
Modern control and measurement systems are equipped with interfaces to operate in local area network...
Many types of devices based on power converters have been proposed and studied for utility applicati...
In these ages of a more and more increasing energy demand and struggle to reduce CO2 emissions, the ...
The paper presents the possibilities of using modern kits with high-performance 32–bit ARM microcont...
A rapid control prototyping (RCP) system, based on commercially available software and custom in-hou...
The objective of this thesis is to develop a real-time block-diagram-based DSP prototyping system us...
The control of modern electrical power systems is, in some respects, limited by traditional analogue...
Modern control and measurement systems are equipped with interfaces to operate in local area network...
The present document aims to show the advantages of a digital implementation of the regulation(s) us...
The growing use of power converters connected to the grid motivates their study in power electronics...