This note focuses on the multi-master feature of the B-Box/B-Board that enables distributed networked control of power electronic systems. The multi-master feature allows executing control…
This document provides instructions on how to create a control model with imperix ACG blockset, starting from a blank Simulink model. This removes the need…
This document provides instructions on how to implement Multi-rate control on Simulink with ACG SDK. It allows running part of the control at a slower…
This note describes how to install and get started with the imperix C++ Software Development Kit (SDK). Software installation After registration, the installer of the…
This page documents the common problems users can encounter during code development using an Eclipse-based environment such as the imperix C++ IDE. Resource is out…
This note provides step-by-step guidance to create a Xilinx Vivado project, add customized logic, generate a bitstream, and load it into the B-Box/B-Board. The required…
This page documents the imperix firmware IP for Xilinx Vivado, which contains the imperix FPGA logic of the imperix controllers, namely the B-Box RCP, the B-Board PRO,…
This note covers the configuration and implementation of variable frequency operation with imperix controllers (B-Box RCP and B-BoardPRO). Changing the modulation frequency during the control…
In a standard configuration, the control algorithm is executed just after each sampling event. The oversampling feature enables the possibility to set up multiple sampling…
The BB Control Timing info tab provides a graphical representation of the various computation and communication delays involved in the B-Board PRO and B-Box RCP…
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