The B-Box RCP is a fully programmable controller, specifically tailored for the control of power electronics converters.
Thanks to its fast programming and its embedded protections, it is ideally suited to the experimental validation of converter control algorithms in laboratory environments.
Imperix relies on the increasingly popular OPC UA industrial protocol to remotely control and monitor its power electronic controllers over Ethernet. To do so, the…
This block writes a user-defined message in the log module of Cockpit. Numerical values can be inserted into the message using the conversion specifier “%f“,…
The User fault block is used to stop the converter operation from the user model. It makes the controller enters the FAULT state (user fault)…
The Industrial Communication Toolbox Add-On for MATLAB and Simulink (formerly OPC Toolbox) allows communicating with an OPC UA server from MATLAB. This page explains how…
This page presents an implementation example of Selective Harmonic Elimination (SHE) using the PP-PWM modulator. This example addresses a high-power 3-level NPC inverter tied to…
This user guide explains how to use imperix Cockpit to interact with imperix power converter controllers, namely the B-Box RCP, the B-Board PRO, the Programmable Inverter, and…
This page documents the imperix firmware IP for Xilinx Vivado, which contains the imperix FPGA logic of the imperix controllers (B-Board PRO and B-Box RCP)….
This page helps new users get started with imperix power electronic controllers. In particular, it explains how to deploy a user code onto these controllers,…
This page explains how to get started with the motor drive bundle and the motor testbench. It provides a comprehensive overview of the hardware configuration…
Real time communication is essential in order to enable converter controllers to coordinate with other devices. B-Box RCP and other imperix controllers support several protocols…
End of content
End of content
