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.
This note provides in-depth content for an accurate and efficient offline simulation of an imperix controller and the corresponding plant model using ACG SDK on…
This note explains how to build, load, and execute the control code that is generated from Simulink, PLECS or imperix IDE (C/C++ code). It notably…
This technical note explains how to implement speed control for an electric motor. First, the note introduces the general operating principles of motor speed control,…
This note presents several modulation techniques to operate a Dual Active Bridge (DAB) converter. First, the topology and the theoretical aspects of the Dual Active…
This page contains a few code examples that can be used to explore and test imperix’s automated code generation workflow using PLECS. These examples are…
This note provides step-by-step guidance to implement a basic Graphical User Interface (GUI) with MATLAB app designer. Throughout the page, a straightforward application is put…
Some power sources, like solar panels, present power characteristics that strongly depend on the operating conditions. In such cases, Maximum Power Point Tracking (MPPT) is often applied to maximize the extracted power.
Power electronic converters generate non-ideal current and voltage waveforms, which unavoidably include a broad spectrum of undesirable switching harmonics. In most applications, these harmonics must…
This note focuses on the multi-master feature which allows executing control codes on multiple imperix power converter controllers interconnected using optical fiber (SFP). The imperix home-made…
This note provides tips and tricks on how to speed up Simulink simulation. 1) Avoid unnecessary continuous signals The control algorithm should be executed at…
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