The B-Box 4 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 guide provides an overview of key points to consider when testing power converters in a laboratory environment, covering personnel safety, equipment protection, and the…
This note shows a possible control for a grid tied back to back converter. The proposed control implements active damping of the LCL filter.
This page covers the configuration of the analog I/O channels located on the front-end of the B-Box 4. The B-Box 4 has 24 analog channels,…
Switching ripple filters are commonly added to grid-connected voltage source converters (VSCs) to filter out undesirable switching harmonics from the VSC’s output voltage. LCL filters…
This article describes how to use the Rolling plot module of imperix Cockpit to interact with the user code running on imperix power converter controllers, namely the B-Box…
This article describes how to use the Spectral Analyzer of imperix Cockpit to interact with the user code running on imperix power converter controllers, namely the B-Box RCP …
This article describes how to use the Scope module of imperix Cockpit to interact with the user code running on imperix power converter controllers, namely the B-Box…
In most cases, connecting to the target using its dynamic IP address is straightforward and requires no additional setup. This dynamic IP is either assigned…
This technical note provides an overview of Active Power Filters (APFs) designed for harmonic mitigation and specifically targeting three-phase grid-connected inverters. The note begins by…
The DC transmission systems are widely used in DC grids, rail transit systems, and electric vehicle charging systems. In these applications, the DC supply can…
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