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.
The “Alpha-Beta-Zero to abc” block computes a three-phase (abc) signal from a space vector in a stationary reference frame (αβ0). The transformation is performed using…
The “adc to Alpha-Beta-Zero” block computes the coordinates of a three-phase (abc) signal in a stationary reference frame (αβ0). The transformation is performed using the…
The “dq0 to abc” block computes a three-phase (abc) signal from a space vector in a rotating reference frame (dq0). The angle of the rotating…
The operation of a grid-tied power converter (such as the 3-phases PV inverter) requires that the control software implements a grid synchronization technique. One well-known…
The “abc to dq0” block computes the coordinates of a three-phase (abc) signal in a rotating reference frame (dq0). The angle of the rotating reference…
High-level synthesis (HLS) tools greatly facilitate the implementation of complex power electronics controller algorithms in FPGA. Indeed HLS tools allow the user to work at…
To implement power converter control algorithms in an FPGA, it is often required to develop an FPGA-based pulse-width modulation (PWM) module. Therefore, this note presents…
The Xilinx blockset for MATLAB & Simulink is a single toolbox that unifies Model Composer (HLS), System Generator for DSP (HDL) as well as the Xilinx AI…
Usually, the user programs the B-Box RCP or the B-Board PRO CPU using imperix ACG SDK or C++ SDK, and simply uses the pre-implemented FPGA…
This page presents some useful Xilinx IP cores for Vivado. These IPs use the widely used AXI4-Stream protocol to easily exchange data with other Xilinx…
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