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 technical note presents various techniques for the DC bus balancing of NPC converters. These techniques are notably used in TN135, which implements a grid-tied…
This technical note provides an example of how a fast hysteresis current controller can be implemented, leveraging the possibility of editing the FPGA firmware for…
This technical note shows how the implementation of an FPGA-based hysteresis controller can be conducted, starting from the modeling stage, following with automated VHDL code…
This technical note presents an FPGA-based Direct Torque Control (DTC) of a PMSM motor using Vivado HLS, coupled with the possibility to customize the FPGA…
The CONFIG block is mandatory and serves to: configure the main time base of the model(control task frequency) configure the ADC sampling This block also…
The B-Box RCP and B-Board PRO digital controllers hold 4 clock generators, which provide time-bases to use with various peripherals such as the PWMs and…
The ADC block is used to retrieve the measurements from the analog inputs of an imperix controller. This help documentation deals with the software part…
The DAC block applies a given value to one of the four analog outputs of the B-Box RCP. The corresponding hardware specifications are available in…
The GPI block reads the value of the General Purpose Inputs (GPI). Simulink block Signal specification The output signal returns the value of one GPI…
The GPO block sets the values of the General purpose outputs (GPO). Simulink block Signal specification The GPO pin is set if the input is…
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