Moreover, a high level of abstraction is usually demanded in order to accelerate the learning time even on non-specialist workers however, a full control on the hardware is still mandatory. IDE (Integrated Development Environment), provided by the control platforms manufacturers or third parties, are constantly moving from the classical, old, text-based approach to a new, fast and simple to learn graphical programming method. Accordingly, control algorithm development is considered a ‘time consuming’ task within a research or industrial project. Those two ‘actors’ require a completely different programming approach and development tools from those employed by traditional boards. This results in an increased complexity related to the control board, where usually a combined C (or P, DSP) and FPGA are both installed.
Nowadays, even a common power converter can exhibit an increased number of active devices and higher switching frequency than ever to satisfy a higher control performance demand.
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