Clarke and Park transforms are used to convert three‑phase electrical quantities into simpler coordinate systems for control.Clarke maps the three‑phase signals into a fixed two‑axis (αβ) plane, while Park rotates that plane into a synchronous dq frame where the signals become almost DC. Classical Clarke Transform (αβ) The classical Clarke transform converts a three‑phase system...
Control is the layer that shapes, regulates, and stabilizes all signals involved in the power‑conversion or motor‑control process.It ensures that references are followed, limits are respected, and the final modulation delivered to the hardware is consistent, safe, and dynamically well‑behaved regardless of how many or which specific control blocks are present. Dd/Dq Saturation Saturates the...
The Drivers section contains the low‑level functions used to interface the processor with the peripherals of the system, such as the Resolver ADC, the general ADC channels, the DAC, and the PWM modules. These drivers handle both the initialization of the hardware resources and the runtime acquisition of the signals coming from the PED-Board. Initialization...
A PLL is a control system that locks onto the phase of an input signal and continuously tracks it, ensuring a stable and synchronized reference for timing or control purposes. Down Sample Performs signal downsampling by updating the output only once every N input samples. Between updates, the last output value is held constant. Key...
