Algorithm A1. Control Protocol

static void Pulse_Start(void) { HW_TS_Stop(TimerId.Pulse);      Pulse.State = ENABLE;      Pulse.Count = 0;      Pulse.Period = 0;      // In the Pulse_Start function, set when the pulse starts and call the HW_TS_Start function to start the timer.      // The Pulse_Task function performs different operations depending on the pulse mode status.      HAL_GPIO_WritePin(DCDC_EN_GPIO_Port, DCDC_EN_Pin, SET);      MAX5531_Command(0b1111, 0);      MAX5531_Command(0b1100, 0×0400); //Enter Standby, Set RefV: 1.940 V      switch (Pulse.Mode)      { case NORMAL:          { HW_TS_Start(TimerId.Pulse, 1×1000×1000/CFG_TS_TICK_VAL/Param_Table.Frequency[Normal_Param.Frequency]);              break;          }          case MAGNET:          { HW_TS_Start(TimerId.Pulse, 1×1000×1000/CFG_TS_TICK_VAL/Param_Table.Frequency[Magnet_Param.Frequency]);              break;          }          default:              break;      } } static void Pulse_Task(void) {    switch (Pulse.Mode)      { case NORMAL:          { switch (Pulse.Ramp)              { case RAMP_DISABLE:                  { MAX5531_Command(0b1111, Param_Table.Current [Normal_Param.Current]);