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PIC18F4539-E/MLSQTP Datasheet(PDF) 119 Page - Microchip Technology |
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PIC18F4539-E/MLSQTP Datasheet(HTML) 119 Page - Microchip Technology |
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119 / 322 page ![]() 2002 Microchip Technology Inc. Preliminary DS30485A-page 117 PIC18FXX39 14.3.3 ProMPT API METHODS There are 27 separate API methods for the ProMPT kernel: void ProMPT_ClearTick(void) Resources used: 0 stack levels Description: This function clears the Tick (62.5 ms) timer flag returned by ProMPT_tick(). This function must be called by any routine that is used for timing purposes. void ProMPT_DisableBoostMode(void) Resources used: 0 stack levels Description: This function disables the Boost mode logic. This method should be called before changing any of the Boost mode parameters. void ProMPT_EnableBoostMode(void) Resources used: 0 stack levels Description: This function enables the Boost mode logic. Boost mode is entered when a stopped drive is commanded to start. The drive will immediately go to Boost Frequency and ramp from Start Modulation to End Modulation over the time period, Boost Time. unsigned char ProMPT_GetAccelRate(void) Resources used: 1 stack level Range of values: 0 to 255 Description: Returns the current Acceleration Rate in Hz/second. unsigned char ProMPT_GetBoostEndModulation(void) Resources used: 1 stack level Range of values: 0 to 200 Description: Returns the current End Modulation (in %) used in the boost logic. unsigned char ProMPT_GetBoostFrequency(void) Resources used: 1 stack level Range of values: 0 to 127 Description: Returns the current Boost Frequency in Hz. unsigned char ProMPT_GetBoostStartModulation(void) Resources used: 1 stack level Range of values: 0 to BoostEndModulation Description: Returns the Start Modulation (in %) used in the Boost logic. Note: The operation of the Motor Control kernel and its APIs is based on an assumed clock frequency of 20 MHz. Changing the oscillator frequency will change the timing used in the Motor Control kernel accordingly. To achieve the best results in motor control applications, a clock frequency of 20 MHz is highly recommended. |
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