Once I regained control of the chip, I saw the sample for match interrupt and I realized that they left the first element blank so I recalculated the index of the capture 1 and rewrote this line to: ctimer_callback_t g_ctimer_callback[] = {NULL, NULL, NULL, NULL, NULL, NULL, cti...
NVIC_EnableIRQ(TC4_IRQn); // Connect the TC3 timer to the Nested Vector Interrupt Controller (NVIC) REG_TC4_INTENSET = TC_INTENSET_MC1 | // Enable compare channel 1 (CC1) interrupts TC_INTENSET_MC0; // Enable compare channel 0 (CC0) interrupts REG...
72 5.5 Interrupt Status Register (TimerXRIS) X=1 or 2... 73 5.6 Masked Interrupt Status Register (TimerXMIS) X=1 or 2 ... 74 5.7 Background Load Register (TimerXBGLoad) X=1 or 2 ... 75 CHAPTER3-1: Watch Counter Prescaler .....
Interrupt Trigger 16-bit Counter 16-bit counter with phase load & shadow load TIM_CH0 Compare/Capture 0 TIM_CH0 TIM_CH0N TIM_CH1 TIM_CH2 Signal Input Control Compare/Capture 1 Compare/Capture 2 Signal Output Control TIM_CH1 TIM_CH1N TIM_CH2 TIM_CH2N TIM_CH3 Compare/Capture 3 TIM_CH3...
• AES-128/256, ECB, CBC, CMAC, GCM • TRNG 160 KB 40 KB 32 KB 2 modules, 6× 16-bit channels each, up to 102 ps resolution Up to 24× PWM signals (or 12× paired) 2 modules, 16-bit timer Up to 8 input capture, 12 output compare (8 of which paired) 2 modules, 32-...
Once I regained control of the chip, I saw the sample for match interrupt and I realized that they left the first element blank so I recalculated the index of the capture 1 and rewrote this line to: ctimer_callback_t g_ctimer_callback[] = {NULL, NULL, NULL, NU...
• AES-128/256, ECB, CBC, CMAC, GCM • TRNG 160 KB 40 KB 32 KB 2 modules, 6× 16-bit channels each, up to 102 ps resolution Up to 24× PWM signals (or 12× paired) 2 modules, 16-bit timer Up to 8 input capture, 12 output compare (8 of which paired) 2 modules, 32-...