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ST7DALIF2 データシート(PDF) 55 Page - STMicroelectronics |
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ST7DALIF2 データシート(HTML) 55 Page - STMicroelectronics |
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55 / 171 page ![]() ST7DALIF2 Power saving modes 55/171 Note: As soon as Active-halt is enabled, executing a HALT instruction while the Watchdog is active does not generate a RESET. This means that the device cannot spend more than a defined delay in this power saving mode. Figure 25. Active-halt timing overview Figure 26. Active-halt mode flowchart Notes: 1. 1. This delay occurs only if the MCU exits Active-halt mode by means of a RESET. 2. Peripherals clocked with an external clock source can still be active. 3. Only the RTC1 interrupt and some specific interrupts can exit the MCU from Active-halt mode. Refer to Table 15: Interrupt mapping on page 47 for more details. 4. Before servicing an interrupt, the CC register is pushed on the stack. The I bit of the CC register is set during the interrupt routine and cleared when the CC register is popped. HALT RUN RUN 256 OR 4096 CPU CYCLE DELAY 1) RESET OR INTERRUPT HALT INSTRUCTION FETCH VECTOR ACTIVE [Active-halt enabled] HALT INSTRUCTION RESET INTERRUPT 3) Y N N Y CPU OSCILLATOR PERIPHERALS 2) IBIT ON OFF 0 OFF FETCH RESET VECTOR OR SERVICE INTERRUPT CPU OSCILLATOR PERIPHERALS 2) IBIT ON OFF X 4) ON CPU OSCILLATOR PERIPHERALS IBIT ON ON X 4) ON 256 OR 4096 CPU CLOCK DELAY (Active-halt enabled) (AWUCSR.AWUEN=0) CYCLE |
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