MAX32665-MAX32668 User Guide
Maxim Integrated Page 81 of 457
GPIO1 Pin Wakeup Interrupt Enable
Write 1 to any bit to enable the corresponding pin on the 32-bit GPIO port to
generate an interrupt to wakeup the device from any low power mode to
ACTIVE mode.
A wakeup occurs on any low-to-high or high-to-low transition on the
corresponding pin.
Note: To enable the device to wakeup from a low power mode on a GPIO pin
transition, first set the “GPIO Wakeup enable” register bit
GCR_PMR.gpiowken = 1.
Table 4-47: Peripheral Low Power Wakeup Status Flags
Peripheral Low Power Wakeup Status Flags
Reserved
Do not modify this field.
Reset Detect Wakeup Status Flag
Set when an external reset has caused a wakeup.
BACKUP Mode Wakeup Status Flag
Set when the device wakes from BACKUP mode
Reserved
Do not modify this field.
Analog Input Comparator 3 Output Status Flag
The state of this bit reflects output of Analog Input Comparator 3
0: Comparator output is low.
1: Comparator output is high.
Analog Input Comparator 2 Output Status Flag
The state of this bit reflects output of Analog Input Comparator 2
0: Comparator output is low.
1: Comparator output is high.
Analog Input Comparator 1 Output Status Flag
The state of this bit reflects output of Analog Input Comparator 1
0: Comparator output is low.
1: Comparator output is high.
Analog Input Comparator 0 Output Status Flag
The state of this bit reflects output of Analog Input Comparator 0
0: Comparator output is low.
1: Comparator output is high.
Analog Input Comparator 3 Wakeup Status Flag
This bit is set when the comparator inputs detect an event. Write 1 to clear.
Note: If the corresponding bit PWRSEQ_LPPWEN in register is set, the event
generates an interrupt to wakeup the device from a low power mode.
Analog Input Comparator 2 Wakeup Status Flag
This bit is set when the comparator inputs detect an event. Write 1 to clear.
Note: If the corresponding bit in PWRSEQ_LPPWEN register is set, the event
generates an interrupt to wakeup the device from a low power mode.