ST72361K6 STMicroelectronics, ST72361K6 Datasheet - Page 102

• Manufacturer Part Number: ST72361K6
• Description: 8-bit MCU
• Manufacturer: STMicroelectronics

Specifications of ST72361K6

• Hdflash Endurance: 100 cycles, data retention 40 years at 85°C
• 5 Power Saving Modes: Halt, Auto Wake Up From Halt, Active Halt, Wait and Slow

ST72361
8-BIT TIMER (Cont’d)
10.5.4 Low Power Modes
10.5.5 Interrupts
Note: The 8-bit Timer interrupt events are connected to the same interrupt vector (see Interrupts chapter).
These events generate an interrupt if the corresponding Enable Control Bit is set and the interrupt mask
in the CC register is reset (RIM instruction).
10.5.6 Summary of Timer modes
1) See note 4 in
2) See note 5 in
3) See note 4 in
102/225
WAIT
HALT
Input Capture 1 event/Counter reset in PWM mode
Input Capture 2 event
Output Compare 1 event (not available in PWM mode)
Output Compare 2 event (not available in PWM mode)
Timer Overflow event
Input Capture (1 and/or 2)
Output Compare (1 and/or 2)
One Pulse Mode
PWM Mode
Mode
MODES
No effect on 8-bit Timer.
Timer interrupts cause the device to exit from WAIT mode.
8-bit Timer registers are frozen.
In HALT mode, the counter stops counting until Halt mode is exited. Counting resumes from the previous
count when the MCU is woken up by an interrupt with “exit from HALT mode” capability or from the counter
reset value when the MCU is woken up by a RESET.
If an input capture event occurs on the ICAPi pin, the input capture detection circuitry is armed. Consequent-
ly, when the MCU is woken up by an interrupt with “exit from HALT mode” capability, the ICFi bit is set, and
the counter value present when exiting from HALT mode is captured into the ICiR register.
“One Pulse Mode” on page 100
“One Pulse Mode” on page 100
“Pulse Width Modulation Mode” on page 102
Interrupt Event
Input Capture 1
Yes
No
Not Recommended
Not Recommended
Input Capture 2
Description
AVAILABLE RESOURCES
Yes
1)
3)
Output Compare 1 Output Compare 2
Event
OCF1
OCF2
ICF1
ICF2
Flag
TOF
Yes
No
Control
Enable
OCIE
TOIE
ICIE
Bit
from
Wait
Exit
Yes
Partially
Yes
No
from
Halt
Exit
2)
No