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參數(shù)資料
| 型號(hào)： | ST72C171K2 |
| 廠(chǎng)商： | 意法半導(dǎo)體 |
| 英文描述： | 8-BIT MCU WITH 8K FLASH. ADC. WDG. SPI. SCI. TIMERS SPGAS (SOFTWARE PROGRAMMABLE GAIN AMPLIFIERS). OP-AMP |
| 中文描述： | 8位8K閃存微控制器。 ADC的。水分散粒劑。的SPI。脊髓損傷。定時(shí)器SPGAS（軟件可編程增益放大器）。運(yùn)放 |
| 文件頁(yè)數(shù)： | 29/152頁(yè) |
| 文件大?。?/td> | 1384K |
| 代理商： | ST72C171K2 |
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ST72C171
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POWER SAVING MODES
(Cont’d)
6.4 HALT MODE
The HALT mode is the lowest power consumption
mode of the MCU. It is entered by executing the
ST7 HALT instruction (see
Figure 24
).
The MCU can exit HALT mode on reception of ei-
ther an specific interrupt (see Table 4, “Interrupt
Mapping,” on page 26) or a RESET. When exiting
HALT mode by means of a RESET or an interrupt,
the oscillator is immediately turned on and the
4096 CPU cycle delay is used to stabilize the os-
cillator. After the start up delay, the CPU resumes
operation by servicing the interrupt or by fetching
the reset vector which woke it up (see
Figure 23
).
When entering HALT mode, the I bit in the CC reg-
ister is forced to 0 to enable interrupts. Therefore,
if an interrupt is pending, the MCU wakes immedi-
ately.
In the HALT mode the main oscillator is turned off
causing all internal processing to be stopped, in-
cluding the operation of the on-chip peripherals.
All peripherals are not clocked except the ones
which get their clock supply from another clock
generator (such as an external or auxiliary oscilla-
tor).
The compatibility of Watchdog operation with
HALT mode is configured by the “WDGHALT” op-
tion bit of the option byte. The HALT instruction
when executed while the Watchdog system is en-
abled, can generate a Watchdog RESET (see
Section 11.1 OPTION BYTES
for more details).
Figure 23. HALT Mode Timing Overview
Figure 24. HALT Mode Flow-chart
Notes:
1.
WDGHALT is an option bit. See option byte sec-
tion for more details.
2.
Peripheral clocked with an external clock source
can still be active.
3.
Only some specific interrupts can exit the MCU
from HALT mode (such as external interrupt). Re-
fer to Table 4, “Interrupt Mapping,” on page 26 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
4096 CPU CYCLE
DELAY
RESET
OR
INTERRUPT
HALT
INSTRUCTION
FETCH
VECTOR
HALT INSTRUCTION
RESET
INTERRUPT
3)
Y
N
N
Y
CPU
I BIT
OSCILLATOR
PERIPHERALS
2)
OFF
OFF
OFF
0
FETCH RESET VECTOR
OR SERVICE INTERRUPT
CPU
I BIT
OSCILLATOR
PERIPHERALS
ON
OFF
ON
1
CPU
I BIT
4)
OSCILLATOR
PERIPHERALS
ON
ON
ON
1
4096 CPU CLOCK CYCLE
DELAY
WATCHDOG
ENABLE
DISABLE
WDGHALT
1)
0
WATCHDOG
RESET
1
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