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ST72361AR4-Auto Datasheet(PDF) 112 Page - STMicroelectronics

Part # ST72361AR4-Auto
Description  Clock, reset and supply management
PDF  279 Pages
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Manufacturer  STMICROELECTRONICS [STMicroelectronics]
Direct Link  http://www.st.com
Logo STMICROELECTRONICS - STMicroelectronics

ST72361AR4-Auto Datasheet(HTML) 112 Page - STMicroelectronics

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Doc ID 12468 Rev 3
3.
Select the following in the CR2 register:
Set the OC1E bit, the OCMP1 pin is then dedicated to the Output Compare 1
function.
Set the OPM bit.
Select the timer clock CC[1:0] (see Table 50).
Then, on a valid event on the ICAP1 pin, the counter is initialized to FFFCh and OLVL2 bit is
loaded on the OCMP1 pin, the ICF1 bit is set and the value FFFDh is loaded in the IC1R
register.
Because the ICF1 bit is set when an active edge occurs, an interrupt can be generated if the
ICIE bit is set.
Clearing the Input Capture interrupt request (that is, clearing the ICFi bit) is done in two
steps:
1.
Reading the SR register while the ICFi bit is set.
2.
An access (read or write) to the ICiLR register.
The OC1R register value required for a specific timing application can be calculated using
the following formula:
Where:
t
= Pulse period (in seconds)
fCPU
=
CPU clock frequency (in hertz)
PRESC =
Timer prescaler factor (2, 4 or 8 depending on the CC[1:0] bits, see Table 50)
If the timer clock is an external clock the formula is:
Where:
t
=
Pulse period (in seconds)
fEXT
=
External timer clock frequency (in hertz)
When the value of the counter is equal to the value of the contents of the OC1R register, the
OLVL1 bit is output on the OCMP1 pin, (See Figure 57).
event occurs
Counter
= OC1R
OCMP1 = OLVL1
When
When
on ICAP1
One Pulse mode cycle
OCMP1 = OLVL2
Counter is reset
to FFFCh
ICF1 bit is set
ICR1 = Counter
OCiR Value =
t * fCPU
PRESC
- 5
OCiR =
t * fEXT -5



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