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NRF52810-QFAA-R Datasheet(PDF) 258 Page - Nordic Semiconductor

Part # NRF52810-QFAA-R
Description  RF52810
PDF  483 Pages
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Manufacturer  NORDIC [Nordic Semiconductor]
Direct Link  https://www.nordicsemi.com/
Logo NORDIC - Nordic Semiconductor

NRF52810-QFAA-R Datasheet(HTML) 258 Page - Nordic Semiconductor

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Peripherals
Register
Taken into account by hardware
Recommended (safe) update
SEQ[n].PTR
When sending the SEQSTART[n] task
After having received the SEQSTARTED[n] event
SEQ[n].CNT
When sending the SEQSTART[n] task
After having received the SEQSTARTED[n] event
SEQ[0].ENDDELAY When sending the SEQSTART[0] task
Every time a new value from sequence [0] has been loaded from
RAM and gets applied to the Wave Counter (indicated by the
PWMPERIODEND event)
Before starting sequence [0] through a SEQSTART[0] task
When no more value from sequence [0] gets loaded from RAM
(indicated by the SEQEND[0] event)
At any time during sequence [1] (which starts when the
SEQSTARTED[1] event is fired)
SEQ[1].ENDDELAY When sending the SEQSTART[1] task
Every time a new value from sequence [1] has been loaded from
RAM and gets applied to the Wave Counter (indicated by the
PWMPERIODEND event)
Before starting sequence [1] through a SEQSTART[1] task
When no more value from sequence [1] gets loaded from RAM
(indicated by the SEQEND[1] event)
At any time during sequence [0] (which starts when the
SEQSTARTED[0] event is fired)
SEQ[0].REFRESH
When sending the SEQSTART[0] task
Every time a new value from sequence [0] has been loaded from
RAM and gets applied to the Wave Counter (indicated by the
PWMPERIODEND event)
Before starting sequence [0] through a SEQSTART[0] task
At any time during sequence [1] (which starts when the
SEQSTARTED[1] event is fired)
SEQ[1].REFRESH
When sending the SEQSTART[1] task
Every time a new value from sequence [1] has been loaded from
RAM and gets applied to the Wave Counter (indicated by the
PWMPERIODEND event)
Before starting sequence [1] through a SEQSTART[1] task
At any time during sequence [0] (which starts when the
SEQSTARTED[0] event is fired)
COUNTERTOP
In DECODER.LOAD=WaveForm: this register is ignored.
In all other LOAD modes: at the end of current PWM period
(indicated by the PWMPERIODEND event)
Before starting PWM generation through a SEQSTART[n] task
After a STOP task has been issued, and the STOPPED event has been
received.
MODE
Immediately
Before starting PWM generation through a SEQSTART[n] task
After a STOP task has been issued, and the STOPPED event has been
received.
DECODER
Immediately
Before starting PWM generation through a SEQSTART[n] task
After a STOP task has been issued, and the STOPPED event has been
received.
PRESCALER
Immediately
Before starting PWM generation through a SEQSTART[n] task
After a STOP task has been issued, and the STOPPED event has been
received.
LOOP
Immediately
Before starting PWM generation through a SEQSTART[n] task
After a STOP task has been issued, and the STOPPED event has been
received.
PSEL.OUT[n]
Immediately
Before enabling the PWM instance through the ENABLE register
Table 50: When to safely update PWM registers
Important: SEQ[n].REFRESH and SEQ[n].ENDDELAY are ignored at the end of a complex sequence,
indicated by a LOOPSDONE event. The reason for this is that the last value loaded from RAM
is maintained until further action from software (restarting a new sequence, or stopping PWM
generation).
4430_161 v1.0
258



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