These bits select channel n to
connect to the event user m. The following table lists all of the Event Users
and the associated 'm' value to determine which USERm register to define the
desired Event Channel.
Note:
- A value x of this bit field selects channel n = x-1.
- By default, a channel is asynchronous. Channel synchronous/resynchronous
path can be enabled if its index is < 12 and
synchronous/resynchronous selection is written to CHANNEL.PATH bit
field.
Table 33-16. Event User MappingUser Macro | User Multiplexor | USER(m) | Description | Path Type (1) |
---|
FREQM | START | 0 | - | A, R |
RTC | TAMPER | 1 | RTC Tamper | A |
PORT | EVx | 2-5 | PORT Event x=0..3 | A, S, R |
DMAC | CHx-Start | 6-21 | Channel Start x=0..15 | A, S, R |
DMAC | CHx-Aux | 22-37 | Channel Aux x=0..15 | A, S, R |
TCC0 | EVx | 38-39 | EV x=0..1 | A, S, R |
MCx | 40-47 | MC x=0..7 | A, S, R |
TCC1 | EVx | 48-49 | EV x=0..1 | A, S, R |
MCx | 50-57 | MC x=0..7 | A, S, R |
TCC2 | EVx | 58-59 | EV x=0..1 | A, S, R |
MCx | 60-65 | MC x=0..5 | A, S, R |
TCC3 | EVx | 66-67 | EV x=0..1 | A, S, R |
MCx | 68-69 | MC x=0..1 | A, S, R |
TCC4 | EVx | 70-71 | EV x=0..1 | A, S, R |
MCx | 72-73 | MC x=0..1 | A, S, R |
TCC5 | EVx | 74-75 | EV x=0..1 | A, S, R |
MCx | 76-77 | MC x=0..1 | A, S, R |
TCC6 | EVx | 78-79 | EV x=0..1 | A, S, R |
MCx | 80-81 | MC x=0..1 | A, S, R |
TCC7 | EVx | 82-83 | EV x=0..1 | A, S, R |
MCx | 84-85 | MC x=0..1 | A, S, R |
TCC8 | EVx | 86-87 | EV x=0..1 | A, S, R |
MCx | 88-89 | MC x=0..1 | A, S, R |
TCC9 | EVx | 90-91 | EV x=0..1 | A, S, R |
MCx | 92-97 | MC x=0..5 | A, S, R |
ADC | TRIGx | 98-108 | ADC TRIG x=0..10 | A, S, R |
AC | SOCx | 109-110 | AC SOC x=0..1 | A, S, R |
PTC | DSEQR | 111 | - | A |
STCONV | 112 | - | A |
HSM | TAMPERx | 113-116 | x = 1..4 | A |
Note:
- A = Asynchronous
path, S = Synchronous path, R = Resynchronized path