11 Peripherals Configuration Summary

The following table shows an overview of all the peripherals in the device. The IRQ Line column shows the interrupt mapping, as described in “Nested Vector Interrupt Controller” on page 30. The AHB and APB clock indexes correspond to the bit in the AHBMASK and APBMASK (x = A, B or C) registers in the Power Manager, while the Enabled at Reset column shows whether the peripheral clock is enabled at reset (Y) or not (N). Refer to the Power Manager AHBMASK, APBAMASK, APBBMASK and APBCMASK registers for details. The Generic Clock Index column corresponds to the value of the Generic Clock Selection ID bits in the Generic Clock Control register (CLKCTRL.ID) in the Generic Clock Controller. Refer to the GCLK CLKCTRL register description for details. The PAC Index column corresponds to the bit in the PACi (i = 0, 1 or 2) registers, while the Prot at Reset column shows whether the peripheral is protected at reset (Y) or not (N). Refer to “PAC – Peripheral Access Controller” for details. The numbers in the Events User column correspond to the value of the User Multiplexer Selection bits in the User Multiplexer register (USER.USER) in the Event System. See the USER register description and Table 22-6 for details. The numbers in the Events Generator column correspond to the value of the Event Generator bits in the Channel register (CHANNEL.EVGEN) in the Event System. See the CHANNEL register description and Table 22-3 for details.

Table 11-1. Peripherals Configuration Summary
Peripheral Name Base Address IRQ Line AHB Clock APB Clock Generic Clock PAC Events
Index Enabled at Reset Index Enabled at Reset Index Index Prot at Reset User Generator SleepWalking
AHB-APB
Bridge A 0x40000000 0 Y
PAC0 0x40000000 0 Y
PM 0x40000400 0 1 Y 1 N Y
SYSCTRL 0x40000800 1 2 Y 0: DFLL48M
reference 2 N Y
GCLK 0x40000C00 3 Y 3 N Y
WDT 0x40001000 2 4 Y 1 4 N
RTC 0x40001400 3 5 Y 2 5 N

1: CMP0/ALARM0


2: CMP1


3: OVF


4-11: PER0-7

Y
EIC 0x40001800 NMI,
4 6 Y 3 6 N 12-27: EXTINT0-15 Y
AHB-APB
Bridge B 0x41000000 1 Y
PAC1 0x41000000 0 Y
DSU 0x41002000 3 Y 1 Y 1 Y
NVMCTRL 0x41004000 5 4 Y 2 Y 2 N
PORT 0x41004400 3 Y 3 N
AHB-APB
Bridge C 0x42000000 2 Y
PAC2 0x42000000 0 N
EVSYS 0x42000400 6 1 N 4-11: one per CHANNEL 1 N Y
SERCOM0 0x42000800 7 2 N

13: CORE

12:SLOW


2 N Y
SERCOM1 0x42000C00 8 3 N

14:CORE

12: SLOW


3 N Y
SERCOM2 0x42001000 9 4 N

15:CORE

12: SLOW


4 N Y
SERCOM3 0x42001400 10 5 N

16:CORE

12: SLOW


5 N Y
SERCOM4 0x42001800 11 6 N

17:CORE

12: SLOW


6 N Y
SERCOM5 0x42001C00 12 7 N

18:CORE

12: SLOW


7 N Y
TC0 0x42002000 13 8 N 19 8 N 0: TC

28: OVF

29-30: MC0-1

Y
TC1 0x42002400 14 9 N 19 9 N 1: TC

31: OVF

32-33: MC0-1

Y
TC2 0x42002800 15 10 N 20 10 N 2: TC

34: OVF

35-36: MC0-1

Y
TC3 0x42002C00 16 11 N 20 11 N 3: TC

37: OVF

38-39: MC0-1

Y
TC4 0x42003000 17 12 N 21 12 N 4: TC

40: OVF

41-42: MC0-1

Y
TC5 0x42003400 18 13 N 21 13 N 5: TC

43: OVF

44-45: MC0-1

Y
TC6 0x42003800 19 14 N 22 14 N 6: TC

46: OVF

47-48: MC0-1

Y
TC7 0x42003C00 20 15 N 22 15 N 7: TC

49: OVF

50-51: MC0-1

Y
ADC 0x42004000 21 16 Y 23 16 N

8: START

9: SYNC

52: RESRDY

53: WINMON

Y
AC 0x42004400 22 17 N

24: DIG

25: ANA

17 N 10-11: COMP0-1

54-55: COMP0-1

56: WIN0

Y
DAC 0x42004800 23 18 N 26 18 N 12: START 57: EMPTY Y
PTC 0x42004C00 24 19 N 27 19 N 13: STCONV

58: EOC


59:WCOMP