XC164CS Datasheet, PDF (27/71 Pages) Infineon Technologies AG – 16-Bit Single-Chip Microcontroller

XC164
Derivatives
Functional Description
Table 4
XC164 Interrupt Nodes (cont’d)
Source of Interrupt or PEC
Service Request
Control
Register
Vector
Location¹⁾
Trap
Number
CAPCOM6 Timer T13
CCU6_T13IC xx’0138_H
4E_H / 78_D
CAPCOM6 Emergency
CCU6_EIC
xx’013C_H
4F_H / 79_D
CAPCOM6
CCU6_IC
xx’0140_H
50_H / 80_D
SSC1 Transmit
SSC1_TIC
xx’0144_H
51_H / 81_D
SSC1 Receive
SSC1_RIC
xx’0148_H
52_H / 82_D
SSC1 Error
SSC1_EIC
xx’014C_H
53_H / 83_D
CAN0
CAN_0IC
xx’0150_H
54_H / 84_D
CAN1
CAN_1IC
xx’0154_H
55_H / 85_D
CAN2
CAN_2IC
xx’0158_H
56_H / 86_D
CAN3
CAN_3IC
xx’015C_H
57_H / 87_D
CAN4
CAN_4IC
xx’0164_H
59_H / 89_D
CAN5
CAN_5IC
xx’0168_H
5A_H / 90_D
CAN6
CAN_6IC
xx’016C_H
5B_H / 91_D
CAN7
CAN_7IC
xx’0170_H
5C_H / 92_D
RTC
RTC_IC
xx’0174_H
5D_H / 93_D
Unassigned node
---
xx’0100_H
40_H / 64_D
Unassigned node
---
xx’0104_H
41_H / 65_D
Unassigned node
---
xx’012C_H
4B_H / 75_D
Unassigned node
---
xx’00FC_H
3F_H / 63_D
Unassigned node
---
xx’0160_H
58_H / 88_D
1) _{Register VECSEG defines the segment where the vector table is located to.}
Bitfield VECSC in register CPUCON1 defines the distance between two adjacent vectors. This table
represents the default setting, with a distance of 4 (two words) between two vectors.
2) _{The interrupt nodes assigned to ASC1 are only available in derivatives including the ASC1. Otherwise, they}
are unassigned nodes.
Data Sheet
23
V2.1, 2003-06