C515C
Semiconductor Group
24
1997-07-01
Serial
Channel
ADCON0
2)
PCON
2)
SBUF
SCON
SRELL
SRELH
A/D Converter Control Register 0
Power Control Register
Serial Channel Buffer Register
Serial Channel Control Register
Serial Channel Reload Register, low byte
Serial Channel Reload Register, high byte
D8H
87H
99H
98H
AAH
BAH
F700H
F701H
F702H
F704H
F705H
F706H
F707H
F708H
F709H
F70AH
F70BH
F70CH
F70DH
F70EH
F70FH
1
1)
00H
00H
XXH
00H
D9H
XXXXXX11B
01H
XXH
XXH
UUH
0UUUUUUU
B
3)
UUH
UUU11111
B
3)
UUH
UUH
UUH
UUUUU000
B
3)
UUH
UUH
UUH
UUUUU000
B
3)
3)
CAN
Controller
CR
SR
IR
BTR0
BTR1
GMS0
GMS1
UGML0
UGML1
LGML0
LGML1
UMLM0
UMLM1
LMLM0
LMLM1
MCR0
MCR1
UAR0
UAR1
LAR0
LAR1
MCFG
DB0
DB1
DB2
DB3
DB4
DB5
DB6
DB7
Control Register
Status Register
Interrupt Register
Bit Timing Register Low
Bit Timing Register High
Global Mask Short Register Low
Global Mask Short Register High
Upper Global Mask Long Register Low
Upper Global Mask Long Register High
Lower Global Mask Long Register Low
Lower Global Mask Long Register High
Upper Mask of Last Message Register Low
Upper Mask of Last Message Register High
Lower Mask of Last Message Register Low
Lower Mask of Last Message Register High
Message Object Registers :
Message Control Register Low
Message Control Register High
Upper Arbitration Register Low
Upper Arbitration Register High
Lower Arbitration Register Low
Lower Arbitration Register High
Message Configuration Register
Message Data Byte 0
Message Data Byte 1
Message Data Byte 2
Message Data Byte 3
Message Data Byte 4
Message Data Byte 5
Message Data Byte 6
Message Data Byte 7
F7n0H
5)
F7n1H
5)
F7n2H
5)
F7n3H
F7n4H
5)
F7n5H
5)
F7n6H
5)
F7n7H
5)
F7n8H
5)
F7n9H
5)
F7nAH
5)
F7nBH
5)
F7nCH
5)
F7nDH
5)
F7nEH
5)
5)
3)
3)
3)
3)
3)
3)
3)
3)
3)
3)
3)
UUH
UUH
UUH
UUH
UUH
UUUUU000
B
3)
UUUUUU00
B
XXH
XXH
XXH
XXH
XXH
XXH
XXH
XXH
3)
3)
3)
3)
3)
3)
3)
3)
3)
3)
3)
3)
3)
1) Bit-addressable special function registers
2) This special function register is listed repeatedly since some bits of it also belong to other functional blocks.
3) “X“ means that the value is undefined and the location is reserved. “U“ means that the value is unchanged by
a reset operation. “U“ values are undefined (as “X“) after a power-on reset operation
4) SFR is located in the mapped SFR area. For accessing this SFR, bit RMAP in SFR SYSCON must be set.
5) The notation “n“ in the message object address definition defines the number of the related message object.
Table 3
Special Function Registers - Functional Blocks (cont’d)
Block
Symbol
Name
Address
Contents after
Reset