REVISION HISTORY
M32C/83 GROUP DATA SHEET
Rev.
Date
Description
Page
Errror
Correct
( 3 / 7 )
38
Address 007F
16
Address 0081
16
Address 009D
16
(10) Software wait, 11th line
SFR area is accessed.....with
“
2 waits
”
.
Fig 1.8.2 System clock control register 0
When reset: 08
16
Note 3: When selecting fc,.....as input port.
Fig 1.8.9
Note 7: When using PLL.....cannot be used.
Fig 1.9.3, Symbol CAN0ICi
Table 1.11.1, DMA request factors
Fig 1.12.4, the number of cycles
Fig 1.14.3, Timer Ai mode register, MR0
Port output.....registers A and B.
Table 1.14.1, 1.14.2, 1.14,4, 1.14,5
TAi
OUT
pin function
CAN interrupt 1 control register added
CAN interrupt 2 control register added
CAN interrupt 0 control register added
61
Add
67
0000 X000
2
Delete
79
Delete
CANiIC
Intelligent I/O interrupt -> add
Change
90
110
128
133
Port output.....registers A, B and C.
137,
138,
142,
144
137
Function select register C -> add
Fig 1.14.7 Timer Ai mode register
bit 2 (MR0)
Location of Note 3 (b7, b6): 11
Fig 1.14.8 Timer Ai mode register
bit 2 (MR0)
Fig 1.14.11, 1.14.12 Timer Ai mode register
bit 2 (MR0)
Location of Note 3 (b7, b6): 11
Fig 1.16.5 Timer Ai mode register
bit 2 (MR0)
Fig 1.16.6
Reload register
n = 1 to 255
Fig 1.17.4 UARTi transmit/receive control register 0
Note 2
Fig 1.17.5 UARTi transmit/receive control register 1
Function of bit 7: Error signal output enable bit
Fig 1.22.1
Clock control register
Time stamp count register
Fig 1.22.3
Bit 4 0: Forced reset
Bit 10 Time stamp count reset bit
5th line: In no case will the CAN module be .....
Bit 3: BasicCAN mode bit
Bit 8,9: Timestamp prescaler bits
Bit 11, 1st line: Receive Error Counter
Transmit Error Counter
Fig 1.22.8
bit 4: Reserved bit
6. CAN0 configuration register
Function select register C -> add
10
139
Function select register C -> add
143,
145
Function select register C -> add
10
159
Function select register C -> add
Reload register
161
172
Function select register C -> add
173
Set to
“
0
”
Sleep control register
Time stamp register
0: Reset requested
Time stamp counter reset bit
In no case will the CAN be.....
Bit 3: BasicCAN mode select bit
Bit 8, 9: Timestamp prescaler select bits
Receive Error Counter Register
Transmit Error Counter Register
Sampling number
Explanation of Bit 4 -> add
199
200
201
202
209
210