MC9S12P128 Datasheet, PDF (457/564 Pages) Freescale Semiconductor, Inc – S12 Microcontrollers

128 KByte Flash Module (S12FTMRC128K1V1)
Table 13-39. Program P-Flash Command FCCOB Requirements
CCOBIX[2:0]
FCCOB Parameters
011
Word 1 program value
100
Word 2 program value
101
Word 3 program value
1. Global address [2:0] must be 000
Upon clearing CCIF to launch the Program P-Flash command, the Memory Controller will program the
data words to the supplied global address and will then proceed to verify the data words read back as
expected. The CCIF flag will set after the Program P-Flash operation has completed.
Table 13-40. Program P-Flash Command Error Handling
Register
FSTAT
Error Bit
ACCERR
FPVIOL
MGSTAT1
MGSTAT0
Error Condition
Set if CCOBIX[2:0] != 101 at command launch
Set if command not available in current mode (see Table 13-27)
Set if an invalid global address [17:0] is supplied
Set if a misaligned phrase address is supplied (global address [2:0] != 000)
Set if the global address [17:0] points to a protected area
Set if any errors have been encountered during the verify operation
Set if any non-correctable errors have been encountered during the verify
operation
13.4.5.6 Program Once Command
The Program Once command restricts programming to a reserved 64 byte field (8 phrases) in the
nonvolatile information register located in P-Flash. The Program Once reserved field can be read using the
Read Once command as described in Section 13.4.5.4. The Program Once command must only be issued
once since the nonvolatile information register in P-Flash cannot be erased. The Program Once command
must not be executed from the Flash block containing the Program Once reserved field to avoid code
runaway.
Table 13-41. Program Once Command FCCOB Requirements
CCOBIX[2:0]
000
001
010
011
100
101
FCCOB Parameters
0x07
Not Required
Program Once phrase index (0x0000 - 0x0007)
Program Once word 0 value
Program Once word 1 value
Program Once word 2 value
Program Once word 3 value
S12P-Family Reference Manual, Rev. 1.12
Freescale Semiconductor
457