Freescale Semiconductor MC9S12DG256VPV QFP(112) Device

Adapters for Automated Programmers

Adapters for Manual Programmers

Adapters for Engineering Programmers

Last Updated: 05/18/2023

IMPORTANT: The following describes the buffer setup:Start address of EEPROM can be set under Device Configure.The EEPROM memory can be mapped to any 4Kbyte boundary in the MCU address ranges [$0-$FFFF].Please check data file. The start address of EEPROM must match the data file (Buffer).Addresses $C0000-$C3FFF are FLASH PAGE $30.Addresses $C4000-$C7FFF are FLASH PAGE $31.Addresses $C8000-$CBFFF are FLASH PAGE $32.Addresses $CC000-$CFFFF are FLASH PAGE $33.Addresses $D0000-$D3FFF are FLASH PAGE $34.Addresses $D4000-$D7FFF are FLASH PAGE $35.Addresses $D8000-$DBFFF are FLASH PAGE $36.Addresses $DC000-$DFFFF are FLASH PAGE $37.Addresses $E0000-$E3FFF are FLASH PAGE $38.Addresses $E4000-$E7FFF are FLASH PAGE $39.Addresses $E8000-$EBFFF are FLASH PAGE $3A.Addresses $EC000-$EFFFF are FLASH PAGE $3B.Addresses $F0000-$F3FFF are FLASH PAGE $3C.Addresses $F4000-$F7FFF are FLASH PAGE $3D.Addresses $F8000-$FBFFF are FLASH PAGE $3E.Addresses $FC000-$FFFFF are FLASH PAGE $3F.There are two security bits in the FLASH PAGE $3F.These bits (SEC01 SEC00) are Bit1 and Bit0 of address $FFF0F in the buffer.These locations will be masked out during programming and these bitswill be programmed to 0′ when the device is secured. To secure the deviceset the Secure options under Device/Options menu or use SECURE command.Please set Device/Options ‘Byte order’ to: ‘MSB=0LSB=1’. ‘