Manuais de utilizador para Fujitsu F2MC-8FX

índice analítico

• CHAPTER 1 OUTLINE AND CONFIGURATION EXAMPLE OF F2MC-8FX CPU

  13
  • 1.1 Outline of F2MC-8FX CPU

    14
  • 1.2 Configuration Example of Device Using F2MC-8FX CPU

    15
• CHAPTER 2 MEMORY SPACE

  17
  • 2.1 CPU Memory Space

    18
  • 2.2 Memory Space and Addressing

    19
    • 2.2.1 Data Area

      21
    • 2.2.2 Program Area

      23
    • 2.2.3 Arrangement of 16-bit Data in Memory Space

      25
• CHAPTER 3 REGISTERS

  27
  • 3.1 F2MC-8FX Registers

    28
  • 3.2 Program Counter (PC) and Stack Pointer (SP)

    29
  • 3.3 Accumulator (A) and Temporary Accumulator (T)

    30
    • 3.3.1 How To Use The Temporary Accumulator (T)

      32
    • 3.3.2 Byte Data Transfer and Operation of Accumulator (A) and Temporary Accumulator (T)

      33
  • 3.4 Program Status (PS)

    35
  • 3.5 Index Register (IX) and Extra Pointer (EP)

    38
  • 3.6 Register Banks

    39
  • 3.7 Direct Banks

    40
• CHAPTER 4 INTERRUPT PROCESSING

  41
  • 4.1 Outline of Interrupt Operation

    42
  • 4.2 Interrupt Enable/Disable and Interrupt Priority Functions

    44
  • 4.3 Creating an Interrupt Processing Program

    46
  • 4.4 Multiple Interrupt

    48
  • 4.5 Reset Operation

    49
• CHAPTER 5 CPU SOFTWARE ARCHITECTURE

  51
  • 5.1 Types of Addressing Modes

    52
  • 5.2 Special Instructions

    55
• CHAPTER 6 DETAILED RULES FOR EXECUTION INSTRUCTIONS

  59
  • 6.1 ADDC (ADD Byte Data of Accumulator and Temporary Accumulator with Carry to Accumulator)

    60
  • 6.2 ADDC (ADD Byte Data of Accumulator and Memory with Carry to Accumulator)

    62
  • 6.3 ADDCW (ADD Word Data of Accumulator and Temporary Accumulator with Carry to Accumulator)

    64
  • 6.4 AND (AND Byte Data of Accumulator and Temporary Accumulator to Accumulator)

    66
  • 6.5 AND (AND Byte Data of Accumulator and Memory to Accumulator)

    68
  • 6.6 ANDW (AND Word Data of Accumulator and Temporary Accumulator to Accumulator)

    70
  • 6.7 BBC (Branch if Bit is Clear)

    72
  • 6.8 BBS (Branch if Bit is Set)

    74
  • 6.9 BC (Branch relative if C=1)/BLO (Branch if LOwer)

    76
  • 6.10 BGE (Branch Great or Equal: relative if larger than or equal to Zero)

    78
  • 6.11 BLT (Branch Less Than zero: relative if < Zero)

    80
  • 6.12 BN (Branch relative if N = 1)

    82
  • 6.13 BNZ (Branch relative if Z = 0)/BNE (Branch if Not Equal)

    84
  • 6.14 BNC (Branch relative if C = 0)/BHS (Branch if Higher or Same)

    86
  • 6.15 BP (Branch relative if N = 0: PLUS)

    88
  • 6.16 BZ (Branch relative if Z = 1)/BEQ (Branch if Equal)

    90
  • 6.17 CALL (CALL subroutine)

    92
  • 6.18 CALLV (CALL Vectored subroutine)

    94
  • 6.19 CLRB (Clear direct Memory Bit)

    96
  • 6.20 CLRC (Clear Carry flag)

    98
  • 6.21 CLRI (CLeaR Interrupt flag)

    100
  • 6.22 CMP (CoMPare Byte Data of Accumulator and Temporary Accumulator)

    102
  • 6.23 CMP (CoMPare Byte Data of Accumulator and Memory)

    104
  • 6.24 CMP (CoMPare Byte Data of Immediate Data and Memory)

    106
  • 6.25 CMPW (CoMPare Word Data of Accumulator and Temporary Accumulator)

    108
  • 6.26 DAA (Decimal Adjust for Addition)

    110
  • 6.27 DAS (Decimal Adjust for Subtraction)

    112
  • 6.28 DEC (DECrement Byte Data of General-purpose Register)

    114
  • 6.29 DECW (DECrement Word Data of Accumulator)

    116
  • 6.30 DECW (DECrement Word Data of Extra Pointer)

    118
  • 6.31 DECW (DECrement Word Data of Index Pointer)

    120
  • 6.32 DECW (DECrement Word Data of Stack Pointer)

    122
  • 6.33 DIVU (DIVide Unsigned)

    124
  • 6.34 INC (INCrement Byte Data of General-purpose Register)

    126
  • 6.35 INCW (INCrement Word Data of Accumulator)

    128
  • 6.36 INCW (INCrement Word Data of Extra Pointer)

    130
  • 6.37 INCW (INCrement Word Data of Index Register)

    132
  • 6.38 INCW (INCrement Word Data of Stack Pointer)

    134
  • 6.39 JMP (JuMP to address pointed by Accumulator)

    136
  • 6.40 JMP (JuMP to effective Address)

    138
  • 6.41 MOV (MOVE Byte Data from Temporary Accumulator to Address Pointed by Accumulator)

    140
  • 6.42 MOV (MOVE Byte Data from Memory to Accumulator)

    142
  • 6.43 MOV (MOVE Immediate Byte Data to Memory)

    144
  • 6.44 MOV (MOVE Byte Data from Accumulator to memory)

    146
  • 6.45 MOVW (MOVE Word Data from Temporary Accumulator to Address Pointed by Accumulator)

    148
  • 6.46 MOVW (MOVE Word Data from Memory to Accumulator)

    150
  • 6.47 MOVW (MOVE Word Data from Extra Pointer to Accumulator)

    152
  • 6.48 MOVW (MOVE Word Data from Index Register to Accumulator)

    154
  • 6.49 MOVW (MOVE Word Data from Program Status Register to Accumulator)

    156
  • 6.50 MOVW (MOVE Word Data from Program Counter to Accumulator)

    158
  • 6.51 MOVW (MOVE Word Data from Stack Pointer to Accumulator)

    160
  • 6.52 MOVW (MOVE Word Data from Accumulator to Memory)

    162
  • 6.53 MOVW (MOVE Word Data from Accumulator to Extra Pointer)

    164
  • 6.54 MOVW (MOVE Immediate Word Data to Extra Pointer)

    166
  • 6.55 MOVW (MOVE Word Data from Accumulator to Index Register)

    168
  • 6.56 MOVW (MOVE Immediate Word Data to Index Register)

    170
  • 6.57 MOVW (MOVE Word data from Accumulator to Program Status Register)

    172
  • 6.58 MOVW (MOVE Immediate Word Data to Stack Pointer)

    174
  • 6.59 MOVW (MOVE Word data from Accumulator to Stack Pointer)

    176
  • 6.60 MULU (MULtiply Unsigned)

    178
  • 6.61 NOP (NoOPeration)

    180
  • 6.62 OR (OR Byte Data of Accumulator and Temporary Accumulator to Accumulator)

    182
  • 6.63 OR (OR Byte Data of Accumulator and Memory to Accumulator)

    184
  • 6.64 ORW (OR Word Data of Accumulator and Temporary Accumulator to Accumulator)

    186
  • 6.65 PUSHW (PUSH Word Data of Inherent Register to Stack Memory)

    188
  • 6.66 POPW (POP Word Data of Intherent Register from Stack Memory)

    190
  • 6.67 RET (RETurn from subroutine)

    192
  • 6.68 RETI (RETurn from Interrupt)

    194
  • 6.69 ROLC (Rotate Byte Data of Accumulator with Carry to Left)

    196
  • 6.70 RORC (Rotate Byte Data of Accumulator with Carry to Right)

    198
  • 6.71 SUBC (SUBtract Byte Data of Accumulator from Temporary Accumulator with Carry to Accumulator)

    200
  • 6.72 SUBC (SUBtract Byte Data of Memory from Accumulator with Carry to Accumulator)

    202
  • 6.73 SUBCW (SUBtract Word Data of Accumulator from Temporary Accumulator with Carry to Accumulator)

    204
  • 6.74 SETB (Set Direct Memory Bit)

    206
  • 6.75 SETC (SET Carry flag)

    208
  • 6.76 SETI (SET Interrupt flag)

    210
  • 6.77 SWAP (SWAP Byte Data Accumulator "H" and Accumulator "L")

    212
  • 6.78 XCH (eXCHange Byte Data Accumulator "L" and Temporary Accumulator "L")

    214
  • 6.79 XCHW (eXCHange Word Data Accumulator and Extrapointer)

    216
  • 6.80 XCHW (eXCHange Word Data Accumulator and Index Register)

    218
  • 6.81 XCHW (eXCHange Word Data Accumulator and Program Counter)

    220
  • 6.82 XCHW (eXCHange Word Data Accumulator and Stack Pointer)

    222
  • 6.83 XCHW (eXCHange Word Data Accumulator and Temporary Accumulator)

    224
  • 6.84 XOR (eXclusive OR Byte Data of Accumulator and Temporary Accumulator to Accumulator)

    226
  • 6.85 XOR (eXclusive OR Byte Data of Accumulator and Memory to Accumulator)

    228
  • 6.86 XORW (eXclusive OR Word Data of Accumulator and Temporary Accumulator to Accmulator)

    230
• APPENDIX

  233
  • APPENDIX A Instruction List

    234
    • A.1 F2MC-8FX CPU Instruction Overview

      235
    • A.2 Operation List

      238
    • A.3 Flag Change Table

      245
  • APPENDIX B Bus Operation List

    252
  • APPENDIX C Instruction Map

    263