Fujitsu F2MC-8FX Computer Hardware User Manual


 
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6.7 BBC (Branch if Bit is Clear) .............................................................................................................. 60
6.8 BBS (Branch if Bit is Set) .................................................................................................................. 62
6.9 BC (Branch relative if C=1)/BLO (Branch if LOwer) ......................................................................... 64
6.10 BGE (Branch Great or Equal: relative if larger than or equal to Zero) .............................................. 66
6.11 BLT (Branch Less Than zero: relative if < Zero) ............................................................................... 68
6.12 BN (Branch relative if N = 1) ............................................................................................................. 70
6.13 BNZ (Branch relative if Z = 0)/BNE (Branch if Not Equal) ................................................................ 72
6.14 BNC (Branch relative if C = 0)/BHS (Branch if Higher or Same) ...................................................... 74
6.15 BP (Branch relative if N = 0: PLUS) .................................................................................................. 76
6.16 BZ (Branch relative if Z = 1)/BEQ (Branch if Equal) ......................................................................... 78
6.17 CALL (CALL subroutine) ................................................................................................................... 80
6.18 CALLV (CALL Vectored subroutine) ................................................................................................. 82
6.19 CLRB (Clear direct Memory Bit) ....................................................................................................... 84
6.20 CLRC (Clear Carry flag) ................................................................................................................... 86
6.21 CLRI (CLeaR Interrupt flag) .............................................................................................................. 88
6.22 CMP (CoMPare Byte Data of Accumulator and Temporary Accumulator) ....................................... 90
6.23 CMP (CoMPare Byte Data of Accumulator and Memory) ................................................................ 92
6.24 CMP (CoMPare Byte Data of Immediate Data and Memory) ........................................................... 94
6.25 CMPW (CoMPare Word Data of Accumulator and Temporary Accumulator) .................................. 96
6.26 DAA (Decimal Adjust for Addition) .................................................................................................... 98
6.27 DAS (Decimal Adjust for Subtraction) ............................................................................................. 100
6.28 DEC (DECrement Byte Data of General-purpose Register) ........................................................... 102
6.29 DECW (DECrement Word Data of Accumulator) ........................................................................... 104
6.30 DECW (DECrement Word Data of Extra Pointer) ........................................................................... 106
6.31 DECW (DECrement Word Data of Index Pointer) .......................................................................... 108
6.32 DECW (DECrement Word Data of Stack Pointer) .......................................................................... 110
6.33 DIVU (DIVide Unsigned) ................................................................................................................. 112
6.34 INC (INCrement Byte Data of General-purpose Register) .............................................................. 114
6.35 INCW (INCrement Word Data of Accumulator) .............................................................................. 116
6.36 INCW (INCrement Word Data of Extra Pointer) ............................................................................. 118
6.37 INCW (INCrement Word Data of Index Register) ........................................................................... 120
6.38 INCW (INCrement Word Data of Stack Pointer) ............................................................................. 122
6.39 JMP (JuMP to address pointed by Accumulator) ............................................................................ 124
6.40 JMP (JuMP to effective Address) ................................................................................................... 126
6.41 MOV (MOVE Byte Data from Temporary Accumulator to Address Pointed by Accumulator) ........ 128
6.42 MOV (MOVE Byte Data from Memory to Accumulator) .................................................................. 130
6.43 MOV (MOVE Immediate Byte Data to Memory) ............................................................................. 132
6.44 MOV (MOVE Byte Data from Accumulator to memory) .................................................................. 134
6.45 MOVW (MOVE Word Data from Temporary Accumulator to Address Pointed by Accumulator)
136
6.46 MOVW (MOVE Word Data from Memory to Accumulator) ............................................................. 138
6.47 MOVW (MOVE Word Data from Extra Pointer to Accumulator) ..................................................... 140
6.48 MOVW (MOVE Word Data from Index Register to Accumulator) ................................................... 142
6.49 MOVW (MOVE Word Data from Program Status Register to Accumulator) .................................. 144
6.50 MOVW (MOVE Word Data from Program Counter to Accumulator) .............................................. 146
6.51 MOVW (MOVE Word Data from Stack Pointer to Accumulator) .................................................... 148
6.52 MOVW (MOVE Word Data from Accumulator to Memory) ............................................................. 150
6.53 MOVW (MOVE Word Data from Accumulator to Extra Pointer) ..................................................... 152