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NSC800N Datasheet(PDF) 30 Page - National Semiconductor (TI) |
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NSC800N Datasheet(HTML) 30 Page - National Semiconductor (TI) |
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30 / 76 page  121 Instruction Set Index (Continued) Alphabetical Assembly Operation Page Mnemonic OR m1 Logical ‘OR’ of memory location contents and accumulator 41 OR n Logical ‘OR’ of immediate data n and Accumulator 39 OR r Logical ‘OR’ of register r and Accumulator 37 OTDR Load output port (C) with location (HL) decrement HL and B repeat until B e 054 OTIR Load output port (C) with location (HL) increment HL decrement B 53 repeat until B e 0 OUT (C)r Load output port (C) with register r 52 OUT (n)A Load output port (n) with Accumulator 53 OUTD Load output port (C) with location (HL) decrement HL and B 53 OUTI Load output port (C) with location (HL) increment HL decrement B 52 POP qq Load register pair qq with top of stack 35 PUSH qq Load top of stack with register pair qq 35 RES bm1 Reset bit b of memory location m1 44 RES br Reset bit b of register r 44 RET Unconditional return from subroutine 56 RET cc Return from subroutine if cc true 56 RETI Unconditional return from interrupt 56 RETN Unconditional return from non-maskable interrupt 57 RL m1 Rotate memory contents left through carry 47 RL r Rotate register r left through carry 45 RLA Rotate Accumulator left through carry 45 RLC m1 Rotate memory contents left circular 47 RLC r Rotate register r left circular 45 RLCA Rotate Accumulator left circular 45 RLD Rotate digit left and right between Accumulator and memory (HL) 49 RR m1 Rotate memory contents right through carry 48 RR r Rotate register r right through carry 46 RRA Rotate Accumulator right through carry 48 RRC m1 Rotate memory contents right circular 47 RRC r Rotate register r right circular 45 RRCA Rotate Accumulator right circular 46 RRD Rotate digit right and left between Accumulator and memory (HL) 49 RST P Restart to location P 57 SBC Am1 Subtract with carry memory contents from Accumulator 41 SBC An Subtract with carry immediate data n from Accumulator 39 SBC Ar Subtract with carry register r from Accumulator 36 SBC HLpp Subtract with carry register pair pp from HL 43 SCF Set carry flag 38 SET bm1 Set bit b in memory location m1 contents 44 SET br Set bit b in register r 44 SLA m1 Shift memory contents left arithmetic 48 SLA r Shift register r left arithmetic 46 SRA m1 Shift memory contents right arithmetic 48 SRA r Shift register r right arithmetic 46 SRL m1 Shift memory contents right logical 48 SRL r Shift register r right logical 46 SUB m1 Subtract memory contents from Accumulator 40 SUB n Subtract immediate data n from Accumulator 39 SUB r Subtract register r from Accumulator 36 XOR m1 Exclusive ‘OR’ memory contents and Accumulator 42 XOR n Exclusive ‘OR’ immediate data n and Accumulator 39 XOR r Exclusive ‘OR’ register r and Accumulator 37 30 |
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