EURA SD20-G Series, Руководство пользователя

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SD20-G Series
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MOVWRP R29 P114 ##Send the result of R29 into Po114, it is convenient to check;
JUMP R100 ##Echoing first sentence, maintain the program in running status;
Case 2: 16-bit Subtraction Instruction
MOVWDR D3 R100 ##Set the starting point of a program;
SUBWDP D1000 P113 R29 ##Immediate operand 1000 subtracts the value of Po113, send the
result into R29 area
MOVWRP R29 P114 ##Send the result of R29 into Po114, it is convenient to check;
JUMP R100 ##Echoing with first sentence, maintain the program in running
status;
Case 3: 16-bit Multiplying Instruction
MOVWDR D3 R100 ##Set the starting point of a program;
MULWDP D100 P113 R29 ##Multiplying immediate operand 100 and the value of Po113, send
theresult into R29 and R30 area;
##R30 stores high-bit, R29 stores low-bit;
MOVWRP R29 P114 ##Send the result of R29 into Po114, it is convenient to check;
JUMP R100 ##Echoing with first sentence, maintain the program in running
status;
Case 4: 16-bit Division Instruction
MOVWDR D3 R100 ##Set the starting point of a program;
DIVWDP D100 P113 R29 ##Dividing immediate operand 100 by the value of Po113, send the
result into R29 and R39 area
，
R30 stores remainder;
MOVWRP R29 P114 ##Send the result of R29 into Po114, it is convenient to check;
MOVWRP R30 P115 ##Send the remainder into Po115, it is convenient to check;
JUMP R100 ##Echoing with first sentence, maintain the program in running
status;
Case 5: Logic and Instruction
MOVWDR D3 R100 ##Set the starting point of a program;
LD B48 ##Judge DI1 status;
OR B49 ## “OR”instruction for DI1 and DI2;
OUT B64 ##Send the result into DO1;
JUMP R100 ##Echoing with first sentence, maintain the program in running
status;
Case 6: Logic and Instruction
MOVWDR D3 R100 ##Set the starting point of a program;
LD B48 ##Judge DI1 status;