
The key operation below shows how to input a value of 3 using the decimal number base, for example.
Ab13(BASE)c1(d)3
The value you input here is decimal number base.
Appendix
<#080> Calculate 12 + 12 in binary. <#081> Calculate 78 + 18 in octal.
<#082> Calculate 1F16 + 116 in hexadecimal.
<#083> Convert the decimal value 3010 to binary, octal, and hexadecimal.
<#084> Transform the result of 510 + 516 to binary.
kNegative Number Calculations and LogicalOperationsTo input a negative number calculation or logical operation command, press 13(BASE) to display page one of the BASE menu, and then press the number key that corresponds to the command you want to specify.
Press this key: When you want to input this:1(and)
Logical operator “and” (logical product), which returns the result of a bitwise AND
2(or)
Logical operator “or” (logical sum), which returns the result of a bitwise OR
3(xor)
Logical operator “xor” (exclusive logical sum), which returns the result of a bitwise XOR
Logical operator “xnor” (exclusive negative
4(xnor) logical sum), which returns the result of a bitwise
5(Not)
XNOR
“Not(” function, which returns the result of a bitwise complement
6(Neg)
“Neg(” function, which returns the result of a two’s complement
•Negative binary, octal, and hexadecimal values are produced by taking the binary two’s complement and then returning the result to the original number base. With the decimal number base, negative values are displayed with a minus sign.
Appendix
Examples <#085> through <#090> show examples of calculations with negative binary values and examples of logical operations. Before starting each calculation, be sure to press Abfirst.