Embedded Files
{AND}, {NAND}, {OR}, {NOR}, {XOR}, {XNOR}, {NOT}.
Use this keys for the logical operation in binary, octal and hexadecimal mode.
{AND} Logical multiplication
{AND} Logical multiplication
Only when all the input values are 1, it produces 1.
2 input AND
Truth table
{NAND} Negative logical multiplication
{NAND} Negative logical multiplication
Converse of AND. When one or more input values are 0, it produces 1. (Combination of NOT and AND).
2 input NAND
Truth table
{OR} Logical addition
{OR} Logical addition
When one or more input values are 1, it produces 1.
2 input OR
Truth table
{NOR} Negative logical addition
{NOR} Negative logical addition
Converse of OR. When all the input values are 0, it produces 1. (Combination of NOT and OR).
2 input NOR
Truth table
{XOR} Exclusive logical addition
{XOR} Exclusive logical addition
When all the input values are 0 or 1, it produces 0. Other conditions are same as OR.
2 input XOR
{XNOR} Converse of XOR
{XNOR} Converse of XOR
When all the input values are 0 or 1, it produces 1. (Combination of XOR and NOT).
2 input XNOR
Truth table
{NOT} Inverter
{NOT} Inverter
It produces converse of the input value.
Truth table
Exercises
Exercises
Example:
Let’s try logical operation in binary number. [MODE] [2] Set the BIN mode.
Example:
Let’s try logical operation in octal number. [MODE] [3] Set the OCT mode.
Example:
Let’s try logical operation in hexadecimal number. [MODE] [4] Set the HEX mode.
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