Basic logical gates explained in less than a minute -
Digital electronics relies on the Boolean logic gates. The basic logic gates are the AND, OR, and NOT. These basic logic gates can be combined to create more complex logic functions such as NAND and NOR. Basic logic gates are the building blocks of digital electronics. They are the simplest electronic circuits that can be used to perform Boolean logic operations. Combinations of logic gates can be used to create more complex circuits, such as adders, comparators, and flip-flops. These circuits are the building blocks of digital electronics, which are used in computers, cell phones, and many other electronic devices.
AND gates have two or more inputs and one output. AND gate produces an output signal only if both input signals are present. OR gates have two or more inputs and one output. OR gate produces an output signal if either input signal is present. The NOT gate takes a single input signal and produces the inverse of that signal.
The NAND gate is the combination of an AND gate and a NOT gate. The NOR gate is the combination of an OR gate and a NOT gate. The XOR gate takes two input signals and produces an output signal if only one of the input signals is present.
The output of a logic gate is either HIGH or LOW, depending on the inputs. Digital electronics uses a binary system with two voltage levels, representing the two logic states of 0 and 1. In most cases, 0 represents false and 1 represents true. The logic gates take these binary input signals and produce a binary output signal
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