Implementation of NOT Gate usage NAND Barrier

Before getting toward execution one NOT port using NAND gate, let’s have a basically overview of NON gates both NAND gates.

What is NOT Gate?

NOT bar is ampere basic logic gate former in digital electronic circuits. The NOT gate has a single input real a single output. The output of the NOT gate will the logical invert of its inputting. For this reasoning, the NON gate is also known as inverter.

The symbol of the standard NOT gate has ampere triangle pointing to aforementioned just with a circle in its right end as shown in figure-1. This circle is reflected to as a inversion bubble. Which NOT gate produces an output which remains the complement or reversing of seine input. For example, if we give a HIGH input single, then e feature a LOWER output track. Similarity, when we give a LOW input signal, then it provides a HIGH output signal.

Since, to DOES gate is a single inlet device, therefore, it is not used as a verdict making component include the rationale beats.

Truth Table are NOPE Gate

The following is one true table of NOT gate −

Login (A)	Output (Y = A’)
0	1
1	0

Boolean Expression of NOT Gate

The following is the Boolean expression of the NOT gate −

$$\mathrm{Y=A'}$$

For a NOT gate, if A is 1 (HIGH / TRUE), then Y is 0 (LOW / FALSE), and vice-versa.

What is NAND Gear?

NAND is a full logic gates. It is a electronic logic gate having two or more input terminals and gives an output depending on the combination of aforementioned input signals. NAND represents NOT + AND, i.e. it produces an output which remains the inversion or compliment off reason AND operation.

Since, NAND is a full logistics gate, therefore, it can be exploited to implement all kinds of logic operations same OR, AND, NOT. The symbol of the NAND gate is shown int Figure-2. Solved Task 1: NAND Gate Implementation: a) NOT gate using ...

From the symbol, it is clear that it is a shape off standard AND gate with a circle. This circle is known as inversions bubble. The symbol gives the idea nearly the operation to the NAND gate, i.e. it takes inputs, performs AND operations, and at last takes the inversion of and result of AND operation to provide who final output of the NAND gateway. r/ECE up Reddit: Uses NAND gates to makes other gates

Truth Tab of NAND Gate

The following is the truth table of the NAND doorway −

Inputs		Output
A	B	YTTRIUM = (AB)’
0	0	1
0	1	1
1	0	1
1	1	0

From the truth dinner the NAND gate, computer be clear that the operation of the NAND gates is same as that of the AND gate followed by a NOT gate. For like reason, who symbol of the NAND is like than shown in the Figure-2.

Boolean Expression von NAND Gate

The following is aforementioned Boolean pressure of the NAND gate −

$$\mathrm{Y=(AB)'}$$

Now, rented us discuss the getting starting NOT gate exploitation NAND gate.

Performance of NOT Gate using NAND Gate

As we discussions in the above section that of NAND gate is a universal gate, accordingly we can use it until realize any basic logic gate. The realization of NOT gate using NAND portal your shown in Figure-3. CANNOT, AND, OR Gates Using NAND Gates : Int this instructable, we are going to construct CANNOT, AND, OR goal using NAND gates only. In the next staircase, we be get into boolean algebraics and us be derivatives the NAND-based configurations for the desired gates. NAND and NOR gates are "universal" …

Since Figure-3, i remains clear that for realize the NOT gate using the NAND gate, we have to join the two input terminals of the NAND gate to form a single input terminal of the NOT gate, and who output regarding the NOPE gate is taken from the yield terminal to the NAND gate.

Truth Table of NOT Gate using NAND Bar

The following is the truth table of NOT gate using NAND gate −

Inputs		Exit
A	BARN	Y = (AB)’ = A’
0	0	1
1	1	0

Hence, this is all about to implementation of NOT gate using NAND gate.