The XOR gate (sometimes EOR gate, or EXOR gate) is a digital logic gate that implements an exclusive or; that is, a true output (1) results if one, and only one, of the inputs to the gate is true (1). If both inputs are false (0) or both are true (1), a false output (0) results. Its behavior is summarized in the truth table shown on the right. A way to remember XOR is "one or the other but not both". It represents the inequality function, i.e., the output is HIGH (1) if the inputs are not alike otherwise the output is LOW (0).
granny gates
No.
Thomas Gates died on 1621
You are probably thinking of BILL GATES not big gates No....she said BIG GATES, that's the rapper Plies brother, he was in prison but now he out.... Plies, http://en.wikipedia.org/wiki/Plies_(rapper)
AnswerBill Gates Paul Allen
A: two
4
To create a combinational circuit, start by defining the desired logic function or truth table that specifies the relationship between input and output signals. Next, select appropriate logic gates (such as AND, OR, NOT) based on the function. Then, design the circuit layout by connecting the gates according to the logic diagram, ensuring that inputs are correctly routed to produce the desired outputs. Finally, simulate or implement the circuit to verify its functionality.
k map is karnaugh map . it is just a method to simplify or minimize the boolean equations so that it becomes easier to realize a circuit using minimum no. of gates.
9,to implement a half adder 5 nand gates and for a full adder,another xor gate is required consisting of 4 nand gates. thus a total of 9 nand gates are required for a full adder.
create a circuit is very simple. we use gates in creating a circuit.
draw logical diagram 2 to 4 line decoder with nor gates only
A&B = ((A&B)')' So two, it would go a - | ==NAND--=NAND-- b - | By using two NAND gates back-to-back, you can create a normal AND gate.
logic gates
draw the logic diagram of 2 to 4 line decoder decoder using nor gates include enable input
integrated circuit
A binary divider is a digital circuit that divides one binary number (the dividend) by another (the divisor) and produces a quotient and a remainder. The logic diagram typically includes components like flip-flops, AND gates, OR gates, and multiplexers to manage the division process, usually through sequential logic operations. The divider operates by repeatedly subtracting the divisor from the dividend and shifting bits as necessary, ultimately yielding the quotient and remainder. Commonly used in arithmetic logic units (ALUs) and processors, binary dividers can be implemented using various algorithms such as restoring or non-restoring division.