From the 4-bit parallel loaded counter element given below repeating 3-4-5-6-7-8 using only 1  Design the counter.

Q: DFF circuit that adds the one-bit numbers a and b in series. Design according to the Mealy model…

A: Finite state Machine- In a combinational circuit, the output only depends on the value of input as…

Q: 4. Design a 2-bit multiplier using a set of Multiplexers and2-input NAND gates (Design: means all…

A: 2-bit multiplier by multiplexers and 2-input nand gate

Q: Design a combinational circuit that compares two 4-bit numbers to check if they are equal. The…

A: Combinational circuit: This is an electronic circuit that is created by the different types of…

Q: whose initial value is set as per the sequence 1001. Now design the counter and also show all the…

A:

Q: Derive the circuits for a three-bit parity generator and a four-bit parity checker using an…

A: Parity checker: It checks the process that makes sure accurate data occurs between the nodes during…

Q: Design a combinational circuit (simplest possible) that accepts 4-bits as input and the LED at…

A: Let inputs be ABCD and Output be F F is 1 when input is Non prime numbers otherwise 0

Q: Design a 4-bit adder circuit and show the addition of 1100 and 0001 on the circuit.

A: Four bit adder is a circuit that adds 4 bit data.

Q: Q3. Consider, Multiplication problem of the contents of two arrays of size NxN using the a dual-core…

A: The content of two NXN arrays is to be multiplied, this can be thought of as multiplication of two…

Q: Design a MOD-5, 3-bit synchronous counter to count in the following sequence: 2, 3, 5, 1, 7. The…

A: Ans is as follows:

Q: Consider two 8-bit inputs, A = $52 and B = $C3 to the arithmetic and logic unit (ALU). Compute R =A…

A:

Q: 1. Design a two-bit equator in Verilog using one-bit equator and write a testbench to test it. Show…

A: in this question, we have to design a 2-bit comparator (or equator) using a 1-bit comparator in…

Q: Design a 3 bit Binary Adder Subtractor and explain it with the help of an example.

A: 3-bit Adder: It is a combinational circuit and performs an addition operation on 3 bit.   3-bit…

Q: what are your expectations on this subject Logic Circuit and DESIGN (Digital Electonics) What could…

A: Types of digital circuit  Combinational circuit (output depends on present state input) Sequential…

Q: Implement a Full Adder and Full Subtractor using (a) HAs (for FA) / HSs (for FS) and appropriate…

A: A half adder (HA) is  a digital circuit that perform binary addition of  two input bits to produce…

Q: Design and implement a BCD–to–seven-segment decoder using basic gates

A: The required digital circuit can be designed by using the truth table and the Boolean expression can…

Q: Design a BCD to Excess -3 code converter

A: The solution is given below

Q: Design an N-bit ALU with 4-bit ALUControl signal that fulfills the operations

A:

Q: Show how two 7483 a four-bit parallel adders can be connected to form an eight- bit parallel adder.…

A: The 8-bit adder can be designed by using the two 4-bit adder by connecting them in cascade.

Q: Q2/ To Design 10 - bit subtractor must using None of them

A: The explanation is as follows.

Q: below, xpre simplify it, and implement it by using a universal gate:-

A: We are authorized to answer one question at a time, since you have not mentioned which question you…

Q: Design a 2-bit half-subtractor circuit by using RTL circuits. Explain your design briefly for all…

A: For two digit AB=00,01,10,11 Difference D:  For AB=00,  A-B=0-0=0, Borrow: 0 Difference D:  For…

Q: Using four half adders Design a four-bit combinational decrementer. (A circuit that subtracts 1 from…

A: A four-bit combinational decrementer subtracts one binary value from the existing binary value…

Q: Describe the algorithm for binary division with an example.

A:

Q: Design a full adder using half adders and a AND gate. invertors are allowed. justify the design

A: Brief description: In designing full ladder we need three inputs and in half adder we need only 2…

Q: Write the Boolean equation for the circuits of Figure Simplify the equations W

A: Given Logic circuit diagram:

Q: Show that the circuit given in Figureconverts 4-bit binary numbers to 4-bit Graycode.

A: The output G3, G2, G1 and G0 in term of B3, B2, B1 and B0 form the circuit shown are:

Q: Q1/The minimum adders using to design binary parallel adder that add three 4-bit numbers are

A: Given  Three binary 4 bit number Let number be A=A3A2A1A0B=B3B2B1B0C=C3C2C1C0

Q: Design a 6-bit ripple carry adder. Experimentally find out the sum of 110011 and 111001. Construct…

A: Here, we have to design 6 bit ripple carry adder. Full adders are used for designing n-bit ripple…

Q: Q5: Use the multiplexer 4x1 to design the following logic function: F = ab + abč + c

A:

Q: 2. Draw the gate level diagram and equivalent block diagram of 1-bit adder. Now, draw the block…

A: For adding 1 bit we can use full adder  Now full adder can be presented by gate level diagram or…

Q: (DIGITAL LOGIC DESIGN QUESTION) Q2. Take the number N created from your actual registration number…

A: Given: The number N created from the actual registration number (EF20BCE013). This is a hexadecimal…

Q: HW: Show the wired-AND circuit for a 10-input AND function using 74LS09 quad 2 input AND gates.

A: The design based on 74LS09s can be designed similar to same design with additional input functions.

Q: . Implement a Full Adder and Full Subtractor using (a) HAs (for FA) / HSs (for FS) and appropriate…

A: Implement a Full Adder and Full Subtractor using (a) HAs (for FA) / HSs (for FS) and appropriate…

Q: Two numbers -48 and -23 arc added using 2's complement. The 2's comp cment of the result using 8 bit…

A: Although binary representation of 48 and 23 is  (48)10=(00110000)2  (23)10=(00010111)2 calculate 2's…

Q: A SOMA

A: The number of NAND/NOR gates required for a full adder will be 9. that is why NAND/NOR gate also…

Q: نقطتان )2( Q5/To Design carry look ahead adder (CLA) that add 4 * numbers (3- bit) must using

A:

Q: Draw the equivalent circuit for an 8-bit adder circuit using 4-bit binary adder block diagram (Label…

A: Let A,B be the two 8-bit numbers. I.e  A = A7A6A5A4A3A2A1A0 B = B7B6B5B4B3B2B1B0

Q: Q1/ To Design parallel adder that add two numbers A (5- bit) and B (7- bit ) must using

A:

Q: Find a minimum two-level, multiple-output AND-OR gate circuit to realize

A:

Q: Show how to create a dual parallel eight bit adder and substractor by using IC74283

A:

Q: Simplify the following equation using boolean algebra and draw the circuit diagram using only NOR…

A:

Q: (a) Find the sum-of-product expansion of F(x, y, z). (b) Construct a Karnaugh map for F(x, y, z).…

A:

Q: The output expression for an AND-OR-Invert circuit having one AND gate with inputs A,B,C, and D and…

A: Since it is invert circuit so that there will be a NOT gate at output . Now the circuit will be

Q: Design a 2-bit bitwise subtractor given 2 XOR gates, 2 full adders and an input signal C_in.

A:

Q: Draw the equivalent circuit for an 8-bit adder circuit using 4-bit binary adder block diagram

A: Let A, B be two 8-bit numbers. i.e A = A7A6A5A4A3A2A1A0 B = B7B6B5B4B3B2B1B0 Initial carry = 0…

Q: Q3. Derive the circuit for a 3-bit parity generator and 4-bit parity checker using an even parity…

A: Even parity means having even number of ones in the binary code of any number. Let us first write…

Up-down counter

In digital logic and computing, a counter is a device that stores (and sometimes displays) the number of times a particular event or process has occurred, often in relationship to a clock. A sequential digital logic circuit is the most common type with an input line or clock and multiple output lines. In the binary or binary-coded decimal (BCD) number system, the values on the input line represents a number by several flip-flops connected in a cascaded manner. They are manufactured as separate integrated circuits and are widely used components in digital circuits. These are also a part of larger integrated circuits. These are a specific type of sequential circuit like registers or the value of the flip-flops serving as the output.