Question

Create a 4-bit prime number detector. The circuit should accept a 4-bit number, output a 1...

Create a 4-bit prime number detector. The circuit should accept a 4-bit number, output a 1 if the number is prime and 0 otherwise. Use a 3:8 multiplexer.

Engineering   Electrical-Engineering   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Present the implementation of a 3-bit parity detector circuit using a mux. In this circuit, the...
Present the implementation of a 3-bit parity detector circuit using a mux. In this circuit, the output is equal to 1 when the number of bits equal to 1 is odd. Example: 010 - Odd Parity - Output 1 011 - Even Parity - Output 0
Given 4-bit A and B, create a circuit that finds if A is divisible by B....
Given 4-bit A and B, create a circuit that finds if A is divisible by B. (use ALU, multiplexer, flip flop, and simple gates)
Create a FSM that detects the input bit pattern ‘01’. The output will be ‘0’ until...
Create a FSM that detects the input bit pattern ‘01’. The output will be ‘0’ until the exact pattern ‘01’ is received. At the point of receiving ‘01’, the FSM will output 1, and then go back to output ‘0’ until the next ‘01’ is received. 1) Draw the Moore FSM diagram for the above 2) Write the FSM tables: a. State Assignment (Gray Encoding) b. State Output c. State Transition Tables 3) Simplify the Output logic (use K-Map if...
Construct a logic circuit that accepts a 5-bit input and whose output is one when exactly...
Construct a logic circuit that accepts a 5-bit input and whose output is one when exactly 2 bits of the input are ones and zero otherwise. EX: 11000 outputs 1, 10101 outputs 0, 00100 outputs 0, and 00110 outputs 1. NOTE, this has to be done with at MOST 10 logic gates, no more. Any logic gate with any number of inputs is allowed and inverters do not count towards the limit.
Task: Design and Build a 3-to-1 MUX–4 Design a circuit that takes three different 4-bit words...
Task: Design and Build a 3-to-1 MUX–4 Design a circuit that takes three different 4-bit words and selects one to be connected to the output. In your template provide the design schematic as well as the approach you would use to test the circuit.
2. (20%) Design and simulate the 1-bit multiplexor from CircuitVerse based on the logic shown below....
2. (20%) Design and simulate the 1-bit multiplexor from CircuitVerse based on the logic shown below. Add input and output to the logic and change the input values to check the output value changes according to the behavior of the multiplexer. Create a new circuit (menu Circuit -> NewCircuit+) with name "lab07_02" for TA to review. [Submit] a screenshot of your final circuit layout with name "lab07_02".
Use contraction beginning with a 4-bit adder-subtractor with carry in, to design a 4-bit circuit without...
Use contraction beginning with a 4-bit adder-subtractor with carry in, to design a 4-bit circuit without carry out that increments its input by 0010 for input S=0 and decrements its input by 0010 for input S=1. Perform the design by designing the distinct 1-bit full adder cells needed and indicating the type of cell used in each of the four bit positions.
/* This program should check if the given integer number is prime. Reminder, an integer number...
/* This program should check if the given integer number is prime. Reminder, an integer number greater than 1 is prime if it divisible only by itself and by 1. In other words a prime number divided by any other natural number (besides 1 and itself) will have a non-zero remainder. Your task: Write a method called checkPrime(n) that will take an integer greater than 1 as an input, and return true if that integer is prime; otherwise, it should...
draw a circuit: It should have four inputs, labeled A, B, C, and D. It should...
draw a circuit: It should have four inputs, labeled A, B, C, and D. It should have one output. Modify it so that the following holds true: The output should be a 1 (or "on") if and only if the following Boolean expression is satisfied: A'BC'D' + A'BC'D + A'BCD + ABC'D' + ABC'D it has: A 4-bit input pin (which is like 4 1-bit input pins consolidated into one item). A 1-bit output pin *CANNOT USE "AND" GATES*
4. 3323 A prime number can be divided, without a remainder, only by itself and by...
4. 3323 A prime number can be divided, without a remainder, only by itself and by 1. Write a code segment to determine if a defined positive integer N is prime. Create a list of integers from 2 to N-1. Use a loop to determine the remainder of N when dividing by each integer in the list. Set the variable result to the number of instances the remainder equals zero. If there are none, set result=0 (the number is prime)....
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT