If we were to implement the following functions using only 2x4 decoders with enable inputs, and 2- input OR gates, what is the minimum number of devices we need? Show your final circuit (and solution or justification as needed) F (A, B, G, D) Σm(4, 5, 8, 10) G(A, B , C, D) -Σm 8, 9, 10, 15) We will need 2-input OR gates We will need 2x4 decoders with enable

If we were to implement the following functions using only 2x4 decoders with enable inputs, and 2- input OR gates, what is the minimum number of devices we need? Show your final circuit (and solution or justification as needed) F (A, B, G, D) Σm(4, 5, 8, 10) G(A, B , C, D) -Σm 8, 9, 10, 15) We will need 2-input OR gates We will need 2x4 decoders with enable

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

1. Include the implementation table for your 4-1 multiplexors and explain how both f and the D0-D3 inputs were determined. 2. Include the table for your 8-1 MUX and explain how both f and the D0-D7 inputs were determined. Tables are giving below!
A seven-segment display is a device composed of 7 elements, as shown in the figure below. Each element is selectively lit to form patterns such as numbers or letters. For example, to display '0', the segments A, B, C, D, E and F have to be simultaneously lit. A circuit decoder takes in a 4-bit binary number and produces the outputs A, B, C, D, E, F and G. The outputs of the decoder are then fed to the seven-segment display as shown in the figure. The seven-segment display should show the sum of the 4-bit input + 1. For example, if the 4-bit input is 000 , the decoder’s output will lit up the seven-segment display that will show the numerical number 1. This corresponds to the decoder output of 01100002. In the case wherein the 4-bit input = 1001 , the decoder’s output will lit up the seven-segment display that will show the numerical number 0. This corresponds to the decoder output of 1111110 . The decoder’s output line should be logic “1” if the segment will be lit and “0” otherwise.…
Write a dataflow-style Verilog module Vr74x182 that performs the same functionas the 74x182 lookahead carry circuit, but with active-high generate and propagate signals
Draw the state diagram for a Modulo-6 synchronous counter which follows the count sequence000, 010, 011, 001, 100, 110, 000, 010, … . Show all possible states including the ones that are notdesired. The undesired states should be depicted to be transiting to any of the desired states.Choose the 000 state for this purpose. It is important to include the undesired states to ensure that,if the counter accidentally gets into any of these undesired states owing to noise or power-up, thecounter will go to a desired state to resume the correct sequence on application of the next clockpulse.
A video system can take videos from one of the two video sources, but can only display one source at a provided time. Each source outputs a stream of digitized videos on its 8-bit output. A switch with a single-bit output determines which of the two 8-bit streams will be passed on a display’s single 8-bit input. Implement a circuit that combines the two video sources, the switch, and the display. Reminder:Use a single mux, an N-bit mux, or a decoder. Use block symbols with a clearly defined function (i.e., “2x1 mux,” “8-bit 2x1 mux,” or “3x8 decoder”); DO NOT show the mux's or decoder's internal design.
JECT COMPUTER CONTR x B Lab 8 - Adder-Subtractor Circu X B Lab 8 - Adder-Subtractor Circu x 2/le/content/692876/fullscreen/8254623/View B Grades - 21F --EI.. ubtractor Circuit Subtractor Circuit). For the adder circuit, we would like to create a circuit that adds three single bit inputs (A, B, and C) to produce a two bit answer (Cout and Sum) 1) In the space provided on the Submission Sheet, define the truth table for the adder circuit. 2) For the two output (Cout and Sum), write the un-simplified SOP expressions in the space provided on the Submission Sheet. 3) In the space provided on the Submission Sheet, use Boolean algebra to show that the un- simplified SOP expressions are equivalent to: Cout = A B + (AOB) C Sum = (AOB)OC 4) Construct the adder circuit show below: XOR A XOR INFUT VCC B OUTPUT D Sum inst5 inst6 AND2 C OR2 inst 1 OUTPUT D Cout AND2 inst2 inst MacBook Pro
a) Find the minterm expansion for F (both decimal and algebraic form). b) Find the maxterm expansion for F (both decimal and algebraic form)
Design a combinational circuit with three inputs x, y, and z with three outputs A, B, and C, when the binary input is 0, 1, 2, and 3, the binary output increases by two (x+2). When the binary input is 4, 5, 6, and 7, the binary output is decremented by three (x+3).And with the information obtain the minimized expression of each the outputs: A=? B=? and C=? usng karnaugh maps
In the following circuit, X and Y values are connected to the Multiplexer inputs. Decimal values of X and Y are given as follows: X= - 2 Y= - 12 Note that both X and Y have negative values and they are represented in TYPE 2 representation, where Type 1:One's complement Type 2: Two's complement Type 3: Signed Magnitude a) Find 4-bit input values X3 X2 X1 X0 and Y3 Y2 Y1 Y0. b) Find the boolean expression for the function F2 in terms of variables A, B, C, D. c) Simplify the function you found in part b) using the karnaugh map method. Do not forget to write down the decimal value of X, Y and the representation type in your solution. |Cin хо 10 YO 10 A S F1 11 4:1 11 4:1 X1 Y1 X2 12 Mих Y 12 Mux Cout F2 Y2 • B X3 13 Y3 13 FULL si so si so ADDER А В C D
Q 1. (a) The adder-subtractor circuit given below has the following values for mode input M and data inputs A and B: determine the Output, Overflow and C for each case. MAB 0 001 100 M a b0 000 000 c1 110| 100 FA FA FA FA d1 010 100 1 000 000 e (b) What is race around condition in sequential circuits? How can we avoid it?
1. Design a circuit that produces 1 if a 2-bits binary number is odd, otherwise the circuit produces 0. what is the output of this circuit in SoP format? A'B + AB A'B + AB' O A+B A'B' + AB