Project Tasks: (attach this page to your report as the front page) Task 1: (Design the circuit): (including function, inputs/outputs, type of the circuit, logic elements required etc), Truth table/State Table, Boolean equations, Simplification of the equations. Attach an image of the Logisim circuit -1 Task 2: (Implementation) Implement the circuit using Logisim ithatan.

Project Tasks: (attach this page to your report as the front page) Task 1: (Design the circuit): (including function, inputs/outputs, type of the circuit, logic elements required etc), Truth table/State Table, Boolean equations, Simplification of the equations. Attach an image of the Logisim circuit -1 Task 2: (Implementation) Implement the circuit using Logisim ithatan.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Module 2 Coursework Copy then solve the following problems and show the step-by-step solution.Submit a copy of your work in PDF format along with your e-signature and upload using the providedlink. Provide screenshot for the circuit simulation using any of the recommended circuit simulators.Please be reminded that if the submitted activity is unclear or unreadable there is NO credit.Implement the combinational circuit for the following problems. Show the complete truth table and thepropositional expression for each of its output. Simulate using a circuit simulator using switches asinputs and LED as output indicators. Use only 2 input logic gates in the design and then provide ascreenshot of 2 different input values with its output result.Implement the design of a 2 bit input two’s complement converter . The 2 bit inputs are labeled AB (A =MSB, B = LSB) and the 3 bit two’s complement outputs are labeled XYZ (X = MSB, Z = LSB).
2. Design a voltage divider using any two of these components (you can only use a component once): Resistor, Capacitor, Inductor. a. Provide a sketch of your circuit and the units of the components. Assume the circuit has a Voltage supply (Vs). b. Derive the transfer function from your design. Show your work (i.e. show all your steps in this derivation). C. Provide the Matlab commands that produces the Bode plot. d. Take a snapshot of the bode plot and include it here.
. The task contains 3 parts. Part 1. Consider the given circuit for part 1. a) Create and fill the table for Y1 b) Write the operation that is performed by circuit to generate Y1 c) Implement the above gate on Circuit Maker and verify your results Part 2. For part 2, consider Y1 and C as input and Y2 as output a) Create and fill the table for Y2 b) Write the operation that is performed by circuit to generate Y2 c) Implement the above gate on Circuit Maker and verify your results Part 3. For part 3, consider A, B and C as inputs a) Create and fill the table for output Y2 b) Write the operation that is performed by circuit to generate Y2 c) Implement the above gate on Circuit Maker and verify your results Part 4. Create and fill the table for Y2 (by considering the gate given below)
Goal AIM/OBJECTIVE (similar to the manual): This is an exercise in designing combinational circuits that can perform 4bit Full Adder and Half Adder. Write a Verilog Behaviour model program for 4bit Full Adder and Half Adder with truth table and circuit diagram.
CSI Task 2. (a) Consider the circuit below: D - Three gates have been taken out of the circuit. Place the gates in the circuit, you choose where and draw the completed circuit (you can copy this diagram into your submission). Then, write X as an unsimplified Boolean expression, and as a truth table (the truth table must show intermediate values) (b) You must design a combinational logic circuit to ring an alarm for the days that I need to go to work. The circuit has three inputs, forming the three bits of a binary number that represent the days of the week (0-Sunday, 1-Monday, ... up to 6-Saturday) The circuit is to have an output of 1 for three days of the week (you are to choose the days.) The output will be 0 for the rest of the days of the week. IN1 IN2 circuit OUT IN3 Design a logic circuit to implement OUT Do your design as a truth table, a Karnaugh Map (K-Map), a boolean expression and a logic eircuit,
Using MATLAB : Please explain the process of how you constructed your code and provide screenshots of the output, pictures and graph
VHDL Coding (Circuit Diagram is given ~ Create it's Structural and Behavioral VHDL Program Please make sure your EDAPlayground is working
Design a car alarm, where when someone will try to open the car, horn will honk and lights will flash. For the following scenario, provide: Block Diagram (2.5) Truth table (2.5) Output equations (2.5) Circuit diagram (2.5)
6. For the following Verilog code, draw the corresponding circuit diagram for "bigMod". Your circuit should only involve standard gates (AND, OR, NAND, NOR, XOR, Inverter), and the variable names Val, X, Y, and Z. DO NOT SIMPLIFY THE CIRCUIT. Note: all of the code is legal Verilog, with no errors. module tstMod (F, A, B, C); output logic F; input logic A, B, C; assign F endmodule = (A & ~B & C) | (A & C) | ~B; module bigMod (Val, X, Y, output logic Val; input logic X, Y, Z; logic T; Z); .C (Y)); tstMod T1 (.F (T), .A (X), .B (1'bl), tstMod T2 (.F (Val), .A(Z), .B (T), .C (X)); endmodule
Build the full-adder circuit using CircuitVerse online circuit simulator, add labels, your name and ID to the diagram Insert your screenshot with the link Construct the truth table of the full adder. Write a detailed explanation about the full adders. Compare between the half adder and full adder using table.
Build the half-adder circuit using CircuitVerse online circuit simulator, add labels, your name and ID to the diagram Insert your screenshot with the link Construct the truth table of the half adder. Write a detailed explanation about the half adders.
Q2. The Verilog code in Listing Q2a describes a digital system using hierarchical design methodology. The submodule for Circuit1 and Circuit2 are given in Listing Q2b and Q2c, respectively. Sketch the block diagram for given digital system by showing the interconnection between the modules. Label the signals based on the Verilog code.