2 Bit Binary Adder Subtractor-Digital Logic Design-Lab Assignment, Exercises of Digital Logic Design and Programming

This course includes logic operators, gates, combinational and sequential circuits are studied along with their constituent elements comprising adders, decoders, encoders, multiplexers, as well as latches, flip-flops, counters and registers. This lab includes: 2-bit, Binary, Adder, Subtractor, Design, Implementation, Full, Adder, Truth, Table, Circuit

Typology: Exercises

2011/2012

Uploaded on 08/07/2012

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Department of Electrical Engineering
Faculty
Member:____________________
Dated: ________________
Semester:_____________
Section: ________________
EE-241: Digital Logic Design
Lab7: 2-bit binary Adder / Subtractor
Name
Reg. No.
Report
Marks / 10
Viva
Marks / 5
Total/15
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Department of Electrical Engineering

Faculty

Member:____________________

Dated: ________________

Semester:_____________ Section: ________________

EE-241: Digital Logic Design

Lab7: 2-bit binary Adder / Subtractor

Name Reg. No. Report Marks / 10 Viva Marks / 5 Total/

Lab7: 2-bit binary Adder / Subtractor

Pre-Lab Tasks:

  1. Give the truth table and circuit for half adder. (2 Marks)
  2. Design a full adder using the above designed half adders. (3 Marks) Lab Tasks:
  3. Implement a full adder on hardware. Give the truth table and schematic of the circuit as well. Your hardware implementation should have a visual display of both inputs and outputs.(4 Marks) This Lab Activity has been designed to familiarize the student with design and working o a Full Adder using basic logic gates.  Design and Implementation of Half Adder  Design and Implementation of a Full Adder using Half Adders  Extending your design to add 2-bit binary numbers  There are related questions at the end of this activity. Give complete answers. Use diagrams if needed for clarity.