Digital Systems
MasterOf Engineering in Electronics
Propedeutic Course
Summer 2014
Technical Institute Of
Ciudad Guzman
Introduction 2
Course details
Instructor: Juan Pablo BRACAMONTESDEL TORO.
CourseTime: 9 AM – 11 AM.
CourseRoom: Smart Room.
E-mail: jpablo.deltoro@gmail.com.
Office: Public desk at theLibrary.
OfficeHours: Monday to Friday – 12 PM to 3 PM.
Introduction 3
Course Objective
• Remember the basics of Digital Systems from Digital Signals
- trough Digital Design - till Hardware Descriptor Languages
with focusin VHDL.
• Present somedemoswith Programmabledevices(i.e.
FPGA´s).
Introduction 4
Day 3 Agenda
Boolean algebra.
Canonical forms.
Karnaugh Maps.
1
2
3
Introduction 5
minterms - Maxterms
Input combination for which
output istrue
Input combination for which
output isfalse
Introduction 6
Canonical Forms
Introduction 7
The Uniting Theorem
Introduction 8
Karnaugh Maps
* In general, there are functions of n inputs.
Introduction 9
References
• MorrisMano. Digital Design. Second Edition.
• Introductory Digital SystemsLaboratory. MIT OpenCourse.
6 -111, Spring 2006.
Introduction 9
References
• MorrisMano. Digital Design. Second Edition.
• Introductory Digital SystemsLaboratory. MIT OpenCourse.
6 -111, Spring 2006.

Digital systems day_3

Editor's Notes

  • #3 This course builds upon the fundamentals of designing into Xilinx FPGAs, which are taught in the Fundamentals of FPGA Design course. The modules and labs were developed with version 7.1i of the Xilinx software, with no service packs. If you have installed a different version or service pack level, lab results may differ.
  • #4 This course builds upon the fundamentals of designing into Xilinx FPGAs, which are taught in the Fundamentals of FPGA Design course. The modules and labs were developed with version 7.1i of the Xilinx software, with no service packs. If you have installed a different version or service pack level, lab results may differ.
  • #5 This course builds upon the fundamentals of designing into Xilinx FPGAs, which are taught in the Fundamentals of FPGA Design course. The modules and labs were developed with version 7.1i of the Xilinx software, with no service packs. If you have installed a different version or service pack level, lab results may differ.
  • #6 This course builds upon the fundamentals of designing into Xilinx FPGAs, which are taught in the Fundamentals of FPGA Design course. The modules and labs were developed with version 7.1i of the Xilinx software, with no service packs. If you have installed a different version or service pack level, lab results may differ.
  • #7 This course builds upon the fundamentals of designing into Xilinx FPGAs, which are taught in the Fundamentals of FPGA Design course. The modules and labs were developed with version 7.1i of the Xilinx software, with no service packs. If you have installed a different version or service pack level, lab results may differ.
  • #8 This course builds upon the fundamentals of designing into Xilinx FPGAs, which are taught in the Fundamentals of FPGA Design course. The modules and labs were developed with version 7.1i of the Xilinx software, with no service packs. If you have installed a different version or service pack level, lab results may differ.
  • #9 This course builds upon the fundamentals of designing into Xilinx FPGAs, which are taught in the Fundamentals of FPGA Design course. The modules and labs were developed with version 7.1i of the Xilinx software, with no service packs. If you have installed a different version or service pack level, lab results may differ.
  • #10 This course builds upon the fundamentals of designing into Xilinx FPGAs, which are taught in the Fundamentals of FPGA Design course. The modules and labs were developed with version 7.1i of the Xilinx software, with no service packs. If you have installed a different version or service pack level, lab results may differ.