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General Information
General Information
- Name in Portuguese: Eletrônica digital
- Course: Computing engineering
- Language of lectures: Portuguese
- Requisites: Electronic circuits I (Eletrônica básica i) and Introduction to computing engineering (Introdução à engenharia de computação)
- Credits: 4
- Hours per semester (h): 75
- Lecture (h): 60
- Laboratory (h): 15
- University Moodle platform - AVA (link)
Schedule (Semester 2019-2)
Schedule (Semester 2019-2)
- Tuesday: 15:50 (3 slots) at Room 11 of wing 3
- Friday: 13:00 (2 slots) at LPD of wing
Summary at glance
Summary at glance
- Introduction to digital electronics
- Number systems and codes
- Logic gates
- Boolean algebra
- Analysis and synthesis of combinational logic circuits
- Functions of combinational logic
- Latchs and flip-flops
- Counters
- Analysis and synthesis of counters
- Registers
- Introduction to programmable logic devices
- Introduction to hardware description languages
Bibliography
Bibliography
- [1] Floyd T, Sistemas digitais: fundamentos e aplicações, 9 ed. Bookman, 2007 (cn: 621.32 F645s 9.ed.)
- [2] Tocci R, Sistemas digitais, princípios e aplicações, 11 ed. Prentice Hall, 2011 (cn: 621.382:004 T631s 11.ed.)
- [3] Wakerly J, Digital design: principles and practices, 2 ed, (link*), Prentice Hall, 2006 (cn: 621.382 W149d 4.ed.)
- [4] Pedroni V, Eletrônica digital moderna e VHDL, Elsevier, 2010 (cn: 621.382:004 P372e)
cn: call number in the library of the university (link)
Software
Software
Theory
Theory
First part
First part
Contents
- Introduction
- Concepts of Digital electronics
- Number systems (binary, hexadecimal, octal)
- Conversion of number systems
- Binary arithmetic
- Signed numbers
- Digital codes (BCD, Gray, ASCII)
- Error detection and correction codes
- Logic gates (AND, OR, NOT, NAND, NOR)
- Logic gates (X-OR, X-NOR)
After-class activities
- Chapter 1 of [1]; reading of Sections 1.1-1.5 (pages 18-38); solving of Problems 1-20 and 27-29
- Chapter 2 of [1]; reading of all Sections pages (62-117); solving of Problems 1-67
- Chapter 3 of [1]; reading of Sections 3.1-3.6 (pages 128-159); solving of Problems 1-22 and 37-43
First exam: Sep, 17nd
Second part
Second part
Contents
- Boolean operations and expressions;
- Laws, rules and theorems of Boolean algebra
- Boolean analysis and implication of logic circuits
- Basic combinational logic circuits
- Universality of NAND and NOR gates
- Functions of combinational logic
- basic and parallel binary adders
- Comparators, decoders, encoders, code converters
- Multiplexers and demultiplexers
- Parity generators/checkers
After-class activities
- Chapter 4 of [1]; reading of Sections 4.1-4.10 (pages 198-241); solving of Problems 1-50 and 55-62
- Chapter 5 of [1]; reading of Sections 5.1 5.5 (pages 260-282); solving of Problems 1-31 and 49-55
- Chapter 6 of [1]; reading of Sections 6.11 6.10 (pages 312-361); solving of Problems 1-31 and 40-50
Second exam: Oct, 22th
Third part
Third part
Contents
- Latchs and flip-flops
- Flip-flop applications
- Timers
- Asynchronous counters
- Synchronous counters
- Design of synchronous counters
- Counter applications
- Shift registers
- Shift registers counters
- Shift registers applications
After-class activities
- Chapter 7 of [1]; reading of Sections 7.1-7.7 (pages 386-425); solving of Problems 1-31 and 39-42
- Chapter 8 of [1]; reading of Sections 8.1 8.7 (pages 442-485); solving of Problems 1-32 and 43-54
- Chapter 9 of [1]; reading of Sections 9.1 9.8 (pages 508-537); solving of Problems 1-29 and 36-44
Third exam: Dec, 10th
Final exam: Dec, 17th
Relevant readings
Relevant readings
- Graphene transistors (link)
- Large-scale chemical assembly of atomically thin transistors and circuits (link)
- Boolean algebra and logic design (link)
- Aristotle's prior analytics and Boole's laws of thought (link)
- From Aristotle to Pentium (link)
- The calculus of logic (link)
- Applications of Boolean algebra: Claude Shannon and circuit design (link)
Additional information
Additional information
- 2018 academic calendar of the university (pdf)
- How computers work? Binary and data (video-clip)
Additional resources
Additional resources
Google Sites
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