Embedded Files
General Information
General Information
- Language of lectures: Portuguese
- Name in Portuguese: Eletrônica básica ii
- Requisites: Electronic circuits I (Eletrônica básica i)
- Credits: 3
- Hours per semester (h): 60
- Lecture (h): 45
- Laboratory (h): 15
Schedule at glance
Schedule at glance
- Introduction
- Operational amplifiers
- Power amplifiers
- Integrated linear circuits
- Two-terminal electronic devices
Bibliography
Bibliography
- [1] Boylestad R and Nashelsky L, Dispositivos eletrônicos e teoria de circuitos, 8th Ed. Prentice Hall, 2004 (cn: 621.38 B792d 8.ed.)
- [2] Sedra A et al, Microeletrônica, Macron books, 1995 (cn: 621.3.049.77 S449m 5.ed.)
- [3] MalvinoA and Nascimento J. Eletrônica, 4th Ed. Mackon books, 2008 (cn: 621.382 M262e 4.ed.)
- [4] Boylestad R and Nashelsky L, Electronic devices and circuit theory, 7th Ed., Prentice Hall, 1999
cn: call number in the library of the university (link)
Software
Software
Semester 2017-2
Semester 2017-2
Monday: 08:40 (2h) at room 5 of Ax 3 / Electronics Lab
Thursday: 07:00 (2h) at room 10 of Ax 3
Schedule in detail (link)
Operational amplifiers
Operational amplifiers
- Introduction
- Circuit of differential amplifier
- Operational amplifier (op-amp) basics
- Practical circuits with op-amps
- Op-amps in common-mode operation
- Op-amp applications: constant-gain multiplier, voltage summing, and voltage buffer
- Op-amp applications: controlled sources, instrumentation circuits, and active filters
First term: Oct. 9th
Power amplifiers
Power amplifiers
- Definitions and amplifier types
- Class A amplifiers
- Class B amplifiers
- Distortion and heat sinking
- Class C and Class D amplifiers
Second term: Nov. 13th
Linear ICs, feedback and oscillators
Linear ICs, feedback and oscillators
- Comparator unit, digital-analog converter, and timer unit
- Voltage controlled oscillator
- Phase-locked loop and interfacing circuitry
- Feedback concepts and connection types
- Oscillators operation and types
- Voltage regulators for power supplies
Two-terminal devices
Two-terminal devices
- Schottcky diodes, varactor diodes, power diodes and tunnel diodes.
- Photodiodes, photoconductive cells, IR emitters, liquid-crystal displays, solar cells and thermistors.
Third term: Dec. 21st
Final exam: Jan. 4th
Activities
Activities
Reading
Reading
- Chapter 12 of [1]: Sections 12.9 and 12.10 (pages 438-443)
- Chapter 13 of [1]: Sections 13.1-13.8 (pages 453-471)
- Chapter 14 of [1]: Sections 14.1-14.7 (pages 478-489)
- Chapter 11 of [1]: Section 11.5 (pages 392 and 393)
- Chapter 15 of [1]: Sections 15.1-15.5 (pages 497-513)
- Chapter 16 of [1]: Sections 16.1-16.7 (pages 525-540)
- Chapter 18 of [1]: Sections 18.1-18.4 (pages 567-572), 18.5 (only page 573), 18.6 (pages 577-580)
- Chapter 19 of [1]: Sections 19.6, 19.10 (pages 596-607)
Problems
Problems
- Chapter 12 of [1]: Problems 26 and 27
- Chapter 13 of [1]: Problems 1-17
- Chapter 14 of [1]: Problems 1-3, 6-8, and 11-17
- Chapter 15 of [1]: Problems 1-9, and 11-17
- Chapter 15 of [1]: Problems 19-22
- Chapter 16 of [1]: Problems 1-17, 19-20, 23-25
- Chapter 18 of [1]: Problems 1-5, 8-10, 14-19, 23- 27
- Chapter 19 of [1]: Problems 22, 28, 33a, 36-39, 40, 47
Computational Analysis
Computational Analysis
Chapter 13: Simulate the programs 13.1-13.6 of Section 13.9 of [1]. Instructions in Portuguese and examples with video-clips (link)
Chapter 14: Simulate the programs 14.1-14.6 of Section 14.8 of [1]. Instructions in Portuguese and example with video-clips (link)
Chapter 15: Simulate the programs 15.1-15.3 of Section 15.10 of [1]. Instructions in Portuguese and example with video-clips (link)
Tutorials
Tutorials
Additional information
Additional information
- 2017 academic calendar of the university (pdf)
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