Kurz: AE2B31ANO - Analog Circuits - B181

Osnova témat

AE2B31ANO - Analog Circuits
AE2B31ANO - Analog Circuits
The course is designed to acquaint students with the basics of analog electronic circuits. The first part is devoted to fundamental transistor amplifiers and elemental structures of analog integrated circuits. Then the typical applications of operational amplifiers are introduced, including non-linear networks and basic frequency filter design and implementation. Problems of oscillators are discussed at the conclusion.
Výsledek studentské ankety předmětu je zde: AE2B31ANO
Lectures
Lectures
- 1 - Basic electronic parts and its models, the method of linearization Soubor
- 2 - One Stage Transistor Amplifiers Soubor
- 3 - See previous study material.
- 1st Homework Úkol
- 4 - Multistage amplifiers Soubor
- 2nd Homework Úkol
- 5 - See previous study material.
- 6 - Operational amplifiers, basic properties and usage Soubor
- 7 - Nonlinear circuits with operational amplifier (see previous material)
- 3rd Homework Úkol
- 8 - Feedback systems, properties and stability problem Soubor
- 4th Homework Úkol
- 9 - Frequency filters - introduction, transfer function approximation and filter synthesis
  
  Frequency filters
  
  RC network analysis
  
  RC network analysis - maple file
- 5th Homework Úkol
- 10 - Frequency filters - circuit realization (see previous material)
- 6th Homework Úkol
- 11 - Regenerative circuits Soubor
- 12 - Regenerative systems - monostable and astable circuits, function generators, phase locked loop (see previous material)
- 13 - Switches Soubor
Training courses
Training courses
- 1st Course
  
  Review and refresh previous knowledge required in ANO course
- 2nd Course
- Introduction to simulation program MicroCap Stránka
- Micro-Cap 10 - User Guide Soubor
- Micro-Cap 10 - Reference Manual Soubor
- Biasing amplifiers with BJTs Soubor
- File "bi_Po-mc.cir" download Soubor
- Diode network Soubor
- File "d_cl-mc.cir" download Soubor
- 3rd Course
- One-stage amplifier with BJT Soubor
- File "bi_lab-mc.cir" download Soubor
- Simulation of nonlinear distortion Soubor
- 4th Course
- Lab - Measurement of amplifier with BJT transistor Soubor
- Measurement Instructions for laboratory exercise: "Single-stage Amplifier with Bipolar Transistor" Soubor
- 5th Course
- One-stage amplifier with FET Soubor
- File "mos_lab-mc.cir" download Soubor
- 6th Course
- Lab - Measurement of amplifier with FET transistor Soubor
- Measurement Instructions for laboratory exercise: "Single-stage Amplifier with Unipolar Transistor" Soubor
- 7th Course
- Test 1 (fundamental one-stage amplifiers).
- Differential Amplifier Soubor
- File "ds_lab-mc.cir" download Soubor
- 8th Course
- Measurement Instructions for laboratory exercise: "Differential Amplifiers" Soubor
- Illustrative video for the lab Soubor
- 9th Course
- File "oz1-mc.cir" download Soubor
- Linear operational network Soubor
- 10th Course
- Measurement Instructions for laboratory exercise: "Linear Networks with OpAmp" Soubor
- Datasheet of OpAmp LM748 Soubor
- Illustrative video for the lab Soubor
- 11th Course
- Test 2 (linear operational networks - fundamental circuits).
- Bistable circuit as a Comparator Soubor
- File "oz2-mc.cir" download Soubor
- Full-wave rectifier (absolute value amplifier) Soubor
- File "oz3-mc.cir" download Soubor
- 12th Course
- Two-port network analysis Soubor
- File "osc_cl12_mc.cir" for download Soubor
- Network analyses in Maple - PDF export Soubor
- File "cl1.sve" for interactive web application Soubor
- Network for home analysis Soubor
- 13th Course
- Test 3 (selected electronic systems)
- Oscillator 1 with OpAmp Soubor
- File "osc1_mc.cir" for download Soubor
- Oscillator 2 with OpAmp Soubor
- File "osc2_mc.cir" for download Soubor
- 14th Course
- Tutorial. Credits.
Assignments
Assignments
Wiki
Wiki
References
References
1. Kenneth R. Laker, Willy M. C. Sansen: Design of Analog Integrated Circuits and Systems, McGraw-Hill Companies; McGraw-Hill Companies, 1994, ISBN 007036060X.
2. Adel S. Sedra, Kenneth C. Smith: Microelectronic Circuits, Oxford University Press, 5. edition, 2003, ISBN 0195142519.
3. Robert L. Boylestad, Louis Nashelsky: Electronic Devices and Circuit Theory, Prentice Hall, 9. edition, 2005, ISBN- 0131189050.

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