This course of "Analog electronic circuits II" is the continuation of the course of " Analog electronic circuits I". It will mainly focus on the study of amplifiers and oscillators. For amplifier's part students will have introduction on amplifier in general and they will study different types of bipolar transistor amplifiers such as:
- common emitter amplifier ,common base amplifier, common collector amplifier, tuned amplifier , differential amplifier and amplifiers with feedback.
The course will also introduce students to the study of different types of electric oscillator . Except the course notes indicated here, students can find additional materials on the following links:
1. www.4shared.com
2. www.pdfdrive.com
Other reference :
1. Robert L.Boylestad, Louis Nashelsky; Electronic devices and circuits theory. Eleventh Edition; Pearson Education Inc; 2013.
2. Owen Bishop; Electronic circuits and systems , Fourth Edition . Published by Elsevier Ltd; 2011.
3. Thomas L. Floyd , David L. Buchla, Electronic fundamentals circuits, Devices and Applications. Eighth edition, Pearson Prentice hall, 2008.
Each chapter corresponds to the lecture by week, it means what student supposed to study by week ( during 3 hours of face to face).
For any question you can contact me on : Tel (MTN):0788682109, Tigo (Whatsapp):0727812001 or by e-mail: ndagijeo@yahoo.fr
A network, in the context of Electrical / Electronics, is a collection of interconnected components. Electric Circuit analysis is the process of finding the voltages across, and the currents through, every component in the network. Electric circuits or networks are the assemblage of devices and or equipment needed to connect the source of energy to the user or the device which exploits it. It is therefore essential for Electrical / Electronics Engineers to start by this course which is the foundation of other courses such as Communications systems, computer systems, Electrical machines, and power systems that all consist of more or less complicated electrical circuits which themselves are made up of a number of circuit elements, this is why an electrical/electronics engineer has to study many different techniques for calculating these values which the aim of this course.