Overview
A theoretical course in the sixth semester based
on the decisions of electrical, magnetic and mechanics 2, where the student
studies the classification of materials in terms of conductivity and that the
student recognizes the basic principles of electronic and the student
recognizes diodes, trisistors, amplifiers
Intended learning outcomes
To be able to compare
between semiconductors and their uses, and how to analyze circuits that contain
diodes, and that the student concludes how to connect the diod in case of
forward and reverse bias, and that the student concludes his ability to understand
the methods of work of both the binary and the transistor, and that the student
understands the importance of some scientific software in solving problems, and
is able to form electronic equations...
Teaching and learning methods
1-Theoretical lectures
combined with various examples in each topic
2-Solving various
exercises and issues collectively or individually inside the classroom.
3- Using different references, whether they are books or electronic networks.4- Solve exercises and issues related to the
topics to help the student understand
Methods of assessments
First
midterm exam in the fifth or sixth week with homework exercises
-
Second
midterm exam in the eleventh week with homework exercises
-
End of
semester exam
-ElectronicDevices, by: Thomas L. Floyd. 9th edition, 2016. Prentice
Hall.
Digital Fundamentals, T.L Floyd, Pearson Prentice Hall, Inc., 9th
Ed., 2006.
