Electronic Applications in the Internet Of Things
General
Code: ΥΠ07
Language: Greek
Delivery: Face-to-face
Prerequisites: -
Workload
- Lectures: 39.0 hours
- Lab: 0.0 hours
- Study: 66.0 hours
- Project: 20.0 hours
Course Content
Lectures:
1. Basic concepts of electronics
2. Kirchoffs laws
3. AC and DC analysis
4. General amplifier characteristics
5. Semiconductor diodes
6. Bipolar transistors I
7. Bipolar transistors II
8. Field effect transistors I
9. Field effect transistors II
10 Operational amplifiers
11. Microcontrollers
12. Sensors for IoT applications
13. System integration
Learning Outcomes
The course is the basic introductory course in the design and analysis of electronic analog circuits used in computer science, telematics and the internet of things. Particular emphasis is placed on circuit implementation technologies that are key components of a modern computer circuit such as amplifiers, transistor gates, diodes, etc. At the same time, basic concepts of electronics such as Kirchoffs laws, input resistance and output concepts are presented. etc.
The course also contains a laboratory part which aims to familiarize students with the basic electronic circuits and their evaluation.
Upon successful completion of the course students will be able to:
a Understand the basic concepts of electronic analog circuits.
b To know the basic methodologies for amplifier design.
c To know the basic methodologies for the analysis of diode circuits.
d To perform response measurements in the various analog circuits.
e To know the basic parameters of analog circuits and amplifiers.
Skills
- Independent work
- Team work