syllabi in power electronics

COLLEGE OF ENGINEERING AND ARCHITECTURE
UNIVERSITY OF SAN AGUSTIN
DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGNINEERING
COURESE SYLLABUS (LECTURE)
Course Code: PELECT2
Course Title :Power Electronics
Credit :3 hours lecture (3 units), 3 hours laboratory(1 unit)
Prerequisite :ECE 102, EE 105
Co-requisite: BASIS OF GRADING:
Cut off Score:
Prelim:
Midterm:
Final:
COURSE DESCRIPTION:
Power Electronics deals with the design and applications of power semiconductors converters, and to analyze converter characteristics in order to understand how these converters interact with the electric utility grid with the various load applications.
Qualification of Lecturer:

GENERAL OBJECTIVES:
At the end of this course, the students should be able to:
1. To familiarized the components and its applications in power electronics
2. To be able to design using power electronics
3. To be able to apply the skills and knowledge they acquired in power electronics. Prepared by:

____________ __________________ __________
Name Signature Date
TEXT:
Recommending Approval:

____________ __________________ __________
Name Signature Date

REFERENCES:
Approved by:

____________ __________________ __________
Name Signature Date
COURSE CONTENT:
PRELIM
Unit I- Industrial devices and linear devices
Topics Specific Objectives Instructional Activities Assessment of Outcomes No. of Hours Value Aims References
• PNPN AND OTHER DEVICES
1. Introduction
2. SCR
3. SCS
4. GTO
5. LASCR
6. Shockley Diode
7. Triac

II. POWER COMPUTATIONS
1. Introduction
2. Power and Energy
3. Inductors and Capacitors
4. Energy Recovery
5. RMS
6. Apparent Power and Power Factor
III. Half wave Rectifier

1. Introduction
2. Resistive Load
3. Resistive-Inductive Load
• To learn the principles of how the Silicon Controlled Rectifier(SCR) triggers, understand the basic operations and determine its characteristics
• To examine the SCR construction, and perform the SCR applications
• To learn the principles of how the TRIAC triggers, understand the basic operations, and determine its characteristics
• To examine the TRIAC construction, and perform the TRIAC applications
• To learn about poer of linear devices such as capacitors and inductors
To distinguish the different kinds load,such as resistive load,inductive load and capacitive load • Lecture / discuss
• Research
• Supplementary articles
• Exam • Quizzes
• Class participation
• Class exercises
• Recitation
• Exam • Electronics Devices & Circuit Theory , 6th Ed. By: R. Boylestad L. Nashelsky
• Gooles. Com
• Industrial Electronics by Maloney














MIDTERM: Rectifiers and Power Supplies
Topics Specific Objectives Instructional Activities Assessment of Outcomes No. of Hours Value Aims References
• Half-Wave rectifier with a capacitor
5. Controlled Rectifier

IV. Full wave rectifier

1. Introduction
2. Single Phase Full wave rectifier
3. Controlled Full wave rectifier
V. AC VOLTAGE CONTROLLER: AC TO AC CONVERTER
1. INTRODUCTION
2. SINGLE Phase AC Voltage controller

• Learn the Half wave rectifier and the different formulas
• Learn the Full wave rectifier and the different formulas

• To understand voltage multiplier circuits • Lecture / discuss
• Research
• Supplementary articles
• Design • Quizzes
• Class participation
• Class exercises
• Recitation
• Exam • Electronics Devices & Circuit Theory , 6th Ed. By: R. Boylestad L. Nashelsky
• Gooles. Com
• Industrial Electronics by Maloney





FINAL
Unit III- DC converters
Topics Specific Objectives Instructional Activities Assessment of Outcomes No. of Hours Value Aims References
• DC Converter
1. Linear Voltage regulator
2. Basic switching converter
3. Buck Converter
4. Boost Converter

VIII. DC Power Supplies
1. Introduction
2. Transformer Models
3. Flyback converter
4. Forward converter
5. Double Ended Converter
6. Push Pull converter


• To Learn the different types of DC Converter
• Learn Basic switching converters
• To understand The different converters • Lecture / discuss
• Research
• Supplementary articles
• Design • Quizzes
• Class participation
• Class exercises
• Recitation
• Exam • Electronics Devices & Circuit Theory , 6th Ed. By: R. Boylestad L. Nashelsky
• Gooles. Com
• Industrial Electronics by Maloney

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