Power Electronics Tutorial Exercises
MMK 316527
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This textbook provides a variety of properly selected step-by-step worked examples to assist in understanding power electronics.
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- This textbook is providing the students and professors with a variety of properly selected step-by step worked examples in order to assist them of understanding a power electronics course. Each chapter of this textbook consists of a number of worked examples which extend the reader’s experience in problem solving and to help develop a deeper understanding of the subject. Chapter 1 is a unique Chapter because presents in 30 Tables the most wanted information that a student and a professor needs in order to analyze different power electronics problems. This information includes key-waveforms, expressions, rms and dc values of different well known waveforms and their respective frequency spectrum (i.e. Fourier analysis). The worked examples outlined in this textbook are carefully selected to coincide with the didactic material of an introductory course in power electronics. The step-by-step examples are not examples that are used only for plugging numbers but are continuation of the power electronics theory with waveforms, relations and results for specific industrial application so that the reader to understand the specific theory and at the same time to create the appropriate feedback remarks. Moreover, in the appendix of this textbook 100 multiple choice questions are presented with their respective answers.The theoretical results obtained in the worked examples are verified by the respective simulation ones making the results more rigid and acceptable by the reader. There are 50 simulation results out of 180 worked examples that strengthen the understanding of the examples. The most of the worked examples are oriented towards applications to Uninterruptible Power Supply (UPS) systems, switched mode power supplies, renewable energy sources, Static VAr compensators, power semiconductor devices, passive and active filtering and motor drive systems.This textbook, which is consisted of 200 worked examples and 100 multiple choice questions, has all the necessary material for coursework, assignments and final exam preparation.The 200 worked examples presented in this textbook are divided into the following 12 chapters: Chapter 1: Introduction to power electronics technology with 27 tables of useful information and 10 worked examples.Chapter 2: Circuits with diodes and switches with 16 worked examplesChapter 3: Single-phase half-wave thyristor rectifiers with 15 worked examplesChapter 4: Diode rectifiers with 25 worked examplesChapter 5: Thyristor rectifiers with 31 worked examplesChapter 6: Inverters with 30 worked examplesChapter 7: Dc-dc converters with 16 worked examplesChapter 8: Ac voltage controllers and static VAr compensators with 10 worked examplesChapter 9: PWM rectifiers with 10 worked examplesChapter 10: Power semiconductor devices with 14 worked examplesChapter 11: Passive and Active filters with 12 worked examplesChapter 12: Introduction to motor drive systems with 17 worked examplesAPPENDIX: 100 multiple choice questions with their respective answersThe majority of the 200 worked examples in this textbook follow a logical sequence, which is an attempt to demonstrate the step-by-step process of a power electronics converter design. Indeed, the purpose of this textbook is to present a more exciting type of questions and show how the theory in power electronics is related to real world problems.
| Publisher | Independently published |
| Publication date | April 12, 2018 |
| Language | English |
| Print length | 658 pages |
| ISBN-10 | 198058205X |
| ISBN-13 | 978-1980582052 |
| Item Weight | 4.19 pounds (1.9 kg) |
| Dimensions | 8.27 x 1.49 x 11.69 inches (21 x 3.8 x 29.7 cm) |
Who Should Buy?
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Electrical Engineering Students
Ideal for students seeking practice problems and tutorials in power electronics for better understanding and exam preparation.
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Professionals in Training
Beneficial for professionals joining power electronics fields who need structured exercises to enhance their practical knowledge.
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Self-learners
Great for self-motivated learners wanting to explore power electronics independently through guided exercises and tutorials.
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Beginner Learners
Not suitable for complete beginners lacking foundational knowledge of electrical engineering principles in power electronics.
Product Description
Customer Questions & Answers
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Question:
What topics are covered in the Power Electronics Tutorial Exercises?
Answer: The Power Electronics Tutorial Exercises cover a comprehensive range of topics including switch-mode power converters, rectifiers, inverters, and control techniques. These exercises provide practical insights into circuit design, analyzing performance characteristics, and implementing various power electronic systems. For those studying electrical engineering or working in power electronics, these exercises help bridge theory with real-world applications, enhancing the learning experience. -
Question:
How can Power Electronics Tutorial Exercises help me in my studies?
Answer: Power Electronics Tutorial Exercises are designed to deepen your understanding of power electronics concepts through practical problems and solutions. By engaging with these exercises, you’ll develop crucial skills in analyzing and designing power circuits. Many students and professionals use these tutorials as supplementary resources to enhance their knowledge and application of power electronics in fields like renewable energy, automotive systems, and industrial automation. -
Question:
Are there any prerequisites for tackling the Power Electronics Tutorial Exercises?
Answer: While there are no strict prerequisites, a basic understanding of electrical engineering principles, circuit analysis, and semiconductors will be beneficial when working through the Power Electronics Tutorial Exercises. Familiarity with mathematical concepts and circuit simulation software can also enhance your learning experience. This background will allow you to better grasp the exercises and successfully apply the techniques in real-world scenarios. -
Question:
Can I use Power Electronics Tutorial Exercises for self-study?
Answer: Absolutely! The Power Electronics Tutorial Exercises are an excellent resource for self-study. They allow you to progress at your own pace while testing your understanding of key concepts. Many learners utilize these exercises to reinforce their knowledge outside the classroom, preparing for exams or transitioning into power electronics roles in industry, making them especially valuable for independent learners. -
Question:
Are solutions available for the Power Electronics Tutorial Exercises?
Answer: Yes, solutions are often provided alongside the Power Electronics Tutorial Exercises. Accessing these solutions supports your learning by allowing you to verify your answers and understand the problem-solving process. By studying both the exercises and the solutions, you can enhance your grasp of important concepts in power electronics, which is particularly useful when preparing for tests or projects. -
Question:
Is there an online version of the Power Electronics Tutorial Exercises?
Answer: Many platforms offer online versions of Power Electronics Tutorial Exercises, providing convenience and flexibility. Online formats often include interactive elements such as quizzes and simulations, enhancing your engagement with the material. This format is beneficial for learners who prefer digital resources or for those who wish to access the exercises on-the-go, complementing traditional textbooks and lectures. -
Question:
Who can benefit from Power Electronics Tutorial Exercises?
Answer: Power Electronics Tutorial Exercises are beneficial for a wide range of individuals including students pursuing electrical engineering, professionals enhancing their skills in power systems, and educators looking for teaching resources. These exercises facilitate deeper comprehension of complex concepts, making them ideal for anyone seeking to strengthen their knowledge and skills in power electronics applications across various industries. -
Question:
What is the best way to approach the Power Electronics Tutorial Exercises?
Answer: A systematic approach is recommended for tackling Power Electronics Tutorial Exercises. Start by reviewing relevant theory before proceeding to exercises. Work through problems at a steady pace, ensuring you fully comprehend each topic before moving on to the next. Discussing challenging exercises with peers or instructors enhances understanding and retention. This method can lead to a more thorough knowledge base and increased confidence in applying power electronics concepts. -
Question:
Can I find real-world applications in the Power Electronics Tutorial Exercises?
Answer: Yes, many Power Electronics Tutorial Exercises incorporate real-world applications, illustrating how theoretical concepts translate into practical scenarios. These may include applications in renewable energy systems, electric vehicles, and power supplies for various electronic devices. Understanding these applications provides context and relevance to your studies, helping you see the significance of power electronics in modern technology. -
Question:
Where can I buy Power Electronics Tutorial Exercises in Myanmar?
Answer: You can buy Power Electronics Tutorial Exercises in Myanmar at Ubuy. Ubuy offers a wide selection of educational materials including these tutorials, making it easy for you to access the resources you need for your studies or professional development. With a user-friendly platform and a variety of options, Ubuy is an excellent choice for obtaining your power electronics learning materials.
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MMK 316527
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Features & Benefits
- 200 carefully selected worked examples enhance problem-solving skills.
- Includes 100 multiple-choice questions with answers for additional practice.
- First chapter features 30 key tables for quick reference.
- Aligns with introductory power electronics courses to ensure relevant learning.
- Empowers understanding through theoretical results verified by simulations.
- Covers a range of applications including UPS systems and renewable energy sources.
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