Modeling Electrical Devices in MATLAB. Sim. Power. Systems and Simulink”, written by a team of authors, is a unique resource for anyone interested in electrical engineering and programming. This work not only immerses the reader in the world of modeling electrical systems, but also offers practical approaches to the use of powerful tools MATLAB and Simulink. In today's world, where technology is developing at breakneck speed, the ability to model and analyze electrical devices is becoming an integral part of education and professional activities. The book covers a wide range of topics, ranging from the basics of electrical engineering to complex models, making it suitable for both students and practicing engineers. If you are a technical student, graduate student or specialist who wants to deepen your knowledge in the field of electrical engineering, this book will become an indispensable assistant for you. One of the key features of the book is its practical focus. The authors not only explain the theoretical aspects of modeling, but also offer the reader many examples and tasks that help to consolidate the knowledge gained. You will be able to see how theoretical concepts are applied in practice, which greatly simplifies the learning process. In addition, the book includes step-by-step instructions for working with Sim. Power. Systems and Simulink, which makes the modeling process available even to beginners The topics raised in the book cover a wide range of aspects of electrical engineering, including circuit analysis, modeling of transformers, generators, and other electrical devices. The reader will get acquainted with the basics of working with Simulink blocks, learn how to create their own models and analyze them This allows not only to better understand the principles of electrical systems, but also to develop skills that will be useful in a future career. The style of the authors is characterized by accessibility and clarity of presentation. They aim to make complex concepts understandable by using simple examples and illustrations. This makes the book an ideal choice for those who are just starting out in electrical engineering, as well as for those who want to refresh their knowledge and skills. The authors also pay attention to topical issues, such as the stability of systems and the optimization of their work, which makes the book relevant to modern realities. Modeling Electrical Devices in MATLAB. Sim. Power. Systems and Simulink” is not only a tutorial, but also a practical guide that can be useful in the daily work of engineers. It can serve as a basis for coursework and thesis work, and also become a reference book for those involved in the design and analysis of electrical systems. If you are looking for literature on the modeling of electrical devices, you may be interested in other works, such as “Electric Machines and Transformers” or “Basics of Electrical Engineering”, which will also help to deepen your knowledge in this area. The book certainly deserves attention, as it not only teaches, but also inspires new research and development. In conclusion, "Modeling of electrical devices in MATLAB. Sim. Power. Systems and Simulink" is not just a book, but a whole world of opportunities for those who want to master electrical engineering at a new level. Allow yourself to immerse yourself in this fascinating process and discover new horizons in technology and engineering!