Measurement of Quadripole Parameters and Communication Lines: Methodical Instructions for Laboratory Work P. 6B for Radio Tech Students by Revin B. T. is an indispensable resource for students and specialists in the field of radio engineering and communications. In it, the author shares his knowledge and experience to help readers master the key aspects of measuring the parameters of quadripoles and communication lines, which is fundamental for understanding and practical application of the theory of radio engineering. The book discusses in detail the techniques used to measure various parameters, such as transmission coefficients, reflections, and other important characteristics of quadrilaterals. Revin focuses on the practical aspect of the work, which makes the material accessible and understandable to students who are just starting out in radio engineering. Each laboratory work is accompanied by clear instructions and recommendations, which makes it easy to follow a given program and achieve high results. This book will be especially useful for students of technical universities studying radio engineering, as well as for graduate students and young professionals seeking to deepen their knowledge in this area. If you are interested in topics such as measurement technology, radio communication, electronics and circuitry, then “Measurement of parameters of quad poles and communication lines” will be a real find for you. It will help not only to master the theoretical foundations, but also to put them into practice, which is an important aspect of training in technical disciplines. One of the key topics raised in the book is the importance of accuracy and reliability of measurements in radio engineering. Revin emphasizes that even the slightest deviations in measurements can lead to serious consequences in the design and operation of radio systems. This makes the book relevant not only for students, but also for practicing engineers who want to update their knowledge and skills. The author's style is distinguished by clarity and accessibility, which makes it easy to assimilate even the most complex concepts. Revin uses many illustrations and examples from practice, which makes the material lively and interesting. He also shares his observations and recommendations based on many years of experience in the field of radio engineering, which gives the book special value. In addition, Revin is known for his other work in the field of radio engineering, which may also be of interest to readers. His books and articles cover a wide range of topics, from the basics of radio communication to the more complex aspects of radio system design. If you are interested in such works as “Basics of radio engineering” or “Modern methods of measurement in radio communication”, then you will definitely appreciate this work. In conclusion, “Measurement of quadripole parameters and communication lines: methodological guidelines for laboratory work P. 6B for radio engineering students” is not just a textbook, but a real find for anyone who wants to understand radio engineering more deeply and learn how to apply the knowledge gained in practice. This book will become a reliable companion in your educational path and help you become a qualified specialist in the field of radio communication. Do not miss the opportunity to enrich your knowledge and skills by immersing yourself in the world of measurement and radio engineering with this fascinating and useful publication.