Radio Remote Control for Beginners

Author: Chen Yongfu, Editor-in-Chief
Publisher:
Publish Date: 2007-01-01
Features: This book begins with the explanation of the formation and propagation of radio waves, then introduces the basic principles of radio control, commonly used measurement and control antennas, transmission circuits, receiving circuits, common unit circuits and integrated devices, executive components and actuation mechanisms, radio direction finding and "fox hunting" activities, remote control modules and their applications, and practical remote control application examples. The book is divided into 9 chapters, with carefully selected materials and a rigorous, systematic structure. In terms of writing style, it progresses from simple to complex, with clear layers, concise language, and a combination of text and illustrations. In content organization, while explaining fundamental radio knowledge and various remote control system principles, it incorporates numerous specific control examples related to each chapter, interpreting their working principles, circuit design features, reasonable component selection, assembly methods, and circuit debugging techniques. Additionally, it includes sections such as "Knowledge Links," "Application Knowledge," and "Application and Construction" to strengthen the connection between related knowledge, guide readers to combine learning with practice, and enhance their practical skills. This book serves as a foundational reading for electronics enthusiasts entering the field of radio-controlled applications and is suitable for a wide range of readers, including electronics hobbyists, radio engineering technicians, faculty and students of universities, colleges, vocational schools, and personnel at youth science and technology guidance stations... The book is divided into 9 chapters, with content organized to explain fundamental radio knowledge and various remote control system principles while incorporating numerous specific control examples. These examples are accompanied by interpretations of their working principles, circuit design features, reasonable component selection, assembly methods, and circuit debugging techniques.