Aerospace Radionavigation Systems

This book is a comprehensive guide for radio engineers on ensuring electromagnetic compatibility in aerospace systems, titled Aerospace Radionavigation Systems.

This book provides an in-depth exploration of concepts crucial for radio engineers focused on ensuring electromagnetic compatibility. Aerospace Radionavigation Systems emphasizes methodological approaches aimed at minimizing the likelihood of radio equipment failures, ultimately enhancing the safety of complex aerospace systems. It addresses the critical challenges associated with assessing the electromagnetic compatibility of both integrated ground and on-board complexes.

In addition, the text delves into various methods for gathering information about unintentional interference, alongside the theoretical frameworks necessary for predicting such interferences. Experimental studies are presented, showcasing the characteristics that define electromagnetic compatibility and the calculations necessary for reference systems. The book also discusses the implications of different output signal generation methods on spurious radiation levels.

Furthermore, Aerospace Radionavigation Systems examines the electromagnetic compatibility of ultrahigh-frequency devices, particularly in relation to phase modulation and industrial noise. It covers the calculation of electromagnetic fields affected by airframe elements and addresses direction-finding errors stemming from these interactions. The evaluation of isolation between antennas in the presence of electromagnetic screens is also explored, as well as the electromagnetic compatibility of antenna devices with model interference radio systems. This comprehensive approach ensures that civil aviation meets modern electromagnetic compatibility requirements.