Название: Space Electronics for Deep Space Exploration
Автор: N. Sathish, Prasanth Aruchamy, Rajesh Kumar Dhanaraj, Nithya Rekha, Karthik Palani
Издательство: Wiley-Scrivener
Год: 2026
Страниц: 440
Язык: английский
Формат: pdf
Размер: 15.5 MB

This book provides the definitive blueprint for designing and understanding the resilient, autonomous hardware capable of surviving the harshest environments in the universe.

As we venture into deep space beyond low-Earth orbit, space missions depend entirely on space electronics technology. The technological constraints of traditional electronics prevent proper adaptation to deep space requirements for extreme radiation conditions, wide temperature variations, long operational times without maintenance support, and delayed communication pathways. There is a growing need for next-generation space electronics to be robust and radiation-hardened while performing energy-efficient intelligent operations as highly autonomous systems. This book presents innovative space electronics that drive modern deep space expedition practices. It examines deep space electronics by discussing their radiation-resistant elements, intelligent systems, and quantum data exchange, together with next-level propulsion systems. Focusing on filling the need for advanced electronics that provide efficiency and resilience in deep space exploration, the book provides a solution for understanding the quickly changing realm of space electronics technology. Through real-world case studies and expert insights, this book provides operational knowledge about modern technologies to help readers construct dependable systems that support deep space investigation.

Space electronics is designated as the special design and assembly of electronic parts with the aim of working in the severe space atmosphere. These systems consist of communication modules, power conditioning units, data handling subsystems, sensors, processing units, and control electronics.

The basics of space electronics entail the principles, design practice, and component technology needed to assure dependable functioning in the severe circumstances of space. In comparison with terrestrial systems, space electronics need to operate without service during long periods in the mission without being subject to the radiation, vacuum, low or high temperatures, or mechanical forces. These limitations lay stress on the thorough choice of components, healthy circuit design, severe qualification, and special reliability engineering. The inherent knowledge of semiconductor behavior, space grade component requirements, and the fundamentals of power and signal integrity requirements are the foundations of building resilient electronic architectures of orbital missions.

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