Study and analysis of aircraft avionics to improve the efficiency of electronic systems (case study of navigation systems, display, flight control, etc.)

Alireza Kochaki¹

1) BA, Aerospace, Islamic Azad University, Tehran Branch, Tehran, Iran.

IOI Code : XKFK-AZHBZD
Publication : 8th International Conference on Applied Researches in Science & Engineering (8carse.com)
Abstract :
    This article deals with the study and review of airplane avionics to improve the efficiency of various electronic systems in airplanes. In this paper, special attention is paid to navigation, display, flight control and other electronic systems. Avionics is a new and advanced method for designing and improving electronic systems, and by using it, the performance and efficiency of these systems can be significantly improved. Avionics is one of the three main components of an airplane and a helicopter, along with the structure and the engine. Almost most of the functions of the bird depend on its avionics equipment, and the safety and efficiency of the flight are determined by the technologies used in the avionics. Although the literal meaning of avionics is aeronautical electronics , in addition to electronics, other technologies related to communication, power, control, hardware and software are also widely used in avionics equipment Rand The term avionics or aviation electronics (Avionics) is a compound morpheme created from the combination of two words (Aviation and Electronics) and usually refers to the electronic equipment of airplanes, satellites, and spacecraft; It is like displays, computers, sensors, actuators and their transceivers. The term Electric is used to refer to electrical equipment related to the production of electrical energy, voltage and current conversion, energy distribution and energy storage. A more comprehensive term for aircraft electrical equipment (Avionics and Electric) means electricity and electronics of aviation . Sometimes the equivalent term Electro Avionics is also used in this field. Flight management and guidance system; It calculates flight time, distance traveled, speed, optimal components and altitude of the aircraft. This system reduces cabin activities, increases efficiency and eliminates many actions that would normally be performed by the pilot. Increasing the security of navigation, display, flight control and communication in avionic systems is of particular importance in order to guarantee the accuracy of aircraft information, and having a native communication system can definitely increase this ability dramatically Head

Keywords : avionics electronic systems avionics navigation systems aircraft communication flight control