Semiconductors, Powering Aerospace

Semiconductors are fundamental aerospace electronic components that regulate the flow of electric currents, supporting vital operations in aerospace systems such as navigation, communication, power generation, and more. These aerospace components are made to endure harsh environments such as high altitudes, radiation, and temperature changes, allowing devices to function dependably in settings where precision and safety are vital.
Semiconductors are crucial aerospace components that play a pivotal role in various systems including:

• Radar Systems: Radar systems are heavily dependent on semiconductors for their functionality. These systems emit radio waves that interact with objects and then return to the radar, providing critical information about the object’s location, speed, and direction. Aerospace components are key in generating these radio waves, amplifying the signals, and processing the returned data to extract valuable insights.
• Communication Systems: Communication is essential in aerospace, and semiconductors enable effective communication between devices. They are at the heart of transmitters and receivers, allowing the conversion of voice and data into electrical signals and back again.
• Navigation Systems: Modern navigation systems, including GPS and INS, depend on aerospace components to provide precise and reliable positioning data. Semiconductors enable these systems to swiftly and efficiently process complex algorithms, delivering real-time information on position, velocity, and orientation to pilots or automated systems.
• Onboard Computers: Onboard computers in aircraft and spacecraft handle a wide range of functions, such as flight control, system monitoring, and data recording. These computers are equipped with semiconductor-based microprocessors and memory chips, providing high-speed processing and reliable data storage capabilities.