PCBs used in flight control, navigation, communication, and cockpit instrumentation systems. Require extreme reliability, high signal integrity, and resistance to vibration and temperature extremes.
Satellite communication
PCBs designed for satellite payloads and transceivers. Emphasize lightweight construction, thermal stability, and flawless high-frequency performance in harsh space environments
Radar and sensor systems
PCBs for aerospace radar, LIDAR, and other sensor modules. Need precise signal transmission, EMI shielding, and durability against electromagnetic interference.
Flight data recorders
PCBs embedded in black boxes and flight monitoring systems. Must ensure long-term data integrity and survivability in crash scenarios.
Space exploration equipment
PCBs used in probes, rovers, and scientific instruments. Designed to withstand extreme temperatures, radiation, and mechanical stresses.
Power management systems
PCBs managing power distribution and conversion onboard aircraft and spacecraft. Require high thermal conductivity, efficiency, and robust safety features.
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