Civilian Air traffic is in transformation on fuel sources, powertrains and efficiency, where one of the challenges is meeting long-term sustainability goals. Other challenges are developing a higher level of security with increasing air traffic, new digital and human threats in a world of fast digital transformation. Please see below for a selection of applications we serve.
Selection of applications we serve
Aircraft radio communication system
PCBs for radio communication system between aircrafts, flight control and pilots. Demands are IPC 6012 Avionics PCB standard AS9100.PCB Technology
PCBs for transmitting and receiving signals (XPDR), identfying the individual aircraft. Demands are high reliability and safety critical function, IPC Class 3 and AS9100 standard.PCB Technology
Airfield ground lighting systems
PCBs for airfield ground lighting (AGL) control systems. Demands are long service life, high reliability and safety critical function.PCB Technology
PCBs for engine, hydraulic, motion and actuator controls, power distribution, sensors and communication systems. These are the functions that keep us safe in the air. Climate, lightning and entertainment equipment systems gives us comfort in the cabin. Demands are typically IPC Class 3, ISO/AS 9100.PCB Technology
PCBs for instrumentation and navigation, communication, weather data, airspace information and aircraft data. Demands are typically IPC Class 3.PCB Technology
PCBs for radar applications: naval, satellite, defense, aerospace, aircraft, microwave antennas and associated signal transmission systems. Demands are signal integrity, high-speed computing and thermal management.PCB Technology
PCBs for high radiation (HI RAD), requires materials as teflon or polyamid for withstanding extreme surrounding temperatures. Demands are rugged and well tested PCB-solutions. Standards are typically IPC 6012DS, ECSS-Q-ST-70-60C and AS9100.PCB Technology
PCBs for thermal vision systems: IR-cameras and airborne camera pods. Demands are typically IPC Class 3.PCB Technology
PCB design for extreme environments – challenges with thermal management, altitude and shock and vibration events.
PCBs used in harsh and extreme environments will be exposed to extreme situations. Learn about what defines extreme environments and about the PCBs used.
High-power applications are those that require a lot of power to operate. This is usually because they are used in devices that need to be able to run for a long time without being plugged in.