Products that we rely on everyday such as our phones, computers, and cars rely on quality PCB assembly, Printed circuit boards are the foundation of electronics much like how a chassis is the foundation of the vehicle. It’s also essential in the aerospace industry where complex electronics are needed for both safety, function, and navigation of these machines. PCB Assembly USA provides a reliable source for PCB boards that are as reliable as they are functional.
In this article, we will be going over PCB assembly in the aerospace industry and what needs to be factored when creating these boards, and if you’d like to check out a prior article that also goes over this topic, you can check out this page. If you’d like to learn more, we would appreciate your time.
PCB Assembly and Aerospace, What are the Factors?
Aircrafts fly in a wide assortment of conditions and sometimes it can get quite extreme. That’s why it is crucial that the PCB boards intended for aerospace are sturdy enough to take it all. When you are thousands of feet up in the air, there is no option for electrical failure.
With this in mind, you are probably wondering what goes into the decision process when making PCB boards for aerospace. We, as a PCB Assembly Manufacturer wanted to go over this very topic and provide the info in a digestible format.
How Long It Can Last Before Requiring Maintenance?
Aircraft require maintenance just like any other vehicle. Every aspect of it gets inspected to ensure a safe flight, and this is no different for the PCB boards. While Custom PCB Assembly companies make their boards as sturdy as possible, they eventually will need to be maintained.
However, pouring over how long our boards can last is our utmost priority for the reasons we gave above. Stress testing is an important part of the manufacturing and distributing process, especially so when the board is custom.
Have the Material Specs Been Followed Accurately?
PCP boards have to follow specific spec guidelines, and working in the custom PCB Assembly industry means that we make widely different boards that serve different purposes. Asking ourselves if we have followed the guidelines to the letter is an important part of the overall process.
Among the above two things that we look over, there are a lot more things to consider such as if the PCB board can hold up if the aircraft has to fly through bitter colds and other extreme conditions.
Furthermore, we need to make sure we are fully compliant with AS9100 design standards. If not, our clients can’t use our product and things have to be adjusted and go through further testing. Overall, we take the development of our PCB boards extremely seriously and we recognize the standards for PCB assembly for the aerospace industry.