GLOBAL WELL TECH provides the most reliable solution for aerospace PCB assembly requirements! In this present world of competition, the aerospace industry has become a stepping stone to new innovation and development. With its growing requirements posing a specific and crucial consideration for electronic manufacturing and layout solutions, GLOBAL WELL TECH has become one of the figureheads to serve the aerospace industry with low-volume PCB assembly, high-mix facilities, advanced assembly technology and multi layered quick turn prototypes. When it comes to aerospace manufacturing, stringent quality standards are a given. After all, the electronics in aerospace face harsh environmental conditions! Besides with them being thousands of feet in the air repairs aren’t possible. It is imperative, therefore, that aerospace PCB assembly works with precision in such mission critical applications.

At GLOBAL WELL TECH, we have the necessary expertise to offer advanced assembly technology and multi layered quick turn prototypes. Our prowess includes manufacturing single and double-sided PCBs as also complex multilayer PCBs with critical layouts.

AEROSPACE PCB ASSEMBLY CAPABILITIES

Our capabilities in aerospace PCB Assembly include:

     Robust PCB design capabilities

     Using the right material as per specifications

     Special radiation and thermal considerations that ensure that the PCB holds up to harsh environmental conditions

     Robust testing including thermal and vibration testing

     Compliance to highest industry standards
 

We have the necessary value-engineering expertise with dedicated program management and best-in-class quality and IT systems to manage the complex product requirements of aerospace customers. We use high grade      thermal compounds to insulate heat sinks to pad the printed circuit board and to reduce vibration issues of pre-tinning stranded wires with some extra spacing between the components. It also supports the aerospace printed      circuit boards for keeping terminal profile current and assures sufficient solder quality for accurate coating. Before finalizing we check thermal profiles, heat settings of reflow, wave soldering process and do a quality inspection    conforming J-STD on the military aerospace PCB Assembly. Our manufacturing facilities hold extensive number of certifications and licenses to meet complete turnkey PCB aerospace solutions.

Overall, our advanced manufacturing, testing and validation process ensures that we offer high-quality PCB assembly. Our manufacturing facilities hold an extensive number of certifications and licenses to meet complete turnkey PCB aerospace and military solutions.

APPLICATIONS OF AEROSPACE PRINTED CIRCUIT BOARDS

As one of the foremost providers of aerospace PCB engineering services and solutions, GLOBAL WELL TECH offers varied space approved electronic solutions, aerospace PCB assemblies and prototypes for;

     Digitalized microwave and signal processing system

     Equipment for satellites

     Ground station applications

     Passive Detection

     Full Authority Digital Engine Control systems (FADEC)

     Electronic Flight Instrumentation

     Central Air Data Computers (CADC)

     Solutions for traffic alerting and collision avoidance and remotely piloted armed aircrafts

BENEFITS OF AEROSPACE PCB ASSEMBLY

Withstand High Temperatures

With electronics exposed to extreme temperatures in outer space, PCB manufacturers use high temperature laminates, copper and aluminum substrates so that PCBs can survive these extreme temperatures. In addition, thermal compounds are also used to insulate heat from transferring to other electronic parts. Space is also used to facilitate thermal dissipation of heat.

Shock Absorption

Using designs that hold components in place as well as applying thermal compounds to reduce the impact of fluctuations are all mechanisms that are put in place for shock absorption.

Radiation

With the use of specialized materials as also making components smaller, the risk of radiation is mitigated.

Radio Frequency

Shielding in strategic places on the PCB and making transmission lines as short as possible ensures that signals are transmitted without any degradation.