Aerospace Applications

Aim Higher with Electronic Assemblies

Aerospace Design Considerations

Designers and aerospace engineers strive to develop innovative solutions for distributing adequate power reliably to all required systems. While high power usage presents unique concerns for aerospace PCB assembly, a well-designed power board can be achieved by:

  • Selecting board materials that withstand extreme temperatures
  • Achieving good resistance management by optimizing thermal usage
  • Effectively spacing high-power components apart from each other
  • Properly following the design rules for grounding
  • Using large copper weight for controlling current flow

Aerospace Applications

PGF Technology Group, Inc. offers extensive PCBA, wire harness, cable, and box build assembly services for commercial and industrial markets, with a strong focus on the aerospace industry. Our experienced team works with customers to fully realize their aerospace designs, regardless of the complexity.

Jason Krajcovic | Adaptive Materials, Inc.

We found the PGF team to be a great source for technical support and in-depth knowledge with hands-on experience in the manufacturing of our assemblies. This has been true from our relations with your CEO, Dr. Naji Gebara, and other engineers on the plant floor. I am pleased to say that our overall expectations of a supplier have been exceeded by far.

modern airliner against a cloudy sky

Selecting the Best Aerospace Solutions Supplier

Selecting the best aerospace solutions supplier for PCBA, cable, wire harness, and box build assembly is a critical decision that can significantly impact the success of aerospace projects. To ensure the highest quality, reliability, and performance of these crucial components, several key factors should be considered during the selection process.

Assess Expertise & Experience

First and foremost, assess the supplier’s expertise and experience in the aerospace industry. Look for a supplier with a proven track record of delivering aerospace solutions and a deep understanding of the industry’s unique requirements, regulations, and standards. Experience in working with reputable aerospace companies and certifications such as AS9100 can serve as strong indicators of a supplier’s credibility and capability.

Evaluate Technical Capabilities

Next, evaluate the supplier’s technical capabilities in PCBA, cable, wire harness, and box build assembly. Examine their facilities, equipment, and workforce to ensure they possess advanced technologies, state-of-the-art machinery, and skilled personnel to meet the demanding specifications of aerospace projects. Consider their ability to handle complex designs, high-density interconnects, and stringent quality control processes.

Research Quality & Compliance

Quality and compliance are paramount in aerospace. Assess the supplier’s commitment to quality management systems and adherence to industry standards. Look for suppliers who have certifications such as ISO 9001 and who prioritize comprehensive testing, inspection, and traceability processes. Compliance with aerospace regulations, including ITAR standards, is essential to ensure the highest standards of safety and performance.

Electrical components

Harness Your Power