Additive Manufacturing of Electronics for Space Applications
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Beth Paquette↗
Engineering topics
Beth Paquette
Publications and source records attributed to Beth Paquette.
Additive Manufacturing of Electronics for Space Applications
Additive manufacturing techniques for electronics will enable new detector and electronic assemblies that were not previously possible with traditional assembly processes. This technology has the potential to reduce mass and volume for fabrication and assembly of detector, instrument, and electronics concepts by printing fine feature sizes, printing on complex geometries, and allowing new concept production. This presentation summarizes efforts developing printing techniques to manufacture detectors and circuitry for two different space applications.
Additive Manufacturing↗
NESC Avionics Packaging Assessment: Avionics Mechanical Packaging Processes and Best Practices
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Carmel Conaty↗
Printed Hybrid Electronics (PHE) in a Flight Environment: 3D Printed Electronics on Suborbital Technology Experiment Carrier 9 (Sub TEC 9)
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Beth Paquette↗
Printed Hybrid Electronics (PHE) in a Flight Environment: 3D Printed Electronics on Suborbital Technology Experiment Carrier 9 (SubTEC-9)
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Additive Manufacturing↗