Mouser Electronics White Paper
Standards-Based
Performance
AirBorn connectors are engineered and tested against stringent
MIL-SPEC requirements. One of the key standards relevant
to AirBorn is MIL-C-55302, which defines the dimensional,
material, and boards. Compliance with standards such as these
gives engineers confidence that the connectors they choose
will perform reliably, even under demanding conditions.
AirBorn Connector Series
AirBorn connectors have a long track record for delivering robust
construction and compliance with key standards. The portfolio
includes four product series that are optimized for A&D applications:
• W Series 0.100" Rectangular Connectors: Designed for
board-to-board and cable-to-board applications, the
W Series Connectors are MIL-DTL-55302 qualified and
deliver proven reliability in tough environments.
• M Series Micro-D Connectors: These widely used products
meet or exceed MIL-DTL-83513 performance and offer
compact, high-density solutions that are well-suited for
applications where high signal integrity is essential.
• N Series Nano-D Connectors: The N Series meets or
exceeds MIL-DTL-32139 performance specifications,
offering secure connections for harsh environment cabling
through its rugged housings and high-quality contacts.
• R Series 0.075" Rectangular Connectors: Engineered for
high reliability to meet MIL-DTL-55302 specifications,
R Series connectors offer high density in a small
footprint for space-constrained A&D applications.
These series comprise the core of the AirBorn
portfolio, addressing a wide array of needs across A&D
applications, from avionics to satellite systems.
Secure Supply Chains
For engineers working in the A&D industries, product
capabilities are only part of the picture. Engineers must be
confident that the materials used in connectors are also
manufactured to the same high standards. Full traceability
allows engineers to identify every element of the products they
have selected, from raw materials to the finished product.
Molex and Mouser Electronics offer full traceability for AirBorn
connectors. Engineers can purchase these products with the
assurance that every component complies with requirements.
Conclusion
Designing connectors for aerospace and defense requires
both anticipating environmental challenges and ensuring
electrical performance. Standards define what ruggedness
and reliability mean in practice, allowing engineers to carefully
match products to the demands of their environment.
Ruggedness in connectors comes from engineering every
part with the environment in mind. Contacts, housings,
and latching systems are all designed with the stresses
of aerospace and defense applications in view.
Molex acquiring the AirBorn connector portfolio enhances
its ability to serve this critical market. By combining decades
of engineering expertise with rigorous compliance to MIL-
SPEC and NASA standards, AirBorn connectors deliver the
ruggedness and reliability that A&D engineers demand.
As new technologies continue to transform A&D platforms, the
need for dependable connections will only grow. With AirBorn
connectors, Molex and Mouser deliver components designed to
perform in the harshest environments and support mission success.
