C h a p t e r 3 | C o a x i a l C o n n e c t o r O p t i o n s
For instance, threaded connectors provide robust
mechanical stability and excellent electrical performance for
high-vibration environments. However, their installation can
be more time-consuming and complex than snap-on or push-
pull connectors, which offer quicker and simpler connections.
However, these easier-to-use connectors might provide a
different level of security and durability in harsh conditions,
potentially leading to signal loss or disconnections.
Similarly, choosing crimp-crimp and solder-solder
attachment methods involves balancing ease of assembly
and long-term reliability. Crimp methods are faster and often
sufficient for many applications, but solder connections
might offer better electrical performance and durability,
which is important for high-frequency applications.
Whereas COTS solutions limit designers in which features
they can achieve in a single cable solution, custom solutions
can address these tradeoffs with tailored designs that
meet specific application needs. By working closely with
manufacturers, designers can select the precise coupling
style, attachment method, and materials that best suit their
operational environment and performance requirements.
For example, custom connectors can combine the ease of
installation of snap-on mechanisms with the robustness
of threaded designs where necessary or utilize specific
attachment methods that optimize assembly efficiency
and electrical performance. Additionally, custom designs
can manage tradeoffs by incorporating unique features like
specialized outer jackets for environmental protection or
precise impedance matching for high-frequency applications.
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Wired for Success: Advantages of Custom RF Cables over COTS and DIY
