Amphenol is a leading provider of high-performance interconnect systems and components to the commercial aerospace market. In addition to connector and interconnect assembly products, we also provide rigid and flexible printed circuits as well as high-technology cable management products. Our products are specifically designed to operate in the harsh environments of commercial aerospace while also providing substantial weight reduction, simplified installation and minimal maintenance. Our solutions primarily address aircraft and airframe power distribution, avionics, controls and instrumentation, engines, in-flight entertainment, in-flight internet connectivity, lighting and control systems, and wire bundling and cable management.
High-performance Conduits are intended to be supported by Amphenol Pcd P-Clamps. Conduits provide support for wire bundles where separation or protection from other systems or structures is necessary. Conduits can be installed anywhere in the aircraft, including the wings. Although Amphenol Pcd Conduits are available in various standard configurations and sizes, we offer custom products as well.
With increasing data transmission rates and operating frequencies, it is becoming increasingly important to ensure the function of electrical devices and systems in each other’s environment in order to guarantee trouble-free operation. CONEC filter connectors help to dissipate conducted interference directly at the interface. Filter D-SUB connectors are available as standard, high density or dual port.
You are searching for a D-SUB hood system that enables quick and easy locking and unlocking without additional tools? That allows a locking even at poorly visible device interfaces due to the audible and tangible ” click”? Do you want to upgrade an existing system with quick-release Hoods? The new CONEC SnapLock locking system consists of D-SUB connectors and D-SUB hoods allowing quick locking.
SV Microwave's conformable cable assemblies feature hand-formable cable that retains its shape after being placed into specific bends providing a balance between bending capability and high-frequency performance up to 40 GHz. These cable assemblies, recognized for their customizable features, are useful for prototyping and development.
SV Microwave offers a completely customizable solution to optimize cable assembly flexibility in applications with tight routing requirements while minimizing insertion loss. Our proprietary ConvergeRF capability introduces a direct solder connection that transitions from Ø.047" cable to Ø.085" cable without additional interfaces.
Amphenol CDI CoreHC™ is a high-performance, solderless ganged coaxial solution designed for direct PCB attachment. Featuring a 2.5mm pitch signal-to-signal configuration, it enables engineers to maximize space savings while reducing PCB size and cost. The DC-70GHz connector minimizes trace lengths, optimizing insertion loss and ensuring superior performance.
SV Microwave offers a flexible approach to customizing our COTS products to meet unique customer needs. Our applications and design engineering teams routinely make minor adjustments to standard parts-such as lengthening flanges, adjusting retention features, or altering PCB connector lengths—to support specific design requirements. Below are some examples.
CQ Connectors are aerospace-grade, quick-disconnect rectangular connectors based on the standard D-Subminiature (MIL-DTL-24308) footprint. Featuring a unique push-button locking mechanism that eliminates the need for tools and screws, they are designed for rapid installation, blind-mating, and Foreign Object Debris (FOD) prevention in mission-critical aviation and defense applications.
CRN Bracket is custom-made to hold the “Current Return Network” in place inside a composite aircraft. Very easy to install with a bolt, the CRN system is fixed in place by hand with an integrated snap system on the bracket. The bracket is made of PEEK material and silicone is over-molded onto the bracket.
Amphenol CDI’s cryogenic semi‑rigid cable assemblies are engineered for precision, stability, and ultra‑low‑temperature performance, delivering reliable signal integrity for quantum computing, scientific instrumentation, aerospace, and advanced electronic systems. Built with robust materials, rugged construction, and flexible configuration options—including customizable connectors, lengths, etc.