Amphenol is one of the world’s largest designers, manufacturers and marketers of connectors and interconnect systems, antennas solutions, sensors and high-speed cable. Our connector and connector system solutions include fiber optic interconnect, harsh environment interconnect, high-speed interconnect, power interconnect, power distribution and busbars and radio frequency (RF) interconnect products. Our sensors and sensor-based product solutions include gas and moisture sensors, level sensors, position sensor, pressure sensors, temperature sensors and vibration sensors. Our value-added cable assemblies include cable assemblies and harnesses, cable management products and backplane interconnect systems. Our cable solutions include coaxial cable, power cable and specialty cable. We also provide combiner/splitter products, flexible and rigid printed circuit boards, hinges and molded parts.
Iguana is intermateable with MIL-DTL-38999 Series III and is waterproof up to IP68 in both mated and unmated conditions. The series is optimised for PCB applications and is pre-loaded with pin-tail contacts and includes integrated moulded stand-offs to facilitate inspection and cleaning. Optional integral ground pins provide low-impedance shell-to-ground connections for improved EMI performance.
Coaxial contacts for RF/Radiofrequency for high-frequency use. The use of this contact is mandatory when the performance of standard Mil or EN contacts is not sufficient to achieve the level of signal transmission required.
Indoor Battery Racks are bay rack style, Zone 4 seismic compliant (GR-487 certified) battery rack systems supporting 200Ah VRLA or 180Ah Ni-Cd batteries. Multiple configurations, from 2 to 5 battery trays, are available with optional integrated Power Plant kits. Each tray includes a 100 amp breaker and alarm safety features.
Modular, seismic Zone 4 rated (GR-487 certified) battery rack systems designed to fit the footprint of Ni-Cd batteries. In addition to several standard configurations, there are also single tray options that can be built on-site.
Amphenol is a premier manufacturer of single-mode and multimode patch cords in the telecommunications industry, meeting or exceeding many of the industry-standard requirements for optical transmission loss, reflectance, visual end face specifications, and geometry. Amphenol offers standard patch cords in a variety of configurations and connector types.
Amphenol offers a vast array of indoor connectors and adapters that are produced with high-quality material and meet EIA/TIA and IEC standards and RoHS compliant. Available in a wide variety of footprints, fiber capacity, fiber types, and colors.
Indoor Security Shrouds provide an aesthetic and effective method of protecting in-building wireless, DAS, and small cell radio equipment in venue installations. Available models include those that can cover existing equipment on a wall or backboard and enclosed models with integrated backboards for new installations. Units come with a variety of knockouts for easy cable ingress and egress.
Built for extreme environments, these magnet-free sensors deliver precise position data in harsh environments. IP67/69K sealed & high-temp tolerant, they handle misalignment & vibration. Arc design simplifies assembly & saves costs. Ideal for absolute rotary/linear motion sensing in automotive & off-highway applications.
Amphenol's inductive charging coils can be integrated into laptops, tablets, wearables, and other mobile computing devices. It complies with typical standards such as Qi, or Qi 2.0 and can be customized to comply with other standards. The coil is made with FPC or wire wrapping . Generally, it is mounted on the battery.
Piher Sensing System's high-accuracy eMotor inductive rotor position sensors (IPS) offer a cost-effective, reliable, and ASIL-D-compliant alternative to resolvers and other sensors for position sensing of high-speed motors. Inductive sensors use the physical principle of induction to detect the position of a solid metallic target, enabling reduced parts and higher design flexibility.