Automotive
Amphenol is a leading supplier of advanced interconnect systems, sensors and antennas for a growing array of automotive applications. In addition, we have developed advanced technology solutions for hybrid and electric vehicles and are working with leading global customers to proliferate these advanced interconnect products into next-generation automobiles. Our primary solutions for automotive include antennas, electric vehicles, engine management and control, exhaust monitoring and cleaning, hybrid vehicles, infotainment and communications, lighting, power management, safety and security systems, sensing systems, telematics systems and transmission systems.
DIN 41612 Headers and Receptacles
DIN 41612 connector systems are the most popular backplane interconnect systems in IEC 603-2 specifications due to the widespread standard adoption, easy availability, cost-effectiveness, and durability.
The product design for Board-to-Board and I/O solutions involve both standard mount and reverse mount mating combination.
Driver Assistance Components
RF Connectors for transmitting LVDS and Multi-Gig-Ethernet. We offer cable assembly solutions needed to transfer data within a vehicle. These are used to connect cameras, antennas as well as Radar/Lidar systems and enable scanning of the area for semi-autonomous and autonomous driving.
DuraLok™ Series
Available in 38 position (6 Power/32 Signal Configuration)
Amphenol Sine Systems’ DuraLok™ Dual-Locking Connectors are a high-density, heavy-duty, IP68 and IP69K rated (in mated condition), environmentally-sealed connector series with a robust, integrated locking lever, built directly into the plug housing, ensuring a secure mating with the receptacle every time.
DuraMate™ Family
DuraMate™ Family of environmentally-sealed, multi-pin, heavy duty, plastic (AHDP) or metal (AHDM/AHDBM) circular connectors provide an
economical, quick-connect, bayonet-locking system manufactured to withstand the challenges and complexities of harsh-environment, off-road applications.
ecomate® Aquarius™
Available in a variety of shell sizes and insert arrangements for Power, Mixed Power/Signal, Coax, and RJ45 layouts. Amphenol Sine Systems’ ecomate® Aquarius Waterproof Connectors provide an IP67/69K waterproof rating when in a mated condition for industrial applications and incorporates the latest technology in high impact thermoplastic design, offering many advantages.
ecomate® Family
ecomate® Family of circular, multiway connectors provide an IP65 thru IP69K rating range (in mated condition) for indoor/outdoor industrial applications and feature robust, durable, plastic or metal construction with either a circular bayonet, a quick-locking automatic, or a rapid coupling system option. With a max. amperage/voltage range of 56A-300A/600V-1000V, depending on the series.
ecomate® RM
Available in a variety of shell sizes and insert arrangements. ecomate® RM (Rugged Metal) Series of circular, metal connectors provide an IP67 rating (in mated condition) for industrial applications, all in a sealed connector system. With a bayonet coupling system and maximum current rating of 45A/600V, the ecomate® RM (Rugged Metal) Series is perfect for Indoor/Outdoor applications
Embedded Antenna
Any type of antenna that is
surface mounted on the PCB. Most common antenna types are ceramic chip antennas,
composite material chip antennas and sheet metal antennas. The antenna design is often monopole, loop, IFA or PIFA antennas.
eMobility Products China / Asia
Interconnect products for eMobility applications. HV / HP Connectors, Interfaces, Cable Assemblies, Bus Bars, MSD, Vehicle Inlets, PDUs, customized interconnect solutions.
EnergyKlip™ EK160 Connectors
Amphenol's new EnergyKlip™ product series utilizes existing and trusted Amphenol high-current contact technology designed for energy markets. EnergyKlip™ EK160 connectors are rated for up to 160A per contact. This connector series offers an optional IP67-sealed variant to ensure performance in harsh environments. EnergyKlip™ EK160 is an ideal product for battery module interconnects within an ESS