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.
Airbag / SRS Connector Europe & North America
The Airbag connectors are available with various codings. The latest generation of the airbag connector is the ABX-5. The integrated ground connection and the integrated Poka Yoke principle for each coding, ensure the best possible safety.
Aluminum Busbar
Various build to print busbar including assembly such as diffusion bonding, induction welding, laser welding, Frictional stir welding,overmolding . Various insulation using heatshrinktube, powercoating,overmolding.. Busbar Application includes, connectivity for Power Electronics, Converter, Battery Pack, Batter Managment system, Onboard Charger , Ciruit Breakage and charging unit
Ambient Lighting
Customer-specific ambient lighting products. Technology for dynamic light functions, illuminated surfaces, direct light lines, indirect light, and Class-A surfaces is available. All products with RGB or single color are available. Product examples: dashboard-, door-, center console-, seat illumination
Ambient Lighting China / Asia
Docharm's expertise in Automotive Interior Lighting provides diverse solutions to dashboards, doors, passenger, center console, etc. through direct and indirect light with LED RGB source technology and light guides.
Highlight:
• Internal laboratory for photometry and colorimetry measurements
• Optical Simulation
Amphe-309 Pin and Sleeve
Pin & Sleeve IEC 60309 UL listed. The Amphe-309 consists of both IP44 (splash-proof) and IP67 (Water Proof) devices from 16 A up to 125 A, from a simple plug to customer-specified combination units. The series range covers all clock positions in use for low profile, watertight, and Heavy Duty solutions. EC 603 09-1 & 2, EN 60 309-1 & 2, BS 4343-2 1992, and UL 1682 & 1686.
ARC Series™
Available in 24 and 40 positions
Amphenol Sine Systems ARC Series™ Connectors are a rugged, heavy-duty, environmentally-sealed, rectangular connector series where high pin-counts are required in situations with controlled and/or uncontrolled environmental conditions. Amphenol Sine Systems ARC Series™ Connectors are currently available as In-Line Plugs and Flange Mount Receptacles.
Armor IPX™
Available in 2 Sizes (Standard and Large). Amphenol Sine Systems' Armor IPX™ Family of Sealed Enclosures provides superior protection for printed circuit boards and electronic control modules in harsh environments and off-road applications. Available in two (2) sizes, as well as three (3) different material types: Clear Thermoplastic, Black Thermoplastic, or Ultem® (Transparent Amber).
A Series
Amphenol Sine Systems' A Series™ Family of sealed heavy-duty, multi-pin plastic and metal connectors includes a wide range of products serving many industries. A cost-effective solution for use with Heavy Equipment, Agricultural, Automotive, Military, Alternate Energy, and other demanding interconnect architectures.
ATHD Series™
Our ATHD Series™ Single-Pole, Heavy Duty Power Connectors provide an IP67/69K rated (mated), environmentally sealed connection system and viable solution to field splices and terminals in harsh environments. Safety features include an integral latch to prevent inadvertent disconnect and an audible click, tactile feel provide circuit confirmation
AUTOMATE Mini-FAKRA Connector Series
The AUTOMATE Mini-FAKRA connector series, the latest in automotive interconnect technology, is a space-conscious, high-performance interface central to the next generation of vehicle applications.