Robotics, AI, automated production, and simulation technologies are transforming the automotive production line with new implications for connector selection, wire harness design, and vehicle architectures. Even engineers deeply embedded in vehicle manufacturing can’t believe how quickly artificial intelligence and automation are changing the assembly line. When Dr. Nick Liu, TE Connectivity’s senior director of systemsRead More
As connector form factors multiply and lead-free alloys become the norm, the mechanical transfer machine production is being pushed to its limits. CNC integration offers a solution for high-volume pin and socket production. Article contributed by MIKRON The rotary transfer machine is at the center of connector manufacturing. Capable of cycling through dozens of machiningRead More
Automotive composite wire (ACW) is a dual-wall, single-core wire used in vehicle wire harnesses for engine compartments and other high-temperature zones. Its insulation combines a radiation cross-linked polyolefin inner layer with a radiation cross-linked fluoropolymer outer layer. The two layers are chemically bonded rather than co-extruded in a thin-wall package. It is a cost-effective alternativeRead More
Download your free copy of our latest eBook here! Connector Supplier’s latest harsh environment eBook delves into the unique connectivity challenges and solutions required in extreme conditions—further complicated by the ever-increasing conflicting demands of greater speed and power in smaller and lighter components. Experts from top connector suppliers share their knowledge and perspectives on how theseRead More
Connector suppliers provide insight into this evolving connectivity market. As the smart home market evolves, devices are shifting from standalone operation to highly integrated system architectures and a wide range of connected appliances that incorporate smart energy systems and security monitoring. These applications rely on stable data transmission and long-term operational reliability. In this environment,Read More
The current carrying capacity of a connector is not a fixed absolute value; it is always the result of a thermal consideration. Since insulating materials, contact springs, and plating systems are specified only up to a certain temperature limit, the permissible current must be reduced as the ambient temperature increases. This relationship is exactly whatRead More
From live theater and recorded music to video wall backdrops, connectors and cables play an essential role in the entertainment industry. To make sure the show goes on, these components must be rugged as well as precise and evolve to meet the latest trends in media. Before Brant Mathiason worked in the connector industry, heRead More
Ultra-high-density (UHD) connectors are specialized, compact interconnects designed to pack a maximum number of signal or power contacts into a minimal footprint, typically to save space without compromising performance. They feature a low profile, a high pin count, fine pitch, and, often, enhanced EMI shielding. These connectors are crucial for reducing PCB size and supportingRead More
The loss of dedicated farmland, an increasing population, and the intensification and frequency of severe weather events prompt questions about how and where to grow healthy food efficiently and sustainably. Indoor (or controlled environment) agriculture is gaining traction as a solution. Indoor agriculture provides all the required elements of outdoor farming without the uncertainty ofRead More
As electrification expands into harsh environments, design engineers require sealed, high-power interconnects that meet standards for compatibility and safety. Joe Ferris, Market Segment Manager at Anderson Power, explains how the growth of electrification, along with DIN-compliant connectors, will shape the future of electric designs. Where is equipment electrification growing? Why? Ferris: The electric and battery-poweredRead More
Miniature connectors encourage eco-friendly electronics production. Article Contributed by: Mark Baptista, Global Strategic Accounts Sales Engineer, PEI Genesis The push for miniaturization across every technology market has been made possible by the miniaturization of electrical components. Growing demand for lightweight, compact parts across automotive, medical, and consumer electronics is reshaping the entire industry, prompting manufacturers to rethink component designRead More
Conductive ink circuits (CIC) are electrical circuits formed by depositing conductive silver, carbon, or graphene inks onto flexible or rigid substrates such as polymer films, paper, or textiles. These circuits are a lightweight, low-profile, and cost-effective alternative to traditional etched copper printed circuit boards (PCBs) and they make a new generation of flexible electronics possible.Read More
