Connector and Cable Assembly Supplier

How to Specify

2020 Harsh-Environment Connectivity eBook

Our new 2020 Harsh-Environment Connectivity eBook features 16 technical, tutorial articles by leading interconnect authorities that address new challenges for electronics exposed to extreme environments, new connectivity technologies developed to surmount them, and best practices for connector specification and design-in. It also features a collection of 60 ruggedized connector products from 38 suppliers with proven Read More >>

Three Key Considerations When Selecting EMI/RFI Shielding Solutions for Aerospace and Defense Applications

Proper shielding is necessary to protect mission-critical systems and components from interference in increasingly busy electronics environments.  By Lesa Smith, Marketing Communications Manager, and Neil Mahaffy, Senior Product Engineer, ITT Cannon  EMI/RFI shielding As aerospace and defense platforms and environments continue to evolve digitally, the proliferation of embedded electronics systems and portable electronic devices (PEDs), Read More >>

Plastic Metal Connectors

Plastic and Metal Connectors for Harsh-Environment Applications: A Pros and Cons Selection Guide

Metal connectors can endure the very roughest conditions. Plastic connectors offer exceptional resistance against moisture. Each material has advantages and disadvantages that make it important to select the right one for your harsh environment application. Anyone in search of a rugged connector for a harsh-environment application will be confronted with a wide range of choices. Read More >>

Non-Magnetic RF Connectors are Critical Enablers for Advanced MRI Technologies

Emerging MRI technologies rely on a new generation of non-magnetic RF connectors that offer advanced performance in smaller and lighter configurations. Magnetic resonance imaging (MRI) techniques provide several benefits over other medical imaging techniques and are increasingly employed in application areas outside of their well-established neurological roots. Encouraging new medical developments range from new and Read More >>

Connectors for IoT, IIoT, and Industry 4.0 Applications

The proliferation of connected technologies is placing new technical demands on industrial connectors. Higher speeds, higher frequency performance, and reduced form factors are required, along with ruggedness, reliability, and immunity against electromagnetic interference. The Internet of Things (IoT) refers to the wireless interconnectivity of electronic devices ranging from appliances and vehicles to building control systems Read More >>

Selecting Printed Circuit Board Connectors for Harsh Environments

PCBs in transportation, military, and aerospace applications encounter environmental variables such as shock, vibration, temperature, and humidity. Selecting printed circuit board connectors and adjacent components that can endure these rough conditions is crucial to operational success. Selecting printed circuit board connectors (PCB connectors) that can perform reliably in harsh environments involves several important considerations. Whether Read More >>

data centers

Five Connector Considerations for Data Center Servers

We rely on data centers to bring connectivity to the world in an efficient, economical, and sustainable manner. The connectors designed into these increasingly important connectivity hubs make a surprisingly big impact on their operating costs and performance. Today’s “big data” landscape is pushing many services to the cloud and tasking data centers with handling Read More >>

How to Specify Heavy-Duty Connectors and Cable Assemblies for Harsh Industrial Applications

Designing and specifying cable assemblies for use in harsh environments presents a number of challenges. Industrial equipment can be subjected to harsh conditions, such as high temperatures, water, high humidity, particulate ingress, electromagnetic interference (EMI), vibration, and impact from close proximity to moving factory components. Over time, exposure to these conditions begins to impede assembly Read More >>

Six Specification Considerations for Medical Connectivity Components

As medical equipment continues to scale down in size and up in connectivity and capabilities, new materials, device designs, and industry standards combine to create innovative medical connectivity components that satisfy rigorous form, fit, safety, and performance requirements. By John Koon and Connector Supplier medical connectivity components As medical equipment continues to scale down in Read More >>

ATL-Technology-High-Density-Medical-Connector-FEATURE

Meeting Medical Market Demands for High-Density Electrical Connectors with Standard and Custom Solutions

The growing demand for high-density electrical connectors in the medical market is being driven by an overwhelming trend towards smaller, lighter, and more ergonomically conscious medical devices. By John Holloway, Principal Engineer at ATL Technology high-density electrical connectors These demands can be met with an array of standard and custom solutions, but coming up with the Read More >>

How to Specify Rail-Industry Ethernet Networks: Five Key Considerations and Why Connectors Are Critical

Data demands are exceeding what legacy technology can handle. See why more train manufacturers and system integrators are moving towards rail-industry Ethernet. The rail industry’s accelerating demand for higher bandwidth requirements has outpaced what the existing Train Communication Network (TCN) standard for data communication can provide. Designed for real-time applications, the TCN standard is a Read More >>

A Clean Break: Breakaway Connectors in Medical Devices

Breakaway connectors can quickly disconnect to protect people and equipment, yet still provide the same pin and housing durability as their mechanically secured counterparts. By Steven Lassen, Product Applications Engineer, and Julie Carlson, Marketing Communications, LEMO Breakaway connector Breakaway connectors break the rules of device design that expect electronic connectors to make a secure attachment — Read More >>