Advances in semiconductor functionality, density, and chip-level integration are generating new challenges in testing. A test socket solution overcomes the challenges posed by traditional vertical spring probes and cantilever scrubbing contact designs, providing a new level of performance and reliability. Integrated circuit (IC) designers are increasingly migrating to quad flat no-lead (QFN) packages to meetRead More

For Test & Measurement applications, hybrid connectors enable effective and precise testing and monitoring. Learn how a vacuum manufacturer uses its industrial gas “sniffer” device with these versatile interconnects. Hybrid connectors move signal, power, and data — plus one or more other fluidic media such as gas, air, or liquids. In Test & Measurement applications,Read More

To meet the needs of high-frequency and high-performance applications as well as those with smaller, lighter, and more dense packaging, it is often necessary to modify existing connector designs or design completely new connectors. As RF/microwave technologies find increasing use in high-speed digital data exchange applications, the mix of connector and cable technologies included inRead More

IMS 2023, the premier worldwide RF microwave symposium, revealed exponential gains in next-generation interconnects for wireless communications technologies. Take a tour of the highlights with RF expert Dave Shaff. This year’s International Microwave Symposium (IMS) reestablished the event as the premier world level expo for RF through THz technology, engineering, and products. IMS 2023, heldRead More

Space deployment involves major engineering challenges. Evaluating risks and potential problems is an essential part of the process when specifying space connectors. Space deployment brings a multitude of major engineering challenges, and an essential part of the component selection process involves correctly specifying space connectors. Before deciding on what high-reliability connectors and cable assemblies toRead More

A new category of e-mobility connectors for use in vehicles and charging infrastructure will help create our EV future. E-mobility, or electromobility, is the use of electric propulsion to power vehicles. Over the last decade, e-mobility has rapidly evolved with the adoption of electric cars, buses, trucks, and other forms of electric transportation. Experts sayRead More

The search for lead alternatives has brought great innovation to metal work for use in electronics. Learn about advanced machining processes that produce high-quality, precision connector components. By Massimiliano Domeniconi, Vice President of Machine Sales, Mikron Corp. A few years ago, when the first stages of the European environmental law RoHS (Restriction of Certain HazardousRead More

What doesn’t break metals makes them stronger. Learn how the strategic application of stress increases strain hardening and strength in metals. Strain hardening is a common method for improving the strength of an alloy. This process, also called cold work and work hardening, uses deformation to increase the strength of the metal. By subjecting theRead More

Innovations, market trends, and costs influence aircraft design, but safety and security remain an unwavering commitment. Precision contacts play a crucial role in the connector design process. As the transportation industry rebounds from the challenges posed by the COVID-19 pandemic, market trends, technology innovations, and cost factors are shaping the landscape of new aircraft design.Read More

Inexpensive sensors, fast networks, industrial globalization, and software advances including AI and machine learning have created an environment where factories, supply chains, workers, consumers, and investors can be connected everywhere, all the time. Industry 4.0, propelled by the Industrial Internet of Things (IIoT), is transforming business by embracing connectivity. IIoT connects the full scope ofRead More

Heavy-duty and safety-critical applications and their interconnect systems must be designed to resist mechanical stress and environmental conditions without degrading power, signal, or data transmission. Four tests help ensure high reliability. Ruggedization methods and processes apply to the entire design, engineering, and manufacturing cycle in the creation of high-performance connectivity solutions. From choosing high-quality materialsRead More

After years of pandemic disruption, the supply chain for electronic components is bouncing back. The key to future success hinges on our ability to apply what we learned during the pandemic to build dynamic supply chains that can weather the storms to come. Pandemics, natural disasters, and wars, plus labor and electronic components shortages, addRead More