Featured Articles
  • CASE STUDY: Development of a RoHS-Compliant Ultra-High-Strength Copper-Based Alloy

    Engineers have been trying for years to massively reduce the lead content in copper-based alloys to comply with RoHS. Learn how a new lead-reduced Emery Low Lead alloy tested in various industrial fields of application and manufacturing processes. Article contributed by Dr. Andreas Frehn, Materion Brush GmbH, Germany, and Mike Gedeon and John Nickell, bothRead More

  • Meet the Cable — NDT Cables

    NDT cable is a shielded coaxial or multiconductor cable assembly that connects ultrasonic, eddy current, and phased array probes to non-destructive testing (NDT) instruments, carrying high-voltage excitation pulses to the probe and returning low-level echo or impedance signals to the receiver. It is built to stay flexible and electrically quiet through constant handling, scanner motion,Read More

Technology

Tips for Probe Maintenance

October 2013 – Test probes used in production testing will eventually get dirty enough to cause contact problems. QA Technology offers steps that eliminate contact problems caused by dirty probes.

Choosing the Right RF Cable Assembly

October 2013 – Because coaxial cable assemblies are so vital to such a wide range of systems, from rugged ground-based electronic systems to satellites orbiting in space, the selection process for those cables should not be treated lightly. Choosing the right coaxial cable assembly is easier when you know what to look for in a high-frequency or high-speed coaxial cable assembly.

Northwire’s Fierce Flex Extreme Heat TC-ER STOOW MTW Delivers Harmonized Standards

Northwire’s Fierce Flex Extreme Heat TC-ER Cable engineering company Northwire Inc. (NWI) rapidly meets valued customers’ demands for an international UL-listed and CSA-certified highly flexible custom cable solution that is proven to perform in extreme 105°C heat and -40°C cold bend temperatures. World markets and a diverse range of applications are easily accessible with theRead More

Vibration: The Good, the Bad, and the Ugly

October 2013 – In a follow-up to Dr. Bob’s article on connector wear in the last issue, his colleague Max Peel discusses the challenges of vibration in both connector and end-system designs. In the case of vibration testing, EIA requirements generally include a visual for structural integrity and monitoring for a 1.0 microsecond interruption. Occasionally low-level contact resistance or contact resistance at rated current measurements are included. This is the area for review, and change is necessary but somewhat complex.

Test and Burn-In Sockets: The iNEMI Roadmap

 

October 2013 –  In September, John MacWilliams took us through the process of researching, compiling, and writing the iNEMI Roadmap for the electronics industry and gave us a closer look at the findings in the connector section. In this issue, MacWilliams digs deeper into the forecasts for the test & burn-in socket market, highlighting the issues critical to the evolution of these products.


 

High-Flex Versus High-Flex-Life Cable

September 2013 – Once you’ve established that high-flex-life cable is appropriate for your application, you face the dilemma of choosing a supplier. Is high-flex-life cable a commodity, or does it really matter which supplier you choose?

Preventing Failure in Medical Cable Assemblies

September 2013 – Many device manufacturers utilize a strain relief for cable assemblies in medical devices to improve electrical and mechanical integrity and performance by providing a transition from a flexible cable to a rigid connector or connection point.

PCB Connector Termination Evolution Continues

September 2013 – Manufacturers have slowly adopted new methods of connector termination only after years of process verification providing designerswith multiple options that feature cost-effective manufacturabilty as well as a high degree of long-term reliability.

What’s Next in Factory Automation?

August 2013 – The Internet of Things (IoT) will allow every thing with a unique identifier to communicate over the Internet or a similar network. Microprocessors will be embedded in everyday objects and the factory floor will be no exception. How far along are these developments? And what will they mean for the connectors of the future?

Analysis of the World’s Top 100 Electronic Connector Manufacturers
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