Contributed

Bringing Modularity to Multi‑Board Systems

Characterization and modeling of connector losses in internal connector interfaces. Article Contributed By Baptiste Bouix, Product Manager, Würth Elektronik When two or more PCBs need to be interconnected, designers must select the appropriate connectors for their application. However, choosing the wrong connector can compromise the entire design. Larger pitches like 0.8 mm and 1.0 mmRead More

Engineering’s Future is AI-Inspired, Human-Led

For many organizations, AI is now starting to move beyond early-stage experimentation and into the realm of quantifiable value creation. Article Contributed By Megan Lampinen, automotive technology writer and future mobility specialist, for TE Connectivity Artificial intelligence is reshaping the global innovation landscape, speeding up the pace of development while improving product quality and operationalRead More

How High-Reliability Connectors Meet the Demands of Satellite Engineering

Satellites must be designed to endure conditions from launch to the complex space environment. High-reliability connectors help these systems operate in various extreme conditions. Article Contributed By iConnexion Spacecraft electronics are held to a standard that few terrestrial systems ever face: years of unattended operation, no possibility of repair, and an environment that actively worksRead More

Four Essential Sensors

Sensing technologies that monitor the physical world are essential to technologies across the spectrum. Learn about four commonly specified environmental sensors and how each one works. Article Contributed by Amphenol Sensors Every time a thermostat adjusts a building’s temperature, a ventilator responds to a patient’s breathing, or an air-quality alert fires on a phone, aRead More

Niobium and Tantalum Power the Next Generation of Technology

Niobium and tantalum are refractory metals with a growing role in technology. In the interconnect industry, the importance of these materials is growing as semiconductor nodes continue to shrink. Article Contributed By Materion Niobium (Nb) and tantalum (Ta) are refractory metals with a growing role across some of the most technically demanding industries in theRead More

Fortifying Connectivity: The Essential Role of Ruggedized Connectors in Extreme Applications

Connectivity is crucial for the seamless operation of technologies in industries that operate under extreme conditions. A harsh environment is typically defined by factors such as extreme temperatures, high humidity, corrosive substances, excessive dust, and significant vibration. These conditions can severely impact the performance and longevity of electronic components, making ruggedized connectors essential. Article ContributedRead More

Medical Connectors Are Not Gentle Connections

Medical fiber and hybrid connectors are often chosen for bandwidth and EMI immunity, but real service life is shaped just as much by cleaning, handling, strain, and repeated mating cycles. Strategic connector design features help ensure their reliability in real clinical environments. Article contributed by David Kuklinkski,Fiber Optics Solutions Engineer, and Jessica Tropea, Customer SolutionsRead More

Connector Company Gives Orthotics Startup a Hand

A power orthotics startup worked with Würth Elektronik to develop a powerful new solution for the 100 million people living with limited hand mobility. Article Contributed by: Würth Elektronik Würth Elektronik partnered with Mannheim startup Powered Orthotics to engineer a medical-grade wearable solution for the 100 million people worldwide living with limited hand function. Stroke,Read More

RF Interconnects and Subsystems in Harsh-Environment Operations

Radar, communications, electronic warfare, sensing systems, and other critical and high reliability applications depend on RF subsystems and precision interconnects to ensure mission success. Article contributed by Times Microwave Systems Military and aerospace platforms operate in extreme environments. Aircraft can transition from scorching desert tarmacs to frigid high-altitude flights within minutes. Naval systems must runRead More

Derating Curves for Connectors

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

How to Specify High-Current Connectors for Industrial Equipment

Energy storage systems and uninterruptible power supplies have become integral parts of industrial environments. Vehicles and equipment that require power, such as autonomous mobile robots and AGVs, put the focus on power connectors. Article Contributed by JAE High-current connections in industrial equipment traditionally meant bolted busbars or screw-terminal blocks. However, these solutions required assembly time,Read More

2026 World Connector Market Handbook 2025-2031F
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