Discover cables designed for scalability and tight bends without compromising signal integrity performance. With high-density system design requirements becoming an interconnection industry trend, coordination between electrical and mechanical engineering teams is critical.
The energy sector's evolution includes smart grids, DERs, and monitoring systems, transforming generation, distribution, and consumption. Molex enables this shift with PowerWize, SW1, and PowerPlane, ensuring safe, efficient current movement for sustainable energy.
Experience the future of surge protection with Littelfuse's newly launched SM10 Series Varistor. Engineered to excel in automotive electronics, electric vehicles, and beyond, this revolutionary varistor promises superior transient surge protection in a compact, AEC-Q200 compliant package.
Multiple industries are transitioning towards a more energy-efficient future, fueled by the need for increased data across trends such as the smart home, vehicle electrification and the growth of data centers. In this article, discover how Molex is providing solutions for increasing energy demand across trending areas, supported by decades of high-quality connectivity and engineering expertise.
LED lighting is now as common as incandescent, and for good reason. These bulbs are vastly more efficient, helping to quickly assume market share from the compact fluorescent (CFL) bulbs that first sought to replace incandescent bulbs.
Solar power lets us harness energy from the sun. To use this energy while the panels are not actively producing power, consider the addition of an energy storage system (ESS). An ESS—typically a battery bank with an inverter—charges via a DC- or AC-coupled solution. Both AC-coupled and DC-coupled energy storage setups have advantages and disadvantages, and energy storage isn't even the best option in every situation. We will discuss each solar scenario in this article.
Today most semiconductors are made from a silicon (Si) base material, but within recent years a relatively new semiconductor base material is making headlines. That material is silicon carbide, also known as SiC. Today, MOSFETs and Schottky diodes are the main semiconductor technologies utilizing SiC.
Littelfuse is a global leader in providing magnetic sensing solutions. Our selection of Magnetic Sensors includes Reed Switches, Reed Sensors, Hall Effect Sensors, and Reed Relays, as well as bare and packaged Magnetic Actuators.
Hall effect sensors are used for picking up on the voltage induced on a conductor by a magnetic field. This sensor output can be proportional to the magnetic field intensity and direction, or it can be binary, based on electronics embedded in the sensing package. For more on these devices and how they compare with reed switches, be sure to check out the Hall effect vs. reed switch article.
Electric vehicles (EVs) have been around as long as gas vehicles, but it's only in recent years that they have made significant inroads in replacing traditional vehicles. There is an effort to make EVs the predominant vehicle on the roads as soon as reasonably possible.
Amphenol presents Minitek® Pwr, an exceptional unsealed wire-to-wire and wire-to-board connector system designed to cater to mid-power applications. With its versatile pitch sizes of 3.00mm, 4.20mm, and 5.70mm, and an impressive range of current ratings from 5A to 28A, Minitek® Pwr is the ultimate choice for demanding electrical connections.
KOA is expanding its thin and thick film ranges to meet the needs of demanding applications in automotive, industrial, medical, and aerospace sectors. The extended offering includes high precision metal film flat chip resistors (RN73H and RN73R), high precision thick film resistors (RS73), an expanding selection of anti-sulfuration resistors, and pulse proof high power thick film chip resistors (SG73P1EW).
The popularity of wireless connectivity and the exponential growth of the 5G communication network means that antennas are part of everyday design. Enabled by this technology, the Internet of Things or IoT is the global network of machines that communicate with each other via the internet.
of medical and industrial applications
As a global technology leader, TE Connectivity (TE), delivers connectivity and sensor solutions essential in meeting the demands of today’s increasingly connected world. As one of the largest sensing companies in the world, our sensors play a crucial role in the era of data-driven technology.
Millions of relays with forcibly guided contacts protect the well-being and lives of people and machines worldwide every day. The reliable mechanical forced guidance according to DIN EN 61810-3 / IEC 61810-3 is a significant difference to conventional power relays.
The right connection for flexible device design: the high-position FINEPITCH series provides the ideal solution for industrial-grade PCB connections, offering maximum flexibility when it comes to arranging the PCBs in your device.
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