Automotive, computer, telecom, appliance, or industrial, when you’re building a PCB, you need high quality, highly reliable interconnect pins. Identifying a reliable supplier, one that can meet the project requirements on time and on budget, is essential to this process. Not all design parameters are clearly laid out so in addition to keeping in mind best practices it’s also important to explore custom solutions that cut through the pain points of PCB design.
Read MoreTopics: Electronic Pins, PCB Contact Pins, Contact Pins, Custom Contact Pins, Bead Electronics, PCB Design, True Grip Pin
UV light has been known to reduce the spread of bacteria for decades, and its applications have grown exponentially in recent years, used in everything from water bottles to airplanes. In the wake of the COVID-19 pandemic, the use of UV light has become more widespread, both in practical, everyday uses and in critical, life-saving technology, stopping the spread of bacteria and pathogens.
Read MoreTopics: Custom Connectors, Bead Electronics, Medical, Aerospace, Design for Manufacturing (DFM), Defense, Industrial
Injection molding holds value across industries. In the case of military applications, where technology has to withstand some of the most brutal conditions on earth, injection molding goes the extra mile, guaranteeing uniformity while giving the option of cutting weight with high-durability plastic.
Read MoreTopics: Bead Electronics, Bead Industries, PCB Design, Plastic, Design for Manufacturing (DFM), Pin Insertion, Defense
Many of the connectors that have been used over the years were developed in Bell Labs by Paul Neill, at Amphenol by Carl Concelman, or both. But, it was Octavio Salati who filed his patent in 1945 for the BNC connector. The humble BNC connector went on to influence RF, television, satellite, and microwave connector solutions for generations.
Read MoreTopics: Electronic Pins, Contact Pins, Custom Connectors, Bead Electronics, Quality Standards, Communication
Did you know that plastic parts can provide 25 to 50 percent cost savings over metal ones? That is why plastics have taken off in a variety of industries, from automotive to aerospace, medical, and consumer products manufacturing. And it is why we are seeing an increase in processes like insert molding.
Read MoreTopics: Bead Electronics, Quality Standards, Manufacturing, Insert Molding, Plastic, Overmolding, Design for Manufacturing (DFM)
