Buck-Boost transformers are single phase, four winding transformers designed for two purposes. The first purpose is as a low voltage isolation transformer for use on 12, 16, 24, 32, or 48 colt circuits. When used as low voltage transformers, Buck-Boost transformers have capacities of .050 kVA to 5.0 kVA. Their second, and more important use, is as a "Buck-Boost" transformer. (read more)

Now, the same company you trust for superior interconnects can handle all your copper flex needs––and deliver your solution in one neat package. Plus, Molex will work with you to customize your flex circuit to your specifications. We can build simple or highly complex copper flex solutions with up to 20 layers and beyond. Visit our website now to learn more. (read more)

Flex circuits offer OEM customers several options because they have trace routing, current carrying capabilities, and SMT component populating options of a FR4 printed circuit board; and flexibility of a membrane switch. Simple single layer copper flex on polyester or complex double-sided on polyimide, Memtron Input Components provides customers with application-specific solutions. (read more)

Prevent installation flaws and product failures. Get a flex circuit mechanical sample FREE! You can have confidence that your flex circuit will be the right size and shape and is properly constructed for its environmental interfaces. Kits contain comprehensive flex circuit training materials including a hard cover case that contains more than 25 flex circuit materials and finished circuits. (read more)

RSP produces copper flex circuits that offer a 'flexible' solution for packaging and other design problems that engineers encounter. Copper circuits reduce weight and space, meet dynamic flexing requirements, improve aesthetics and can eliminate connectors. Copper flex circuits in membrane switch assemblies offer several advantages including; very low resistance, tighter traces for compl... (read more)

High Density Multi-Layer
Circuit Applications

Metrigraphics utilizes proprietary fabrication processes to produce precision ultra-high density multi-layer circuits with trace widths as low as 5 microns (0.0002") and aspect ratios up to 2:1. These circuits can be fabricated on a wide variety of flexible and rigid substrate material. (read more)

The Trimac boost uses our Gas-Cat catalytic or electric infrared and is often an easy, quick and inexpensive way to noticably increase production and reduce energy costs without needing any additional plant space. (read more)

Methode has developed an innovative and reliable method to mass terminate wire, cable, flexible circuits or connectors directly to a printed circuit board without any solder, paste, or flux. Known as the Sonicrimp® Process, this mass termination technique is accomplished by aligning the conductors and circuit pads via a plastic cap and cradle and then compressing... (read more)

A new, mercury-free, PWB (printed wiring board) curing system that employs pulsed UV to cure multi-film flexible circuit boards without damage is being introduced by Xenon Corporation of Woburn, Massachusetts. (read more)

PTFE films from DeWAL provide the consistently high physical properties demanded that best facilitate the production of high temperature flex and microwave circuits. DeWAL produces virgin PTFE in thickness ranging from .0005 through .040 inch and widths ranging from .250 through 50 inch. (read more)