By examining your specific situation the molex team will find a solution that matches your specifications budget and space requirements.
Flexible printed circuit connector.
These connectors are built using phosphor bronze base material and gold plating for the mating area.
Te connectivity s flexible printed circuit fpc connectors are based on a flex to board 0 5mm pitch connector systems with 0 5a maximum current.
In addition to flexible printed circuit fpc connector xmultiple also manufacturers computer connectors.
An alternative way of making flexible foil circuits or flexible flat cables ffcs is laminating very thin 0 07 mm copper strips in between two layers of pet.
Flexible printed circuits fpc are made with a photolithographic technology.
Fh23 series 0 3mm contact pitch 1 25mm above the board flexible printed circuit connectors notes the coplanarity of each terminal lead is within 0 1.
View video to explore fpc connectors capabilities.
The engineers at molex have created a wide range of printed circuit solutions designed for a variety of applications.
There are many benefits to flexible printed circuits including.
All flex is a flexible printed circuits manufacturer that has consistently delivered high quality flex circuits for two decades.
Assembly error reduction with accurate designs and automated production flex circuits eliminate human errors once involved in hand built wire harnesses.
Xmultiple technologies manufacturers a wide range of fpc connectors.
Fpc connector flexible printed circuit can be mounted directly onto the surface of pcbs.
Designed to reduce size and weight and improve reliability flexible printed circuits fpc utilize thin layers of polymer film as a dielectric sandwiched between conductive circuit patterns etched into layers of copper foil cladding.
We have responded to market demands and now offer heated circuits and deliver in high volume as well as prototypes from our two minnesota production facilities.
The contact terminal lead position indicates the dimension from the e surface the bottom surface of the insulator body.
In 1970s connectors started to appear with features to enable zero insertion connection.