Flexible Printed Circuits Fpc

Type 1 single sided fpc.

Flexible printed circuits fpc.

Adhesive and adhesive less materials. Via interconnects micro blind buried hdi features. Our engineers will help to guide you from conception to final product throughout the entire process.

Flexible printed circuits fpc are made with a photolithographic technology. Polyimide pi polyester pet adhesive type and adhesive less type available. Fpc is a thin insulating polymer film that conductive circuit patterns are printed on and typically it s supplied with a thin polymer coating to protect the circuit. Type 2 double sided fpc with plated through holes.

Thin copper 5μm 9μm 12μm and up static and dynamic bending. High volume panel or r2r high volume panel or r2r high volume to 4 layers low volume. Fpc is the fastest growing sub industry in pcb. Single sided fpc to multilayer fpc.

From early applications during world war ii to the present growth and proliferation for flex circuits and flexible printed circuit boards continues exponentially. Flexible printed circuits fpc. Flexible printed circuits were originally designed as a replacement for traditional wire harnesses. Flexible printed circuit fpc and rigid flex printed circuit board manufacturing factory in shenzhen china with quick prototype one stop assembly service.

Flexible printed circuit source. Type 3 multilayer flexible printed circuit with 3 or more layers and plated through holes. Fpc is a high reliability and high flexibility printed circuit board which is made of flexible copper laminate used to connect the substrate of electronic parts and is also the signal transmission medium of electronic products. Single sided ss double sided ds flex multilayer rigidflex multilayer.

Flexible printed circuits fpc fabricated on polyimide dielectrics with copper conductors. Type 4 rigidflex multilayer printed circuit with 3 or more layers and plated through holes. The material and the structure grant the fpc flexibility which allow it to be the connection of different components in different. 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 these pet layers typically 0 05 mm thick are coated with an adhesive which is thermosetting and will be activated during the lamination process.

Signal integrity and high frequency.