Newest 4-Layer Rigid-Flex PCB is a common type of multi-layer wood product made by gluing together multiple thin wood layers in a cross-layered manner. Specifically, it usually consists of two layers of thin softwood boards alternating with two layers of thin hardwood boards. We can customized 4-Layer Rigid-Flex PCB .The specific specifications and performance of this type of board may vary depending on the manufacturer and product type, so it's best to choose the right one based on your specific needs when making a purchase.We are china 4-Layer Rigid-Flex PCB supplier.
China 4-Layer Rigid-Flex PCB is a common type of multi-layered wood product, consisting of multiple thin wood veneers cross-bonded together. Discount 4-Layer Rigid-Flex PCB .Specifically, the four-layer soft-hard combination board typically comprises two layers of thin softwood veneers and two layers of thin hardwood veneers arranged in alternating layers.Advance 4-Layer Rigid-Flex PCB.
Basic information:
Item name: 4-Layer Rigid-Flex PCB
Small Order:Accepted
Service: High Quality
Specification: RoHS, ISO9001, UL, SGS
Production Capacity: 20000square Meter/Mon
Test: 100% Test
Lead Time: 5-10 Days
Transport Package: Vacuum+Carton Packing
The specific design of a 4-Layer Rigid-Flex PCB includes:
1. Dual-layer FPC base board: This serves as the foundational component of the rigid-flex PCB, featuring gold fingers and two layers of PCB base boards.
2. Gold fingers: Positioned at one end of the FPC base board, these are utilized for electrical connections with other electronic components.
3. Two PCB base boards: Located on the outer side of the opposite end of the FPC base board, these function as input and output interfaces for the circuit board.
4. FR4: The FR4 material is situated between the dual-layer FPC base board's end-side gold fingers and where the two layers of FPC base boards are positioned on the PCB.
5. FPC layered structure: The area between the two FR4 materials within the dual-layer FPC base board forms a hollow space known as the FPC layered structure. This design allows for thick gold fingers at one end to maintain strong rigidity while ensuring flexibility in connecting to hard boards in its middle section.
