Manufacturing Companies for Radio Frequency Circuit Board - 6 layer rigid flex PCB – Pandawill
Manufacturing Companies for Radio Frequency Circuit Board - 6 layer rigid flex PCB – Pandawill Detail:
Product Details
| Layers | 4 layers rigid, 2 layers flex |
| Board thickness | 1.0MM rigid + 0.15MM flex |
| Material | Shengyi S1000-2 FR-4(TG≥170℃) + Polyimide |
| Copper thickness | 1 OZ(35um) |
| Surface Finish | (ENIG 3μm) Immersion gold |
| Min Hole(mm) | 0.20mm |
| Min Line Width(mm) | 0.12mm |
| Min Line Space(mm) | 0.11mm |
| Solder Mask | Green |
| Legend Color | White |
| Packing | Anti-static bag |
| E-test | Flying probe or Fixture |
| Acceptance standard | IPC-A-600H Class 2 |
| Application | Optics device |
Introduction
Rigid-flex PCB means hybrid systems, which combine the characteristics of rigid and flexible circuit substrates in one product. Whether in medical technology, sensors, mechatronics or in instrumentation, electronics squeezes ever more intelligence into ever smaller spaces, and the packing density increases to record levels again & again. Using flexible PCBs and rigid-flex printed circuit boards, whole new horizons open up for electronic engineers and designers.
Advantages of rigid-flex PCB
• Reduction of weight and volume
• Defined characteristics of the circuit systems on the circuit board (impedances and resistances)
• Reliability of the electrical connections due to reliable orientation and reliable contacts as well as savings on connectors and wiring
• Dynamically and mechanically robust
• Freedom to design in 3 dimensions
Materials
Flexible base material: Flexible base material consists of a foil made of flexible polyester or polyimide with tracks on one or both sides. PANDAWILL uses polyimide materials exclusively. Depending on the application, we may use Pyralux and Nikaflex made by DuPont and the glueless flexible laminates in the FeliosFlex series made by Panasonic.
Apart from the thickness of the polyimide, the materials mainly differ in their adhesive systems (glueless or on epoxy or acrylic basis) as well as in the copper quality. For comparatively static bending applications with a low number of bend cycles (for assembly or maintenance) ED (electro-deposited) material is adequate. For more dynamic, flexible applications RA (rolled annealed) materials must be used.
Materials are selected on the basis of the product and production specific requirements, and the datasheets of the materials used can be requested as required.
Adhesive systems: As a bonding agent between the flexible and the rigid materials, systems using adhesive on an epoxy or acrylic basis (which is still capable of reacting) are used. The options are as follows:
Composite film (polyimide film coated on both sides with adhesive)
Adhesive films (adhesive systems poured onto a paper base and covered with a protective film)
No-flow prepregs (glass mat/epoxy resin prepreg with very low resin flow)
Product detail pictures:
Related Product Guide:
Gaining customer satisfaction is our company's aim forever. We will make great efforts to develop new and top-quality products, meet your special requirements and provide you with pre-sale, on-sale and after-sale services for Manufacturing Companies for Radio Frequency Circuit Board - 6 layer rigid flex PCB – Pandawill , The product will supply to all over the world, such as: America, Paraguay, Slovakia, Since always, we adhering to the "open and fair, share to get, the pursuit of excellence, and creation of value"values, adhere to the"integrity and efficient, trade-oriented, best way , best valve" business philosophy. Together with our all over the world have branches and partners to develop new business areas, maximum common values. We sincerely welcome and together we share in global resources, opening up new career together with the chapter.
By Hulda from Danish - 2017.05.02 18:28
Wide range, good quality, reasonable prices and good service, advanced equipment, excellent talents and continuously strengthened technology forces，a nice business partner.
By Hannah from Iraq - 2018.12.25 12:43
