• 2OZ Copper Thick Green Solder Multi Layer PCB Board 1.6mm 10 Layer Printed Circuit Board
2OZ Copper Thick Green Solder Multi Layer PCB Board 1.6mm 10 Layer Printed Circuit Board

2OZ Copper Thick Green Solder Multi Layer PCB Board 1.6mm 10 Layer Printed Circuit Board

Product Details:

Place of Origin: China
Brand Name: xingqiang
Certification: ROHS, CE
Model Number: Varies by goods condition

Payment & Shipping Terms:

Minimum Order Quantity: 5 square meters
Price: NA
Delivery Time: 12-15 work days
Payment Terms: ,T/T,Western Union
Supply Ability: 3000㎡
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Detail Information

Min. Solder Mask Clearance: 0.1mm Pcba Standard: IPC-A-610E
Aspect Ratio: 20:1 Board Thinkness: 1.2mm
Minimum Line Space: 3mil (0.075mm) Surface Finishing: HASL/OSP/ENIG
Materila: FR4 Product: Print Circuit Board
Highlight:

2OZ Copper Thick PCB Board

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Green Solder Multi Layer PCB Board

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1.6mm 10 Layer Printed Circuit Board

Product Description

 10 layer FR4 1.6mm 2OZ copper thick green solder multi-layer PCB board PCB


Advantages of Multilayer PCB:

  • Increase circuit board density
  • Better signal integrity
  • Adapt to high-frequency applications
  • better thermal management
  • Higher reliability

product  Description:

    10 layer FR4 1.6mm 2OZ copper thick green solder multi-layer PCB board PCB is a printed circuit board composed of three or more layers of circuits. Each layer of circuits is composed of different circuit layers, and these layers are connected together through vias or interconnecting lines. Compared with single-sided and double-sided PCBs, multi-layer PCBs can achieve more circuit wiring in a smaller space and are suitable for more complex and function-intensive circuit designs.


product Features:

  • Multi-layer design
  • Inner layer and outer layer
  •  through hole
  • Copper layer
  • Dielectric layer (dielectric material)

Manufacturing process:

  • Design and layout: During the design phase, engineers use PCB design software to lay out and route multilayer circuit boards, determining the functions of each's circuit and the interconnection method between layers.
  • Lamination: During the manufacturing process, multiple circuit layers are pressed together through a lamination process, with each layer separated by an insulating material. lamination process is typically carried out under high temperature and high pressure conditions.
  • Drilling and electroplating: Through-hole connections between different layers of the circuit are formed by drilling technology, and then electroplating is carried out ensure the conductivity of the through-holes.
  • Etching: On each layer of the circuit, use photolithography and etching techniques to form the circuit pattern, removing excess copper foil
  •  Assembly and welding: After the components are installed, they can be soldered and connected using surface-mount technology (SMT) or traditional through-hole technologyTHT).



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