Thick Board Thickness Heavy Copper PCB Fabrication Supplier

Thick Board Thickness  Heavy Copper PCB Fabrication  Supplier
Thick Board Thickness  Heavy Copper PCB Fabrication  Supplier
Thick Board Thickness  Heavy Copper PCB Fabrication  Supplier
Thick Board Thickness  Heavy Copper PCB Fabrication  Supplier
Thick Board Thickness  Heavy Copper PCB Fabrication  Supplier

Product description

Product parameters

Item NO.: Hongmy –HM030

Layer: 6layer

Material:  FR4

Finished Board Thickness:  1.6MM

Finished Copper Thickness: 1/1/1/1/1/1OZ

Min Line Width/Space: ≥3mil(0.075mm)

Min Hole: ≥4mil(0.1mm)

Surface Finish: ENIG

Solder Mask Color: Green 

Legend Color: White

Application: Medical Industrial

84f5ed97d6be2cefbb21a20592744b0e_4-231205143FSA.png

FR4 PCB Introduction

--Definition

FR means “flame-retardant,” FR-4 (or FR4) is a NEMA grade designation for glass-reinforced epoxy laminate material, a composite material composed of woven fiberglass cloth with an epoxy resin binder that makes it an ideal substrate for electronic components on a printed circuit board.

FR4 substrate.jpg


-Pros and Cons of FR4 PCB

FR-4 material is so popular because of its many wondrous qualities that can benefit printed circuit boards. In addition to being affordable and easy to work with, it is an electrical insulator with very high dielectric strength. Plus, it's durable, moisture-resistant, temperature-resistant and lightweight.

FR-4 is a widely relevant material, popular mostly for its low cost and relative mechanical and electrical stability. While this material features extensive benefits and is available in a variety of thicknesses and sizes, it isn't the best choice for every application, especially high-frequency applications like RF and microwave designs.


-Multi-layer PCB Structure

Multilayer PCBs further increases the complexity and density of PCB designs by adding additional layers beyond the top and bottom layers seen in double sided boards. Multilayer PCBs are built by laminating the various layers. The inner-layers, normally double-sided circuit boards, are stacked together, with insulating layers in between and between the copper-foil for the outer-layers. Holes drilled through the board (vias) will make connections with the different layers of the board.


Definition

HDI: High-Density Interconnect. There are many different definitions of HDI technology. Common for all HDI boards is the use of smaller trace & space and microvias to create higher wiring routing density than a conventional PCB.Increased circuit density and complexity.More complex designs can be adopted, potentially allowing different single sided and/or double sided designs to be incorporated into one multilayer design.Reduction in size due to extra routing space from additional layers.Improved distribution of power, better ground shielding and good return paths for signals.Segregation of critical design aspects e.g. digital and analogue or high speed/high frequency.Better EMC compliance from use of ground or power plane layers.

图片1.png

图片2.png

图片3.png


Contact us now
Enter your inquiry details and we will reply to you within 24 hours.
Name cannot be empty
Mailbox cannot be empty
Company cannot be blank
Phone number cannot be empty
Tel
Message cannot be empty
Refill
Contact us now
DongGuan City Kingtop Metal Product Co., Ltd.
Room 2010, Poly Building, Nanhai Avenue 2702,Nanshan District, Shenzhen, China
You can trust us
We are a professional manufacturer in China. We continue to innovate so that our customers can have better products and services.
© Hongmy Circuit Technology    RELATED ARTICLES    
Enter your inquiry details and we will reply to you within 24 hours.
Name cannot be empty
Mailbox cannot be empty
Company cannot be blank
Mobile phone cannot be empty
Country cannot be empty
Information cannot be empty
Refill