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8 Layer ENIG Industrial Control Rigid Flex PCB

8 Layer ENIG Industrial Control Rigid Flex PCB

Short Description:

Layers: 8
Application Industry: Industrial Control
Surface finish: ENIG
W/S: 6/6mil
Thickness: 1.6mm
Min. hole diameter:0.2mm
laminate:1R+2R+2F+2R+1R


Product Detail

Rigid Flex PCB

Rigid flexible PCBs are an excellent choice for ultra-thin packaging requirements. Rigid and flexible printed circuit boards that can be folded or bent while retaining their shape. The rigid PCB is responsible for accommodating all components, while the flexible film connects the two rigid PCBs. With their ability to simplify electronic design, they offer additional functionality and improved electrical performance.

Rigid Flex PCB Process Capacity

Items Mass Production Capabilities Prototyping Capabilities
Layers 2 - 32 L 2 - 20 L
Board thickness 0.35-6.0mm 0.35-5.0mm
Flexible thickness 0.06-0.5mm 0.07-0.5mm
Minimum line width  0.05mm  0.075mm 
 Minimum space 0.05mm   0.075mm
 Impedance control tolerance ± 10 %  ± 10 % 
Special impedance tolerance  ± 3 %  ± 3 % 
 Flexible minimum width 4mil  5mil 
Maximum size  480 - 1000mm  
 Outer copper thickness 6 oz  
 Inner copper thickness  3 oz 
Mechanical minimum aperture  0.1mm  
 Laser minimum aperture 0.075mm  
Maximum thickness to diameter ratio  11:1  
 Hole distance to the conductor below 8L 6mil;10L 8mil;more than 12L 10mil  
 HDI type 1+n+1;2+n+2  
 Rigid PCB Sheng Yi, Hong Ren, Lian Mao, Lian Zhi  
 Flexible PCB  Shengyi, Dupont, Panasonic, Taihong, Xinyang 
 Materials type FR4, Electrolytic Copper, Calendered Copper, PET, PI (Polyimide)  
 Reinforcement type PI,PET,FR4,SUS,PSA  
Surface finish  ENIG, silver, soft gold, nickel, palladium, tin, oxidation resistance, tin spray  
 Process varieties Rigid flex PCB, FPC, High tg PCB, Via in pad PCB, Sidestep PCB and other special technology

Benefits Of Rigid Flex PCB

Rigid flexible PCBs have various advantages. Some of these include:

Solder joints are reduced to improve connection reliability.

Rigid flexible printed circuit boards are designed for use in high-impact and high-vibration environments without causing equipment failures and are therefore known for their reliability.

Reduce weight and space requirements.

Suitable for high density applications. So it's not surprising that their use has become ubiquitous as the trend toward miniaturization has grown.


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