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Flexible PCB Board
Created with Pixso.

1layer Flexible Printed Circuit Board 0.13mm Thickness Immersion Gold With FR4 Stiffener

1layer Flexible Printed Circuit Board 0.13mm Thickness Immersion Gold With FR4 Stiffener

Brand Name: Customized
MOQ: 1pcs
Price: Negotiation
Payment Terms: Negotiation, T/T
Detail Information
Place of Origin:
China
Certification:
ISO9001
Product Name:
Flexible Circuit Board
Layer:
1 Layer
Copper Thickness:
1/0oz
Base Material:
Polymide+ FR4 Stiffener
Board Thickness:
0.13mm
Surface Finishing:
Immersion Gold
Application:
Comsumer Electronics, Industrial Control
Solder Mask:
Yellow Coverlay
Packaging Details:
Vacuum package
Highlight:

Immersion Gold Flexible Printed Circuit Board

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1layer Flexible Printed Circuit Board

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FR4 Stiffener Flexible Printed Circuit Board

Product Description

Flex Printed Circuit Board (FPC) is made of flexible insulating substrates (mainly polyimide PI or polyethylene terephthalate PET), which can be freely bent, wound, folded, and can withstand hundreds of thousands to millions of bends without damage.

 

Product specification:

Product Type Flexible Circuit board
Layer 1OZ
Board thickness 0.13mm
Surface finish Immersion gold
Soldermask Yellow coverlay
Silkscreen White
Technology Different FR4 stiffener thickness at different area

 

Flexible circuit board addvantages: 

FPC can be bent and folded, providing greater freedom in the design and operation of applications. FPC can also adapt to small spaces or irregularly shaped spaces, which is a function that standard rigid pcbs do not possess.

FPC occupy less space, thereby reducing the weight of the application motherboard. In addition to optimizing space utilization, it can also achieve better thermal management, then reducing the amount of heat to be dissipated.

 

Compared to rigid PCBs, flexible printed circuits are also more reliable and durable, especially in applications where the circuit can withstand continuous vibration and mechanical stress. The standard interconnection technology based on welding wires and manual wiring connectors has been replaced by flexible printed circuits. The characteristics of flexible printed circuits are extremely light weight, extremely thin thickness, high mechanical resistance, high temperature and atmospheric resistance, and good electromagnetic interference (EMI) resistance.

 

The use of FPC can reduce the incidence of human errors during the wiring process, thereby improving quality and reducing costs. FPC technology helps significantly reduce the size and weight of applications, which is a key factor in creating reliable, compact, and highly integrated electronic devices.