China Flexible PCB Substrate 0.10mm Ultrathin 2Layer | YMS PCB factory and manufacturers | Yongmingsheng
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Flexible PCB Substrate 0.10mm Ultrathin 2Layer | YMS PCB

Faamatalaga puupuu:

PCB fetuutuunai (FPC) are the PCBs that can be bent or twisted without damaging the circuits, which means the boards can be bent freely to conform to the desired shape during applications. The material the substrate used is flexible, such as Polyamide, PEEK, or a conductive polyester film.

le faataamilosaga

Faaputuga: 2

Mea Base: AP7163E DuPont Adhesiveless

Maualalo Line lautele / kiliaina: 0.25mm / 0.3mm

lapoa maualalo pu: 0.2mm

Tele: 225mm × 35mm

togafitiga luga: faatofuina Gold

meataulima

Faagasologa Faapitoa: Ultrathin 0.1mm

Talosaga: Automobile

 


Faamatalaga oloa

FAQ

Vitio

pine o oloa

Most of the manufacturing steps of FPCs and rigid PCBs are similar. But FPCs need some tools to hold them in a fixed position because of its flexibility.

FPCs e mama nai lo PCBs malo ma e mafai ona mamanuina i laʻititi laʻititi mo lona fetuutuunai. O nei fa'amanuiaga e maua ai FPC e sui ai ta'avale tetele i nisi o talosaga. Mo se faʻataʻitaʻiga, e mafai ona faʻaogaina FPC i Satellites, lea o le mamafa ma le voluma o tapulaʻa autu mo tagata mamanu. E le gata i lea, o fasipepa LED, mea fa'akomepiuta fa'atau, ta'avale, ma le tele o isi mea fa'apipi'i maualuga e fiafia i laupapa fe'avea'i e fa'aitiitia ai le lapo'a ma le mamafa.

There are no mechanical connectors in FPC applications, which improves the durability in harsh environments. And the heat dissipation ability of FPCs is better than rigid PCBs. Therefore, flexible PCBs can be found in many computer components, televisions, printers, and gaming systems.

We are a professional fe'avea'i PCB & rigid-flex gaosi oloa PCB with guaranteed quality and fast lead-time, cooperating with worldwide customers for more than ten years in China. Please send your Gerber files to get an instant quote.

 

ei ai le tele o faamanuiaga FPC, e aofia ai:

• save space. Flexible PCB designs require only about 10% of the space and weight of ordinary circuit board components, providing greater freedom of installation and packaging.The inherent flexibility also allows for more compact bending capabilities.

• enhancements. Flexible printed circuit boards are compatible with almost any type of connector or component and can be used with options such as ZIP connectors.They also perform well at extreme temperatures and have excellent radiation and chemical resistance.

• highest reliability. Flexible printed circuit boards require fewer interconnections, which in turn require fewer contact presses, connectors, and solder joints.In short, flexible PCB boards do not contain many potential fault sources, thus increasing their reliability.

• cost savings. The cost savings of flexible PCB include reduced material and packaging requirements, lower component replacement costs and assembly errors that may require maintenance.

E Ia Fia:

1.  FPC (flexible circuit board) broken two major reasons analysis

2.  FPC is a common term

3.  FPC flexible circuit board can not ignore the impact of finger print

4.  What are the materials of flexible PCB

5.  O le a le mafiafia apamemea i PCB


https://www.ymspcb.com/0-10mm-ultrathin-2layer-fpc-yms-pcb.html


  • Talu:
  • Sosoo ai:

  • What material is flexible PCB?

    The dielectric layers in FPCs are typically homologous sheets of flexible polyimide material

    What is flexible PCB?

    Flex pcb and rigid pcb have different design and material

    Faʻafefea ona mafai ona fetuʻunaʻi laʻu PCB?

    The substrate is the basic material for the manufacture of PCB.Generally,the substrate is a copper clad laminate.Single and double-sided printed boards are manufactured on the substrate material-Copper Clad Laminate(CCL).Selectively perform hole processing,electroless copper plating,copper electroplating,etching and other processing to obtain the desired circuit pattern

    What is a flex PCB?

    Flexible PCBs (FPC) are the PCBs that can be bent or twisted without damaging the circuits, which means the boards can be bent freely to conform to the desired shape during applications. The material the substrate used is flexible, such as Polyamide, PEEK, or a conductive polyester film.

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