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„Flex Rigid PCB“

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2Layers ENIG Flex Rigid Hybrid Board FR4-rigid + flex PCB Rigid-Flex

Mažiausias užsakymo kiekis:

1 vnt

Kaina:

Remiantis gerberiu

Pakavimo informacija:

Vakuumaspaketas, 20pnl / maišelis

Pristatymo laikas:

8 dienas

Apmokėjimo sąlygos:

TT Transfer / paypal / Western Union / DDU

Pateikti Gebėjimas:

10000 +

Vieta Kilmės šalis:

Kinija

Gamintojas Vardas:

WMDPCB

Modelio numeris:

2 layer Flex- rigid board

Sertifikatai:

ISO 9001

tipas:

2layer

Stalo dydis:

170 * 132mm / 1pcs

Degumas:

V0

Bazinė medžiaga:

FR4, PI

Skystas foto vaizdai (LPI):

Coverlay, Green Soldermask

Paviršiaus apdorojimo procesas:

ENIG

Naudojimas:

Automobiliai

Medžiagos tipas:

Rigid+Flex

medžiaga:

Fiberglass Epoxy, FR4+ PI

Gamintojas:

WMDPCB

Sluoksniai:

2Layer

Plokštės storis:

1.6mm

Galutinis varis:

1OZ

Min.Line plotis / erdvė:

NA

Techninės savybės:

2Layer Flex - Rigid

Minimalus skylės dydis:

NA

Lyginamasis stebėjimo indeksas:

CTI 175V

Stiklo perėjimo temperatūra:

Tg 135 ° C

Maksimali darbo temperatūra:

100 ℃

Skilimo temperatūra

Td 335

2 Layers PCB, Material is FR4+PI, Thickness is 1.6mm Finished Copper is 1oz, Surface Treatment is ENIG, Green soldermask and coverlay.
Rigid-flex circuits are a hybrid construction flex circuit consisting of rigid and flexible substrates which are laminated together into a single structure. Rigid-flex PCBs provide a simple means to integrate multiple PCB assemblies and other components including display, input or storage devices with thin, light composites that integrate wiring in thin, flexible ribbons between sections. One of the great advantages of Rigid Flex is the possibility of designing the circuit that will have to be adapted to the device and not the other way round, therefore the construction of a device according to the circuit, in fact they can replace wiring and complicated assembly components providing significant savings without a reduction in performance.

For many applications, rigid circuit boards will not fit in the available space or provide necessary flexibility for assembly and service. This is when thin, flexible PCB's are used. Flexible PCB’s are widely and successfully used in Aerospace, Medical, Automotive, Telecommunication, Military, consumer electronics and other products. Although more expensive to manufacture, the versatility of flexible printed circuit boards, from simple applications to the most complex, is unmatched.

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