YFC LVDS Type A transmission loss is reduced by using a liquid crystal polymer for a base. Most excellent in flexibility in LVDS types because of single-sided wiring. Features Configuration example Strip length Reinforcing plate length Reinforcing plate length Reinforcing plate Strip length Insulation length Coverlay adhesion layer Coverlay polyimide Copper foil Base liquid crystal polymer Reinforcing plate adhesion layer Base materials Cover materials Terminal pitch Terminal area thickness Number of compatible cores Impedance : Liquid crystal polymer : Polyimide/liquid crystal polymer : 0.5 mm : 0.3 mm ± 0.05 mm : G/S/S/G type 3n + 1 (4, 7, 10, 13, 16……) : 50 Ω single-ended (±10%) 100 Ω differential (±10%) Standard specifications Conceptual diagram of terminal area Black: Wiring G/S/S/G type RFC1 (Polyimide cover) RFC2 (Liquid crystal polymer cover) Coplanar E-mail: [email protected]

YFC LVDS type Coplanar (RFC) - yamashita-net.co.jp

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YFC LVDS Type

A transmission loss is reduced by using a liquid crystal polymer for a base.Most excellent in flexibility in LVDS types because of single-sided wiring.

Features

Configuration example

Strip length

Reinforcing plate length Reinforcing plate length

Reinforcing plate

Strip lengthInsulation length

Coverlay adhesion layerCoverlay polyimide

Copper foilBase liquid crystal polymer

Reinforcing plate adhesion layer

Base materialsCover materialsTerminal pitchTerminal area thicknessNumber of compatible cores

Impedance

: Liquid crystal polymer: Polyimide/liquid crystal polymer: 0.5 mm: 0.3 mm ± 0.05 mm : G/S/S/G type　 3n + 1 (4, 7, 10, 13, 16……): 50 Ω single-ended (±10%) 100 Ω differential (±10%)

Standard specifications

Conceptual diagram of terminal area

Black: WiringG/S/S/G typeRFC1 (Polyimide cover)RFC2 (Liquid crystal polymer cover)

Coplanar

　E-mail: [email protected]