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Mobile keypad cable Double Side FPCB-Thickness:0.1mm

Layers 2
Board Thickness 0.15MM
Material Gel electrolysis
Copper Thickness 1/2 OZ
Surface Treatment Immersion nickel gold
Minimum Line Width/Line Spacing 0.15/0.15MM
PI Reinforcement Thickness 0.2MMFR4
Impedance Round DOME sheet

 

Mobile Keypad Cable Double-Side FPCB (0.1mm Thickness) refers to an ultra-thin, high-density flexible printed circuit board designed for ​compact mobile devices, wearable tech, and IoT-enabled keyboards. Built on a ​0.1mm thick polyimide (PI) substrate with dual copper layers, this FPCB enables seamless connectivity for keypad interfaces, touchscreens, and data transmission in space-constrained applications. Its extreme flexibility, precision routing, and durability make it ideal for devices requiring dynamic bending, twist, or 3D conformal packaging.

Key Features & Technical Specifications

  • Ultra-Slim Profile:
    • 0.1mm thickness saves ​30–50% in device volume compared to rigid PCBs, perfect for slim smartphones, foldable phones, or medical handheld devices.
    • 0.03mm/1mil minimum trace width allows dense circuitry for multi-row keypad layouts (e.g., 4×4, 6×6) with minimal space占用.
  • Superior Flexibility:
    • Supports ​10,000+ bend cycles (minimum bend radius: ​0.3mm) for reliable performance in wearable keyboards, rotating dial devices, or flexible displays.
    • Conformal coating adds ​IP67/IP68 waterproofing for resistance to sweat, moisture, and accidental drops.
  • High-Speed Signal Integrity:
    • Controlled impedance (100Ω–1GHz) ensures stable transmission for USB-C, Bluetooth, or proprietary keyboard signals.
    • Microvias (0.05mm/2mil) enable blind/buried interconnects for compact multi-layer designs without increasing board thickness.
  • Extreme Temperature & Durability:
    • Operates in ​**-40°C to 125°C** environments, critical for industrial keyboards or outdoor IoT devices.
    • RoHS/REACH compliance and ​halogen-free materials meet global safety and sustainability standards.
  • Manufacturing Precision:
    • Laser Drilling ensures clean, precise via holes for fine-pitched components.
    • IPC-6012 Class 2 certification guarantees trace alignment and solderability for mass production.

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