7Semi FFC FPC 40 Pin Adapter Board PCB 0.5mm


Price:
Sale price Rs. 57.63
(excl.18% GST)
Rs. 68.00

Description

7Semi FFC FPC 40 Pin Adapter Board PCB 0.5mm

The 7Semi FFC/FPC 40-Pin Adapter Board is a passive adapter PCB that converts a 40-pin flexible flat cable (FFC/FPC) with 0.5 mm pitch into a standard 2.54 mm (0.1″) header or solder-pad footprint. This allows modules using 40-pin FFC connectors (e.g. displays, camera modules, sensor arrays) to be easily interfaced with breadboards, perfboards, or standard PCBs without a dedicated FFC footprint.

Technical Specifications:

  • Supported Connector: 40-pin FFC / FPC cable (0.5 mm pitch)
  • Breakout Format: All 40 signal lines routed to 2.54 mm header pins or solder pads / through-hole pins
  • Board Type: Passive adapter / breakout PCB (no active components)
  • Mounting Options: Header pins (for plug-in) or solder pads/traces (for fixed wiring)
  • Compatibility: Works with microcontrollers, SBCs, or custom PCBs expecting standard pin spacing - removes need for custom 0.5 mm-pitch layout

Features:

  • Converts fine-pitch 0.5 mm FFC/FPC connectors to standard 2.54 mm header spacing - simplifies wiring and prototyping.
  • Supports 40 signal lines - suitable for complex FFC modules (high-pin-count displays, camera interfaces, data buses).
  • Compact adapter board - minimal footprint addition while enabling flexibility.
  • Enables use of FFC modules in breadboard/perfboard prototyping or standard PCB designs.
  • Choice of header pins or direct soldering - useful for both temporary prototypes and permanent hardware builds.

Applications:

  • Connecting 40-pin FFC-based display modules to microcontrollers or SBCs (Arduino, ESP32, Raspberry Pi, etc.)
  • Camera modules, sensor arrays, or other high-pin-count FFC peripherals integration in prototypes
  • Embedded system development where a proper FFC footprint is not available or convenient
  • DIY electronics and maker projects using high-pin-count FFC components
  • Rapid prototyping of hardware before committing to a custom PCB layout
  • Bridging between flat-cable modules and standard pin-based wiring setups
  • Small-scale manufacturing or product prototyping requiring flexible connectivity

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