Micro Quadlok Series, FFC, FPC (Flat Flexible) Connector Contacts

Products in this family consist of electrical contacts that are specifically designed to be applied to Flat Flexible Cable (FFC) or Flexible Printed Circuit (FPC) materials. These contacts are inserted into a housing, creating a connector system for wire-to-board applications. They are commonly used as a replacement for traditional "ribbon" cables that are terminated using Insulation Displacement Connectors (IDCs) due to their thinner profile. When compared to the IDC process, applying contacts to FFC material requires a higher level of precision and is more challenging without the proper tools. The FFC material is typically a thin, flexible cable with multiple flat conductors separated by layers of insulation. The electrical contacts are designed to align with and make direct contact with the conductive traces on the FFC or FPC material. To achieve a reliable connection, the application of these contacts to FFC or FPC material must be done with accuracy and care. Specialized tooling and equipment are often necessary to ensure precise alignment and insertion of the contacts into the housing. This ensures that each contact makes proper electrical contact with its respective conductor on the FFC or FPC material. Once the contacts are properly inserted into the housing, they create a connector system that allows for the secure attachment of the FFC or FPC material to a printed circuit board. This wire-to-board connection provides both electrical conductivity and mechanical stability, enabling the transmission of signals between the FFC or FPC material and the board. In summary, the products in this family consist of electrical contacts specifically designed for use with FFC or FPC materials. They are inserted into a housing to create a connector system for wire-to-board applications. The application of these contacts to FFC or FPC material requires precision and specialized tooling. Once assembled, the connector system provides both electrical conduction and mechanical stability for the wire-to-board connection.