Flexible Flat Cable Connector is used to terminate and connect FFCs in electronic assemblies. Configuration can be specified by pitch, contact positions, FFC thickness, contact orientation, mounting requirements and other interface requirements.
Connector Configuration Options
Pitch
Available pitch options include 0.5 mm, 1.0 mm, 1.25 mm, 1.27 mm and 2.54 mm. The required pitch should match the FFC and mating interface.
Contact Positions
Contact position requirements should be confirmed according to the FFC conductor count and the mating circuit layout.
FFC Compatibility
The connector configuration should be matched to the applicable FFC thickness and contact structure to ensure proper insertion and termination.
Contact Orientation
Contact orientation can be specified according to the PCB layout and FFC insertion direction.
Mounting Configuration
Mounting requirements should be confirmed according to the available PCB space, connector position and assembly method.
Material & Plating
Connector housing and contact material, together with contact plating requirements, can be specified according to the electrical, mechanical and environmental requirements of the application.
Technical Specifications
|
Parameter |
Specification |
|
Product Type |
Flexible Flat Cable Connector |
|
Pitch |
0.5 mm, 1.0 mm, 1.25 mm, 1.27 mm, 2.54 mm |
|
Contact Positions |
Customized according to FFC conductor count and interface |
|
FFC Thickness |
To be confirmed according to the applicable FFC |
|
Contact Orientation |
Customized according to PCB and FFC insertion requirements |
|
Mounting Configuration |
Specified according to PCB layout and assembly requirements |
|
Housing Material |
Project-specific material selection |
|
Contact Material |
Project-specific material selection |
|
Contact Plating |
Project-specific plating requirement |
|
Customization |
OEM/ODM available |
Application Scenarios
Display & Consumer Electronics
FFC connectors are used to connect display panels with control boards and other internal circuits in TVs, monitors and compact electronic devices.
Automotive Electronics
Common connection points include vehicle displays, control modules and other electronic assemblies where the connector must match the FFC interface and installation space.
Printers & Office Equipment
Internal connections between control boards, sensors and operating mechanisms can use FFC connectors where a compact termination is required.
Industrial Control Equipment
FFC connectors provide internal connections for control boards and electronic modules in equipment with defined PCB interfaces.
Compact Electronic Modules
The connector supports FFC termination in compact assemblies where PCB space, contact position and insertion direction need to be considered.
Customization Process
Requirement Confirmation
Provide the required pitch, contact positions, applicable FFC thickness, contact orientation, mounting configuration and known material or plating requirements. Existing drawings, connector samples or FFC samples can be provided for reference.
Specification Review
The connector geometry and interface requirements are reviewed against the supplied drawings or samples to confirm compatibility with the intended FFC and PCB layout.
Sample Verification
Customized samples can be produced for dimensional, interface and assembly verification before volume production. Sample quantity is discussed according to project requirements.
Batch Production & Delivery
After sample approval, production is arranged according to the confirmed connector specification and order quantity. Production timing is confirmed based on material availability, tooling requirements and order volume.
Quality Control & Testing
Specification Verification
Conductor spacing, cable length and shielding configuration are checked against the confirmed order specifications to maintain consistency with the approved requirements.
First-Article Inspection
Customized samples are inspected against drawings, reference samples or confirmed specifications before batch production, providing a basis for subsequent production.
Reliability & Environmental Testing
Constant-temperature and humidity equipment is used for reliability testing, while high-frequency testing facilities support product development and verification.
Quality & Compliance
Manufacturing is supported by ISO 9001, ISO 14001 and IATF 16949 management systems, with UL and CQC qualifications available where applicable. Product-specific approvals and certification requirements can be confirmed according to the project.
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