Automotive PCB Header Connector Manufacturer
FPIC provides custom automotive PCB header and receptacle connectors for low-voltage electronic modules, supporting custom pin layout, housing design, terminal structure and mass production requirements.
PCB Header Connectors for Automotive Electronic Modules
Automotive PCB header connectors are used to create stable board-side connections in compact electronic modules. For automotive applications, the connector must support accurate terminal positioning, reliable mating, controlled soldering performance and consistent quality during mass production.
FPIC supports custom PCB header and receptacle connector projects for low-voltage automotive electronics, including control modules, multimedia systems, power seat modules, window lift systems and other board-level applications.
Applications We Support
FPIC focuses on automotive PCB connector applications where compact structure, stable signal transmission and reliable board-level connection are required. These solutions are suitable for low-voltage electronic modules and non-safety-critical automotive systems.
Multimedia and Infotainment Systems
PCB headers and receptacles can be used in display, audio, infotainment and central control electronics. FPIC helps customers develop stable board-side connection solutions for compact automotive electronics.
Automotive Control Modules
FPIC supports PCB header and receptacle connector solutions for compact automotive control modules. Custom pin layout, housing structure and mounting method can be developed according to the module interface.
Power Seat Control Modules
FPIC supports PCB connector solutions for power seat adjustment, heating, ventilation and control module connections. These projects often require compact design, reliable mating and consistent mass production quality.
Window Lift and Door Control Systems
Automotive PCB headers can be used in window lift control, switch modules and door electronic systems. FPIC can support customized connector structures based on space, mating and production requirements.
Low-Voltage Automotive Electronics
FPIC provides PCB header and receptacle connector solutions for low-voltage automotive electronic systems. Our engineering team can evaluate pin count, pitch, terminal structure and housing design for customized projects.
PCB-to-Device Interfaces
FPIC supports board-side connector designs for device interfaces inside automotive electronic equipment. These solutions help create stable connections between PCB assemblies and mating components.
Custom PCB Header & Receptacle Solutions
Every automotive PCB connector project may require different pin count, pitch, plastic height, mating height, terminal structure, mounting method and packaging form. FPIC supports custom development based on drawings, samples or application requirements.
FPIC manufactures PCB header connectors for automotive electronic modules requiring stable board-side connection. Pin count, pitch, terminal length, plastic height and mounting style can be customized according to project requirements.
FPIC supports receptacle connector development for mating with PCB headers or device-side interfaces. Housing structure, terminal contact design and locking features can be evaluated based on application needs.
PCB header connector projects are often defined by pitch, pin count, mating height and PCB layout. FPIC can support custom pin layout and structure review to match customer board design requirements.
For selected automotive applications, FPIC can support waterproof or sealed header connector structures. Sealing design can be evaluated according to the installation position and environmental exposure.
What Can Be Customized
Automotive PCB header connector customization should be evaluated from both electrical and mechanical requirements. FPIC can support structure review, material selection, terminal design, plating options and production packaging according to customer requirements.
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Automotive PCB Header & Receptacle Connectors
FPIC manufactures automotive PCB header and receptacle connectors for board-side connection in compact electronic modules. These connectors can be developed based on customer drawings, samples or application requirements.
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| Custom Item | Available Support |
|---|---|
| Pin Count | Custom single-row, double-row or multi-pin layouts |
| Pitch | Common and custom pitch options based on PCB layout |
| Plastic Height | Customized housing and plastic height according to mating needs |
| Mating Height | Design support for board-side or device-side mating requirements |
| Terminal Length | Custom terminal length for soldering, press-fit or assembly needs |
| Terminal Structure | Stamped terminals, press-fit terminals or custom contact design |
| Housing Design | Locking, coding, color and keying structure options |
| Material Selection | PA, PBT, LCP, PA9T and other engineering plastics |
| Plating | Tin, gold, nickel underplating or selective plating |
| Mounting Method | Through-hole, SMT, press-fit or customized mounting support |
| Packaging | Tray, tube, tape & reel or customized packaging |
Design Factors for Automotive PCB Headers
Automotive PCB header connectors must be designed around board layout, terminal positioning, mating interface, soldering process and long-term reliability. FPIC can help customers evaluate these design factors before tooling and sampling.
Pin Count and Pitch
Pin count and pitch define the connector layout and PCB space requirement. FPIC can support custom layouts based on signal, power and module interface needs.
Terminal Position Accuracy
Accurate terminal positioning helps improve mating reliability and board assembly consistency. FPIC can support structural review and inspection control for terminal alignment.
Soldering and Assembly Process
PCB header connectors may require through-hole, SMT or press-fit assembly depending on the board design. FPIC can evaluate terminal length, material and packaging according to the production process.
Mating Reliability
A stable mating interface helps reduce contact failure, pin damage and assembly variation. Locking, coding or guiding structures can be added when required.
Material and Plating Options
Material and plating selection affects solderability, conductivity, contact stability, temperature resistance and long-term reliability. FPIC can help customers select suitable materials and plating options based on application conditions and cost targets.
FPIC can support copper alloy, brass, phosphor bronze and other conductive materials. Material selection can be evaluated according to elasticity, conductivity, forming process and contact force requirements.
Engineering plastics such as PA, PBT, LCP, PA9T and other materials can be selected according to temperature resistance, dimensional stability and soldering process requirements.
Tin, gold, nickel underplating and selective plating can be selected according to solderability, corrosion resistance, contact reliability and cost requirements.
Manufacturing Capability for PCB Header Projects
FPIC supports automotive PCB header projects with integrated manufacturing resources, including tooling, terminal stamping, injection molding, automated assembly, inspection and packaging. This helps improve development efficiency and production consistency.
Tooling Development
Precision Stamping
Injection Molding
Automated Assembly
Inspection and Packaging
Quality Control and Testing
Automotive PCB header connectors require stable dimensional accuracy, electrical performance and assembly reliability. FPIC supports inspection and testing to reduce risks such as pin misalignment, poor solderability, unstable contact, insulation failure and mating issues.
| Testing Area | Test Items |
|---|---|
| Electrical Testing | Contact resistance, insulation resistance, withstand voltage, temperature rise |
| Mechanical Testing | Insertion force, withdrawal force, terminal retention, contact engaging force |
| Dimensional Inspection | Pin position, pin height, flatness, coplanarity, housing dimensions |
| Environmental Testing | Salt spray, heat resistance, cold resistance, humidity cycling |
| Process Inspection | CCD inspection, appearance inspection, plating thickness checking |
From Drawing Review to Mass Production
FPIC supports PCB header connector projects through a structured development process. Customers can send drawings, samples or application requirements for technical review before tooling and sampling.
Why Choose FPIC for Automotive PCB Header Connectors
For automotive PCB header projects, customers need more than a standard connector supplier. FPIC provides engineering review, custom development, integrated manufacturing and quality control to help customers reduce development risk and move projects into stable production.
FPIC operates under an automotive quality management system for stable process control and mass production quality.
FPIC has experience supporting Tier-2 automotive supply chain projects for major vehicle brands, helping us better understand automotive project requirements.
We support custom pin count, pitch, terminal length, housing design and mating structure according to your PCB layout.
Tooling, stamping, molding, assembly and inspection resources support faster project execution.
FPIC supports the complete process from drawing review and sampling to pilot run and long-term production.
Automated assembly and CCD inspection help improve terminal positioning, appearance control and batch consistency.
FAQ About Automotive PCB Header Connectors
Can FPIC customize automotive PCB headers based on drawings?
Yes, FPIC can develop custom PCB headers based on drawings, samples, pin layout, pitch, housing design and application requirements.
What information should I provide for a PCB header RFQ?
Please provide drawings, pin count, pitch, terminal length, mounting method, material requirements, expected quantity and testing requirements.
Can FPIC support receptacle connectors together with PCB headers?
Yes, FPIC can support header and receptacle connector development according to the mating interface and project requirements.
Can FPIC support waterproof automotive PCB headers?
Yes, waterproof or sealed header structures can be evaluated according to the application environment and installation position.
What tests can FPIC provide for PCB header connectors?
FPIC can support dimensional inspection, contact resistance, insulation resistance, withstand voltage, insertion force, terminal retention, salt spray and temperature testing.
Need a Custom Automotive PCB Header Connector?
Send us your drawing, sample or PCB layout requirements. FPIC will help evaluate pin count, pitch, terminal structure, housing design, material selection and manufacturing feasibility for your automotive PCB header project.