1.5mm Pitch Automotive Grade Header Connector | Custom Wire-to-Board Solutions

1.5mm Pitch Automotive Grade Header Connector | Custom Wire-to-Board Solutions

1.5mm Pitch Automotive Grade Header Connector | Custom Wire-to-Board Solutions

Product Specifications

Pitch1.5mm
Temperature Range-40°C to +105°C (Automotive Standard)
PlatingTin-plated or Gold-plated over Nickel
Current Rating1.0A (Depending on wire gauge)
Circuits / No. of Pins2 to 15 Pins (Customizable)
Contact MaterialPhosphor Bronze / Brass
Mounting TypeThrough-Hole (DIP)
Dielectric WithstandingAC 500 V

Product Description

High-Reliability 1.5mm Pitch Header Connector for Automotive Electronics

Our 1.5mm pitch header connector is engineered to meet the stringent requirements of modern vehicle systems and high-density industrial electronics. Designed for durability and precision, these connectors provide a stable wire-to-board interface in space-constrained environments.

As a leading provider of custom connector solutions, we specialize in tailoring our headers to your specific design needs. Whether you require unique pin counts, specialized plating (Gold/Sn), or high-temperature housing for reflow soldering, our team delivers high-quality automotive electronics header connectors that ensure your systems stay connected under the toughest conditions.

Key Features

  • Automotive Grade Reliability: Built to withstand high-vibration and thermal shock, perfect for automotive electronics like ADAS, sensors, and ECU modules.
  • Ultra-Compact 1.5mm Pitch: Maximizes PCB real estate without sacrificing electrical performance or mechanical strength.
  • Fully Customizable: We offer custom connector services, including modifications to pin length, mounting orientation (SMT/DIP), and housing color.
  • Secure Locking Interface: Features a robust friction-lock mechanism to prevent accidental unmating in motion-heavy applications.
  • Superior Signal Integrity: High-quality phosphor bronze contacts with precision plating options ensure low contact resistance and long-term anti-oxidation.
  • Heat-Resistant Materials: Manufactured with LCP or Nylon 9T to support lead-free high-temperature soldering processes.

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