24-Position APTIV PCB Header: Technical Overview The 24-position APTIV PCB header is a high-performance, compact connector designed for reliable signal and power transmission in printed circuit board (PCB) applications. Engineered to meet stringent industry standards, this header ensures secure mating, robust electrical performance, and long-term durability in demanding environments. Key Features: 1. High-Density Configuration: The 24-pin arrangement optimizes space utilization while maintaining signal integrity, making it suitable for densely populated PCBs in automotive, industrial, and consumer electronics. 2. Secure Locking Mechanism: Equipped with a positive latching system, the header provides a vibration-resistant connection, preventing accidental disengagement in high-stress conditions. 3. Versatile Contact Options: Contacts are available in tin or gold plating, catering to different conductivity and corrosion-resistance requirements. The crimp or solder termination options offer flexibility for assembly processes. 4. Temperature and Environmental Resilience: Rated for an operating temperature range of -40°C to +105°C (or higher, depending on materials), the header performs reliably in harsh conditions. Its housing material resists moisture, chemicals, and mechanical stress. 5. Current and Voltage Ratings: Supports up to 2.0A per contact and voltages up to 250V, ensuring compatibility with low-power signals and moderate power delivery applications. 6. Compliance and Standards: Meets industry standards such as UL, IEC, and RoHS, guaranteeing safety, interoperability, and environmental compliance. Applications: - Automotive control modules (ECUs, sensors) - Industrial automation equipment - Telecommunications infrastructure - Medical devices and IoT hardware Advantages: - Reliability: Robust construction minimizes failure risks. - Modularity: Compatible with various APTIV receptacle designs. - Ease of Assembly: PCB-mountable with automated pick-and-place support. In summary, the 24-position APTIV PCB header combines precision engineering with adaptability, addressing the needs of modern electronics where space, performance, and durability are critical. Its design prioritizes seamless integration into complex systems while ensuring consistent electrical and mechanical performance.