The PIN Header HCCPHPE24BKA00F is a high-performance, compact interconnect component designed for reliable signal and power transmission in various electronic applications. This 24-position header features a robust construction with precision-molded housing and gold-plated contacts, ensuring excellent electrical conductivity and long-term durability. Key Features 1. High-Density Configuration - The 24-pin arrangement provides a space-saving solution for densely packed PCB designs, making it ideal for applications where board real estate is limited. 2. Gold-Plated Contacts - The gold-plated terminals offer low contact resistance, superior corrosion resistance, and stable signal integrity, even in harsh environments. 3. High-Temperature Resistance - Constructed from high-temperature-resistant thermoplastic, the header can withstand elevated operating temperatures, ensuring reliability in industrial and automotive applications. 4. Secure Mating Mechanism - The header is designed with a friction-lock or snap-fit retention system, ensuring a secure connection with compatible sockets or receptacles, preventing accidental disengagement. 5. RoHS & REACH Compliance - Manufactured with environmentally friendly materials, the header meets international regulatory standards, making it suitable for global markets. Applications - Consumer Electronics: Used in smart devices, wearables, and IoT modules. - Industrial Automation: Provides stable connections in control systems and sensors. - Automotive Electronics: Supports signal transmission in infotainment and ADAS systems. - Medical Devices: Ensures reliable interconnects in diagnostic and monitoring equipment. Advantages - High Reliability: Precision engineering ensures consistent performance over mating cycles. - Versatility: Compatible with various PCB thicknesses and soldering processes (SMT or through-hole). - Cost-Effective: Optimized design balances performance and affordability. In summary, the HCCPHPE24BKA00F is a high-quality, durable pin header that meets the demands of modern electronics, offering excellent signal integrity, mechanical stability, and environmental compliance. Its versatility makes it a preferred choice for engineers across multiple industries.