16-Position Green Female Automotive Connector: Technical Overview The 16-position green female automotive connector is a specialized electrical component designed for reliable signal and power transmission in automotive applications. Its robust construction, standardized design, and environmental resilience make it suitable for modern vehicle systems, including infotainment, sensors, lighting, and control modules. Key Features 1. Design and Configuration - 16 Positions: Accommodates 16 individual contacts, enabling multi-circuit connections within a compact footprint. - Female Connector: Designed to mate with a corresponding male connector, ensuring secure engagement and vibration resistance. - Color Coding (Green): Facilitates quick identification during assembly and maintenance, reducing installation errors. 2. Materials and Durability - Housing: Typically made of high-temperature thermoplastic (e.g., PA66) for lightweight yet rugged performance. Resistant to oils, fuels, and automotive fluids. - Contacts: Precision-engineered terminals (often tin- or gold-plated) ensure low resistance and corrosion-free conductivity. - Sealing: Many variants include IP67-rated seals to protect against moisture, dust, and harsh road conditions. 3. Electrical Performance - Voltage/Current Rating: Supports 12V–48V systems with current capacities tailored to automotive standards (e.g., 5A–20A per contact). - Signal Integrity: Shielding options minimize electromagnetic interference (EMI) for sensitive data lines (e.g., CAN bus). 4. Safety and Compliance - Meets industry standards such as USCAR, ISO 8092, or OEM-specific specifications for crash safety and longevity. - Secure locking mechanisms (e.g., CPA clips or latch locks) prevent accidental disconnection due to vibrations. 5. Applications - Powertrain: Engine control units (ECUs), transmission sensors. - Body Electronics: Door modules, seat heaters, lighting harnesses. - ADAS: Camera and radar systems requiring high-reliability connections. Advantages - Modularity: Compatible with standardized automotive connector families for scalable designs. - Serviceability: Tool-less insertion/extraction features simplify repairs. - Future-Proofing: Supports hybrid/electric vehicle architectures with high-voltage variants. Conclusion This connector exemplifies automotive-grade engineering, balancing compactness, durability, and electrical efficiency. Its green housing aids traceability, while its performance ensures seamless integration into demanding vehicular environments.