The A1251WV-S-7P is a wire-to-board connector manufactured by CJT Connectors. It's designed for reliable electrical connections in a variety of electronic applications. This connector is characterized by its compact design and secure mating, making it suitable for applications where space is limited and a stable connection is crucial.

Applications:

• Consumer electronics
• Industrial control systems
• Automotive electronics
• Telecommunications equipment
• Medical devices
• Lighting systems
• Power supplies

Features:

• Wire-to-board connection
• Compact design
• Secure mating
• Durable construction
• High reliability
• Polarization features to prevent mismating
• Available in various circuit sizes

Benefits:

• Provides a reliable and secure electrical connection
• Saves space due to its compact design
• Ensures long-term performance with its durable construction
• Simplifies assembly with its easy-to-mate design
• Reduces the risk of connection errors with polarization features
• Offers design flexibility with various circuit size options
• Contributes to overall system reliability

Additional Details:

While specific technical specifications like voltage and current ratings, contact resistance, and insulation resistance may vary based on the complete product series datasheet (which is suggested for optimal integration), the A1251WV-S-7P typically utilizes a phosphor bronze contact material with tin plating to ensure good conductivity and corrosion resistance. The housing material is typically a high-temperature resistant plastic, often nylon or PBT, to withstand soldering temperatures and provide good insulation properties. The pitch (distance between contacts) is a key parameter, and is usually a standard value for wire-to-board connectors, contributing to its compatibility with various PCBs and wiring harnesses. For detailed electrical and mechanical characteristics, always consult the official CJT Connectors datasheet for the A1251WV series. The connector is designed for automated assembly processes, reducing manufacturing costs. The secure locking mechanism ensures a stable connection even in environments subject to vibration and shock.