The DF23NC-12DS-0.5V(71) is a 12-pin, 0.5mm pitch connector manufactured by Hirose Electric Co. Ltd. This connector is part of the DF23 series, which is known for its fine pitch and space-saving design, making it suitable for applications where high-density connections are required. It is designed for board-to-board and board-to-cable connections in various electronic devices.

Applications

• LCD and display connections
• Mobile devices
• Digital cameras
• Medical equipment
• Industrial control systems

Features

• 12-pin configuration
• 0.5mm pitch
• Compact and low-profile design
• Surface mount technology (SMT)
• High-density connection

Benefits

• Enables miniaturization of electronic devices
• Provides reliable signal transmission
• Facilitates easy assembly with SMT compatibility
• Maximizes board space utilization
• Ensures secure and stable connections

Additional Details

The DF23NC-12DS-0.5V(71) connector is designed for high-density applications where space is at a premium. The 0.5mm pitch allows for a large number of connections in a small area, making it ideal for compact electronic devices. The surface mount design ensures easy integration into automated assembly processes, improving manufacturing efficiency.

This connector is commonly used in LCD and display connections, providing a reliable and high-quality signal transmission between the display and the main board. Its low profile minimizes the overall height of the assembled device, contributing to a sleeker and more compact design. The secure mating mechanism ensures that the connection remains stable, even under vibration or shock.

Hirose Electric provides comprehensive datasheets and application notes for the DF23NC-12DS-0.5V(71), including detailed electrical and mechanical specifications. Engineers should consult these resources to ensure proper implementation and optimal performance. The DF23 series is designed to meet stringent industry standards, ensuring compatibility and reliability in diverse applications, and is a popular choice where space-saving and high-density connections are critical.