The Molex 501940-0407 is a Micro-Latch Connector Housing designed for wire-to-board connections, offering a compact and secure solution for various applications. Part of the Micro-Latch series, this housing features a robust latching mechanism that ensures reliable mating, even in environments with vibration or shock. It is designed for applications where space is limited and secure connections are paramount.

Applications

• Consumer electronics, such as digital cameras and portable devices
• Industrial automation equipment
• Medical devices, including patient monitoring systems
• Automotive electronics, like sensor connections
• Robotics
• Telecommunications equipment
• Aerospace applications

Features

• Compact design for high-density applications
• Secure Micro-Latch mechanism prevents accidental disconnections
• Durable construction for reliable performance
• Wire-to-board connection
• Micro-Latch Series compatibility
• Polarization features to ensure correct mating orientation

Benefits

• Ensures reliable electrical connections, reducing the risk of downtime and maintenance
• Saves space in compact designs, enabling smaller and lighter products
• Provides secure mating, preventing accidental disconnections due to vibration or shock
• Offers long-term durability, ensuring consistent performance over time
• Simplifies the assembly process, reducing manufacturing costs
• Suitable for applications requiring high-density and secure connections

Additional Details

The 501940-0407 housing is designed to be used with specific Molex Micro-Latch terminals and mating connectors. The correct selection of wire gauge and terminals is essential for optimal performance. The housing is typically made from a high-performance plastic material, offering excellent electrical insulation and resistance to environmental factors. The Micro-Latch mechanism provides a tactile and audible confirmation of a secure connection. This connector meets industry standards for safety and performance, ensuring reliable operation in various demanding applications.