10076801-402-10LF

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Rectangular Connectors - Headers, Male Pins, 10076801-402-10LF

Application Field
The 10076801-402-10LF is a 10-pin, single row, 0.100″ spacing connectors with centerline stacking height. It is a version of a specific pin header with a Friction Lock design, suited for medical and industrial applications. The Friction Lock design of the 10076801-402-10LF prevents it from loosening due to vibration or movements of the components around it, making it ideal for space constrained boards such as those found in medical and industrial applications.

Working Principle
The 10076801-402-10LF is designed to provide a secure electrical connection while also maintaining easy mounting and mating ability. Its Friction Lock design places a constant pressure on the pins, ensuring contact is maintained. The header needs no additional tools to secure it to the board, making it ideal for high-density and automated assembly processes. The 10076801-402-10LF also offers a 1.2mm pitch version with offset pin layout which can create a blind mate assembly. The pin entry is common for both horizontal and vertical orientation of the header to ensure flexibility in board design.

The insulating material used in the 10076801-402-10LF is a UL94V-0 rated thermoplastic which is highly resistant to chemical and thermal deterioration, providing a reliable and durable connection. It is also resistant to impacts and vibration which can cause damage over time to fragile electrical components, particularly in medical and industrial environments. The contacts are made of copper alloy for excellent electrical performance and long-term connection. The contact plating of tin nickel over copper is also provided for superior corrosion resistance and additives for enhanced contact wear and long-term protection.

The 10076801-402-10LF is suitable for projects that require a secure electrical connection but also need to be mounted quickly and easily for efficient assembly. Its high-performance components make it reliable and durable in extreme environmental conditions. The Friction Lock design also ensures the stability of the connection over time in the most rigorous applications.

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