66506-014

66506-014 Application Field and Working Principle

The 66506-014 is a type of rectangular connector used for signal and power applications. It is part of the 66506 series manufactured by leading connector company, Amphenol. The component includes two pieces – a male pin header and a female socket.

Product Features

The 66506-014 offers a simple and cost-effective method of providing electrical connection between two components or circuits without soldering. It is a durable and reliable connector which is quick to install and easy to use.

Connector Material

The 66506-014 is manufactured from durable metal alloy which is resistant to corrosion, impact and vibration. It is withstands shocks and temperature extremes from - 55 °C to +125°C.

Contact Material

The contact material used in the connector is a combination of a special nickel-plated copper alloy and gold. This combination ensures excellent electrical conductivity and a secure, reliable connection.

Coating System

The 66506-014 has a TPA coating which is a combination of two polymers exhibiting excellent properties of adhesion, temperature resistance and low outgassing.

Application Field and Working Principle

The 66506-014 is commonly used in the automotive industry, telecommunications and data communications, computers, medical technology and entertainment. It is used to connect motherboard and peripheral devices either in fixed or flexible configurations as well as to hard disk drives and cables. The male pins of the header and female socket are mated together by a simple push and pull motion. The pins are then locked into place by spring loaded levers and a secure connection is established.

Conclusion

The Amphenol 66506-014 is a reliable and durable rectangular connector for securing electrical connections between different components or circuits. Its construction material, contact material and coating system combine to create a reliable, secure and durable connection. The connector is suitable for a broad range of applications, including automotive and telecommunications.