NRPN312PAEN-RC

Rectangular Connectors - Headers, Male Pins have been widely used to provide interconnecting solutions in various electronic applications. The NRPN312PAEN-RC is a type of stone-age male pins that are often used in large numbers in low-speed data, signal, and power applications. This type of male pin offers advantages such as low cost, high electrical performance, and a wide range of power ratings – from 2.4A to 36A. It\'s also compatible with a wide range of mating connectors – both standard and higher-grade plugs – thereby making it one of the most reliable and versatile interconnect solutions available.

The NRPN312PAEN-RC male pins feature a unique pin design that enables fast and consistent performance with a minimum of rework for fabrication. The pins feature a tapered lead tip that allows for easy insertion into board through-holes and allows for ease of assembly. Additionally, the pins feature a plated sleeve that helps provide additional strain relief and helps prevent shorting.

The NRPN312PAEN-RC male pins are ideal for use in data, signal, and power applications where a low cost/high performance interconnect solution is required. The pins are particularly useful in assembly applications that require frequent rework or service. Additionally, the pins are used in applications that require a range of power ratings – from 2.4A to 36A. The pins are rated for temperatures up to 105 degrees Celsius.

The NRPN312PAEN-RC male pins feature excellent electrical specifications including low contact resistance, low insertion and pull-out forces, and high retention force. The pins also offer a wide range of current ratings – from 2.4A to 36A – which makes them a great choice for nearly any type of power application.

In summary, the NRPN312PAEN-RC male pins are an excellent option for large-scale production applications that require a reliable, low-cost, and versatile interconnect solution. The pins offer excellent electrical performance, are rated up to 105 degrees Celsius, and feature a wide range of current ratings. Additionally, the pins also feature a unique pin design that provides ease of assembly, consistent performance, and minimal rework.