8D517M02PN

The 8D517M02PN is a high-reliability, advanced multi-pin connector system that provides reliable signal connections and power distribution for critical signal applications in the aerospace, space, and defense industries. It is often used in applications requiring superior shock, vibration, and shock performance requirements including military, avionic, and industrial applications.

The 8D517M02PN uses gold-plated contacts to provide low-resistance contacts and a high-reliability connection. An aluminum housing provides excellent shielding against environmental noise and vibration. Also, the built-in keying ensures that the connectors fit correctly and are oriented in the correct direction.

The 8D517M02PN is suitable for applications requiring power and signal transmission at up to 15 Amps, with contact resistance of less than 0.25 ohms. It is also capable of power and communication frequencies up to 18 GHz and can support up to 70V of power.

The 8D517M02PN’s working principle is to make use of the contact design to provide reliable electrical connections that are much more efficient than a wire-to-wire connection. The contacts consist of two layers, an inner layer of gold that provides electrical conduction and an outer layer of gold-plated alloy that provides a high-reliability connection. This results in a very reliable connection capable of carrying high current and high-frequency signals, and providing excellent resistance to shock and vibration.

In addition to its use in high-reliability signal and power applications, the 8D517M02PN is also ideal for applications where superior shock, vibration, and shock performance requirements are necessary. It is suited to use in aerospace, medical, industrial, automotive, and military applications where there is a need for superior reliability and performance.

The 8D517M02PN is designed to provide a reliable, high-performance connection with superior protection against environmental noise and vibration. It is rugged, durable, and reliable, and provides superior shock and vibration performance and protection for critical signal applications.