6450161-1

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6450161-1 are backplane connectors specialized for high speed, high density applications. They are designed for 2.92mm and 2.4mm high speed applications such as PCIe®, USB 3.1 and SATA. Connectors conforming to this specification provide reliable electrical and mechanical performance up to 3 GHz.

The 6450161-1 connector system utilizes a jack-type interface that is attached to the motherboard. A receptacle is then connected to the mating cable. The contacts are all soldered to the PCB or connectors using a standard soldering process. The use of a jack-in receptacle design allows for larger numbers of contacts in a smaller footprint.

This connector is available in five latching options designed to ensure a secure, reliable electrical connection. Options include three positive latching options (Vertical, Horizontal and Midplane), one perpendicular latching option and one 2.92mm latch-less option. Each latching option meets different application and usage requirements.

The 6450161-1 also features a compliant pin design that enables it to provide high speed and reliable contacts in a compact package. The compliant pin design is a spring-loaded pin that is bowed at its midpoint. It offers greater contact density as well as lower insertion force than traditional pin-in-hole designs. The lower insertion force provides increased user comfort when connecting the cables.

The 6450161-1 features a unique halogen-free design providing improved environmental sustainability. The contact pins are manufactured with a low-Flammability Polyamide (LFP) material that exhibits superior insulation resistance and excellent electrical properties. The contacts are optimized to provide low insertion force and excellent shock resistance.

The 6450161-1 connector system provides ideal solutions for high speed, high quality interconnects. Its halogen-free design and wide range of latching options make it ideal for a variety of applications including medical, automotive, industrial and test & measurement. It provides a reliable, cost effective solution for a variety of applications.

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