68491-272HLF

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Rectangular connectors allow designers to create high-density device connections and maintain critical signal integrity for space-restricted and mission-critical applications. The 68491-272HLF is a rectangular connector designed specifically to provide reliable power, signal, and data communication connections.

The 68491-272HLF is part of the Series SDS2 Connector product family, which features a 2-point contact system with latching capability. This feature ensures that the connection remains secure and reliable during system operation. This type of connector is popularly used for applications requiring secure signal transmission such as telecommunication cards, circuit boards, and backplane connections. It can also be used in the medical, automotive, and military arenas.

The 68491-272HLF is rated for up to 1 ampere of current and can be used to carry both low-voltage and high-voltage electrical signals. It is made of high-temperature thermoplastic that is UL94V-0 rated for flame resistance. The connector also features a soft rubber-like contact interface that provides superior contact force and ensures excellent power and signal transmission.

The 68491-272HLF connector has an IDC (Insulation Displacement Contact) style termination. This contact system is based on a claw mechanism that pierces into the insulation of the stranded wire. This design ensures a secure connection that is low in insertion force, and it quickly terminates stranded wire in a compact space.

The 68491-272HLF connector has a maximum mating cycle life of 15 times and is RoHS and REACH compliant. It is available in 3.9mm pitch and is designed to fit 0.64mm to 0.97mm thick ribbon cables. It has an operating temperature range of -50°C to +65°C.

The 68491-272HLF is an excellent solution for harsh and critical environments. Its contact system ensures excellent power, signal, and data communication connections while its high-temperature thermoplastic network ensures reliable signal transmission. This connector is reliable, efficient, and cost-effective, making it ideal for use in a variety of applications.

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