68001-236

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Rectangular Connectors - Headers, Male Pins are widely used in consumer electronics, guaranteeing reliable and robust connectivity. The 68001-236 is designed for high current and is suited for limited space application fields. With its innovative design, the 68001-236 offers superior high current interconnectivity across various platforms.

The header of the 68001-236 is a solderable machined pin with a 50 mil pitch. This machined pin is designed to mate with SMT or TH counterparts, providing reliable electrical contact through the board layer thickness due to an increased joint pressure, while the header’s design and support also ensure proper alignment.

The contact region of the header is composed of multiple circuits with channels for flux residues collection. It has an interference assembly plate, which is connected to the contact region by screws, to pad the top of the machined pins, providing additional stability.

The 68001-236 is an ideal choice for high current, limited space applications. It has superior contact retention to maintain a tight connection, providing maximum power transmission within limited space.

The 68001-236 is designed with working principles that make sure its high accuracy performance in a variety of operations. It has a low insertion force and the ability to handle high current circulations, with long running times. Additionally, its design ensures high contact reliability, and the ability to withstand extreme environments, temperatures, or conditions.

The 68001-236 guarantees contacts of high quality, with a high effective electrical insulation, enabling fast, reliable, and low impedance connections. It is an excellent choice for PCB assemblies in power supplies, automotive, lighting, and communication applications.

In conclusion, the 68001-236 offers unbeatable features in terms of power transmission and guarantees high contact reliability, interference assembly plate, and superior contact retention. This makes it the perfect choice for limited space high current applications.

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