3372-6602UG

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The 3372-6602UG Rectangular Connectors - Headers, Male Pins are an efficient, reliable interconnection solution for applications such as consumer, automotive, computer and industrial electronics. They are available in a wide variety of styles, including male and female, threaded, flanged and clamp-mounted. This connector has two pin contacts and three signal contacts. It is designed for a 2.5mm double-row, three-pole configuration with through-hole mounting.

These connectors provide excellent electrical performance as well as effective shielding from EMI and environmental factors. They are available in a variety of sizes, from standard 0.25 inch-pitch grids to high-density 0.05 inch-pitch grids. The gold-plated contacts provide excellent electrical performance. The connector is also RoHS compliant and UL recognized.

The 3372-6602UG connectors feature an enhanced mechanical design which helps ensure greater stability and strength for high-reliability applications. The proven spring-loaded latches have a high retention force of 10 lbs, and the self-aligning float action enables repeatable mating and secure locking. The thread-locking screws provide additional strength, and the positive retention helps prevent accidentally released connections.

The contacts of the 3372-6602UG are designed to ensure high-reliability performance in both low- and high-temperature conditions, and to migrate less than 1.0µm in both molten and moderate flux conditions. The contacts are rated for up to 5A, 24V, and offer an operating temperature range from -40°C to +105°C. The housing is also designed to minimize EMI from entering or leaving the device, ensuring a stable signal transmission.

The 3372-6602UG is a high-performance solution for applications requiring reliable and secure connections. It ensures solid, consistent connections while protecting against EMI and environmental conditions. Its gold-plated contacts provide low contact resistance and high temperature performance, while its small size and robust design make it ideal for high-density applications.

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