3433-6203

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Rectangular Connectors - Headers, Male Pins are ubiquitous in electronics, offering a connection between multiple sections of a circuit. 3433-6203, a high-density two-piece connector system, is an excellent example of such connectors. This part is designed for the most demanding applications; it is both high-performing and reliable.

The 3433-6203 is designed with a 2 mm pitch, with 50 positions in a single row. It has a nominal current rating of 1A per circuit, and offers a preservation time up to 5,000 mating cycles. With an insulation resistance of 1,000 MΩ or 500Vdc, it boasts exemplary electrical characteristics. This connector is also built durable, with a UL94-V0 non-flammability rating, and an operating temperature range between -40°C and +105°C.

The shape of the 3433-6203 is an important consideration for its application. The piece has angled vertical headers, which allows devices to be mounted at the same height, and even offset. This ensures that the connector does not conflict with other components or mounting hardware. Additionally, the angled section has been painstakingly designed to reduce the amount of material used, and thereby reduce overall weight.

In terms of assembly, the two-piece design of the 3433-6203 makes it possible to rapidly add secure connections without the need for soldering. The contact terminals have a latch mechanism, with a tin-plated copper alloy structure for optimal electrical performance. The latch mechanism gives it a self-alignment capability, and enables the connection to be locked into place with relatively low force, making sure the connection is always secure.

In conclusion, the 3433-6203 is an excellent design of rectangular connector for any application. Thanks to its two-piece design, installation is very easy. The angled vertical headers make it simple to fit the connector to other components, and the latch mechanism affords reliable sealing. All this is combined with high electrical performance, and resilient construction, making it the perfect choice for any application.

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