3414-0442

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Rectangular Connectors, commonly termed Headers, Receptacles, and Female Sockets, are used extensively in industrial and consumer electronic equipment to connect various components in an electrical circuit. The 3414-0442 series of connectors is part of this family and is a subset of rectangular connector configurations specifically designed for high-voltage applications.

3414-0442 Application Field

The 3414-0442 series of connectors is well-suited to many high-voltage applications. This is because these connectors feature a double-layer contact system which can ensure a greatly increased current rating over what is typically seen in single-layer contacts. In addition, the 3414-0442 series of connectors feature insulation between the contacts to prevent arcing and unwanted crosstalk. This makes them ideal for use in high-voltage power connections and other applications where arcing can be a concern.

In addition to the typical high-voltage uses, the 3414-0442 series of connectors are also suitable for other specialized uses such as in aircraft, medical, and military applications. They are highly durable and can withstand high temperatures without deformation. And with a wide range of pin counts, the 3414-0442 series of connectors can be adapted to fit virtually any application.

3414-0442 Working Principle

The 3414-0442 series of connectors use a double-layer contact system comprised of copper and brass contacts. The brass contact is the innermost contact and is typically shaped like a bell or some other surface that provides maximum contact points with the mating component. The copper contact is a larger contact that encircles the inner contact and provides additional mechanical strength. By using this double-layer contact system, the 3414-0442 series of connectors can absorb considerable energy and prevent arcing and unwanted crosstalk.

With this contact arrangement, when the connector is mated, the brass contact creates an electrical connection with the mating part while the copper contact provides mechanical stability and increases the current rating of the connection. The connections are highly reliable due to the increased contact points created with the connector contacts, as well as the increased current capacity.

The 3414-0442 series of connectors also features insulation between the contact layers, which helps to ensure that any potential arcing is contained. This prevents energy-related malfunctions and ensures that the connection is reliable and secure. In addition, the insulation also helps to protect the connectors from external debris and dust, further increasing their reliability.

Conclusion

The 3414-0442 series of connectors offers a reliable and secure connection for high-voltage applications. With a double-layer contact system and insulation for arcing protection, these connectors can handle high currents and are well-suited to a variety of specialized applications such as aircraft, medical, and military. With a wide range of pin counts available, these connectors can be adapted to fit any application.

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