794013-1 Connectors, Interconnects

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Terminals - Wire to Board Connectors is a category of industrial components that are used to join wires to printed circuit boards and other wired connections. The 794013-1 is one such connector that features an in line configuration with housing made from thermoplastic. This terminal features a reliable connection and a compact body design for use in a variety of industrial applications.

The 794013-1 connector is primarily used in industrial automation, aerospace, military, and medical electronic applications that require a secure yet reliable connection. This includes test and measurement, instrumentation, motor-drives, automotive, building and automation equipment. This connector is also often used in circuit boards where ground wires need to be connected.

The 794013-1 consists of two main parts, the housing and the contact. The housing is a durable thermoplastic material that is resistant to shock, flame, and abrasion. This housing surrounds a flexible contact that is made from metal alloy and plated with silver for the best performance. A terminal or pin is crimp onto the end of each wire which can then be fed into the housing. The contact is then pushed through an opening in the housing which creates the connection between the metal pin and the board.

The 794013-1 terminal has a secure connection that allows it to withstand a maximum current rating of 5A. This current rating ensures that the connection is reliable even when a large current is passing through. The terminal also has a low contact resistance to allow for efficient signal transfer without any resistance being caused. In addition, the pin has a low voltage drop which helps reduce the amount of energy needed to power the circuit.

The 794013-1 application field and working principle are an example of the many industrial components available to facilitate reliable connections between two devices. This particular variety offers superior long-term performance, maximum current rating, and a variety of applications making it ideal for use in many industrial systems.

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