399-11-110-10-003000

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Rectangular Connectors - Headers, Receptacles, Female Sockets, commonly known as “399-11-110-10-003000”, are used to provide electrical connections between two or more points. In standard configuration, these connectors consist of a male-to-female connector with two rigid prongs. Connectors will typically be either straight or right-angled, depending on the desired application.

Headers are typically used for either breakout boards for process control and customization or for the termination of wiring. Receptacles are often used in applications such as electronic assemblies, computer systems, power supplies, and telecommunications. Female sockets can be used to supply power to an appliance, such as a light or air conditioner.

The primary difference between the male-to-female 399-11-110-10-003000 connectors and the other rectangular connectors is that “headers” have a female mating socket which must be mated with a male plug. Similarly, “receptacles” have a male mating plug that needs to be mated with a female socket. A female socket, on the other hand, is completely self-contained.

These connectors can be used in a variety of applications such as providing voltage for home appliances, providing power to electronic equipment, and connecting data lines. In medical and industrial applications, 399-11-110-10-003000 connectors are used to connect sensors, wire harnesses, and power supplies.

The working principle of these connectors is fairly simple. When a male plug is inserted into a female mating socket, or vice versa, a connection is established and electricity will flow from the male plug into the female socket. This flow of electricity is dependent on the resistance and contact force produced by the two connection points. As such, a greater contact force or lower resistance will result in a stronger connection.

Furthermore, 399-11-110-10-003000 connectors provide a reliable and secure connection due to the wide diversity of connection types available. For example, the female socket connector has a mechanical lock pin that engages with a groove in the male connector, ensuring a stable connection between the two mating components. Additionally, the outer insulation is designed to prevent or resist electrostatic discharge, further protecting the connection from shock.

In conclusion, 399-11-110-10-003000 connectors are a reliable, secure, and convenient way to provide electrical connections between two or more points. Depending on their configuration, these connectors can be used for a variety of applications in both industrial and medical applications. Moreover, the working principle behind these connectors is fairly simple, with electricity flowing from the male plug to the female connection point when the two mating components are connected.

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