316-47-156-41-001000

Rectangular Connectors - Headers, Receptacles, Female Sockets include a number of widely used electrical connectors. Such connectors are necessary for all types of electrical and electronic applications and devices, ranging from switches, wall outlets, cable boxes, computers, and other types of electronic equipment. The term rectangular connector refers to the shape and design of the connector itself, which is generally rectangular in nature with two or more pins extending from one side of the connector.

Among the popular electrical connectors commonly referred to as a rectangular connector is the 316-47-156-41-001000 application field and working principle. This particular connector is a type of female socket with a specific pins assignment. The connector is rectangular in shape and has four 1.27mm-pitch pins, each rated at a current rating of 1A and a nominal voltage of 125V. It is available in several terminating options, including tin-plated, gold-plated, or both types plated.

The 316-47-156-41-001000 application field and working principle is designed to be used in different types of applications such as industrial control applications, electrical equipment, audio and visual equipment, inter-connect boxes, and other applications. This connector is used to connect two or more circuits together and is an important interface between two systems. Its basic working principle is to provide a reliable electro-mechanical connection between two components. This can be accomplished by utilizing the three metal pins – power, signal, and ground – that come as a part of the connector, which are then wired together with a specific pin-to-pin configuration.

In order to utilize the 316-47-156-41-001000 application field and working principle, the pins of the female socket are first wired together in a specific order, depending on the type of application. For example, an industrial application may require a specific pin-to-pin configuration with the ground pins being connected together first, followed by the power pins, followed by the signal pin. This particular pin-to-pin configuration is used in order to provide reliable power, signal, and ground connections between two systems.

Once the pins are wired together, the connector housing is then attached to the device to be connected. This is done by placing the housing of the connector into the mounting holes of the device, and then tightening the mounting screws to lock the connector into place. This ensures a tight connection between the two components – the device and the connector – and helps to reduce any potential for loose connections or excessive vibrations. Once the connector is firmly mounted to the device, the electrical signals can then travel from one device to the other with a reliable connection.

The 316-47-156-41-001000 application field and working principle is one of the most common and widely used types of electrical connectors. Its shape and design makes it an ideal connector for a variety of different applications, ranging from industrial control applications to interconnect boxes. Its pins are also easily assignable, allowing for a flexible pin assignment that can be adjusted to fit specific applications. Additionally, its reliable connection ensures that data and electrical signals can travel from one device to the other without any interruption or disturbance.