304-13-122-41-780000

Rectangular Connectors - Headers, Receptacles, Female Sockets, are a major type of electrical connectors, and 304-13-122-41-780000 are commonly used in industrial equipment and telecommunications technology. These engineers and technicians build on the general principles of an electrical connector that enables signals and power to move between two or more components. There is an application field for these connectors, and they also have a working principle.

Application Field

Rectangular Connectors - Headers, Receptacles, Female Sockets, including 304-13-122-41-780000, is typically used in situations or conditions which require bolted and secured measurements. This is usually for applications which must withstand vibration and extreme temperature settings as these connectors are usually made from heavy-duty materials and rugged designs. The application of these connectors includes audio and video equipment, laboratory instrumentation, computers, medical and surgical equipment, measuring and test equipment, communications towers, or military communications.

Working Principle

Rectangular Connectors - Headers, Receptacles, Female Sockets, like 304-13-122-41-780000, are typically used in situations or conditions which require bolted and secured measurements. The connector has four different sections – a contact, a bush or a shell, a chamber and a collar. The contact is responsible for connecting the signal or power to be routed between the two ends. The bushing, shell, chamber and collar all serve to protect the contact and to provide a secure connection. The bushing is responsible for providing a structural support and sealing against dust and other contaminants. The shell works to provide strain relief and prevents a possible short circuit. The chamber is an inner cavity which houses the contact and the collar provides an alignment between the mating parts.

The working principle of these rectangular connectors is simple, and it involves a four-stage process: insertion of the contact into the chamber, locking of contact into the bushing, alignment of the collar and finally mating of the connector with its opposite counterpart. First, the contact is placed into the chamber of the connector. This is typically done by inserting the contact from one end of the connector. Then, the contact is securely locked in place with the bushing. Next, the collar provides alignment to the connector with its opposite counterpart. Finally, the connector is mated with its opposite counterpart, completing the electrical connection.

Rectangular Connectors - Headers, Receptacles, Female Sockets, like 304-13-122-41-780000, have an application field and a working principle. They are commonly used in industrial equipment and telecommunications technology due to their heavy-duty material and durable design. The working principle behind these connectors is also simple and involves a four-stage process. Although they have been around for many years, they are still highly regarded as a reliable form of electrical connection.