22-14-2034

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Rectangular Connectors - Headers, Receptacles, Female Sockets

Rectangular connectors contain components that are associated with electrical connectors. This means they are used as connectors for electronic devices, allowing for the transfer of electrical energy, signals, or data. They are available in many different shapes and form factors, but the rectangular connectors are among the oldest and most popular.

22-14-2034 rectangular connectors, also known as headers, receptacles, and female sockets, are available in many different configurations and sizes. They are typically used in a variety of applications ranging from consumer electronics, to medical, communication, industrial, and military. Some of the most common applications are for the connection of PCBs, control units, and sensors.

The 22-14-2034 rectangular connectors have been around for many years. Their design consists of two rows of metal contacts that run along the perimeter of the device. There are two distinct parts to the connector; the front of the housing holds the metal contacts, while the rear of the housing holds the connector itself. The design of the contacts determine whether the connector is used as a header, receptacle, or socket.

Headers can either be a single row of contacts or a double row. The contacts are usually crimped into the header\'s housing. The number of contacts in a single row can range from one to several hundred. Headers are used to connect together multiple PCBs or wires. Receptacles are double rows of contacts that are usually screwmounted and have a maximum of two hundred contacts. Receptacles are typically used to transfer data to a PCB from another device.

Female sockets are single row connectors and are typically used to connect together multiple wires. They usually have very few contacts, ranging from one to four. Socket contacts tend to be fairly large, with pins that are broad and centered in a pyramid shape.

The contacts in the 22-14-2034 rectangular connectors are typically made from phosphor bronze or brass material and plated with tin to prevent oxidation. The contact design is such that the contacts can be inserted and extracted repeatedly without suffering any damage. Additionally, rectangular connectors are relatively inexpensive and provide a reliable connection.

The working principle of the 22-14-2034 rectangular connectors is based on the electrical connection between two metallic surfaces. At one end of the connector, power and/or signals are fed into the contacts, while at the other, they are output. The contacts are designed in such a way so that when the contacts of the two connected devices make contact, the electrical resistance between them is low. This ensures that power and/or signals are transferred efficiently between the two devices.

In conclusion, 22-14-2034 rectangular connectors are a reliable and cost-effective way to connect multiple electrical components to each other. They are used in a variety of applications and have become one of the most popular connectors for consumer electronics, telecommunications, military, and industrial purposes. The contacts are designed to ensure a reliable connection between the two devices, and the working principle of the connectors is based on the electrical connection between metallic surfaces.

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