Rectangular Connectors - Headers, Receptacles, Female Sockets

The SSW-149-02-S-D-RA is an example of a rectangular connector utilized in various electrical fields of engineering. These types of connectors are manufactured from various types of materials such as plastic, metal, and even glass and are designed to facilitate a mechanical and electrical connection between two separate components. Rectangular connectors are available in many form factors and can be divided into various families based on the shape and size of the connector.

Application Fields

In terms of their application field, rectangular connectors are most commonly used in electronic and electrical devices. In the electronics industry, they are used in applications ranging from low-end consumer appliances to high-end military and aerospace equipment. Examples of applications where rectangular connectors are used include computers, communication and networking equipment, medical devices, industrial and automotive control systems, and audio equipment.

Rectangular connectors are also used in many other industries. In the automotive industry, they are used in engine and transmission control systems. In the industrial automation sector, they are used on conveyor motors, pumps, and other process control applications. In the consumer product market, rectangular connectors are used in various home and kitchen appliances and gadgets.

Working Principle

The working principle of a rectangular connector is fairly straightforward. Two mating halves are connected via a series of conducting pins that pass current through either side of the connector. This creates a mechanical and electrical connection between two components. It is important to note that the pins may be configured in a variety of shapes and sizes. As a result, connectors may be designed to facilitate very specific types of connections.

The pins of the rectangular connector provide a strong conductive path between the two components and serve several purposes. Firstly, they allow for the establishment of a firm connection between two components. Secondly, they help reduce the risk of electrical interference. Thirdly, they improve heat dissipation and, finally, reduce the chance of corrosion.

Conclusion

The SSW-149-02-S-D-RA is an example of a rectangular connector and is used extensively in many industries. Its two mating halves are connected via a number of conducting pins that facilitate the establishment of a mechanical and electrical connection between two components. These connectors are capable of providing a strong conductive path and offer the benefits of improved heat dissipation, reduced electrical interference, and corrosion mitigation.