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Rectangular connectors are typically used to connect circuit boards and other electronic components in a variety of applications. They are very versatile and can be used for a number of tasks such as connecting components from a single circuit board, or connecting components from multiple boards together to create a larger overall system. Specialized rectangular connectors are also available for connecting to specific types of components such as motors, switches, sensors, and transducers.

A housing, or enclosure, is an important part of any rectangular connector application. The housing is responsible for providing the required protection from the environment. It also serves to hold the various pieces of the connector together firmly, creating a tight connection. These housings come in a variety of shapes, sizes, materials, and configurations such as single row, double row, or any combination of the two.

The type and size of the housing will depend on the application for which it is intended. Smaller housings are typically used in mechanical, audio, and industrial applications, while larger ones are used in more demanding applications, such as automotive and military applications. Additionally, the type of material used to construct the housing is usually selected based on the application.

Additionally, special types of housings are available for applications that require additional protection from the environment, such as EMI/RFI shielding or dust and water-proofing. Some specially designed housings can even tolerate temperatures up to 1418°C (2581°F). These housings are constructed from materials such as stainless steel and Inconel, and are designed to prevent the internal components from coming into contact with the environment.

The working principle of a rectangular connector will depend on the specific configuration of its components. Generally, the housing is responsible for providing the physical connection between the contacts, which are usually manufactured from metal or copper alloy. The contacts are then electrically connected with wire or cabling. Depending on the design of the connector, this may involve the use of crimp connections, solder or wave solder connections, or even contactless connections by using opto-electrical components.

In addition to providing the physical connection between the contacts, the housing may also provide additional features such as strain relief, dust seals, and locking features. These additional features can provide protection from external elements and provide a more secure connection. Destructive removal locks, for example, can make sure that the connector remains securely attached, even if it has to be removed for some reason.

Rectangular connectors are used in a wide variety of applications, from simple domestic appliances to complex industrial applications. By understanding the purpose of the connector and selecting the right housing and components, the design of effective and reliable interconnections can be achieved.

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