29-11-0042

Definition

A rectangular connector is an electronic device that is designed to link circuits or lines between two or more electronic modules. The rectangular connector has a housing, a terminal and a contact. The housing is generally a plastic molded crate, shaped to be rectangular. The terminal is typically a metal material such as copper or brass. It is made into a flat junction strip, with each end of the strip containing a hole to accept the contact. The contacts are generally different lengths, based on the size of the connection they will make. The contacts are made from either copper or brass.

Types

Rectangular connectors come in a variety of sizes and styles. There are stand-alone rectangular connectors, which are used for single-point connections. There are in-line rectangular connectors, which are designed to create multiple points of connection and can be used to create circuits or networks. There are board-mounted rectangular connectors, which are designed to be mounted directly onto the printed circuit board. There are also single module rectangular connectors, which are used for single-connection modules.

Features and Benefits

The main benefit of using a rectangular connector is that it is very efficient in terms of signal transfer. The size of the connector is also relatively small, which makes it ideal for portable devices where space can be limited. Furthermore, the robust nature of the connector means that it can be used in hostile environments, such as extreme temperatures or extreme vibrations. Rectangular connectors also offer a high level of signal accuracy, ensuring that a signal is transferred correctly without any distortion or interference. Finally, depending on the type of rectangular connector, they can be resistant to corrosion and water, making them a great choice for applications where these factors may otherwise cause damage to the connection.

Applications

29-11-0042 rectangular connectors are used primarily in automotive and industrial applications. These connectors are also used in computer peripherals, such as mice and keyboards. In these applications, the connector links the internal components of the peripheral to the external chassis, allowing for the data and power connections between the two components. The rectangular connector is also used in a variety of military and aerospace applications.

Working Principle

Rectangular connectors typically utilize a male/female configuration. The female connector is attached to the mating receptacle, and the male connector is inserted into the mating receptacle. When mated, the two connectors create an electrical connection through the contact legs. When the connectors are un-mated, the contact legs are no longer connected, and the current flow ceases. This is a simple yet reliable way of creating an electrical connection.

Advantages

The main advantage of using a rectangular connector is its small size and light weight. These connectors are also relatively low cost, making them an ideal connector for low-cost applications. Additionally, the robustness of the rectangular connector allows it to be used in applications requiring high levels of reliability. Furthermore, the ability to customize the terminals and contact lengths make these connectors highly versatile.

Disadvantages

The main disadvantage of using a rectangular connector is that they are relatively difficult to connect in tight spaces. In addition, the electrical connection can be interrupted if the connectors are not securely held in place, which can lead to a loss of signal accuracy and continuity. Finally, the connectors can be affected by certain environmental conditions, such as moisture or dust, which may reduce their effectiveness.

Conclusion

29-11-0042 rectangular connectors are a reliable and versatile electronic device for connecting two or more circuits or lines. These connectors are relatively inexpensive, small, and light-weight, making them ideal for portable applications. Furthermore, they are extremely robust, allowing them to be used in high-temperature or vibrational environments. However, they are also susceptible to certain environmental conditions, and their connection can be disrupted if not securely combined.