213300-1

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Backplane connectors are an integral part of many electrical systems. They are used to interconnect various components within a system, such as circuit boards, cables and other electronic devices. The 213300-1 backplane connector housing is a commonly used design for a range of applications including aerospace, medical, industrial and military. This guide will cover the application fields and working principle of the 213300-1 backplane connector housing.

The connectivity offered by the 213300-1 connector housing is unparalleled. This housing is designed to provide a reliable and secure connection between components of any system. The design is composed of two parts: the male housing and a female housing, which are placed in opposite directions to form a secure connection. The two parts are locked together with a locking mechanism, providing superior retention force for vibration and shock dampening. This ensures that the connection is reliable and able to withstand extreme conditions.

The 213300-1 connector housing is perfect for most applications that require secure, reliable connections. This housing is a press-fit style, meaning that it relies on friction and pressure to form a connection rather than fasteners or screws. This press-fit design also results in a strong, rigid connection, eliminating the need for additional fasteners or components. In addition, the press-fit nature of the connector housing allows it to be used with a variety of materials, including plastic and metal.

The application fields of the 213300-1 backplane connector housing are vast. This connector housing is designed to withstand extreme temperatures, shock and vibration, making it perfect for aerospace, medical, industrial and military applications. Aerospace applications benefit from the 213300-1 connector’s superior performance in extreme conditions, while medical applications rely on its secure connection to protect delicate equipment from contamination and shock. Industrial applications require a robust connection to withstand the rigors of harsh environments, and the 213300-1 is capable of meeting these needs as well.

The working principle behind the 213300-1 backplane connector housing is simple and effective. This connector housing relies on a mechanical connection that is formed when the male and female housings are pressed into each other. This press-fit style of connection creates a mechanical bond between the components, allowing for a secure, reliable connection. The locking mechanism ensures that the connection is held securely in place, providing superior retention force to reduce vibration and shock transmission. This mechanical connection is ideal for applications where a reliable and secure connection is essential.

In conclusion, the 213300-1 backplane connector housing is a reliable and secure solution for a wide range of applications. This connector housing is designed to withstand extreme temperatures, shock and vibration, making it the perfect choice for aerospace, medical, industrial and military applications. The working principle behind the 213300-1 is simple and effective, with a mechanical connection that provides an incredibly secure connection. Overall, the 213300-1 is an excellent choice for providing secure connections in any application.

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