292231-6

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Rectangular Connectors - Headers, Male Pins - 292231-6 Application Field and Working Principle

Rectangular connectors provide a reliable and versatile connection for a wide range of applications. The 292231-6 is one type of rectangular connector that is typically used in the automotive, telecommunications, industrial, and medical industries.

The 292231-6 rectangular connector is made up of two mating components: the header and the male pin. The header is a female connector that is made up of two rows containing several positions. The male pin is a male connector, which has two rows that mate with the header. Both the header and the male pin include a plastic housing and two rows of 1.27 mm contact terminals.

The 292231-6 connector is capable of handling a number of applications, including automobiles, medical equipment, communication equipment, and industrial electronic systems. The connector has a number of important features that make it suitable for these applications. These features include:

• Low insertion and extraction forces, which make it suitable for applications with high vibration
• High-temperature resistance, which makes it suitable for automotive applications
• High mating cycle life, which makes it suitable for repetitively connected applications
• Compliant with a number of international standards, such as IP67, ISO 7096-2, and DIN EN ISO 60584

The working principle of the 292231-6 connector is based on the mating of the male pin and header. The male pin is inserted into the header and makes contact with the 1.27 mm contact terminals. When the male pin is fully inserted into the header, it locks into place and provides a reliable electrical connection. The connector is designed to withstand vibration and shock, and is capable of withstanding temperatures up to 125°C.

The 292231-6 connector is a reliable and versatile solution for a wide range of applications. It is well-suited for the automotive, telecommunications, industrial, and medical industries, due to its range of features and its ability to withstand high vibration and temperatures. Furthermore, it is compliant with a number of international standards, making it a desirable choice for any application.

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