09185146927

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Rectangular Connectors - Headers, Male Pins are components used to interconnect or join two devices or circuits. The 09185146927 header is a type of rectangular connector that has a male pin on the top.

The 09185146927 headers are typically used in a wide variety of applications such as medical, consumer electronics, automotive, industrial control, communication and computer systems. The 09185146927 is also often used in applications where connection between two devices needs fast and secure signal transmission.

The 09185146927 header has a pin pitch of 0.5mm which allows for a high-density connection and is very suitable for high-speed data transfer. It is a board-mountable header with a 90-degree angle which makes it a perfect fit for applications in tight spaces.

The header is made of a metal material, usually copper-silver alloy, that provides strong and durable electrical contact. It has gold plated terminals that provide a secure connection and excellent electrical contact.

The working principle of the 09185146927 is based on the pin contact pressure and contact interface design. The pin-contact pressure is generated by the mating of the two header parts and is responsible for providing a secure electrical connection. As the pins are inserted into the header, the pressure between the pins and the header increases. This increases the contact area and ensures a strong and secure connection.

The contact interface design of the 09185146927 connector allows for a good heat dissipation and allows for stable operation of the connector. The contact interface also has a protection layer that prevents dust and foreign matter from entering the cone which can interfere with the signal transmission.

The 09185146927 header is an excellent choice for applications that require a reliable connection and fast signal transmission. The relatively small size of the connector makes it ideal for applications in tight spaces and its pin-contact pressure ensures a secure connection. Moreover, the contact interface design allows for a good heat dissipation and protection from dust.

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