75869-105RLF

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Rectangular Connectors – Headers, Male Pins, and the 75869-105RLF are just a few examples of the vast assortment of options available when it comes to electrical connectors. In this article, we will be taking a closer look at the 75869-105RLF in particular. We will be focusing on its application field and the working principle of the 75869-105RLF.

The 75869-105RLF Connector is a rectangular, polarized header. It has a 2mm pitch, 6 positions, and surface mount style (SMT). This makes it ideal for applications in which space is at a premium. The header is constructed of tin-plated copper alloy, allowing it to be resistant to oxidation and ensuring an adequate conductivity rate. The mating connector is the 107981 octal male pin, so these two components are perfectly paired.

The 75869-105RLF is primarily used in automotive, LED lighting, telecommunications, and consumer electronic applications. Its greatest strength is its ability to be integrated into high-density circuits or space-constrained projects. The combination of a small body size, high contact count, and quality construction make the 75869-105RLF an ideal solution for a variety of different projects.

The working principle for the 75869-105RLF is relatively simple. The connector\'s terminals have been designed with downward pressure in mind, ensuring contact area between the mating surfaces. Additionally, the terminals are designed with a spring-back feature, allowing them to be compliant when in contact with their mating pin. This allows for a secure connection, helping to reduce the chance of disconnection.

In conclusion, the 75869-105RLF is a rectangular polarized header. It is ideal for use in automotive, LED lighting, telecommunications, and consumer electronic applications. The connector is also low profile, allowing it to fit into space-constrained areas. The 75869-105RLF features downward pressure to secure an adequate contact area between the mating surfaces. Additionally, it is resilient to oxidation and offers a spring-back feature on its terminals for a secure and reliable connection.

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