DF1E-8P-2.5DS(36)

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Rectangular Connectors - Headers, Male Pins are known for their durable construction, reliable performance and corrosion-resistance. The DF1E-8P-2.5DS (36) is an example of such a product, which is used extensively across a wide range of industries and applications. This article looks at the application field and working principles of the DF1E-8P-2.5DS (36) in more detail.

The DF1E-8P-2.5DS (36) is a high-speed digital signal header pin which is suitable for various applications such as Ethernet, USB, PoE, HDMI, and DVI cables. This product is constructed with 36-pin slots that are spaced 2.5mm apart and are designed to make secure and firm connections with interconnecting cables. The header pins feature 8 poles that are 0.1" long and the connector is made of tin-plated copper that is resistant to corrosion.

The DF1E-8P-2.5DS (36) has a working principle that is based on the electrical conductivity of copper. It works by creating a path for current to flow from the source to the destination. The copper in the connector provides a conductive link between the two points, enabling electrical signals to travel through it. The pins in the header form a contact circle, allowing for the current to be directed accurately in a specific direction.

The DF1E-8P-2.5DS (36) is used in a variety of applications. One common application is in data centers, where the header is used to make connections to network cables. It is also used in home theatre systems, where it provides connections between HDTVs and audio systems. It is also used in automotive applications, including the wiring of computer systems in cars. The DF1E-8P-2.5DS (36) is also used in computers, providing direct connections between motherboards and components.

The DF1E-8P-2.5DS (36) is a reliable and cost-effective connector that is suitable for a variety of applications. It is durable, corrosion-resistant and is designed to make secure connections to interconnecting cables. It has a working principle based on the electrical conductivity of copper, which allows for signals to travel accurately and efficiently. The header can be used in data centers, home theatre systems, automotive wiring and in computers, making it a versatile and versatile product.

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