HNC2-2.5P-2DS(01)

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HNC2-2.5P-2DS (01) is a rectangular connector that belongs to the Headers, Male Pins category. It is a double sided variant and is most commonly used for data transmission and interconnection purposes in a range of industries.

The connector is designed to be lightweight and space-efficient and has pins that measure 2.5mm in diameter. The board footprint measures 2.3mm on each side. It is suitable for use with standard flat surfaced substrates and has a pitch of 2mm. The housing material of the connector is Nylon 6T with Brass plating and contact material is Phosphor bronze with Tin plating, making it suitable for use in a range of applications.

The HNC2-2.5P-2DS (01) is designed to meet various electrical performance requirements such as voltage, current, contact resistance, insulation resistance, and humidity susceptibility. It also has a high vibration and shock rating, making it suitable for use in even the most extreme environments.

The connector is ideal for use in applications such as telecommunications, gaming machines, automotive systems, and medical devices. It is used to transmit data or signals between two or more devices. It is also the ideal connector for use in equipment where a compact design is required.

The working principle of the HNC2-2.5P-2DS (01) is simple. The electrical contacts of the connector are inserted into the receptacle and the outer shell is attached to secure it in place. The outer shell is then connected to the mating surface and the electrical signal is transmitted through the pins of the connector. The connector can also be used for data paired with power delivery applications to transmit both electrical signals and power simultaneously.

The HNC2-2.5P-2DS(01) is a versatile rectangular connector with a range of applications in different industries. It has superior electrical performance, rugged construction, and is designed to be compatible with most standard flat-surfaced substrates. The connector is ideal for use in telecommunications, gaming machines, automotive systems, and medical devices, and is an excellent choice for reliable data transmission and interconnection applications.

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