PXC04SAAN

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The PXC04SAAN rectangular connectors are headers, male pins, and consist of two rows of 4-pin configurations. These connectors are made from UL94-V0 anti-flame retardant material, making it suitable for applications with high temperature requirements. The contact positions of the pins in the connector are designed in a way to ensure reliable contact, while also providing enough space for soldering. The PXC04SAAN connectors also feature a special insulated-sleeve design to minimize crosstalk in the signal.

The application field for the PXC04SAAN can range from computer and medical equipment to consumer appliances. The connectors are widely used in signal and power transfer connections because of their high precision and reliability. Their small size makes them ideal for portable and embedded applications, such as notebooks and mobile devices. Furthermore, the PXC04SAAN connectors are suitable for use in various industrial applications, such as automotive, radar, and avionics.

The working principle of the PXC04SAAN is fairly straightforward. The pins in the connector are positioned in a way that allows them to mate reliably with the corresponding female connector. To ensure electrical connection, the male and female connectors are designed with a friction lock. This lock ensures that the connection is properly secured and maintains a reliable connection. The insulation sleeve of the connector also provides extra protection from electromagnetic interference (EMI) and crosstalk.

In summary, the PXC04SAAN rectangular connectors are headers, male pins, with 4-pin configurations that are made from UL94-V0 anti-flame retardant material. Their small size makes them ideal for portable and embedded applications, such as notebooks and mobile devices. Furthermore, the PXC04SAAN connectors are suitable for use in various industrial application, such as automotive, radar, and avionics. The working principle of the connectors is fairly straightforward and relies on a friction lock to ensure electrical connection and protection from electromagnetic interference (EMI) and crosstalk.

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