PBC14DFAN

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PBC14DFAN is an advanced header connector, which is designed for specific programming-board to board or cable to board applications. It is the ideal connector solution for all types of molding components such as through-holes, PCBs, cables, etc. It can be used for a variety of applications involving hot plugging, signal transfer, and data exchange. In addition, this PBC14DFAN is featured with multiple contact points that allows for a load-bearing support.

The design of this PBC14DFAN contains a body with three pins and a header for the connection to the board. The body is constructed out of a variety of materials, depending on the environment in which it will be used. Furthermore, the contacts of this connector are made of copper or bronze, while the pins are constructed out of brass. This design also allows for excellent electrical conductivity and long-term connector performance.

The main application of the PBC14DFAN is for hot plugging and signal transferring. The body is specially designed for this purpose as it ensures an improved contact current rating and a good resistance to shock and vibrations compared to other traditional headers. Additionally, it has one-directional connection from the board to the connector, ensuring a reliable and secure connection. The resistance to contamination from dust particles and dirt ensures that this connector can be used in a wide range of environments.

The working principle of the PBC14DFAN is quite simple. The three pins of the body are inserted into the header of the board. The pins then rest on the header and create a good electrical connection. When pressure is applied, the pin’s contact points make contact with the header of the board and ensures an excellent and reliable electrical connection. Once connected, the PBC14DFAN transmits data and provides an excellent signal transfer rate.

Overall, PBC14DFAN is a reliable and efficient connector solution for board to board or cable to board applications. It is suitable for a full range of hot plugging, signal transferring, and data exchange applications. Its excellent resistance to shock and vibration, and its resistance to dust and dirt make it the perfect choice for many applications. Furthermore, its easy installation and long-term performance will ensure long-term performance in any environment where this connector may be used.

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