25-0625-70

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Rectangular Connectors - Headers, Specialty Pin, includes 25-0625-70 applications and working principles. This connector is a versatile rectangular connector that is ideal for board-to-board, board-to-cable and other applications requiring strong and reliable contacts. It is specifically designed for use in high vibration applications like medical devices, aerospace, satellite, and military.

25-0625-70 Application

This type of the rectangular connector feature is ideal for board-to-board, board-to-cable, and a variety of other application requirements where signal transmission, high speed, and reliability are critical. It features high insertion force and minimum contact resistance as well as offering a robust design with high reliability for demanding high-vibration applications.

The 25-0625-70 also has a small and lightweight profile with low insertion force to reduce the complexity of the board-to-board applications. It is easily integrated into a range of system designs and can be customized to meet application specs. The connector also provides a secure and reliable connection for severe vibration and shock conditions such as aerospace, satellite or military applications.

The combination of a PCB-mounted connector-style and flexibility of its construction makes the 25-0625-70 an excellent choice for a variety of electrical connectivity and data transmission applications. It provides the highest level of contact force and contact reliability, even in the most extreme temperature and vibration environments.

Working Principle

The 25-0625-70 rectangular connector works by the electrical energy is passed through the specialty pins, then the electrical contact is made, connecting the device and supplies power. This allows the device to work and will provide the necessary signals for proper functioning. The contact\'s insulation ensures a tight fit to reduce electrical leakage and contact corrosion. The internal insulation also helps to prevent short circuit, enabling a reliable connection.

The 25-0625-70 connectors feature a patented ultra-short pin system to reduce the opening size of the contact which in turn minimizes the arc paths of the pins. This helps to reduce the amount of energy that gets lost in the signal transmission process and ultimately improves signal integrity. The special pin has enough contact force to ensure a consistent, reliable connection even in extreme vibration and shock conditions.

The 25-0625-70 connectors feature a fail-safe contact system. Its high-performance contact design enables rapid connection and disconnection, even under severe vibration and shock conditions. The contact system prevents any accidental separation between the two devices that are connected.

The 25-0625-70 connectors also feature a flexible mounting system that is easy to install and configure. The mounting system is compatible with all standard circuit boards and is simple to adjust to suite any application requirement. The mounting system also allows for up to 5 slots for additional pins or wires, enabling the connectors to accommodate larger device connections.

In addition, the 25-0625-70 connectors feature a wide temperature range and superior corrosion-resistant materials. These make the connectors suitable for use in harsh environments where high vibration and shock compliance are critical. The connector is also designed for superior electrical resistance and low contact resistance. This helps ensure a reliable connection in critical applications.

Conclusion

The 25-0625-70 connector is a versatile Rectangular Connector featuring reliable signal transmission and high speed performance in critical applications. Its patented short pin system and fail-safe contact system allows for fast connection and disconnection even under severe vibration and shock conditions. This connector is ideal for board-to-board, board-to-cable, and other applications requiring high contact reliability and signal integrity. The combination of its high performance design and flexible mounting system makes it suitable for a variety of application requirements.

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