Rectangular Connectors – Headers, Specialty Pin

Rectangular connectors – headers, specialty pin – are widely used in high-speed electronic systems such as heavy industrial machinery, automotive electronic control systems, medical systems, consumer electronics, communications systems, and aerospace applications. The specific application typically requires specific types of specialty pin connectors.

Overview of 10-0625-10 Application Field and Working Principle

10-0625-10 connectors are specialized rectangular connectors with a 10 pin pitch. While this particular model is used in many industrial applications, it is most commonly used in communication systems, like cellular base stations. The 10-0625-10 connector is designed to provide high-speed data transmissions through a board-to-board connection. The connector’s interlocking design ensures secure contact and high durability in applications.

Shape and Properties of 10-0625-10 Connectors

The design of the 10-0625-10 connector is rectangular in shape with 10 pins which are arranged in a 6 rows and 25 columns. The rectangular shape is designed to reduce the need for additional space requirements when used in tight industries or for tight connections between components. This connector also has an open barrel terminal which allows for single hole mounting, greater contact stability and less wire damage.

The material used for the 10-0625-10 connector is nickel plated brass, which is corrosion resistant, and features a spring lock design for secure connections. The contacts of the 10-0625-10 are gold plated which is highly resistant to corrosion and is designed for high voltage, high current and high temperature applications. The contacts themselves come in a variety of sizes and types, such as SMA, SMC, SMB, and SMP connectors.

Working Principle of 10-0625-10 Connectors

The 10-0625-10 connector features an interlocking system, where each pin has a corresponding mating hole. This design makes the 10-0625-10 connector highly reliable and allows for secure connection between components. The pins and hole are made from gold-plated brass which is designed to endure high voltage, high current and high temperature applications.

The 10-0625-10 connector uses dry mating technology to make the connection between the components. The connection is made without the need for additional soldering, which makes it more efficient and increases reliability. In addition, the connector is designed for durability and is highly resistant to vibration, shock and impact.

Advantages & Disadvantages of 10-0625-10 Connectors

The most significant advantage of the 10-0625-10 connector is its secure and reliable connection. In addition, this connector does not require additional soldering which increases its efficiency and reliability. Furthermore, the design of the 10-0625-10 connector is rectangular which increases its versatility and allows it to be used in tight spaces.

The downside of this connector is that it cannot handle higher voltage as some other mini rectangular connectors. In addition, it is not suitable for high frequency applications due to its rectangular shape, which limits its use to low frequency applications.

Conclusion

As we have seen, the 10-0625-10 connector is a specialized rectangular connector with 10 pins arranged in a 6 rows and 25 columns. It is most commonly used in communication systems, like cellular base stations, and is designed to provide high-speed data transmissions through a board-to-board connection. The connector is highly reliable and does not require additional soldering for the connection. However, it is not suitable for higher voltage or higher frequency applications.