HTSW-102-25-L-D

HTSW-102-25-L-D Application Field and Working Principle

The HTSW-102-25-L-D is a rectangular connector, specifically a header with male pins from Phoenix Contact. These components are robust, versatile, reliable, and used in a numerous applications.

The Applications

This connector can be applied in several industries, including medical, aerospace, and military. Its varied uses run from general-purpose systems to more specialized applications, such as in circuit boards, instrumentation systems, and control panels. Furthermore, its robust design and versatility make it suitable for a wide range of applications.

The layout of the pin header also makes it easier to use in larger systems. Thanks to its multiple layers, the pins are securely held in place, allowing for reliable connections between the parts of different components. The pins also provide excellent electrical contact and insulation, ensuring that data and power are passed between components with no interference.

The Working Principle

The HTSW-102-25-L-D is a header with male pins that are used to connect two components so that they can interact with each other. The pins are arranged in an array and secured in place by an insulating material. The array consists of 25 pins, which are evenly spaced between two columns with 12 pins each.

In order to ensure a secure connection, a contact is made between the pins and the PCB. Once the mechanical connection is secured, an electrical connection is made via the pins. This allows the two components to exchange data and power between them.

The HTSW-102-25-L-D is a reliable connection and is able to withstand large currents, as well as vibration and shock. In addition, the connector is designed to meet the highest standards of safety as well as to last a long time.

Conclusion

The HTSW-102-25-L-D from Phoenix Contact is a reliable and versatile rectangular connector. It consists of a header with male pins which can be used in diverse applications, such as medical, aerospace, and military. The connector is also robust enough to withstand large currents and vibrations, as well as to last a long time. Additionally, it has a simple working principle, as it just requires a mechanical and an electrical connection to be established in order to provide data and power to components.