HTSW-102-18-T-D

The HTSW-102-18-T-D is a rectangular connector belonging to the category of headers, male pins. It is commonly used in the design of electronic products due to its reliability and efficient design. The connector boasts great contact force and has an extended insulation sleeve that makes it suitable for a wide array of applications. This article will discuss the different application fields and working principle of the HTSW-102-18-T-D.

Applications

The HTSW-102-18-T-D belongs to the header and male pin connector family, so it is a widely used connector in the electronic devices industry. It is primarily used for networking, communication, and data transmission. This makes it an ideal choice for the design of PCs, medical devices, automotive devices, and telecommunications equipment. It can also be used for the connection of multiple kinds of high-grade and low-grade connector assemblies. The material used for this connector is compliant with ROHS, so it can also be installed in many environmentally friendly applications.

Working Principle

The HTSW-102-18-T-D is a two-part connector assembly consisting of a header and a male pin. The header contains an insulation sleeve that is designed to protect against accidental short-circuits and damage to the inserted pin. The insulation sleeve is made of high-grade thermoplastic which is able to withstand high temperatures. The male pin is designed to provide a tight connection with adequate contact force, allowing for reliable and stable data transmissions. When the header and pin are inserted into an appropriate mating hole of the printed circuit board, the contact force between the two parts is actuated to ensure the connection is secured and reliable.

Conclusion

The HTSW-102-18-T-D is a reliable and efficient rectangular connector that belongs to the header and male pin category. It is widely used in the electronic devices industry due to its excellent contact force and extended insulation sleeve. The connector is compliant with ROHS and can be used for a wide range of networking, communication, and data transmission applications. Its two-part connector assembly performs exceptionally well in the printed circuit boards, providing secure connections that are resistant to accidental short-circuits and damages.