HTSW-105-14-S-S-LL

The HTSW-105-14-S-S-LL is a rectangular header connector with male pins. It is primarily used for the electrical interconnection of two printed circuit boards (PCBs) in the wider field of electronics applications. It usually works by providing a physical and electrical connection via the contact between the male pins and female sockets.

The HTSW-105-14-S-S-LL is a through-hole mount version and is one of the most popular headers in the market. It is composed of two rows with 14 pins each, and is able to support the transfer of electrical signals from one board to another through the connectors. The pins have gold-plated contacts to ensure good electrical contact and reliability. It has a 2.54mm pin spacing and an overall pitch of 4.40mm.

The HTSW-105-14-S-S-LL header makes the connection secure against humidity, dust and other elements. The connector itself is made with high-quality components and materials that can endure wear and tear, as well as high temperatures. It is resilient and has good electrical properties, making it suitable for use even in harsh environments.

The HTSW-105-14-S-S-LL is also designed to enable easy and quick assembly and disassembly. It is able to provide a secure connection without the need for screws or clamps, as well as a firm electrical connection with its gold-plated contacts. It can also be easily mounted and unmounted with the use of a standard pin insertion tool, thereby reducing the time and effort in assembling and dissembling the connector.

The HTSW-105-14-S-S-LL is typically used to connect two boards in any application that involves transferring multiple electrical signals, including computer motherboards, PCBs used in industrial equipment, white goods, and many others. It can be used in a variety of operating temperatures depending on the application.

The HTSW-105-14-S-S-LL is a standard rectangular header that fits the widely used 2.54mm spacing. It is a reliable and cost-effective connector that has found application in various fields of electronics. The connector is designed to be durable and resilient, making it an efficient and reliable interconnection device in the long run.