HTSW-216-18-S-Q

The HTSW-216-18-S-Q is a rectangular connector used in many commercial applications. This type of connector features two straight rows of eighteen pins, each of which has a pitch of 2.16mm, and is also rated for a voltage of up to 250V. It is suitable for a range of applications, including those that require an electrical connection along with high-speed data transmission.

The HTSW-216-18-S-Q is a particular type of a header and male pin or socket connector. Header connectors are typically used to permanently connect to a printed circuit board, while a male pin or socket connector is designed for connecting two pieces of equipment directly to each other through a connecting card. With this connector, it is possible to make an electrical connection and transmit high-speed data, depending on the application.

The most common type of HTSW-216-18-S-Q application is in industrial automation systems. Many high-end systems used in industrial production processes require components that can handle high data transfer speeds, and the HTSW-216-18-S-Q is able to facilitate this. Its pins provide an extremely tight connection, which eliminates the risk of problems such as shorts and crosstalk between the different lines.

In addition to industrial uses, the HTSW-216-18-S-Q can also be used for other types of applications, such as telecommunications, consumer electronics, and data processing/storage systems. It is even possible to use this connector in automotive applications, provided the operating environment is not too harsh.

The working principle of the HTSW-216-18-S-Q is relatively straightforward. Each pin consists of a metal panel connected to a spring-loaded pressure contact, which ensures a tight connection between the different contacts. When the connector is plugged into a circuit, the contact pressure forces the pins into the circuit, creating a solid contact point between the pins and the board.

The HTSW-216-18-S-Q is a highly durable and reliable rectangular connector that is well suited for a wide range of applications, including industrial automation systems. Its pins provide a tight connection that prevents issues such as shorts and crosstalk, and its ability to support high-speed data transfer makes it a great choice for many applications. As long as the operating environment is not too harsh, it can be used in automotive applications as well.