HTSW-220-12-G-Q-RA

Rectangular Connectors - Headers, Male Pins

The HTSW-220-12-G-Q-RA is a type of rectangular connector which is commonly used in electronic devices for making and connecting transmissions. The HTSW-220-12-G-Q-RA rectangular connector consists of a header and male pins. The header has a length of 220mm and a width of 12mm. It is made from a thermoplastic material and is highly resistant to temperature and pressure. The male pins are 3.96mm in diameter and are made from brass. These male pins are connected to the header by inserting them into the through holes in the header.

The HTSW-220-12-G-Q-RA rectangular connector is typically used in applications where a high-temperature or pressure-resistant connection is desired. It is ideal for components which need to be connected in harsh environments such as automotive or industrial applications. It is also used for high-speed data transmissions as it reduces signal loss and can handle high frequencies. The connector is also corrosion-resistant which makes it suitable for extensive outdoor use.

The HTSW-220-12-G-Q-RA rectangular connector is used in a variety of applications such as LED lighting, automotive systems, remote control systems, control boxes, and more. It is also widely used in audio applications as it provides optimal sound quality and helps to reduce audio signal loss.

The working principle of the HTSW-220-12-G-Q-RA rectangular connector is based on the electrical connection it creates between its two components. When the two pins are inserted into the header, they create an electrical connection. The electrical current is then passed through the header and pins and is transferred from one component to the other. This electrical connection can be used to power electronic devices or transfer data.

The HTSW-220-12-G-Q-RA rectangular connector is highly reliable and durable which makes it suitable for long-term use. It is also easy to install and requires minimal maintenance. The connector is also resistant to corrosion, vibration, and shock, making it highly resistant to damage.