HTSW-103-08-G-T

The HTSW-103-08-G-T is an industrial-grade rectangular connector header featuring a 0.3″ pin and socket pitch. It is designed to meet an array of application requirements and is specifically suited for data communication and telecommunications equipment. This connector features a cost-effective design and easy installation, making it an excellent choice for a variety of application fields.

Application Field

The HTSW-103-08-G-T is designed for use in the electronics, data transmission, communication, automotive, and industrial both. It is ideal for applications that require high reliability such as motor vehicle electronics, which requires connectors to operate in extreme temperature and vibration rhythms. The connector is typically used in low speed communication, such as methods for data transfer, RS-232, RS-422, RS-485, and many others.

The HTSW-103-08-G-T is also chosen for its ability to interface with multiple networks for seamless integration with other systems. This makes it suitable for use in access control systems, distributed acoustic sensing, and intelligent transportation systems as well as many others.

Working Principle

The HTSW-103-08-G-T male pin header is designed for quick and easy installation. The pins attach to the female socket by a direct press-in operation, providing a reliable connection with no need for additional tools or hardware. A mechanical “snap-action” feature is implemented to allow for quick and effortless insertion and removal.

The connector is designed to be dustproof, a feature that makes it more reliable in the presence of dust, dirt and moisture. The housing is completely sealed, and contact surfaces are protected with the standard PVC sleeve.

The contact pins of the HTSW-103-08-G-T are made of gold, allowing for superior performance in harsh environments. Gold has excellent electrical properties, providing reliable electrical insulation, low contact resistance, and excellent corrosion resistance. The contact pins of the connector are also heat-resistant for use in extreme conditions.

The connector also features a durable design. It is designed to withstand operating temperatures up to 300-degree Celsius. The material used in the connector is highly resistant to mechanical stress, ensuring a secure connection even after repeated insertions.

Conclusion

The HTSW-103-08-G-T is an ideal choice for most industrial applications. It features an easy installation process, a dust-resistant design, and gold-plated contact pins. The connector is also heat resistant and can withstand high temperatures up to 300-degree Celsius. It is suitable for use in access control systems, distributed acoustic sensing, and intelligent transportation systems. The HTSW-103-08-G-T is an excellent choice for most industrial applications.