HMTSW-133-27-T-D-1140-LL

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HMTSW-133-27-T-D-1140-LL is an example of a rectangular connector – header, male pin, which is an electronic part used to provide a reliable connection between two conductors in an electronic circuit. This type of connector is designed to keep the two conducive parts in contact and to prevent the entry of dust, dirt, and other contaminants into the electrical system.

The HMTSW-133-27-T-D-1140-LL is a plastic based device constructed from high-temperature thermoplastic materials such as nylon or polycarbonate with dielectric-rated reinforcement. It features 27 positions consisting of two rows of 13 male single row pins on 1.14 inch (2.94 cm) centers. It offers a reliable and secure connection between the two cables of the electronic component and is usually found in applications such as data communication and audio/video systems.

The typical operating temperature for the HMTSW-133-27-T-D-1140-LL range from -25 to +85 degrees Celsius and offers a good balance between low contact resistance, superior performance under temperature extremes, and reliable electrical characteristics. It is ideal for use in high-vibration environments such as those found in automotive, industrial, and military applications.

The working principle of the HMTSW-133-27-T-D-1140-LL is quite simple. It consists of two conductive parts separated by an insulator or a number of insulator rings. The contacts are inserted into the insulator and moved by an actuator until a secure connection is made. During insertion, the contacts force their way into the insulator material which ensures a tight fit and reliable connection. The contact surfaces also exhibit a certain amount of mechanical and thermal conduction for superior performance in intense operating conditions.

In conclusion, the HMTSW-133-27-T-D-1140-LL is a rectangular connector – header, male pin, which is a reliable and secure solution for interconnecting electronic components in high vibration environments such as automotive, industrial, and military applications. Its working principle involves two conductive parts, separated by an insulator or a number of insulator rings, that are moved into the insulator material until a tight fit and reliable connection is achieved.

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