MTSW-112-13-S-S-755-RE

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The MTSW-112-13-S-S-755-RE connector is a type of dual-row, molded header pin from the rectangular connectors family. It is composed of a housing with 13 rows and 2 columns, and its header pins are located beneath them which are 2.54 millimeters in pitch and are male in nature. This rectangular connector has several applications in which it is used across several industries and equipment.

The MTSW-112-13-S-S-755-RE connector\'s working principle is based on the supply and transmission of electrical energy and signals between components or devices. The housing of the connector is made from materials such as plastic or nylon which act as an electrical insulation barrier. The two rows of male pins inside the housing make contact with mating pins in other connectors when correctly and firmly press fitted in their designated spots. The header pins are made from stainless steel and coated with a nickel alloy that allows for a better electrical connection due to its anti-corrosion attributes.

The MTSW-112-13-S-S-755-RE connector is primarily used in applications where low current is required such as communication systems, computer/peripheral connection systems, consumer appliances, musical instruments, and automotive. The two rows allow for a power connection and faster data transfer which makes it especially suitable for applications involving data transmission across multiple channels. It is also used in applications requiring low profile connections and those which require an electrically shielded connection for data protection andminimal power loss.

The MTSW-112-13-S-S-755-RE connector is an important rectangular connector as it is used across diverse industries for its low-current transmission capabilities. Its unique header pins make for reliableconnections and protect the electrical signals when correctly fitted. Additionally, its low profile design makes it suitable for applications that require low-profile solutions and allows for fast data transfer. This technology allows for faster, more reliable connections with minimal power loss across multiple channels.

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