MTSW-107-13-G-D-1025

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The MTSW-107-13-G-D-1025 connector is one of the most popular rectangular connectors, especially for multi-pin edge mount applications. These connectors are most commonly used in electronic circuit boards and computerized systems and equipment. The connectors offer a wide variety of mating features, as they are tailored to meet the needs of different applications. The connections between the connectors and the board are usually completed by soldering or plugging into sockets.

The MTSW-107-13-G-D-1025 connector is part of the Rectangular Connector series, in the Headers, Male Pins series. The connectors are typically made out of polyamide plastic and feature a base insulator with a number of contact pins. The connector is designed in the categories of height, number of contacts, contact arrangement and packaging. It is rated for 4.0VA of continuous current (at a maximum operating temperature of 25°C) and has a total contact resistance of

The MTSW-107-13-G-D-1025 connector has several typical applications. They are often used in electrical communication installations, particularly in composite and low-voltage installations, in the fields of telecommunications, industrial control, household appliances and electronic equipment. It is also used in equipment such as diagnostic systems, data centers, and military applications that require high levels of reliability.

The working principle of the MTSW-107-13-G-D-1025 connector is relatively simple. The contact pins are inserted into the terminals which make contact with the conductor, thus establishing an electrical connection between the two parts. The contact pins of the connector are typically made out of brass and feature gold-plated surfaces. This ensures that the electrical connection remains strong and reliable, even in harsh environmental conditions.

The MTSW-107-13-G-D-1025 connector is a reliable, versatile and cost-effective solution for a wide range of applications. The connectors offer excellent resistance to both mechanical fatigue and corrosion, making them suitable for use in harsh industrial environments. Furthermore, the connectors are designed to be compliant with EMC and RoHS standards, meaning they are safe and reliable for use in most electrical systems. Finally, the connectors are designed to be relatively easy to install and repair, further adding to their convenience.

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