MTMM-113-05-F-D-070

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The MTMM-113-05-F-D-070 is a type of rectangular connector in the header, male pins category. It is designed to provide a secure connection between separate components, allowing power and data to be transmitted while maintaining low resistance. This type of connector is often used for applications in the automotive and white goods industries.

A rectangular connector is any type of electrical connector that has a rectangular shape. While types of rectangular connectors vary, the MTMM-113-05-F-D-070 is a two-piece connector consisting of a male header pin and a female header. The male pin has a set of pins that make contact with the corresponding female header. These pins are made of metal and may be plated with gold or nickel for better electrical contact.

The MTMM-113-05-F-D-070 also has a soldering method for easy and secure installation. This is often preferred to crimping, which can weaken the electrical connections over time. Additionally, the header pins are spaced in a 0.050” x 0.125” pattern, which helps to ensure uniform connections and reliable performance. Together, the female header and male header pins allow the connector to maintain low electrical resistance and endure the toughest temperature and vibration environments.

The MTMM-113-05-F-D-070 is designed to meet standards of the UL 94V-0 flame rating and reach 80A CSA current rating. This type of connector is an ideal choice for applications in the automotive and white goods industries due to its strong functionality and high reliability. It is corrosion resistant, has high voltage rating, and operates at temperatures up to 105c.

The MTMM-113-05-F-D-070 is just one example of a rectangular connector. While this type of connector is often used in the automotive and white goods industries, it is also used in many other applications. It can provide secure connections that are low in resistance and are capable of transmitting power and data. Its unique design ensures strength and reliable performance even in the toughest temperature and vibration environments.

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