TMMH-122-01-F-DV

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The TMMH-122-01-F-DV Series is a range of rectangular connectors or headers with male pins. Connectors are components in electronics that enable two or more parts, devices, or circuits to be connected together. They are used to link parts to a power source, allow for signal transfers between parts, or enable the passage of electrical currents.

The TMMH-122-01-F-DV Series has a standard 2.54mm pitch and accepts 0.1” (2.54mm) spaced termination. It is made from high-quality, reliable UL94V-2, Nylon 4T for its insulation housing and high-speed current carrying copper alloy for its male pin contacts. The total number of contact positions can be from 2 to 24 solder cups, while the length ranges from 10.5 to 41.6mm.

The TMMH-122-01-F-DV Series is a popular choice in a wide range of applications due to its resistance to shock, vibration, high speed transactions, and temperature variations. Examples of applications are electronic equipment in industry, domestic appliances, test and measurement equipment, and computer peripherals.

Operation of the TMMH-122-01-F-DV Series occurs when its male pin contact is attached to the mating female receptacle contact or cable wire. The contact points between the two are made of copper and transfer the current between them, enabling the connection. Furthermore, the insulation housing material, Nylon 4T, ensures that the current is not lost between contacts due to electrical leakage.

The design of the TMMH-122-01-F-DV Series carries trade-offs. Its use of Nylon 4T as an insulation housing is non-marring and lightweight, allowing for good heat resistance. However, Nylon 4T does not have chemical and water resistance features found in other materials.

In conclusion, the TMMH-122-01-F-DV Series of rectangular connectors or headers with male pins has become a popular choice due to its resistance to shock, vibration, high speed transactions, and temperature variations in an array of applications. The design trade-offs should be taken into consideration to achieve the best performance for any application.

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