TMMH-136-01-S-DV-EC

TMMH-136-01-S-DV-EC connectors are male headers used for multiple connection applications. They have a mated length of 0.3 to 0.5 inches and are configured as straight end connections. This enables them to be used in a variety of connection needs.

The connectors are available in a variety of surface mount, varistor and bisonic insulation types. This enables them to be used on any type of each side requirements. The variety available makes them an ideal choice for signal, data and power applications.

TMMH-136-01-S-DV-EC connectors are designed with low profile housings to ensure the best possible connection to the substrate. The cores are made of high-temperature plastic that provides excellent corrosion resistance. The connectors are also designed to provide superior protection against any EMI interference.

The connectors are designed for contact pin insertion and extraction in a safe and reliable manner. The contact pins use a strain relief feature to ensure secure connections. The pins also feature a gold plated coating to further ensure reliability and protection from corrosion. The connectors have a double row configuration that ensures maximum productivity and reliability.

TMMH-136-01-S-DV-EC connectors have a working principle that is designed to maintain contact across multiple contact points. This ensures that the signals are transmitted properly regardless of the number of connections. The connectors also have a screw mount system that ensures secure connections and quick installation.

The connectors have a variety of application fields. These include signal, data and power applications. These connectors can be used in many types of equipment and can be used with different types of wiring. The connectors are also ideal for use in medical, industrial, and consumer applications.

TMMH-136-01-S-DV-EC connectors are designed for easy connection and lasting performance, making them an ideal choice for many different applications. The variety of insulation types, contact pin configurations, and shape of the connectors make them suitable for multiple interface demands. The connectors are also designed to provide a high-quality connection and reliable performance in all types of equipment.