MTMM-106-05-T-S-070

The MTMM-106-05-T-S-070 is a type of rectangular connector, which is a series of headers and male pin connectors. These connectors are constructed with metal shells and come in various sizes and shapes. They are typically used to terminate printed circuit board (PCB) to a cable or harness. With the help of the MTMM, users can manipulate the interconnects and reduce costs of deployment and installation. Furthermore, these connectors make it easy to integrate components, thus promoting efficiency in assembly.

The MTMM-106-05-T-S-070 comes with a number of features. This includes pin system which consists of two rows of 5 pins. As for insulation, it is made out polypropylene which is a UL 94V-2 flame rated material. The pin contact is constructed out of phosphor bronze and comes with gold plating. In addition, the wire connections features insulation that is made of thermoplastic elastomer (TPE) that has a UL 94V-0 flame rating with an axial piercing pin.These features help to make the MTMM-106-05-T-S-070 a reliable and robust connector.

As for the application field of the MTMM-106-05-T-S-070, it is typically used in industries such as automotive, industrial and medical. In automotive industries, these connectors are used to create connections between controllers, motors, displays and other accessories related to the car. In industrial settings, the MTMM-106-05-T-S-070 can be used to connect control panels and various other components used in machine automation. It can also be used in medical machinery such as MRIs and CTs for the purpose of connecting imaging equipment with computers.

The working principle behind MTMM-106-05-T-S-070 connectors is simple. The two rows of the pin system allow for a current flow which carries data in the form of electrons between two points. The insulation provided by the polypropylene helps to reduce crosstalk between two signals, while the gold plating on the pin contact ensures that there is no corrosion over time. The retained current from the terminal pins helps prevent data errors and improves the signal integrity and accuracy. Lastly, the axial piercing pin helps maintain the signal while offering additional protection for users.