TMMH-106-01-TM-DV

The TMMH-106-01-TM-DV is a custom-manufactured rectangular connector, specifically designed for the purpose of interfacing electronic and electrical equipment. The unique design of the product makes it suitable for a wide variety of applications and a great addition to any control lines and interconnects.

This rectangular connector comprises two components: a header and pin assembly. The header has two holes for accommodating the male pins, and the male pins on the other hand have two springs allowing them to slide in and out of the respective holes easily. This allows for the secure connection between the header and the pin assembly. The pin assembly also has two flat edges on either side of the pin to provide extra strength and stability when in use.

The TMMH-106-01-TM-DV boasts an impressive interface area, which is suitable for both higher power levels and extremely low voltage signals. It is also capable of handling up to 10 amps of current in applications including control lines, power supplies, and motor control.

The TMMH-106-01-TM-DV is suitable for a wide array of applications. Some of the primary uses of this connector are in automotive, aerospace, entertainment, and medical applications. It is also commonly used in telecommunications, computer, defence, and industrial applications, as well as marine and renewable energy applications.

As for the working principle of the TMMH-106-01-TM-DV connector, it is based on the principle of providing a secure connection between the header and the pin assembly. The pins are slidable and can be inserted into the header, after which they are locked into place. The locking mechanism is based on the two flat surfaces of the pin that sit in the corresponding areas of the header to ensure a secure fit.

The TMMH-106-01-TM-DV connector is a great choice for many electronic and electrical applications. It can provide a secure connection between the header and the pin assembly in order to ensure a reliable transfer of signals between the two components. It is designed to withstand a variety of environmental conditions, so it can be used in a variety of applications, including automotive, aerospace, entertainment, medical, telecommunications, computer, defence, industrial, marine, and renewable energy.