MTB1-60PL81

Rectangular Connectors - Headers, Male Pins are widely used in the electronic and communication industry because of its versatility. MTB1-60PL81 is one of the most common models of these rectangular connectors. By breaking down its components, its application field and working principle can be better understood.

MTB1-60PL81 is a series of rectangular connectors which consists of two parts: headers and male pins. Its pin layout is 1 x 60 which means it has a single row of 60 pins. It has a pitch of 0.5mm which is the distance distance between two pins. This series of connectors also features a plus-minus polarization system, meaning that the connectors must be correctly inserted and polarized.

As mentioned before, MTB1-60PL81 is very popular because of its versatility. This series of connectors are commonly used in communication, industrial control, automobile, aviation and other high-end electronic equipment as well as audio-visual products. Specifically, they are used in the connection between printed circuit boards and other peripherals as well as the transmission of power and data connection. It is reliable, cost-effective and easy-to-assemble.

The working principle of the MTB1-60PL81 is quite simple. These connectors comprise of two components - headers and male pins. The header consists of two parts: the mating part which engages with the receptacle and the side part. Each side of the header has three contacts which bear two wings that perform the task of connecting the pins on the mating part and the mating part with the mating receptacle. The male pins on the other hand are inserted into the holes of the side part of the header and the two wings on the side part are bent over the surface of the male pins creating an electrical connection.

The MTB1-60PL81 is thus an efficient and easy-to-use connector. It not only provides reliable data transmission but also enhances the flexibility of systems. It is also suitable for high frequency applications as it has high signal integrity and good tolerance against environmental noise.