MP2-P120-54M1-LR

MP2-P120-54M1-LR application field and working principle

The MP2-P120-54M1-LR is one of the most advanced types of backplane connectors, with its own application field and working principle. This type of backplane connector is used in a wide variety of applications, such as in telecommunication systems, computer and networking systems, consumer electronic systems, and medical equipment. It is designed for high speed data transfer and is used in a wide range of equipment.

The MP2-P120-54M1-LR backplane connector is a type of specialty connector with two 84-pin dual row arrays of contacts. It is made from a high-performance dielectric material and it has a gold-plated socket for extra durability. The connector has four layers of contacts on one side, each layer having 40 signal contacts, and two layers of contacts on the other side, each layer having 16 signal contacts. The pins of the connector are arranged in a diamond pattern in two rows, one-hundred and twenty-four millimeters apart.

The MP2-P120-54M1-LR connector has a high-speed, multi-channel design that enables it to be used for high-frequency applications. The connector has high voltage isolation and is also EMI shielded to ensure reliable data transfer. It is also designed with a high-temperature range of -40°C to +135°C.

The working principle of the MP2-P120-54M1-LR connector is based on the principle of inductive coupling. This principle is used for high speed data transfer. Inductive coupling involves the use of an electrical current in one wire or cable to induce a magnetic field in a neighboring wire or cable. The magnetic field induces a current in the neighboring wire or cable. This resulting electrical current is then detected and amplified, thus allowing data to be transferred. This method of data transfer is more reliable and efficient than traditional methods such as copper wires.

The MP2-P120-54M1-LR connector is the perfect solution for a wide range of applications, as it is designed for high speed data transfer and improved reliability. This connector is used in many different industries, such as telecommunication systems, computer and networking systems, consumer electronic systems, and medical equipment. It is an essential part of the design of these products, and its working principle based on the principle of inductive coupling ensures reliable data transfer.