MP2-H120-44P1-S-TR30

Backplane connectors are primarily found in larger computers and networks, and the MP2-H120-44P1-S-TR30 connector is one of the more specialized varieties. As its name suggests, this type of connector is "triple redundant," meaning it has three sets of connections to reduce the chances of failure or downtime. As such, it is often found in mission-critical applications where malfunctions can cause serious problems.

The MP2-H120-44P1-S-TR30 is designed to be a high-performance backplane connector. It is characterized by its robust construction, which is intended to withstand vibration and shock, and its low contact resistance. Additionally, the pins are designed to last for thousands of insertions and to prevent corrosion. The connector also features EMI-shielding and polarization to protect it against external interference.

The main purpose of the MP2-H120-44P1-S-TR30 connector is to provide reliable interconnection between multiple devices in a given system. This type of connection is often used in mission-critical applications such as navigation systems, military networks, medical applications, industrial automation systems, and avionics. Generally, the MP2-H120-44P1-S-TR30 connector is used as an interface between a system and its components.

The working principle of the MP2-H120-44P1-S-TR30 is based on the principle of contact resistance, which is the resistance between two current carrying contacts. This type of connector has three contacts, each of which carries a certain amount of current. When two contacts are physically connected, the contact resistance between them limits the current flow, thus protecting the device from overcurrent. The contacts are also designed to protect each other from erosion, thus keeping the connection in good working condition.

The MP2-H120-44P1-S-TR30 backplane connector is a reliable and robust solution for any application that requires reliable interconnection between multiple components. Its triple redundant design and robust structure make it a great choice for mission-critical applications, where even the slightest malfunction can lead to serious problems. Additionally, the contact resistance, EMI-shielding, and corrosion protection all contribute to a reliable and long-lasting connection.