120998-1

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Backplane connectors are used on data buses and parallel buses in a wide range of computerised systems. The particular type of connector, known as a 120998-1, is a specialised connector designed for data transfer from one bus to another with minimal power loss. In this article, we will discuss the application field and working principle of this connector.

Application Field: The 120998-1 connector is used in backplanes that connect multiple systems in a rack mount configuration. It is used in a broad range of computerised systems, ranging from industrial control networks to military and aerospace applications. This connector is particularly popular in signal transmission applications for its high operating speed of up to 400Mbps. It is also used in power supply connections for its high current rating of up to 10A.

Working Principle: The 120998-1 connector is based on a multi-pin design that allows for the transmission of data over multiple pins simultaneously. Each pin is made from a high grade alloy and is designed to transfer maximum power with minimum losses. The connectors are also designed to reduce the electromagnetic interference that is caused by the transfer of electrical signals. This is achieved through a combination of shielding and keyed contact slots that ensure that only the desired signals are transmitted and received.

In addition to its power transfer capabilities, the 120998-1 connector is also designed to reduce the chances of failure when transmitting data. This is done through a combination of spring loaded contacts and a secure locking mechanism that ensures that the connectors are firmly in place. Furthermore, the connector is protected against vibration and shock, ensuring that data is not lost during transfer.

Overall, the 120998-1 connector is an ideal choice for applications that require power transfer and signal transmission. Its high current rating and operating speed make it suitable for a wide range of applications. In addition, its long-term durability and resistance to vibration and shock make it an excellent choice for applications in harsh environments.

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