MP2-S150G-51M1-C-KR

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The MP2-S150G-51M1-C-KR is a specialized backplane connector designed to provide high-speed signal transmission with low signal loss. It is commonly used in a variety of data transfer and communications applications.

The connector features a five-row, fifteen-pin design with an extended center contact. This allows for discrete grounding for each line, which helps reduce the noise interference that can occur during data transmission. Additionally, the pins are gold-plated to ensure the highest quality electrical and physical connection. This allows the connector to maintain its integrity in harsh environments.

The MP2-S150G-51M1-C-KR connector is most commonly used in high-speed networks such as Fibre Channel, Ethernet, USB 3.0 and Thunderbolt. It is also used in a variety of other applications, including broadcast television equipment. The connections are typically formed on a bulkhead or backplane. The connectors also provide some flexibility in terms of assembly, as they are available in crimp, solder or PCB formats.

The working principle of the MP2-S150G-51M1-C-KR is similar to that of other connectors. The connector contains a series of male and female pins that ensure secure connections between the two components. The pins create an electrical connection when they are joined. The quality of the electrical connection is improved due to the gold plating on the contacts. Additionally, the center contact provides a discrete ground line, reducing interference.

The MP2-S150G-51M1-C-KR is designed to provide reliable data transmission in a variety of applications. It can support high data rates, up to 150 Gbps, and is capable of withstanding harsh physical environments. Additionally, the gold-plating on the pins ensures that the connection remains secure and the noise interference is minimized.

The MP2-S150G-51M1-C-KR is a specialized backplane connector designed to provide high-speed signal transmission with low signal loss. Its five-row, fifteen-pin design allows for discrete grounding of each line, and gold-plating on the pins ensures a secure electrical connection. The connector is commonly used in a variety of data transfer and communications applications, including Fibre Channel, Ethernet, USB 3.0 and Thunderbolt, as well as broadcast television equipment. The working principle is based on a series of male and female pins that create a secure electrical connection when joined.

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