516-056-000-341

Backplane connectors are a type of connector used in electronic systems. They are also known as backplane interconnects, bus connectors, or simply bus connectors, and they generally allow for data and power transmission. With increasing demands for high-bandwidth applications, backplane connectors are becoming increasingly important in the design of electronic systems. The 516-056-000-341 backplane connector is one such connector, suitable for a variety of applications and providing strong, reliable connections. In this article, we will discuss the primary applications, features, and working principle of the 516-056-000-341 backplane connector.

The 516-056-000-341 backplane connector housing consists of a metal frame and a plastic body. It is designed to provide a secure physical connection between two electronic components, such as a circuit board and a chip. This connector is particularly suitable for high-speed applications, and its connector design helps reduce signal noise, resulting in better signal integrity and higher data transfer rates. In addition, the 516-056-000-341 connector housing is capable of withstanding high temperatures and extreme environmental conditions, making it suitable for a wide range of industrial, military, and medical applications.

The 516-056-000-341 backplane connector housing is designed with a unique shape and signal pattern, which helps to improve signal integrity and reduce noise levels. The connector housing also has an EMI/RFI shield that provides superior electromagnetic interference and radio frequency interference protection. The 516-056-000-341 connector also features an adjustable extension, which allows for easy routing and connection between two points. The connector is also highly resistant to corrosion, vibration, and shocks, making it an ideal choice for harsh environments.

The working principle of the 516-056-000-341 backplane connector primarily involves the physical transfer of electricity between two points. In this case, the electricity is transferred from a circuit board to a chip. In the connector, the current is conducted through the connectors’ pins and contacts, which are embedded in the housing. The connector housing also isolates the pins from the substrate and from each other, which helps to reduce the chances of any interference or signal distortion. The pins and contacts interact with the material of the connector housing, forming a secure and reliable connection.

The 516-056-000-341 backplane connector is a versatile and highly reliable connector that can be used in a variety of applications. This connector is suitable for use in high-speed equipment, military and medical equipment, and industrial environments. The unique shape and signal pattern of the 516-056-000-341 connector housing help to improve signal integrity and reduce noise levels, while the EMI/RFI shield provides superior protection from interference. In addition, the highly durable construction and corrosion-resistant materials make the 516-056-000-341 an ideal choice for harsh environments. With its adjustable extension feature, it is easy to clearly route the connector to the two points, making installation and maintenance a breeze.

The 516-056-000-341 backplane connector is an excellent choice for a variety of applications. It provides strong, reliable connections between two electronic components, helping to reduce signal noise and improve signal integrity. Its durable construction and EMI/RFI shielding make it suitable for a wide range of industrial, military, and medical applications. The adjustable extension feature ensures easy routing and connection between two points, while its corrosion-, vibration-, and shock-resistant materials make it suitable for harsh environments. All in all, the 516-056-000-341 is an ideal backplane connector for a wide range of applications.