51915-341LF

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51915-341LF is an example of a specialized backplane Connector. It is an example of a "press-fit" concept connector, which is employed in high-frequency applications that require greater reliability than conventional press-fit solutions. These connectors leverage a superior mechanical/electrical press fit mechanism, where the contact force is applied to the dielectric directly, and not to the contact packages. This allows for better insertion forcibility and greater reliability of the contact connection.

The 51915-341LF connectors are typically used in applications that require high levels of bandwidth under tight space constraints. The press-fit interface of this connector allows for twice the number of contact points compared to other designs, thus providing higher performance. It also reduces the number of components required for assembly, resulting in lower overall costs and a smaller form factor. Additionally, the connector can employ blind mate options, thus reducing the time and money associated with design and assembly. This type of connector is designed to handle bandwidths of up to 50 GHz, with excellent electrical performance.

The working principle of 51915-341LF press-fit connectors is based on the fact that contact comes in direct contact with the dielectric, providing high levels of stability and reliability. This process is done by a contactor, which is a mechanical device employed to establish a contact between two points. The contactor works by pressing the contacts against the dielectric, creating a secure and reliable contact. It also eliminates any flat spots, which could lead to poor electrical connection. The press-fit interface of the 51915-341LF provides high levels of vibration resistance, with excellent signal integrity performance.

In conclusion, 51915-341LF is an example of specialized backplane connector. It utilizes a press-fit interface, which allows for increased levels of performance in high frequency applications. It has a reliable contact process, with excellent mechanical and electrical characteristics and high levels of vibration resistance. This type of connector is designed to handle bandwidths of up to 50 GHz, with excellent electrical performance, making it an ideal solution for applications that require low form factor and high performance.

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