51939-002LF

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51939-002LF is a specialized type of backplane connector made with gold-plated contacts. It is used for connecting computer and telecom equipment on backplanes. It is mainly used to interconnect Printed Circuit Boards (PCBs) for high speed applications.

The backplane connector provides a safe and reliable data transmission pathway, preventing over current flows. It is also capable of reducing the noise interference created by other connected components. These benefits make it suitable for a variety of backplane applications in a wide range of systems.

The external part of a 51939-002LF consists of two parts: one is the outer shell and the other is the inner contacts. The outer shell is made from a durable material, usually a hard plastic. It offers robust protection against the elements and against damage from other elements, such as dust and chemical agents. It also prevents short-circuting the contact due to a lose contact.

The inner contacts are gold-plated. This ensures strong electrical and thermal conductivity between the PCBs, enabling high speed transmission of signals. The contacts also have lower resistance and are resistant to corrosion, allowing for long lasting and reliable connections.

The working principle behind a 51939-002LF is simple. Two electrical contacts are inserted into the connector’s internal slots, then they are secured with a clip or metal shield. This allows the contacts to be securely connected, but also lets them be easily released in the case of a need to replace or disconnect them. The contacts then allow for data to be transferred between the two PCBs.

The 51939-002LF backplane connector has many advantages that make it suitable for a variety of applications. Its gold-plated contacts ensure a reliable and long lasting connection, as well as a high speed data transmission. Its outer shell offers protection from the elements and other external factors. Additionally, its easy and convenient release mechanism also makes it the ideal connector for a variety of applications in a variety of systems.

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