0740622552

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Backplane connectors are specialized electrical connectors used for make connections between multiple circuit boards within a single computer system or among multiple computing systems. The 0740622552 backplane connector is designed for parallel transmission applications and is specifically designed for high data rate transfer.

The 0740622552 connector uses a high precision interface and has an overall design of two 45-position connector modules, with a female receptacle and a male plug at each end. The two connector modules are held in place with two spring-loaded retention clips. The 0740622552 backplane connector is designed for multi-role applications, meaning it can be used for both serial and parallel data transmission. Additionally, the 0740622552 backplane connector is compatible with other industry standard connectors.

The 0740622552 backplane connector operates according to the "fly-over" system. This means that the data is sent from the source to the connector through the female receptacle and is then transmitted over a tiny gap in the connector to the male plug. As a result, signals do not pass through the plastic material used for the connector. The 0740622552 connector also uses a low voltage differential signaling system (LVDS) to ensure that all electrical signals are correct and can be read correctly.

The 0740622552 backplane connector is designed to reduce the effects of crosstalk and noise inherent with parallel data transmissions. Additionally, the 0740622552 backplane connector can be used with various types of optical transmission equipment. This includes transceivers, repeaters, modulators, and switches. The 0740622552 has a durable construction, allowing it to be used in high temperature and high voltage applications.

The 0740622552 backplane connector is a high-performance interconnect system with a number of advantages. It is compatible with high speed parallel applications and can be used with a variety of optical transmission equipment. It uses a fly-over design that reduces the effects of crosstalk and noise, and has a durable construction that can handle high temperature and voltage applications.

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