536279-2

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Rectangular connectors are increasingly becoming popular in a wide range of applications, from consumer electronics to medical, industrial and military sectors. The 536279-2 is no exception, and is suitable for high speed data transmission of up to 4Gbps. It consists of two main components – an array header and an array receptacle.

The array header, also known as male socket, has 72pins arranged in two rows of 36 pins each. The array receptacle, also known as female socket, has an identical layout with 72pins in two rows of 36 pins each. Both components are designed to mate together in a press-fit. This creates a secure connection with superior power and signal transfer capabilities. The 536279-2 can also be configured with other male or female sockets which are suitable for board-to-board mating.

The 536279-2\'s main purpose is to serve as a high speed connector between different electronic components. It is typically used in applications where data transmission speed and accuracy is paramount, such as computers, communication systems and robotics. The connector is also very versatile, being compatible with both soldered and press-fit connection technologies. This makes it an ideal choice for applications which require a reliable and secure connection, with minimal size and cost.

Moreover, the 536279-2 offers several features and benefits that make it a great choice for many applications. It can operate at temperatures up to 70oC, is highly resistant to corrosion and its insulation material is strong enough to protect against shocks and ESD. Additionally, the high speed signal transmission is ensured by its tight tolerances and 100% control of all mating points. As an added bonus, the connector is also RoHS compliant.

The working principle of the 536279-2 is fairly simple. Its two components – the array header and the array receptacle – are designed to mate together in a press-fit. This creates a secure connection with superior power and signal transfer capabilities. It is by far the most common form of interconnections used in high speed applications. It is also robust enough to withstand extreme environments, such as high temperature and moisture.

In summary, the 536279-2 is an ideal choice for applications which require high speed data transmission, accuracy and superior power and signal transfer capabilities. It is low cost, secure and reliable, and highly resistant to corrosion and shock. Moreover, its RoHS compliant materials make it a popular choice for many different applications.

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