50-9513-10

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Sockets for ICs, Transistors, are self-contained electronic components specifically designed to be secured to a contact or terminal and used to connect two or more electrical cables together. The materials used in these types of sockets typically includes silver, gold, neoprene, and other metals. The common shapes and sizes of the sockets can vary greatly depending on the type of components they are designed to house. The 50-9513-10 socket, designed by NCR Corporation, is one of the many specialty sockets available for use in various industries.

The 50-9513-10 application field of use includes various applications where there is an interface between the physical world and the digital world. This socket is mainly used for interfacing with devices that require general I/O communication and higher speed transistors. These include microcontrollers, intelligent remote control systems, digital signal processors, microprocessors, memory devices, and other digital components. The 50-9513-10 socket is also used in communication and testing systems such as modems, multiplexers, and industrial control systems.

The working principle of the 50-9513-10 socket is based on a unique concept using a single hole with the number of terminals and leads depending on the type of components. The terminals are connected to the pins using beryllium copper contacts, which provide a secure and reliable connection. The integrated shielding and insulation makes it easier to provide electrical isolation and also protection against interference. The 50-9513-10 socket uses a bi-directional impedance matching for its components and terminals which prevents signal reflections and helps to reduce the crosstalk noise.

The 50-9513-10 socket is generally manufactured with a metal body that acts as an EMI shield, and the temperature range is quite wide. The rated operating temperature range is from -55 °C to + 240 °C. The key advantages of using this particular socket include better power dissipation, low insertion force, compatibility with SMT components, and improved signal integrity. The socketed components also provide better noise immunity, as the contact between the component and the socket is more secure.

In summary, the 50-9513-10 socket is specifically designed for applications where there is an interface between physical and digital components. The Bi-directional impedance matching of the socket ensures that the signals and noise are kept more balanced and out of the way. The high temperature range and EMI shielding makes it a great choice for many applications, while its low insertion force and compatibility with SMT components make it the perfect solution for many embedded projects.

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