24-516-10

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Sockets for ICs, Transistors are typically constructed with two plastic halves. The pin-side of the socket is the part where the integrated circuit is placed, and the tailside is designed to connect to the PCB circuit board. The plastic housing often contains connection legs which link the two halves together and also provide access for the integrated circuit pins. These pins are embedded in a socket-type contact, with a centering and guide pin between them, to ensure exact placement and secure insertion of the integrated circuit.

24-516-10 sockets are primarily designed for use with small-scale integrated circuits; they feature a 10-pin socket arrangement, allowing them to be used with a wide variety of integrated chips. These sockets typically use PCA (Printed Circuit Assembly) technology, where an integrated circuit is bonded to the surface of the socket using a conductive adhesive material. This helps to ensure a secure and reliable connection between the circuit board and the integrated chip.

To ensure compatibility and reliable performance, 24-516-10 sockets typically feature a low insertion and removal force, allowing them to securely hold integrated chips in place without damaging them. The contact resistance is also low, ensuring that the pins are making a secure connection and are not affected by heat, vibration, shock, or other such environmental conditions. Finally, the surface mount footprints are designed to fit into a wide variety of printed circuit boards for easy integration.

24-516-10 sockets are a popular choice for applications requiring a small number of integrated chips. Their small size makes them suitable for PCBs with limited space, and also ensures that the socket does not noticeably protrude from the board. Additionally, the low insertion and removal force makes installation or removal of an integrated chip easier, making the sockets a convenient choice. Some common applications for 24-516-10 sockets include microprocessor systems, automotive systems, consumer electronic devices, and computer systems.

These sockets are also frequently used in applications that require high-speed performance. The low contact resistance helps reduce signal interference, thus providing faster communication speeds between the integrated chip and the PCB circuit board. Furthermore, the small size reduces the overall inductance of the circuit, allowing for faster signal transmission. This makes the 24-516-10 socket a good choice for applications with demanding performance requirements.

In summary, 24-516-10 sockets offer a reliable and convenient connection solution for small-scale integrated applications. They feature a low insertion and removal force, low contact resistance, and a small size that allows them to fit into a wide variety of Arduino and other PCBs. Additionally, these sockets are suitable for applications requiring high-speed performance, due to their reduced inductance and signal interference. Therefore, the 24-516-10 socket is a popular choice for many integrated chip applications.

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