510-87-180-14-031101

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Sockets for ICs, transistors, and similar electrical components have become an indispensable part of the electronics industry. From their inception in the early nineteen-hundreds, these tools have allowed for easier and more efficient integration of electrical components into circuits or computer systems. The 510-87-180-14-031101 socket is a popular choice among engineers today due to its high degree of flexibility in use and its relative compact size. In this article, we will explore the application field of the 510-87-180-14-031101 socket as well as its basic working principle.

The 510-87-180-14-031101 socket is a type of “burn-in” socket, meaning that it is designed to hold an integrated circuit (IC) securely for burn-in applications. In such applications, an IC is installed in the socket and then powered up to test its functionality under long term, intense usage. This kind of testing is important because it exposes any latent flaws that may be present in the IC prior to installation in a final application. The 510-87-180-14-031101 socket is also popular in test & measurement applications for research and development purposes.

The 510-87-180-14-031101 socket is constructed from stamped metal plates and is designed to securely hold both through-hole and surface mount components. The metal plates are arranged in a rectangular pattern and securely fastened together with screws. The socket is designed to be highly configurable, and can accommodate different depths and diameters of ICs depending on the requirements of the application. The socket also has several mounting options for easy integration into any system. Furthermore, the 510-87-180-14-031101 socket is modular in design, meaning that multiple units can be connected together to create a larger socket for applications that require more than one IC.

The 510-87-180-14-031101 socket also features high-density contact pins that provide high electrical continuity between the socket and the IC. The contact pins are designed to be flexible, allowing them to hold components securely without damaging the contacts or the socket itself. The contact pins are also corrosion resistant, further ensuring that electrical continuity is maintained even in harsh environments. Furthermore, the socket also features internal shielding to protect the IC from electronic noise and interference.

The working principle of the 510-87-180-14-031101 socket is fairly straightforward. The socket is designed to receive the IC, and the contact pins are then pushed into the IC’s contacts. This creates a secure electrical connection between the socket and the IC. The contact pins are designed to be flexible, meaning that they can easily adjust to the size and shape of any IC inserted into the socket. The socket also features internal shielding to protect the IC from electromagnetic interference.

In summary, the 510-87-180-14-031101 socket is a highly versatile tool that is often used in burn-in and test & measurement applications. It is designed to securely hold both through-hole and surface mount components, and is constructed from stamped metal plates. The socket also features high-density contact pins for reliable electrical connectivity and internal shielding for noise and interference protection. Furthermore, the 510-87-180-14-031101 socket is modular in design, allowing for easy integration into larger systems.

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