415-41-220-41-003000

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Sockets for ICs, transistors, and related components provide an easy and reliable way to do PCI/PCI-Express design. 415-41-220-41-003000 is one such socket package that offers a variety of features designed for ease of use and high performance. The components in this package include two halves of the socket, which are soldered together providing a sturdy, secure, and consistent connection from the board to the IC, as well as other electrical components.

The application field of 415-41-220-41-003000 includes most electrical devices that require connection to an IC. This includes computers, phones, tablets, and other electronic products. The package can also be used in automotive, aerospace, and other industrial applications.

The socket provides excellent electrical and mechanical performance, and its design is tailored toward high-speed, high-power usage. The socket features two mullion parts which are connected in the middle, allowing no flexing of the socket. It also features a stainless steel contact structure for superior electrical performance. Additionally, the socket has a tight-locking mechanism, designed to ensure maximum continuity between the IC and the socket, as well as reliable contact.

The socket’s working principle is simple. The socket connects the IC to the board at a certain distance, allowing a certain amount of current to flow through it. This current is regulated through the Mullion parts, which allows the IC to receive a reliable flow of electrons, enabling the IC to operate at its optimal performance. Additionally, the socket’s tight-locking mechanism ensures a secure electrical connection between the IC and the socket, while also reducing the risk of false contact.

The 415-41-220-41-003000 socket package is a reliable and versatile design solution for a wide range of applications. From computers to automotive systems, it provides a secure contact between the IC and the board. The superior electrical and mechanical performance of the socket makes it a great choice for high-speed, high-power circuitry. Additionally, its intuitive design and tight-locking mechanism ensure that the IC receives the proper voltage and current, providing optimal performance.

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