110-83-306-41-005101

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Sockets for ICs, transistors, and other integrated circuits (ICs) are integral components to many modern types of computing. They are the connectors between more traditional components, like Printed Circuit Boards (PCBs) to the actual computing device itself. Their purpose is to provide a reliable connection between the two, albeit in a modular form. The 110-83-306-41-005101 is a particularly useful socket, as it is optimized for high-speed, multi-pin connections. This paper will detail the application and working principles of the 110-83-306-41-005101 socket.

The 110-83-306-41-005101 socket is designed to handle higher speed connections compared to other common socket types. It also possesses a specific construction that is meant to reduce crosstalk, signal reflections, and ground bounce. This is a great advantage when working with other high-speed components, such as microprocessors, memory chips, and other integrated circuits. The socket also has a low profile design, which allows for the accommodating of significant amounts of I/O connections within a small area.

In terms of application, the 110-83-306-41-005101 socket is designed to enable high-speed data transfer within a variety of digital systems. These can range from a board’s internal bus to a transition between board\'s; such a feature further simplifies circuit design, such as timing and logic functions. This is especially helpful if relocation is necessary, as the socket’s mechanical characteristics remain constant when changing the socket’s location.

The 110-83-306-41-005101 socket’s working principle also relies on the socket’s aforementioned low-profile design. This type of construction helps to prevent circuit interference, thereby providing optimum signal transmission, such as a constant data stream. This also makes it easier to debug the signal path, as diagnostic tools can be used to pinpoint any non-transmission issues. Additionally, the socket’s insulation and contact characteristics are also optimized to reduce eventual contact point failure and corrosion.

Overall, the 110-83-306-41-005101 socket provides an ideal solution when dealing with integrated circuits, microprocessors, and other types of high-speed components. Through its unique design, crosstalk, reflections, and ground bounce are largely counteract, while the socket’s insulation and contact characteristics can improve signal transmission and reduce eventual contact point failure. Combined with its low-profile design, the socket is ideal for complicated I/O applications, such as the transition between two boards, as its mechanical characteristics also remain constant when relocation is necessary.

The specific data is subject to PDF, and the above content is for reference