299-87-630-10-002101

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 surface mountable components provide an easy way for engineers to directly mount ICs and other components on printed circuit boards. As technology advances, so do the capabilities of these sockets, allowing them to support higher signal speeds and higher numbers of connections.

The 299-87-630-10-002101 socket is one such example of a socket field designed for use in high-performance surface mount systems. This IC socket is capable of accepting any type of IC, ranging from small 8-pin chips to large 28-pin chips. The socket is designed for efficient insertion of ICs into a printed circuit board, allowing for easy mounting and maximized signal speeds.

The socket is composed of two main components; the base and the pocket. The pocket is the larger part and is where the IC is actually inserted. This pocket is then locked in place with the base, which acts as a secure mount for the IC. The design of the socket allows for increased signal speed and reliability, as well as high insertion efficiency.

The socket has several key features that make it ideal for high-performance surface mount applications. First, the pocket is designed to provide a secure and efficient mounting of ICs. The pins are designed to provide reliable contact with the IC, and the socket is designed to maximize signal speed. Additionally, the contact force is adjustable so that contact forces can be adjusted to suit the application.

The second feature that makes the 299-87-630-10-002101 socket ideal for high-performance applications is its low-impedance design. This prevents noise and cross-talk from interfering with the signals that are transmitted across the socket. The socket also has an increased signal throughput, which increases the reliability of the data transmission. Additionally, the socket is resistant to physical and electromagnetic interference.

Finally, the socket features a self-retracting mechanism that automatically pulls the pocket back when the IC is removed. This minimizes the risk of damage to the IC, as well as providing a more secure mounting point. Additionally, the socket is designed to minimize the chance of drops or misalignments when the IC is inserted. The socket also includes gold plating to further enhance connection reliability.

In conclusion, the 299-87-630-10-002101 socket is a high-performance IC socket designed for use in surface mount applications. The socket features a secure pocket design, adjustable contact forces, low-impedance design, increased signal throughput, and a self-retracting mechanism to minimize damage. This makes the socket an ideal choice for high-performance applications that require reliable data transmission and connection reliability.

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