28-652000-11-RC

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Socket for ICs, transistors and adapters are an important and integral part of integrated circuit (IC) technology. They provide the physical connection between an IC and its external components, and they enable individual components to interact in an integrated system. IC sockets allow ICs to be connected to an external circuit, providing the power and data flows required to make a particular application function. In addition, IC sockets can be used to link two or more components in a common system architecture, creating heterogenous or homogeneous systems.

The primary difference between IC sockets and their related device categories is that IC sockets are designed to be used with only one form factor or package size. This means that IC socket designs are tailored to the particular ICs and related packages that they are intended to support. Their design includes a dielectric material such as an epoxy-phenolic resin, which is used to ensure a secure fit between the IC socket and the IC. The dielectric material also serves to provide electrical insulation between the IC socket and the IC.

There are various types of IC socket designs available, including standard, basic, universal, high-reliability, and custom designs. All IC sockets have electrical contact points called pins, which serve to connect the IC socket to the IC. In addition, some IC socket designs also have solder contacts to provide further robustness and reliability in applications.

One of the most common applications of IC socket designs is the 28-652000-11-RC, which is a single in-line memory module (SIMM) socket. This is the most commonly used type of IC socket, and it is designed for use with 72-pin SIMMs. The 28-652000-11-RC is a high-reliability socket design and it is rated for thousands of insertion/removal cycles. It is often used in the memory slots of computers and other digital electronics systems to provide a secure connection and smooth data transfer.

The 28-652000-11-RC IC socket design is based on a metal stamped and formed array of contact pins. The contact pins are arranged in a circular pattern, and they are used to connect the IC socket to the IC. A dielectric material is typically present between the contact pins and the IC, in order to provide electrical insulation. The 28-652000-11-RC IC socket is designed for high speed and reliable performance over multiple insertion/removal cycles.

In addition to the 28-652000-11-RC IC socket design, there are other popular IC sockets available. These include the 45-147300-11-RC, the P08-188090-05-RC, and the S1Q-242000-11-RC. Each of these sockets has different features and design qualities, and they are suitable for various types of ICs and related packages. For instance, the P08-188090-05-RC is a low-profile socket designed for use with eight, and sixteen-pin SSOPs, while the 45-147300-11-RC is an ultra-low-profile socket for use with Quad Flat Packages (QFPs).

In summary, IC sockets are important components of Integrated Circuit technology and they provide the physical connection between ICs and external components. Various types of IC socket designs, including the 28-652000-11-RC, are available and they have different features and design qualities. They are typically used to provide reliable and secure connections, as well as smooth data transfer, in various types of digital electronics systems.

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