104-13-428-41-780000

 Sockets for ICs (Integrated Circuit) and transistors are highly advanced and unique electrical tools used by engineers, IT professionals, hobbyists and other professionals to conduct electronic projects or repairs. These devices are designed to quickly and easily attach to any microcontroller or processor, allowing the user to quickly and easily integrate a wide range of electronic components into their design. A socket\'s primary functions are to provide a physical connection between the components being attached and the integrated circuit board or other electronic medium (e.g. a printed circuit board or a breadboard).

104-13-428-41-780000 sockets are an advanced type of socket used in many applications where high speed data transfer, low latency and signal integrity are paramount. Specifically, these sockets are often used in high speed communication networks, computer systems and other applications. They are designed to provide reliable and secure connection between multiple components, allowing for faster data transfer rates, better signal quality and stability in comparison to traditional IC and transistor sockets.

The working principle of the 104-13-428-41-780000 socket is quite simple. It is designed to provide a secure and reliable connection between multiple components, as well as delivering data quickly and accurately between those components. The socket consists of two layers. The first layer is the substrate layer that contains the actual socket terminals. This layer acts as the electrical interface between the components being attached and the integrated circuit board or other electronic medium. The second layer is the signal layer, which consists of two electrical contacts or pins that are placed alongside the substrate layer. These two electrical contacts allow for fast data transfer between the components being attached and the integrated circuit board or other electronic medium.

104-13-428-41-780000 sockets are designed with a number of features that make them highly versatile for numerous applications. The first feature is a high speed data transfer rate. The socket can support data transfer speeds of up to 25Gbps, which is four times faster than most traditional IC and transistor sockets. This means that the socket can be used for applications that require high speed data transfer. Additionally, the socket provides low latency and excellent signal integrity, which makes it ideal for use in high latency networks, computer systems and other advanced applications.

The second feature of the 104-13-428-41-780000 socket is its flexibility. This means that the socket can be used for both traditional ICs and transistors and digital ICs such as FPGAs and ASICs. This makes it ideal for use in applications where the requirement for specific components changes. Additionally, the socket also has the ability to adapt to different board architectures such as legacy and modern boards. This allows for greater design flexibility when creating a product.

Another benefit of the 104-13-428-41-780000 socket is its advanced design that ensures a secure connection between the components attached to the socket and the board. This is made possible by the socket\'s design which uses metal pins to provide a secure connection between the components. The metal pins can also be used to protect against electrostatic discharge damage. The socket is also designed to ensure a reliable connection between the components attached to the socket and the board, which is especially beneficial for applications where noise immunity is important.

Finally, the 104-13-428-41-780000 socket is also designed to be highly economical and reliable for a wide range of applications. This includes applications in which the socket must be used over extended periods of time. Additionally, the socket is also designed to be compatible with a wide range of components, making it an ideal choice for applications requiring a large number of components to be connected together.

In summary, the 104-13-428-41-780000 socket is an advanced and versatile electrical tool used by engineers, IT professionals, hobbyists and other professionals to quickly and easily connect a wide range of electronic components to a microcontroller or processor. The socket is designed to provide a secure and reliable connection between multiple components, allowing for faster data transfer rates, better signal quality and stability in comparison to traditional IC and transistor sockets. Additionally, the socket is also designed to be highly flexible and economical, making it ideal for many different applications.