110-47-316-41-605000

The 110-47-316-41-605000 is a type of socket designed for integrated circuits (ICs), transistors and other components. It is typically made of a base and contact pins, or “nails”, that are securely fitted into place on the IC and provide a connection between the IC and other components. The socket can be used for ICs of various pin counts, and can also be used for packages with nonstandard pin counts.

The socket is designed to provide a secure, consistent connection with the pins of the IC being connected. The angle of the pins is precise, and the insertion force for the IC into the socket is carefully monitored for optimum performance. The socket also employs a number of features that help with the alignment of the IC on the socket, as well as the power applied to the IC.

The 110-47-316-41-605000 socket is designed for a variety of applications, including for microprocessors, memory chips, ASICs, graphical processing units, and more. It is often used in applications where other components, such as capacitors and resistors, need to be connected to the IC quickly, reliably, and consistently. It is also often used in prototyping applications, allowing the designer to quickly modify the connections on the IC for testing or debugging purposes.

When the 110-47-316-41-605000 is employed in an application, the working principle is generally the same. The IC is placed into the socket, and the pins of the socket are then connected to the corresponding pins of the other components, such as capacitors, resistors, or other ICs. The current drawn from the IC will then travel through the pins of the socket to the other components, and the currents will also return to the IC via the same pins. This ensures that the current is shared between all of the components, allowing for more consistent performance.

In summary, the 110-47-316-41-605000 socket is designed for ICs, transistors, and other components, and is typically made of a base and contact pins. It is designed to provide a secure, consistent connection to the pins of the IC, and is often used in applications where high speed connections are required. The working principle is the same when the 110-47-316-41-605000 is employed in an application; the IC is placed into the socket, and the pins are connected to the corresponding pins of the other components.