614-93-175-16-006012

Sockets for ICs, Transistors

The 614-93-175-16-006012 socket, otherwise known as SO-DIMM, is a socket specifically designed for integrated circuits (ICs) and transistors. This socket is extremely reliable and is used for a variety of devices that require a high level of performance.

The 614-93-175-16-006012 has a unique socket design that increases performance and efficiency while ensuring a secure connection with the device. The socket is constructed from high-quality copper and features a patented lock system that harnesses two pairs of locking claws. The claws help to minimize contact loss and ensure that the ICs and transistors are securely fastened and locked in place.

The 614-93-175-16-006012 socket is a dual in-line socket, meaning that it is designed to support two rows of ICs and transistors. This socket is designed to be mounted on a circuit board so that its dual pads can line up with the two rows of ICs or transistors. This socket also features an adjustable height which allows for proper contact alignment with the ICs and transistors.

Once properly installed, the 614-93-175-16-006012 socket is capable of transferring power to the ICs and transistors, as well as providing data and control signals. The socket features two rows of pins that are arranged in a particular pattern. The arrangement of the pins allows the socket to transfer data and power to the ICs and transistors, while also sending control signals. The arrangement also ensures proper and secure connection between the ICs and transistors and the socket.

The 614-93-175-16-006012 socket is capable of handling up to 8.0 volts of power. This means that it is suitable for both low and high power ICs and transistors. The socket is also designed to be resistant to electrical noise, meaning that it won’t interfere with other devices located nearby. This is an important feature, as interference can result in data corruption or equipment damage.

Overall, the 614-93-175-16-006012 socket is an excellent choice for ICs and transistors. Its unique design ensures secure connection and increased performance and efficiency. It is also extremely resistant to electrical noise, making it an ideal choice for a wide range of applications.