14-C195-30

Sockets for ICs, as the name implies, are components used to interface integrated circuits (ICs) with the larger electronics system. They provide a secure physical connection for ICs, and allow for the replacement or reprogramming of the ICs in the event of a malfunction. In many cases, these sockets can also provide electrical noise isolation or reduce problems associated with contact resistance. The 14-C195-30 socket is a particular type of socket used in a wide variety of applications.

The 14-C195-30 was primarily designed to provide a secure, low profile connection to ICs, such as microcontrollers and DSPs. It has a total pin count of 30, and is designed with an optimized contact interface, which minimizes the contact resistance between ICs and their external connections. This improved contact interface also offers significant improvements in the electrical noise isolation that the socket provides.

In addition to being used in traditional microcontroller and DSP applications, the 14-C195-30 socket can also be used for a variety of other components, including transistors, flash memory chips, and digital logic chips. The socket is designed to accommodate a variety of component sizes, including 0.4 mm, 0.5 mm, and 0.6 mm packages. This makes the 14-C195-30 well suited for a variety of applications, from power management systems to automotive components.

The 14-C195-30 socket is a self-locking socket, meaning that it can be securely attached to a printed circuit board and require little maintenance once installed. The self-locking mechanism prevents the socket from being accidently disconnected, ensuring that the ICs stay secure in the event of an unexpected power outage. Additionally, the contacts of the 14-C195-30 socket are gold-plated and are designed to provide superior electrical conductivity over time.

The working principle of the 14-C195-30 socket is relatively straightforward. Once installed on a PCB, the socket provides a physical interface between the PCB and the ICs. As the IC is inserted into the socket, the gold-plated contacts make contact with the IC’s pins and provide electrical contact between the IC and the PCB. Similarly, when the IC is removed from the socket, the contacts break the electrical connection and the IC is disconnected from the PCB.

In summary, the 14-C195-30 socket is a low-profile socket designed for a variety of ICs and transistors. The socket provides a secure physical connection between the IC and the PCB, as well as excellent electrical noise isolation and low contact resistance. The socket is self-locking, ensuring that the ICs remain securely attached to the PCB. Finally, the working principle of the socket is straightforward, as the contacts of the socket make electrical contact with the IC’s pins when the IC is inserted in the socket.