317-43-121-41-005000

The 317-43-121-41-005000 application field and working principle can be classified as sockets for ICs and transistors. A socket is a device that contains electrical contacts that accept a particular type of Integrated Circuit (IC) for connection to a circuit board. Depending on the type of IC, a socket can be used to directly attach an integrated circuit to the board, instead of soldering it in place. IC sockets provide secure connections and are great for prototyping since they can be quickly added and removed for testing purposes.

317-43-121-41-005000 IC is a double-row, surface-mounted, closed-frame socket with Gold plated contacts and 200 contacs. This socket features spring-loaded pins that automatically adjust to the IC module size, and a wide contact area for increased current carrying capacity. It provides reliable connection with the IC and the board, helps reduce the risk of contact corrosion and makes sure the circuit will stay reliable over time.

The working principle of317-43-121-41-005000 is quite straightforward. The IC is inserted into the socket and the spring-loaded pins provide the contact. The current from the board then flows to the IC through the socket pins. The socket has a mechanism that prevents the IC from rotating when the force is applied, which helps to maintain good connections between the socket pins and the board.

The 317-43-121-41-005000 is designed for surface-mount circuits and allows the IC to be accessed quickly and easily. This socket is widely used in embedded and IoT application as it helps reduce the risk of contact corrosion and ensures a stable and reliable circuit. It is also great for prototyping and testing since it can be inserted and removed easily.

In conclusion, 317-43-121-41-005000 is a double-row, surface-mounted, closed-frame socket with Gold plated contacts and 200 contacts. It provides reliable connection with the IC and the board, helps reduce the risk of contact corrosion and makes sure the circuit will stay reliable over time. The spring-loaded pins automatically adjust to the IC module size while the wide contact area provides increased current carrying capacity. It is widely used in embedded and IoT application and makes prototyping and testing easier.