SA406040

Sockets for ICs and transistors are designed to connect a semiconductor device to a circuit board or a substrate. The SA406040 socket is a popular option for these applications, due to its durability, long life, and compatibility with a wide range of circuit board designs. This article will provide an overview of the SA406040 socket, including its application field and working principle.

Application Field

The SA406040 socket is a suitable connection option for a variety of applications. It is typically used in high-density printed circuit boards (PCBs), as it is durable and offers a long life even in highly demanding environments. It is also suitable for applications that require a high degree of mechanical integrity, such as those involving high vibration or shock. Additionally, the socket is well-suited for applications in which its compatibility with different circuit board designs is paramount.

Working Principle

The SA406040 socket works by providing a stable connection between the semiconductor device and the circuit board or substrate. The socket features two parallel rows of contacts, which are held in place via metal clips. These clips press the device against the circuit board or substrate, forming a permanent connection. The socket isolates the device from electrical noise and vibration, as well as reduces the risk of short circuits and arcing.

The contacts form a circular electrical connection to the substrate, which provides a uniform electrical path along the device’s entire surface. This allows the device to stay firmly integrated regardless of the surrounding environment. The socket also provides the necessary thermal conductive path so that heat generated by the device and dissipates safely.

Conclusion

The SA406040 socket is a reliable and durable connection option for semiconductor devices. It is suitable for applications in highly demanding environments, and offers a long life and compatibility with various circuit board designs. The socket offers a secure connection that is based on two sets of parallel contacts, which are held in place by metal clips. Furthermore, it provides a uniform electrical path along the device’s entire surface and a thermal conductive path for dissipating heat.