511-93-179-18-117001

Sockets for ICs, transistors, and other electronic components are designed to safely and securely hold these electronic devices in place. The 511-93-179-18-117001 socket is one such device, offered by a high-quality manufacturer and designed with longevity in mind. In this article, we’ll take a look at this specific socket’s application and its working principle.The 511-93-179-18-117001 socket is designed to accommodate both through-hole and surface-mount devices. It has a total of eighteen pins, each of which is made of solid brass and gold plated to provide excellent contact and conductivity. In addition, the socket is equipped with adjustable 0.15-inch to 0.2-inch mounting clips, so it can be used with different board thicknesses.This socket is ideal for use in prototyping, industrial and commercial PCBs (Printed Circuit Boards), and has been very popular among designers and engineers since its initial launch. Its upper portion features a latching mechanism that is designed to keep the socket securely locked in place. This eliminates the risk of accidental disconnection during soldering and rework operations.As far as its working principle is concerned, the 511-93-179-18-117001 socket operates using a principle called “Contact Expansion.” This principle states that when the socket is engaged, the contact spring expands slightly, creating a secure connection. This provides for a solid and reliable connection between the socket and the underlying circuit board.Another interesting feature of this socket is that it utilizes a “Cross-Hatch” design for its contact springs. This design ensures that each contact pin is securely engaged and ensures that the pins are not damaged during soldering or other operations. Additionally, this socket also features a unique “Cu-Ni-Al” plating. This plating helps to prevent oxidation and corrosion, further enhancing the longevity of the socket.To sum up, the 511-93-179-18-117001 socket from a high-quality manufacturer is designed such that it can accommodate both through-hole and surface-mount devices. It is equipped with adjustable 0.15-inch to 0.2-inch mounting clips, and its upper portion features a latching mechanism that is designed to keep the socket securely locked in place. It operates using a principle called “Contact Expansion,” and utilizes a “Cross-Hatch” design for its contact springs. Lastly, it features a “Cu-Ni-Al” plating, which helps to prevent oxidation and corrosion. All of these features combine to ensure a safe and secure fit for an IC, transistor, or other electronic component.