551-90-169-17-101004

Sockets for ICs, transistors, often referred to as 555 sockets, are devices which allow users to safely and accurately insert and remove integrated circuits and transistors from the microchip or circuit board. With the advent of technology making it extremely compact, the sockets are now available in a wide variety of sizes and configurations for use in virtually any application where ICs and transistors are required. In this article, we will discuss the application field and working principle of the 555 socket, model no. 551-90-169-17-101004.

The 555 socket is a socket designed to securely hold ICs and transistors. It is a pin-grid array (PGA) socket with a 456-hole array for ICs and a 56-hole array for transistors. It features an anti-static design and has gold-plated pins for better signal reception. It has a locking lever which helps to ensure that the IC is firmly positioned and keeps it from becoming loose during device operation. It also features a dual-contact system which provides better contact with the IC and transistor elements.

This 555 socket is used in a variety of applications including consumer electronics, automotive, robotics, medical devices, and more. Its small size and high pin density make it one of the best choices for use in applications that require a large number of individual pins. Its anti-static design makes it suitable for use in applications requiring contact with sensitive components or chemicals. Additionally, it can be used with multiple ICs and transistors, making it perfect for use in high-density circuit designs.

The working principle of a 555 socket is fairly straightforward. It consists of a two-part mechanism, consisting of an inner spring which provides tension and an outer casing which houses the pins. When an IC is inserted, the pins come into contact with the outer portion of the IC and the spring compresses. This creates a friction which holds the IC in place and resists any motion or vibration which would cause unwanted electrical interference.

The 555 socket also feature a dual-contact system which provides better electrical contact with the IC and transistors. This enhances electrical signal accuracy and ensures a more reliable connection between the device and the IC. Additionally, the socket is designed to prevent static electricity from interfering with the device operation.

In summary, the 551-90-169-17-101004 is a 555 socket which is designed for use in a variety of applications requiring ICs and transistors. It features an anti-static design, a locking lever, and dual-contact system which ensure reliable contact with the IC and transistors. Its small size and high pin density make it one of the best choices for use in applications which require a large number of individual pins. By understanding the applications field and working principle of the 551-90-169-17-101004, users can be sure that they are making the best decision when choosing a socket for their IC and transistor needs.