614-13-177-15-061012

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Sockets for ICs, Transistors

The 614-13-177-15-061012 application field and working principle is related to the physical sockets or connectors used to interface chips, transistors, and other integrated circuits with other components in an electronic system. These sockets or connectors come in several types and have a variety of features. They are designed to provide electrical and mechanical connectors for a wide range of interconnects, such as edge-on-edge connectors, edge-on-surface connectors, and double-stranded connectors.

Types of Sockets

The most common types of sockets are the DIP (Dual In-line Package), the SIP (Single In-line Package), and the PGA (Pin Grid Array). DIP sockets are the most popular and are designed for use with DIPs, transistors, and other integrated circuits packaged in DIP form. They provide good electrical connections and low resistance when properly selected and installed. SIP sockets are used for Socket-In-Socket (SIP) packages, which are ideal for low-pin-count designs while still providing excellent electrical connections. PGA sockets are used to securely mount and interconnect large numbers of integrated circuits used in high-density systems. PGA sockets provide excellent electrical connections while simultaneously minimizing interference.

Working Principle

The 614-13-177-15-061012 sockets or connectors are mounted on the circuit board with corresponding pins or finger tabs that are connected to the components. When the switch or power plug is inserted into the socket, the corresponding electrical signal or data is sent to the integrated circuit by the pins or finger tabs. This signal is then routed through the circuit and to other components in the circuit.

The pins and finger tabs are typically made out of soldered copper or gold and serve as electrical connectors. They are inserted into the sockets through a variety of methods, such as soldering, plugging, or special fitting techniques. Once in place, a variety of testing and diagnostics procedures can be performed to ensure the proper functioning of the connection.

Benefits of Sockets

Socketed integrated circuits offer improved reliability, increased speed, and better electrical conductivity compared to non-socketed integrated circuits. They also enable easier and faster assembly, replace broken components with improved versions, and provide higher yields during mass production. In addition, these sockets maximize the flexibility and scalability of electronics, allowing for design modifications and system upgrades. This makes them a cost-effective and reliable solution for many applications.

The specific data is subject to PDF, and the above content is for reference