322-91-133-41-001000

Sockets for ICs, transistors and other components provide electrical connections into printed circuit boards. They can be used to mount, support, and connect devices to a circuit board, enabling reliable electrical contact between the components and the board. Technology advances, along with widespread acceptance of the increasingly more efficient use of electronic components, have spurred the development and production of more reliable, functional, and cost-effective circuit board assemblies.

The product range of sockets available today is remarkable. Originally designed for small scale or prototyping applications, new developments have enabled new or alternative uses such as high volume integrations, flexible or automated routing, and improvements in design flexibility and productivity. Today, sockets are used in many applications and come in several formats such as surface mount, through-hole, press-fit, and several other types.

Under the umbrella of sockets for ICs, transistors, and other components, the product range of socket types include system-level elements such as bus and cable management products as well as IC sockets. Depending on their application, IC sockets can be divided into two main categories – those with latch features and those without. The latch feature enables the insertion and removal of ICs without causing damage to the board and, depending on the type of IC socket, may include additional features such as short-circuit protection, protection against ESD (electrostatic discharge), and high cycling stability.

The 322-91-133-41-001000 socket is a dual-in-line (DIL) IC socket with a 4-way DIL. It is designed for surface mounting, featuring a 70 mm pitch using 0.65 mm terminals. It has an operating temperature range of -55°C to 125°C, a maximum contact resistance of 10 mΩ, a dielectric strength of 500 Vrms, an insertion life of 11,250 cycles, and an insulation resistance of 1000 MΩ.

The 322-91-133-41-001000 socket is designed for use in a variety of application fields, including communication, consumer products, automotive, industrial equipment, and medical devices. It is also suitable for use in other applications where reliability and performance are of utmost importance.

In terms of working principle, the socket works by providing a physical interface between the user and the components. The connector will provide a direct connection between the components and the user, allowing for easy data communication and eventual physical control. It effectively serves as a two-way channel between the two parties, allowing the user to control and monitor the components in an efficient and organized manner. Additionally, the socket can also serve as a protective device, isolating the components from the user and preventing any possible damage.