210-91-624-41-001000

Sockets for ICs, transistors, or other small electronic components are highly specialized contact elements used to connect two external circuits. These sockets provide an electrical connection and often a physical support for a given component. 210-91-624-41-001000 sockets are typically used for applications such as removable mountings of field replaceable parts, lead-less mounting, or environmental protection requirements and have a wide variety of applications in both industrial and domestic settings.

Application Field

210-91-624-41-001000 sockets are commonly used in a wide variety of applications requiring a reliable electrical connection. These include, but are not limited to, applications such as mobile communications, power-train modules, infotainment systems, cockpit electronics, control systems, and automotive electronics. For instance, they can be used as a signal-connecting device in an automotive AM/FM radio circuit, as well as in a power transistor control circuit for a more complex device, such as an electronic wiper motor or power window motor.

These sockets are also used in applications that require a more precise connection, such as circuit boards for electronic control for industrial and commercial automation applications. These precision connections support reliable high-speed data transfer and accurate response time for control systems and process control operations.

Working Principle

The working principle of 210-91-624-41-001000 sockets is relatively straightforward. They consist of two contact elements – a male and female – and a socket housing. The male contact element is typically a spring-loaded electronic contact that is mounted in the socket housing and makes contact with the female contact element mounted on the board. The male contact element is designed to prevent accidental contact while the female contact element provides a reliable electrical connection between the circuit board and socket.

The contact elements are typically made of high-grade stainless steel, copper, or brass. The contact elements are then secured to the board with screws or pins, depending on the application. The contact elements also feature bi-directional contact, allowing the socket to accept and transfer data in both directions. Furthermore, the contact elements feature high-quality insulation that provides protection from external electrostatic fields.

In addition to the contact elements, 210-91-624-41-001000 sockets also feature a tension clip that provides a secure mechanical connection between the socket and the board. The tension clip grips the socket housing and the board allowing for a secure connection that helps maintain signal integrity and reduce the risk of shattered components. Furthermore, the tension clip also helps to ensure a tight connection between the socket and the board while also reducing the risk of electrical shorts.

Conclusion

210-91-624-41-001000 sockets are versatile contact elements used to securely connect two external circuits. These sockets support a wide variety of applications, ranging from domestic settings to more complex industrial automation applications. Their working principle consists of two contact elements, a male and female, and a tension clip that provides a secure mechanical connection. They also feature bi-directional contact and insulation to provide enhanced protection from external electrostatic fields. All these features make them an ideal solution for many circuits requiring a reliable connection between multiple circuit boards.