16-8561-310C

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Sockets for ICs, Transistors are industrial connectors used for installation and protection of various electronic devices. The 16-8561-310C socket is designed to comply with IEC standard 8561-310C requirements in industrial appliations, and features superior reliability, contact efficiency and firm connection. This article will discuss the application field and working principle of 16-8561-310C socket.

Application Field

16-8561-310C socket is mainly used in telecommunication systems, power systems, electronic control systems and other industrial applications which require high-frequency signal connection. The socket has a wide range of applications, such as connecting components with high-frequency signals, providing galvanic isolation between circuits, bridging frequency, and making multiple signal connections. For example, it can be used for connecting a high frequency processor to an amplifier, or for connecting robots and other electronic equipment.

The socket also provides mechanical and environmental protection for components. It helps protect components against harsh working environment such as vibration, low temperature and impacts. In addition, the socket is designed with a locking mechanism which securely locks the components and prevents it from accidental disconnection or loosening.

The 16-8561-310C socket has a rated current of up to 32A, a rated voltage of up to 250V, and a rated frequency range of 0-10GHz. These features make it suitable for use in high-speed applications, as well as providing good connection performance.

Working Principle

The 16-8561-310C socket works by providing a connection between two sockets on separate circuits. It is composed of two main components: an inner contact and an outer contact. The inner contact is made of a conductive material and is connected to the circuit’s electrodes. The outer contact is made of non-conductive material and is connected to the socket\'s contact pins. The inner and outer contacts are then separated by a dielectric layer which prevents the inner and outer contacts from making direct electrical contact and thus providing galvanic isolation between the circuits.

The contact pins of the socket are designed to securely hold the components in place. When the pins are pushed into the socket, the inner contact will form a reliable connection with the component’s electrodes and the outer contact will form a secure connection with the socket contact pins. This ensures that the component’s signal is reliably transmitted to the circuit and the socket provides protection against shock, vibration, and physical wear and tear.

Conclusion

The 16-8561-310C socket is a reliable and effective connection solution for various industrial electronics systems, providing dependable galvanic isolation, reliable contact and secure connection. It has a wide range of applications, including telecommunication systems, power systems, electronic control systems, and other industrial applications. And the socket’s rated current, voltage, and frequency range make it suitable for use in high-speed applications. With its secure connection and superior reliability, the 16-8561-310C socket is an ideal solution for connecting components with high-frequency signals.

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