31-0511-10

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Introduction:
The term "socket" refers to a specific type of connection, usually between a component and a device, which allows electrical signals to be transferred flawlessly. In electronics, a socket is primarily used to connect an integrated circuit (IC), transistor, or other component to a circuit board; however, the devices used may vary depending on the application area. Generally, sockets are divided into two types: active and passive.

Active Sockets:
Active sockets, as their name suggests, are active components in the circuit, hence they have additional features as compared to passive components. They are typically used in applications that involve high speed, power, and reliability, such as in connectors or connectors/sockets for integrated circuits (ICs). As active sockets, they are commonly used to establish reliable and fast connections between multiple components, such as DRAM modules, or other electrical devices. Active sockets are generally made of metal, ceramic, or plastic. They also feature contacts that help reduce the contact resistance and ensure reliable signal transmission.

Passive Sockets:
Passive sockets, on the other hand, are components that do not contain active electronic components. As such, they are usually much simpler and a lot less costly than active components. They typically serve as mechanical connectors, connecting two circuits together without requiring power of their own. Examples of passive sockets include SIP, DIP, or other socket types. Passive sockets can also be used to connect transistors, connectors, and integrated circuits.

31-0511-10 Application Field and Working Principle
The 31-0511-10 is a type of active socket, which is built to handle high power connections as required in today’s high-power applications. The socket features a unified power connector, which is designed to allow accurate and secure power connections. This type of socket utilizes spring pins to ensure good contact with the connector and ensure good contact between the connector and the PCB, even under extreme vibration, shock, and ambient conditions.The 31-0511-10 active socket is typically designed for use in vehicular and military applications, where shock, vibration or extreme temperature variations are common. This type of socket utilizes contacts that are shaped to create a robust connection with lower contact resistance and higher current capacity due to its form-fitting design. The contacts are also designed to create very small sparks when the socket is mated, which helps reduce any potential risks caused by an arc or heat buildup. As the contact is inserted, a small gap is created within the socket to reduce the overall power/current flowing through the connection.

Conclusion:
Sockets are essential components in modern electronic circuits. They come in two types: active and passive. The active sockets are typically used for high speed, power, and reliability applications, while passive sockets are used for connecting transistors, connectors, or integrated circuits. The 31-0511-10 active socket is designed to be used in applications where shock, vibration or extreme temperature changes are present. It also features low contact resistance and high current capacity.

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