1702-2-17-15-30-27-02-0

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1702-2-17-15-30-27-02 Socket Connectors, also known as PC Pin Receptacles, are an important class of terminal used in the electronics industry. They are typically used to connect an electronic component to a circuit board, commonly known as a printed circuit board (PCB) or as a component of a system. Despite their age, Socket Connectors are still relied upon in many applications.

Socket Connectors are typically made of metal, such as brass or copper, and are generally composed of several individual pins which fit into a socket. With their shape and configuration, they are designed to make physical contact between an electronic component and a PCB, thus allowing for the completion of an electrical circuit. They are also commonly used in general purpose connections, such as automobiles, home appliances, and consumer electronic products.

There are a variety of types of Socket Connectors, including the following:

• Flip-lock receptacles
• Decorative socket connectors
• Friction-lock receptacles
• Modular receptacles

The basic working principle of a Socket Connector is the same regardless of the type being used. When a pin is inserted into the socket, electrical contact is established between the socket and the pin, which then creates a closed circuit that allows electricity to flow from the circuit board to the electronic component.

Socket Connectors are highly versatile in terms of their application field, as they can be used in a wide range of industries, including computer and telecommunications systems, automotive and industrial control systems, aerospace and defense systems, and medical devices. Indeed, such is their ability to withstand harsh operating conditions that they have established themselves as a reliable and cost-effective connector choice for practically any application.

Due to the nature of the pins and sockets of a Socket Connector, the potential points of failure are significantly reduced compared to other types of terminals, meaning they are an important safety feature. In addition, their relatively simple design makes them easier to integrate with other components of a system or circuit board, as well as being less prone to causing damage during the installation or removal processes.

Socket Connectors are also durable and reliable in terms of maintenance, meaning that they require minimal maintenance and can withstand a range of harsh temperatures. They can also provide some protection from electrical noise and interference, making them well suited for use in higher current applications.

In summary, Socket Connectors are a reliable and versatile solution for most electrical applications. Their simple design and robust construction make them highly reliable and cost-effective, while the low rate of potential points of failure mean that they are incredibly safe for use in a wide range of industries. As a result, they are an important part of the electronic industry.

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