10-8535-210C

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A 10-8535-210C is a type of socket that is used for ICs, transistors, and other components. This type of socket allows for easy installation and removal of a component without Soldering, allowing for quick and easy replacement when needed. It is commonly used in a wide variety of applications, such as electronic control systems, robotics, aerospace, and computer hardware. In this article, we will discuss the application fields and working principles of 10-8535-210C sockets.

Application Field

10-8535-210C sockets are commonly used in a wide variety of applications, such as electronic control systems, robotics, aerospace, and computer hardware. In electronic control systems, the socket is used to connect multiple components, such as transistors, ICs, and other electrical components. This type of socket is especially useful in applications such as motor controllers, where the system must be able to quickly remove and replace components with minimal effort. In robotics applications, 10-8535-210C sockets are used to connect motor driver circuits, sensors, and other electronic components together in order to control a robotic arm or other robotic device. The same type of socket is also commonly used in aerospace applications, such as navigation systems, electronic flight control systems, and autopilot systems. Finally, 10-8535-210C sockets are also used in computer hardware, such as motherboards, circuit boards, and other components.

Working Principle

The 10-8535-210C socket is a three-pin socket. It works on the principle of ‘complementary contact’. This means that the socket has three pins that are electrically connected when the socket is installed. The first two pins connect to the component’s ground leads, while the third pin connects to the component’s power lead. When a component is inserted into the socket, the ground pins make contact with the component’s ground leads. The same is done for the power lead, but this is also done by the third pin. The connection is then made by the ‘complementary contact’ principle, which ensures a solid connection between the pin and the component.

In order to ensure that the connection is secure, the socket also has a locking mechanism. The locking mechanism is a spring-loaded latch that holds the component into the socket. This ensures that the component does not move or become loose while in the socket, ensuring that the connection remains secure. The locking mechanism also helps prevent the component from coming out of the socket when the power is removed, minimizing the risk of damage.

The 10-8535-210C socket is a versatile and dependable socket that is used in a wide variety of applications, ranging from electronic control systems to computer hardware. It uses the principle of ‘complementary contact’ to make secure connections between components and the socket. The locking mechanism also ensures that the connection is secure and that the component is held firmly in place. This makes the 10-8535-210C socket an ideal choice for connecting components securely in a wide variety of applications.

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