10-6513-10H

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Sockets for ICs, Transistors are an essential element of a complex electronic product making project. 10-6513-10H is a type of socket designed for a variety of different Integrated Circuits (ICs), transistors, and other components. It offers a convenient way of connecting an IC or transistor with another device without having to solder it directly to a printed-circuit board (PCB). This socket is designed to accommodate a wide range of components up to 0.3mm thick in diameter.

10-6513-10H sockets are most commonly used in the field of electronic engineering. They are used in applications requiring large numbers of inputs or outputs. For example, they are often used in automotive and consumer electronics, military and aerospace, medical devices, and telecommunications equipment. They are also commonly used in industrial automation, robotics, test and measurement equipment, and data processing equipment.

This socket is designed to be used with components that require either surface-mount technology (SMT) or through-hole technology (THT). 10-6513-10H socket terminals are arranged in a two-row pattern, which increases the contact area to accommodate more components. The contact area also increases the reliability of the connection, since more pins are able to make contact with the component’s surface.

10-6513-10H socket comes with a number of different features, such as a secure latch for easy component installation. It also features heat-treated contacts for low resistance and less contact resistance. The socket also features a low-profile design, which allows for easy access in tight spaces. It also has a reliable pin and socket alignment system, which prevents any electrical interference. The socket also has surface mount and through-hole mounting options.

The working principle of 10-6513-10H socket is quite simple. It is a type of connector which provides an electrical connection between components on a printed circuit board (PCB) and other integrated circuits (ICs). The pins on the socket contact the surface of the component and hold it in place while conducting current. When the pins are connected, it creates a completed electrical path from the IC to the PCB and other components.

In the case of SMT, the components are placed onto the socket pins using an automated process known as pick and place. Once the components are placed onto the pins, an automated process is used to solder them into place. The socket provides a secure and reliable connection and can support a wide variety of ICs and transistors.

For the THT process, the components are manually placed onto the socket pins and soldered manually. This type of connection is more reliable, as the component is less likely to become disconnected. The pins are also more resistant to wear-and-tear due to prolonged use.

In conclusion, 10-6513-10H socket is an essential component in many electronic projects. It provides a convenient and reliable way to connect multiple components and ICs together. It is flexible enough to accommodate a variety of different components and thicknesses. It features a low-profile design, heat-treated contacts, and secure latch for easy component installation. Lastly, the connection is reliable and can provide a stable electrical connection.

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