02-3513-10

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Sockets for ICs, Transistors, and other components facilitate the quick change of electronic components without having to solder and desolder by hand.  As such, they are an important tool in the modern electronics industry. The 02-3513-10 is one such socket, featuring an industry compliant footprint that is designed for heavy-duty applications.  This article will discuss the application and working principles of the 02-3513-10.

To begin, the 02-3513-10 has a gold-plated and corrosion-resistant brass construction with a maximum contact resistance of 0.2 mOhms.  Its contacts feature an insulation-resistant hook-shaped design which helps maintain contact with the connected component, reducing the risk of electrical arcing and short circuits.  This design also helps to ensure the safety of personnel when mating and un-mating the connected components. It is designed for components with a standard IC pin spacing of 0.1 inches.

The 02-3513-10 also features an industry standard style of contact locking which helps to ensure consistent physical contact between the socket and the device, even after repeated in-service cycles. The contacts are pre-wired to a 26-pin integrated circuit cable connector, guaranteeing a reliable connection between the socket and the device. The socket also features an integrated clip which helps maintain the socket in place and avoid any accidental bumps that could cause an electrical arc.

The application of the 02-3513-10 socket is mostly seen in large-scale industrial systems.  Its features and design make it well suited to industry-standard control systems such as process controllers, SCADA systems, motor control systems, and switchgear systems.  The socket is also suitable for use in power systems, both low voltage and medium voltage.  The combination of its design, construction, and features make it an ideal choice for heavy-duty applications.

The 02-3513-10 works using a simple principle.  When a component is inserted into the socket, the contacts make contact with the internal pins of the device.  An electrical current is then passed through the contacts, enabling the device to be operated.  The physical contact between the two components is maintained by the socket\'s design and clip, ensuring a reliable connection.

In conclusion, the 02-3513-10 is an industry-standard socket designed for heavy-duty applications.  It features gold-plated corrosion-resistant brass construction and an insulation-resistant hook-shaped design to help maintain contact between the connected components.  Pre-wired to a 26-pin integrated circuit cable connector, the socket is designed for components with a standard IC pin spacing of 0.1 inches.  Its application is widely seen in industrial systems, and it functions by passing an electrical current through its contacts, providing a reliable connection between the socket and the device.

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