116-87-322-41-018101

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Sockets for ICs, transistors, and other active components are popular in a wide range of industries, from aerospace and medical engineering to consumer electronics and automotive. Among the most common type of sockets particularly used for integrated circuits and other transistor-oriented projects is the 116-87-322-41-018101 Socket. These connectors, while most commonly used in industrial and commercial applications, can also be used in many different hobbyist electronic projects.

These sockets are especially compatible with many general-purpose integrated circuits (µP, FPGA, CMOS ICs, etc.). Sockets of this type are typically wired through-hole connections with five pin positions. It is typically used in devices requiring a rigid setup – such as boards that must fit inside a box – as this type of socket is designed for durability. Its small size (15mm x 15mm) and low profile saves space by enabling components to be stacked on a single board.

The 116-87-322-41-018101 socket is installed with row pins, and the rather versatile design allows it to be placed on a variety of board types as it offers dual mounting and threaded holes. A key benefit of this type of socket is that it offer exceptional heat dissipating properties. Therefore, even though the socket is made of thermoplastic, the thermal properties of the hardware is optimized to protect the components from the heat generated within the circuits.

The working principle of this type of socket is simple enough. It doesn’t require any special wiring or traces, as long as the pin locations and the mounting holes are exact. The sockets have five metal pins which pierce through the board and touch the ground plane on the other side. The pins then make the necessary electrical connection by making contact with the integrated circuits.

The component and wires are then placed directly onto the socket. The metal pins then take the shape of the component and firmly hold it in place. The current is then directly transmitted from the circuit board to the component, as the component slides onto the pins. This process enables the circuit boards to remain compact and maintain their typical design structure.

The 116-87-322-41-018101 socket, through its rigid structure and durable design, has become a standard for hooking up integrated circuits with circuit boards. However, these indoor applications should be carefully considered due to the heat-handling capability of the socket. It is important for any electronic project set-ups that includes this socket, to ensure proper ventilation of the cabinets and to consider potential heat sources from other components.

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