612-83-324-41-001101

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Sockets for ICs, Transistors

Sockets for integrated circuits (ICs) and transistors are a critical component in the assembly of electronic systems. They provide essential contacts between the system board and the ICs, transistors, and other components. The most commonly used sockets are 612-83-324-41-001101, which are widely used to interconnect ICs, transistors, and other components.

Application Field

These 612-83-324-41-001101 accept integrated circuits up to 28-pin DIPs. This socket is suitable for use in applications including high-speed digital circuits, analog circuits, and power circuits. It is suitable for mounting on printed circuit boards in electronic equipment, such as Digital Oscilloscopes, Medical Instrumentation, Autopilots, Microprocessor systems, Data Acquisition systems, Digital Video systems, Measuring systems, Amateur Radio Systems, Communications Systems, and Test Equipment, among others.

Working Principle

The socket contains multiple gold plated or gold flashed contacts to ensure reliable electrical connections. The contacts fit neatly into IC pins or other component leads, and the socket-to-board connections are established by a single- or double-row pin row-array. The sockets feature self-similar interlocking movement between the socket body and the leads connection to ensure a secure connection.

In order to provide robust connection and prevent accidental disconnection, the socket features a two-piece mechanical design, wherein a contact module and a holder module combine to form the connection. The contact module pushes and holds the IC or component securely in place and the holder module maintains a secure assembly and connection. The holder is designed such that the ICs can be inserted and withdrawn easily.

The socket also features a standardized pin array layout, ensuring ease-of-assembly and cost-effectivity. The contacts provide the interconnection between ICs and other components, while providing a low contact resistance that can take advantage of low-loss materials and integral circuit signalling. In addition, the contact features a high durability over time and under extreme temperature and vibration.

The 612-83-324-41-001101 sockets also feature high shielding effectiveness to reduce the effects of EMI (electromagnetic interference) and RFI (radio frequency interference). Additionally, the sockets have the ability to provide a secure connection to enable reliable data transmissions and a higher level of temperature resistance due to its use of a ceramic base.

Conclusion

The 612-83-324-41-001101 socket has become a standard for many applications. It is an easily assembled, cost-effective solution for interconnecting components within the electronic device. The socket provides robust electrical connection and has a low contact resistance that provides reliable signal transmission. Additionally, the socket is designed to provide enhanced shielding effectiveness against EMI and RFI, along with the temperature resistance of its ceramic base.

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