48-6503-21

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Sockets for ICs, Transistors are a specialized type of interconnect device that are designed to simplify the task of interfacing an integrated circuit (IC) or transistor with an assembly, board or system. Typically the socket or connector is designed for a specific IC or transistor family, providing electrical and mechanical compatibility between the IC or transistor and the IC or transistor\'s associated circuits. The 48-6503-21 socket is one such socket, and this article will discuss its application field and working principle.

The 48-6503-21 socket should not be used for any ICs or transistors other than those specifically designed for it. It is designed strictly for 4-wire interconnect systems. It uses a standard, low-force socket contact that has a 20% contact force advantage over other traditional contacts. This makes it ideal for creating high-performance, reliable interconnects between an IC or transistor and its associated circuits.

The most common application for sockets in the 48-6503-21 series is for PCB (printed circuit board) assemblies. This socket is frequently used in switching and communication systems, storage systems, medical and AV systems, and automotive, home theater, and consumer electronics products. It is designed for use with ICs and transistors of the 4-wire variety, including but not limited to EEPROMs, RAMs, SRAMs, NOR and NAND flash, CMOS logic, DSPs, FPGAs, PLDs, PLAs, and optocouplers. It is also compatible with a variety of sockets including those for 64-pin ICDIP, 64-pin LCC, 40-pin PLCC, 40-pin SOIC, and 32-Contact CT32.

The 48-6503-21 socket is available in two versions: single row and dual row. The single row version is ideal for applications requiring small package sizes, while the dual row version is suitable for larger packages, such as those used for FPGAs and PLDs. The socket can be configured to accept up to 32 devices in a variety of socket types, including TSSOP, PLCC, SOIC, and DIP. It also includes a pin-cam mechanism that locks the inserted devices firmly into place, offering additional protection against inadvertent removal. The socket is designed to be installed using either wave soldering or manual installation, and uses an industry-standard 20-pin connector for quick, easy attachment to the PCB.

The 48-6503-21 socket is designed to interface ICs and transistors with the board or system with minimal power dissipation. It is also designed to reduce inductance and crosstalk between the device to ensure higher performance and greater reliability. The pins of the socket are engineered to protect against electrostatic discharge (ESD), ensuring maximum immunity for the board or system. Additionally, the socket features a robust, metal-over-mold construction that is capable of withstanding the mechanical stress of harsh environments, making it ideal for use in industrial applications.

In conclusion, the 48-6503-21 socket is designed for creating high-performance, reliable interconnects between ICs and transistors and their associated circuits. It is designed specifically for use with 4-wire interconnect systems, and features a strong, metal-over-mold construction that is capable of withstanding the mechanical stresses of harsh environments. It is frequently used in switching and communication systems, storage systems, medical and AV systems, and automotive, home theater, and consumer electronics products, offering superior performance and reliability.

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