32-6518-10M

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Sockets for ICs, Transistors

The 32-6518-10M application field and working principle are important components in various electronic systems. It is a general-purpose compact transistor socket designed to accommodate integrated circuit and terminal packages. This socket is made of either insulation material or heat resistant polymeric material. Its contact surfaces are gold plated, ensuring reliable connections and offering high temperature capability. In addition, the socket pins are designed to accept 5/6 mil square posts.

Application Fields

The 32-6518-10M socket is primarily used for mounting standard component packages with less physical stress than solder connections. Commonly this socket is suitable for printed circuit boards and DIN rail mounting terminals. This type of socket offers a quick and effective connection to integrated circuits and terminals. This type is often used in applications where frequent changes become necessary and through-hole mounting is not compatible.

Working Principle

The 32-6518-10M socket principle works similarly to other socket types. When the socket is pushed into the printed circuit board traces, the pins of the socket make electrical connections to the circuit tracks. These connections then make a loop from the base terminal of the socket to the collector terminal of the transistor. The socket also provides mechanical support and makes it easier to remove and replace transistors. Furthermore, the socket works to reduce contact resistance and increase current conduction.

Conclusion

The 32-6518-10M socket is a general-purpose, compact socket designed to accommodate integrated circuits and terminal packages. It is used to mount standard component packages with less physical stress than solder connections and is suitable for printed circuit boards and DIN rail mounting terminals. The working principle of the socket involves the pins of the socket making electrical connections to the circuit tracks when pushed into the printed circuit board. This socket reduces contact resistance and increases current conduction.

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