940-99-028-24-000000

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Sockets for ICs, Transistors, and other electronic components are specialty tools that are designed to accept various types of components securely and allow them to be easily removed when needed. Sockets can be primarily used in four main areas, such as prototyping, testing, programming, and system integration. In this article, we will discuss the 940-99-028-24-000000 application field and working principle and present a comprehensive description of the various features of this type of socket.

Molex 940-99-028-24-000000 Application Field

The 940-99-028-24-000000 is constructed with an aluminum alloy material and features eight 4-pin slots which are structured in a vertical orientation. This specific socket type has been designed to accept a wide variety of ICs, transistors, and other components from multiple leading manufacturers. The main use of this particular socket type is for prototyping as it allows users to easily connect and disconnect their ICs, transistors, and other components for testing purposes. The 940-99-028-24-000000 can also be used in other areas such as testing, programming, and system integration.

940-99-028-24-000000 Working Principle

The 940-99-028-24-000000 is a lightweight and compact socket which has been designed to accept a wide range of ICs, transistors, and other components. It features two rows of eight 4-pin slots which are structured in a vertical orientation, allowing components to be easily inserted into the middle slot of each row. The socket also has two mounting slots on the top and bottom, which allow it to be securely fastened to a printed circuit board or other suitable substrate. Additionally, the socket features two separate power rails which can be used to power the inserted components.

Features of 940-99-028-24-000000 Socket Type

The 940-99-028-24-000000 socket type has several notable features that make it a desirable choice for prototyping, testing, programming, and system integration. First, the aluminum alloy construction of the socket allows it to be used in temperatures up to 120°C. Second, the eight 4-pin slots allow users to easily insert and remove ICs, transistors, and other components securely. Third, the socket type features two separate power rails which are connected to the main printed circuit board. Lastly, the mounting slots on the top and bottom of the socket ensure it remains secure to the motherboard.

Conclusion

Overall, the 940-99-028-24-000000 socket type provides an ideal solution for prototyping, testing, programming, and system integration. Its aluminum alloy construction provides excellent durability and heat resistance, while its eight 4-pin slots provide a secure connection for inserted components. It also features two separate power rails and top and bottom mounting slots for easy installation. Thus, this type of socket is a reliable choice for users who require a high-value, cost-effective solution for their ICs, transistors, and other components.

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