2309408-1 Connectors, Interconnects

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Memory Connectors - Inline Module Sockets

Inline module sockets are a type of memory connector specifically designed for easy insertion and connection of module-based devices into a circuit. Such devices, also known as IC sockets or inline sockets, are very versatile and can be used to connect numerous types of devices. The most common type of inline module socket is the 2309408-1, which is designed to hold IC chips in place and provide fast, secure connection between them and the rest of the circuit.

Features of the 2309408-1

The 2309408-1 is constructed from a durable plastic material and has a unique design that is designed for both convenience and durability. It features a total of 20 pins arranged in 10 columns and 2 rows. This allows the user to easily attach IC chips with an 8-bit bus width into the socket. Each pin has its own locking mechanism that helps to secure the IC chips and prevent them from being damaged during operation or jostling in its enclosure. The 2309408-1 also has two major safety features which help keep the circuit alive during operation and prevent accidental disconnection. The first feature is an antispark mechanism which helps reduce and prevent any sparks due to static electricity that may be introduced when the IC chips are inserted into the socket. The second feature is a circuit protection mechanism which helps to prevent any short circuiting or other electrical issues that may occur due to a sudden shock or voltage surge.

Application of the 2309408-1

The 2309408-1 inline module socket is commonly used in various types of circuits where the connection of IC chips must be made quickly and securely. Some of the most common applications for this type of device include: connecting multiple IC chips together in a multi-chip package (such as a CPU) or in a bus-based system, connecting multiple components in a programmable logic circuit, and connecting digital to analog signal processing units. Additionally, it is often used in memory management systems, such as RAM and ROM chips.

Working Principle of the 2309408-1

The 2309408-1 is designed to provide secure connection between an IC chip and the rest of the circuit. It operates in a similar way to two male-female connectors, where the pins on the IC chip are inserted into the female contacts of the socket, and the male contacts on the socket are connected to the rest of the circuit. In order to ensure a proper connection between the IC chip and the circuit, the female contacts on the socket must be aligned accurately with the pins on the IC chip and tightened firmly.

Once the IC chip is inserted into the correct female contacts on the socket, the user can then apply power to the circuit and the IC chip will begin to receive power and be controlled by the circuit. This process enables the circuit to send and receive data signals to and from the IC chip, as well as control its operation.

Conclusion

The 2309408-1 inline module socket is a versatile device that can be used in a wide variety of applications. It is designed to provide secure, reliable connection between IC chips and the rest of the circuit, enabling them to communicate with each other and control its operations. Whether used in conjunction with multi-chip packages, programmable logic circuits, or other digital and analog signal processing applications, the 2309408-1 inline module socket ensures that the connections between IC chips and the rest of the circuit are secure and reliable.

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