292407-4 Connectors, Interconnects

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Memory Connectors – Inline Module Sockets – 292407-4 Application Field and Working Principle

Memory Connectors – Inline Module Sockets – 292407-4 are a specialized type of electrical connectors used in applications requiring memory and digital data transfer. They are commonly used in memory systems, including single-board microcontrollers, micro-controllers, multiple-chip modules, random access memory, programmable logic devices, and telecommunications switching systems. They also have been known to be utilized in test and measurement instrumentation applications, medical devices, and automotive electronics.

Known for their small physical size and electrical performance capability, Memory Connectors – Inline Module Sockets – 292407-4 are becoming increasingly popular in both industrial and consumer applications. Their primary design goal is to provide high connection reliability in close-packed space applications, while providing robust electrical performance. As these connectors are designed to be installed into memory boards, they typically feature robust latch retention force capabilities and low mating and unmating forces. Memory Connectors – Inline Module Sockets – 292407-4 also offer a wide range of mating and un-mating cycles.

Working Principle

Memory Connectors – Inline Module Sockets – 292407-4 are usually comprised of two parts: a contact and a socket body. The socket body is a one-piece unit that houses the memory contacts as well as an insertable mating interface. The contacts are terminated to their respective cables or boards, while the socket body is mated with its corresponding mating interface. Generally speaking, the mated interface has an offset or misalignment between the two connectors. The primary gap between the mated connectors reduces the contact force on the contact underside as the mating motion is aligning the mated interface.

When the interface is fully mated, several electronic components are engaged. First, a mechanical latch is released that locks the interface into place. This latch provides long-term retention between the mated interfaces. Additionally, a secondary contact within the socket body provides a redundant grounding connection, which provides additional contact assurance and eliminates mismatched impedances between two mated contacts.

The Memory Connectors – Inline Module Sockets – 292407-4 are rated for a wide range of electrical performance characteristics. These ratings include minimum and maximum rating, contact resistance using a specified temperature, contact and insert usage life, and dielectric strength. Memory Connectors – Inline Module Sockets – 292407-4 also offer several additional design features, including strain relief and vibration impairment prevention, keying to prevent misunderstanding of mating mates, and varying numbers of pins for different application needs.

Conclusion

Memory Connectors – Inline Module Sockets – 292407-4 are special electrical connectors designed to provide reliable and robust electrical performance in close-packed space applications. Their application field boast a wide range of industrial and consumer applications, and they offer several advantages over alternative types of connectors. Working principle of these connectors involve a two part design, where the contacts are terminated to their respective circuits, while the socket body mates with its corresponding mating interface. They are capable of performing a wide range of electrical tests, including minimum and maximum rating, contact resistance, contact and insert usage life, and dielectric strength.

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