78242-001LF

Memory connectors are components used in a variety of electronic devices. Examples include computers, laptops, tablets, smartphones, and servers. They provide important connections that allow data to move from one device to another. Memory connectors often come in various types and sizes and must be chosen depending on the applications required.

78242-001LF - Application Field and Working Principle

The 78242-001LF is a type of memory connector that is specifically designed for high density applications such as HDDs, SSDs, and UHDDs. It is a mid-size connector that offers good signal integrity and EMI performance. This connector is made from a premium alloy material that ensures good longevity and reliability. It features an inner friction lock design that prevents the connector from becoming loose or disconnected.

The 78242-001LF features a 30-position, 0.5mm pitch terminal block that allows for data transfer of up to 5Gbps. It also has an integrated latch that ensures a secure connection. It can support up to 2.5V and support transmission of both digital and analog signals. The operating temperature range is from -20 degrees Celsius to +80 degrees Celsius. Moreover, this connector provides a 4-point locking mechanism for secure integration into target designs.

The 78242-001LF also boasts good EMI and ESD protection, making it suitable for digital products that require high speed and reliable performance. It supports 16A @ 50V surges and features gold-plated contacts that provide excellent corrosion resistance. The inner dimensions of the connector measure 10.4mm x 8.2mm with a total height of 5.31mm.

In terms of operation, the 78242-001LF connects to a mating board connector and the center terminal block is used to transfer data signals to other devices. It is installed with two screws and the 4-point lock keeps the connector secure in place. Additionally, this connector is RoHS compliant and has passed UL 94V-0 fire safety standard.

Overall, the 78242-001LF is an excellent connector choice for high-density applications such as hard drives, solid-state drives, UHDDs, and more. It offers superior signal integrity, EMI performance, and has a robust design that is compliant with many safety protocols.