10052286-13328LF

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Memory Connectors provide a wide range of solutions for memory applications. One such solution is the 10052286-13328LF Inline Module Socket. This socket offers an efficient method of connecting memory modules to electronic devices. It is designed to provide a secure connection between a variety of memory modules, such as DDR and DDR2, and various controllers, such as FPGA and ASICs.

The 10052286-13328LF Inline Module Socket is a high-reliability, two-piece connector designed to be installed directly into the PCB with a panel mountable block or flange made of stainless steel. It requires no additional hardware, such as a bracket, and can be locked into the PCB for secure connections. Its gold-plated contacts provide efficient electrical performance for reliable connections. The socket is also designed with a “pick and place” design which eliminates the need to re-route circuitry when installing on the PCB.

The 10052286-13328LF Inline Module Socket is designed to support 32 and 72 pin DDR/DDR2 memory modules. It has staggered contacts that allow for increased data transmission rates and low electrical noise. The socket is designed to fit two memory modules side-by-side with an easy-to-use latch system that securely locks them in place. It is tested to operate within a temperature range of -25C to +85C and has superior EMI protection for improved system reliability.

The 10052286-13328LF Inline Module Socket is designed for applications such as servers, computer motherboard, cell phones, data-storage systems, and embedded systems. It provides a reliable and secure connection that is compatible with multiple interface standards, such as DDR-SDRAM and DDR2-SDRAM. The socket also meets EMI and safety regulation standards, making it a great choice for high-speed data transmission applications.

The 10052286-13328LF Inline Module Socket is easy to install and cost effective. Its design also eliminates the need to re-route circuits when installing on the PCB, which helps to reduce the overall cost of the PCB. The socket has several key features that make it ideal for memory applications. It has a low-profile design that allows it to fit into tight spaces, and its gold-plated contacts provide efficient and reliable connections. The socket is designed to be rugged and reliable, making it a great choice for high-speed memory applications.

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