AT17LV65-10NC

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Memory Configuration Proms for FPGAs have become increasingly popular for embedded systems applications, and the AT17LV65-10NC is one such device offering a reliable, cost effective solution. The device is a non-volatile Flash memory which is able to store large amounts of configuration data for FPGAs, making it ideal for applications such as networking and industrial systems.

The AT17LV65-10NC is a 65-megabit device designed as a direct interface to 3V or 5V FPGA/CPLD Lattice series, offering an alternative to traditional configuration PROMs such as EEPROMs. The device is based on single-transistor NOR flash memory technology, which allows it to support the smallest amount of configuration data, resulting in lower power consumption and device cost. It also has built-in ECC (Error Checking and Correction) and supports industrial temperature ranges.

The AT17LV65-10NC device works by storing the configuration information for an FPGA on its non-volatile memory. When the FPGA is powered up, the device will supply the configuration information to the FPGA, enabling the FPGA to begin working. In applications such as networking, the device can store a high amount of configuration data, which is then supplied to the FPGA when it is needed. This allows the FPGA to quickly adapt to changing networks or protocols without having to be re-configured.

The AT17LV65-10NC also offers a number of additional features including an enhanced write/erase architecture that allows data to be written and erased on-the-fly, and supports hardware write protection. The device also has built-in programmable oscillator, which allows it to support both synchronous and asynchronous FPGA/CPLD’s, as well as providing data transfer speeds up of up to 66MHz.

The AT17LV65-10NC is a reliable, cost-effective solution for embedded system applications requiring non-volatile flash memory to store configurations for FPGAs/CPLDs. Its enhanced write/erase architecture, hardware write protection, built-in ECC, and versatile oscillator make it an ideal choice for a variety of applications.

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