AT17LV256-10JU

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AT17LV256-10JU memory devices are configuration Proms designed for field programmable gate array (FPGA) applications. Utilizing CMOS memory cells for storage, these devices provide significant advantages over earlier technologies, such as speed and low power consumption. At the component level, AT17LV256-10JU devices are non-volatile, meaning that their contents are not lost when the power is disconnected. In contrast, volatile memory devices, such as the SRAM, require constant power in order to retain their contents.

In operation, the memory device is programmed with configuration data that is loaded into the FPGA on startup. This configuration data sets the FPGA’s operating parameters and logic when it is initially powered up. Once the startup parameters are stored in the AT17LV256-10JU memory, the power can be cycled without affecting the FPGA’s performance. As such, the AT17LV256-10JU can act as a non-volatile storage device for the system configuration.

AT17LV256-10JU memory devices are designed to operate at clock rates up to 25MHz, provide byte and page programming, and operate with a 2.7V to 3.6V supply. This makes them suitable for a wide range of applications, including data communications and video processing. By making use of CMOS technology, the AT17LV256-10JU devices are able to provide on-board ECC, minimizing the potential for data corruption and reducing the need for ASIC-level protection. Additionally, the AT17LV256-10JU devices use an eight-bit oriented organization, which allows for a maximum of 8-bits of data to be retrieved from any address location.

In addition to their non-volatile storage capabilities, AT17LV256-10JU memory devices offer the ability to securely store the configuration data. This feature allows for the storage of sensitive data that must be kept secure from unauthorized access. The AT17LV256-10JU devices incorporate a number of protection and authentication features, including advanced encryption standard (AES) and write protection, allowing the user to protect the memory contents from tampering or unauthorized modifications.

Due to their wide operating temperature range and low power consumption, AT17LV256-10JU memory devices are well-suited for embedded system applications. As these devices are typically located on the FPGA’s board, they are able to benefit from the embedded system’s layout, providing efficient, reliable operation even in extreme environments. The ability to withstand high temperatures, humidity, and vibration make AT17LV256-10JU memory devices a good choice for use in harsh operating environments.

Overall, AT17LV256-10JU memory devices provide significant benefits for FPGA applications. The non-volatile storage capability, coupled with the secure storage and high temperature operation make them an attractive option for embedded system applications. With their advanced encryption security, write protection, and wide operating temperature range, AT17LV256-10JU devices are a versatile solution for secure data storage in FPGAs.

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