AT17N256-10NI

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AT17N256-10NI is a Configuration PROM specifically developed for use with FPGA devices. This type of PROM serves an important role in the design and development of most FPGA systems. It is primarily used to storeand store configuration information from the FPGA upon powerup.

The principle of FPGA configuration PROMs is fairly straightforward. The PROM is used to send configuration data to the FPGA every time the device is powered up. This data provides the instruction set and route map for the device which enables it to perform its intended functions.

The AT17N256-10NI is specifically designed for use with FPGA devices. This PROM contains 256-bits of non-volatile storage and is packaged in an industry-standard 8-pin package. It is capable of storing any type of configuration data, including dual in-line memory module (DIMM) and external memory maps, making it a versatile device for many applications.

The AT17N256-10NI can also be used to provide system start-up and initialization information. This information helps to configure and identify the system, including identifying the FPGA device and the application it\'s being used for. This information can be stored in the PROM before deployment or updated with changes during operation, which eliminates the need for costly re-programming of the FPGA.

The AT17N256-10NI also has built-in error correction code (ECC) capability. This feature ensures that the correct data is stored and retrieved from the PROM, ensuring that it is not corrupted during operation. As a result, the FPGA device is guaranteed to have the correct configuration data at power-up.

In terms of application field, the AT17N256-10NI is most suitable for FPGA devices in applications that require high-density storage solutions, such as network analysis and storage system management. The device can also be used in a wide range of consumer electronics products, including digital cameras and personal media players.

Overall, the AT17N256-10NI is an excellent choice for any application that requires FPGA configuration. It\'s small packaging, reliability, and error correction code are just a few of the features that make this a great choice for most FPGA-based systems. The device is also fairly inexpensive to purchase and easy to use, making it a cost-effective solution for any project.

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