AT17C256-10NI

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The AT17C256-10NI is an electrically erasable programmable read-only memory (EEPROM) device that is suitable for use as a configuration PROM in field programmable gate array (FPGA) applications. This device has a wide range of benefits that make it well-suited for use in FPGA designs, including serial access, low cost, and highest level of reliability.

The AT17C256-10NI is an 8-pin integrated circuit (IC) that offers 64K x 8 bits of read-only memory. This chip is designed to be used in FPGA configurations and is used to store the fitter code, configurable parameters, and other essential data. It features 5V programming, 3V and 5V read operations, and fast programming. It has two distinct working modes, Serial and Parallel. The Serial mode supports up to 25MHz clock frequency whilst the Parallel mode supports up to 625kHz.

In order for the AT17C256-10NI to be used in an FPGA design, it must first be programmed with the relevant code. The device is programmed via a serial or parallel interface bus, depending on the user’s requirements. Once programmed, the device can be used to configure the FPGA. The device is designed to allow easy and reliable reconfiguration of the FPGA, either by reprogramming the device or via external signals.

The AT17C256-10NI has several key advantages over other configuration PROM alternatives. Firstly, its serial mode provides much faster read and write speeds than many other PROMs, meaning that reconfiguration times are kept to a minimum. Secondly, since the device is designed specifically for FPGA applications, it is more reliable and robust than general purpose PROMs. This is especially useful in applications that require high levels of reliability and stability.

The AT17C256-10NI is a very versatile memory device and is well-suited for use in a wide range of FPGA applications. It offers low-cost, reliable, and fast read and write capabilities, making it an ideal choice for FPGA configuration PROMs. The device is also highly reliable, allowing for quick and easy reconfiguration of FPGAs.

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