XC17256EPD8C

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The XC17256EPD8C is a Configuration PROM for Field Programmable Gate Arrays (FPGAs) manufactured by Xilinx. It is based on a non-volatile Static Random Access Memory (SRAM) that is divided into 256K words of 8 bits each with a 32-bit wide data bus. The XC17256EPD8C is designed to be used with Xilinx Spartan FPGAs, providing a reliable source of configurational storage while allowing the FPGA to be in the lowest power consumption mode but still booted instantly when needed.

The XC17256EPD8C is based on a single-transistor, single-bit architecture and employs a variety of advanced technologies and algorithms that allow it to achieve a high reliability level. It also uses error detection and correction in order to ensure data integrity. These features ensure that the Configuration PROM will remain reliable in extreme environments and temperatures.

The XC17256EPD8C is designed for mass production, providing low body area, low package cost and high reliability. It is also designed for long life and performance and is extremely affordable, making it an ideal solution for many industrial applications.

The working principle of the XC17256EPD8C is fairly simple. When power is applied to the device, it will detect the voltage level on its input pins and store the data in the SRAM. Once configured, the FPGA will be able to retrieve the stored data and begin its operation.

The XC17256EPD8C is well suited for a variety of industrial applications, such as embedded systems, control systems, instrumentation and communications. It can also be used in automotive, industrial and consumer electronics. An example of an application that can benefit from the XC17256EPD8C is a Raspberry Pi project – the FPGA configuration stored on the XC17256EPD8C can be used to control the Raspberry Pi’s peripheral devices.

The XC17256EPD8C is an extremely versatile device that can be used in many applications. It offers a reliable source of configuration storage and the ability to be instantaneously booted when needed. It also features advanced technologies, such as error detection and correction, and is designed for long life and high performance. Its affordability, mass production capabilities and small packaging make it an ideal solution for many applications.

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