XC17256EPCG20C

Series:	--
Packaging:	Tube
Part Status:	Obsolete
Programmable Type:	OTP
Memory Size:	256Kb
Voltage - Supply:	4.75 V ~ 5.25 V
Operating Temperature:	0°C ~ 70°C
Package / Case:	20-LCC (J-Lead)
Supplier Device Package:	20-PLCC (9x9)
Base Part Number:	XC17256E

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XC17256EPCG20C Configuration Proms for FPGAs Overview

Configurable logic blocks (CLBs) are the foundation of any FPGA. They can be programmed to supply any type of logic function, and their flexibility allows for a wide range of applications. In order to maintain their programmable nature, a non-volatile memory to store the configuration data is necessary. This is where configuration Proms come in.Xilinx XC17256EPCG20C Configuration Proms are specifically designed for easy integration into a full FPGA design. With a maximum 2Mb capacity and 65nm technology, these Proms provide enough flexibility to support a range of FPGA designs. The XC17256EPCG20C Configuration Proms feature a small physical size and low current draw, which make them ideal for single board applications with low power requirements.The working principle of the XC17256EPCG20C Configuration Proms is quite straightforward. The Proms maintain the configuration data provided by the design. When the FPGA is powered, a reset signal is sent to the Prom to indicate that the FPGA has been initialized. The Prom then reads the configuration data and passes it to the CLBs. The CLBs then use this data to configure themselves according to the provided design.In terms of application fields, XC17256EPCG20Cs are widely used as part of a range of industries, particularly those requiring low-power, single board applications. These Proms can be used for everything from automotive control systems to industrial robots to complex networking and communication systems. They are popular in fields such as medical, aerospace, automotive, and industrial automation.Overall, Xilinx XC17256EPCG20C Configuration Proms provide a versatile, affordable solution to customers’ configuration needs. The low-power capabilities are ideal for single board applications, while the advanced 65nm technology makes them well suited to a variety of industries. With their streamlined integration process and robust performance, they’re an ideal choice for any FPGA design.

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