XC17256EVO8C

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Part Status:	Obsolete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:	8-SOIC (0.154", 3.90mm Width)
Supplier Device Package:	8-TSOP
Base Part Number:	XC17256E

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XC17256EVO8C is an 8,768-word content-addressable memory (CAM) that is designed to store configuration data for field programmable gate arrays (FPGAs). This memory provides the user a means to store programming information that is necessary for the FPGA to operate in the intended application. This type of memory is essential for FPGA designs due to the fact that the design of the FPGA is not yet complete when the program is loaded. Before the FPGA can operate, configuration data must be loaded into the FPGA before it can be operated. The FPGA configuration data is stored in XC17256EVO8C memory and is specific for the particular FPGA design.XC17256EVO8C offers the user an opportunity to store the necessary FPGA configuration data in a single memory device, minimizing the need for multiple memory devices. In addition, XC17256EVO8C can maintain and manage the amount of data needed during program loading.The XC17256EVO8C is a static random access memory (SRAM) which makes it different from other configuration memory devices. As a SRAM, XC17256EVO8C allows the user to access data at any time without first having to power up the device. In addition, the XC17256EVO8C provides high speed access to the content-addressable memory, allowing the FPGA design to be quickly configured in less time.The operating principles of the XC17256EVO8C are based on a content-addressable memory architecture. In this type of memory, the entire contents of the memory can be searched simultaneously for a particular word or phrase. This makes the XC17256EVO8C an ideal choice for FPGA configuration data as it allows for rapid search operations which reduces program loading time. The XC17256EVO8C is also low power and thermal tolerant, making it well suited for FPGA configuration applications. The memory is also available in a variety of packages and its simple interface makes it an ideal choice for many different FPGA configurations.In conclusion, XC17256EVO8C provides a low cost, easy to use memory solution for FPGA configurations in a wide variety of applications. The fast access times and low power requirements make it ideal for FPGA programming and configuration. The content-addressable architecture of the XC17256EVO8C allows for quick search operations which results in faster program loading times.

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