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AMD / Xilinx XC17S30APD8C Environmental and export classification status description

of Xilinx®XC17S30APD8C The Xilinx®XC17S30APD8C is a high-performance, high-capacity, erasable programmable read-only memory (EPROM) integrated circuit. It belongs to the XC1700 family of PROMs from Xilinx, and it features a capacity of 32,768 bits (4096 words of 8 bits each). Functions - Stores configuration data for field-programmable gate arrays (FPGAs) - Non-volatile memory that retains configuration even when power is off - Can be reprogrammed multiple times Applications - Used in configuration of programmable logic devices such as FPGAs - Ideal for applications where frequent reconfiguration is needed, such as prototyping and debugging Alternative Components - Altera EPROMs - Lattice Semiconductor PROMs - Atmel PLDs Embedded Modules - Can be integrated into Xilinx FPGA development boards - Often connected via JTAG or SPI interfaces for programming Related Q&A 1. Can the Xilinx®XC17S30APD8C be used for security purposes? - While it's primarily used for configuration memory in FPGAs, it can be utilized for storing encryption keys or secure boot data. 2. How many reprogramming cycles can the Xilinx®XC17S30APD8C support? - The datasheet specifies a minimum endurance of 100 erase/write cycles, though in practice, it can often handle more. 3. What is the typical programming voltage for the Xilinx®XC17S30APD8C? - The recommended programming voltage ranges from 9V to 14V, as specified in the datasheet. 4. What are the key differences between the Xilinx®XC17S30APD8C and similar Altera EPROMs? - Besides capacity and pinout differences, the programming algorithms and interfaces may vary, necessitating specific tools and software for each. 5. Can the Xilinx®XC17S30APD8C be used as a data storage device in embedded systems? - While primarily intended for configuration data storage, it can be repurposed for general-purpose data storage where non-volatility is key.