AT17C010-10JC

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Memory - Configuration Proms for FPGAs are widely used for storing data and code for many different embedded systems. The AT17C010-10JC is a widely used Configuration Prom designed for use with FPGAs, and it offers a range of features that are ideal for this application. In this article, we will discuss the application field and working principle of the AT17C010-10JC.

Application Field

The AT17C010-10JC is designed to configure FPGA devices with CPLD’s, EPROM’s, and other programmable components. This device can be used to store data, such as configuration parameters or programs, that can then be downloaded or uploaded to the appropriate device. Furthermore, the data stored in the AT17C010-10JC can be stored for a longer period of time, making it an ideal choice for applications that need to be operational for long periods.

The AT17C010-10JC can be used for the configuration for a wide range of FPGA’s, including Altera Max 10, Zynq, Artix-7, Kintex-7, Virtex-7, and Spartan-6. This device can also be used with a variety of architectures and technologies, such as Xilinx Virtex-6 and other FPGAs, allowing a wide range of design architectures to be implemented. Additionally, this device can be used to configure up to 80 different clock and data bits.

Working Principle

The AT17C010-10JC is a non-volatile memory device, which means that it can retain its data after power is removed. This memory device can store two types of data: configuration data and user data. Configuration data is used to set up the device for operation, and is stored in non-volatile tables. User data is stored in electrically erasable programmable memory (EEPROM) and can be read and written to with an appropriate programming protocol. Furthermore, the AT17C010-10JC can store up to 16,000 8-bit words in its EEPROM memory, providing ample storage for programming data.

To program the AT17C010-10JC, it is connected to an appropriate programming device, such as a universal programmer, which sends the appropriate signals to write the configuration data and user data to the memory device. Once the data has been written, the programmer then verifies that it has been written correctly. If the data has not been written correctly, the programmer will indicate an error, and the process must be repeated.

The AT17C010-10JC can also be used as a device selector, allowing a specific FPGA to be selected from among a group of FPGAs. This is accomplished by writing a selection code to the memory device, and then connecting it to an appropriate FPGA configuration system. Using this selection code, the FPGA configuration system can read the appropriate data and configuration information from the memory device and configure the FPGA accordingly.

Conclusion

The AT17C010-10JC is a widely used non-volatile memory device designed for use with FPGA’s. It is used for the storage of configuration data and user data, and can be used as a device selector. Furthermore, this device can be used with a wide range of FPGA architectures and technologies, making it an ideal choice for many different embedded systems.

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