AT17C020-10JC

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AT17C020-10JC is a popular configuration prom used in FPGA systems. In general, a configuration prom is used to program the FPGA after power up. It contains data which define the behavior of the FPGA, and with it, custom logic can be implemented. The AT17C020-10JC is specifically designed to work with FPGAs, and it is manufactured by Atmel Corporation.

This device is a type of nonvolatile memory and is available in several different packages, including TQFP, PLCC, SOIC, and SSOP. It is optimized to be fast and simple to use and has a low power consumption. It is capable of a maximum write frequency of 25 MHz and has 2 MBit of memory capacity. Furthermore, it is capable of 16-word burst write for increased performance.

The AT17C020-10JC can be used in a variety of FPGA designs, including system on chips (SoCs) and field-programmable gate arrays (FPGAs). This configuration prom combines the features of a general-purpose SRAM and a serial programmable device, providing a cost-effective solution for designers.

The AT17C020-10JC operates in a serial interface mode, which utilizes four mode pins. Two of the pins can be used to select either a four-bit or an eight-bit interface, while the remaining pins can be used to perform write and read operations. Furthermore, the device is designed to have minimal setup time, meaning that devices that require multiple word loads can be programmed quickly.

Additionally, the AT17C020-10JC has write protection, which prevents inadvertent programming and write operations. This is important in FPGA system applications, especially in those that require periodic updates. The device also includes a status error flag, allowing for easy system monitoring.

In summary, the AT17C020-10JC is an ideal configuration prom for FPGA systems. It can be used for a variety of applications, including system on chip (SoC) and field-programmable gate array (FPGA) designs. It has a fast performance, with a 25 MHz write frequency, and a low power consumption. Furthermore, it is designed with write protection and a status error flag in order to ensure reliable operation.

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