AT17F16-30JI

AT17F16-30JI is a configuration proms for FPGAs manufactured by Atmel. It is used to store configuration data and parameters that are used to set up FPGA hardware and software. The configuration data is stored in a 16-bit wide serial eeprom that can be read and programmed in-situ by dedicated programming hardware. The proms are built with high performance, low cost FPGA architectures such as the Spartan-6 (XC6SLX9) and Virtex-6 (XC6VLX75).

In order to maximize the power of FPGAs, the AT17F16-30JI enables engineers to configure the hardware of their FPGAs quickly and easily. It has a programmable logic array (PLA) inside which is programmed to store the FPGA circuit diagrams. This PLA can then be used to reconfigure the FPGA, allowing design engineers to easily modify the system\'s hardware configuration.

The AT17F16-30JI also provides a simple interface for programming FPGAs. It has four pins: VCC, ground, serial interface (SIF) and reset (RES). The VCC and ground power the chip and the SIF connects the chip to a compatible programming device. The RES pin provides a reset signal for the FPGA, allowing the design engineer to reset the chip without having to remove it from the board.

The AT17F16-30JI also provides a number of additional features that make it ideal for use in embedded systems. Its high speed and low power consumption make it suitable for small and cost-sensitive projects. The test mode allows the design engineer to quickly test the configuration ROM to ensure its functionality. Finally, the SPI interface is capable of data speeds up to 600 kbps, providing enough bandwidth for efficient configuration of FPGA devices.

Overall, the AT17F16-30JI is an excellent choice for FPGA configuration and development. Its simple programming interface and robust features make it easy to use and reliable. Furthermore, its low power consumption and high speed make it ideal for embedded projects. The AT17F16-30JI is a popular choice among FPGA developers, and is sure to remain a reliable and cost-effective solution for many years to come.