AT17F16-30JU

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FPGA (Field Programmable Gate Array) is an integrated circuit that can be configured by a user after manufacturing. Its configurable functionality is achieved through bits of memory – configuration proms. The AT17F16-30JU is one of these confguration proms designed to work with FPGAs; it is a 16-Mbit, ultraviolet-erasable, electrically-programmable, non-volatile memory device with numerous applications.

In power-altering applications, the AT17F16-30JU is a useful tool for managing the configuration of an FPGA. It allows for quick power reconfiguration in cases where a power interruption occurs or when the system is required to enter a low-power mode. The device can also be used to maintain power-system integrity during the transition from one operating point to another. In addition, it can be used to recover the state of a system before a power interruption.

The AT17F16-30JU is specifically designed to be used in conjunction with FPGAs, where its non-volatile memory is used to store the confguration data. Such confguration data can be modified to adapt to system changes (such as power transitions). The device also features sector erase and programming capabilities, allowing users to selectively erase or program sections of its memory. This offers system owners greater flexibility when confguring their FPGAs, as they can easily and quickly change the contents of their memory without the need to rewrite the entire device.

The AT17F16-30JU has a typical access time of 15ns, a programming time of 5ms, and a power supply voltage of 2.5V. It is available in a 64-pin TQFP package, which is robust and offers excellent electrical performance. Moreover, it features an integrated dual-port buffer that separates the programming and read operations, allowing the device to respond to commands quickly and accurately.

In summary, the AT17F16-30JU is an excellent choice for users who require a reliable and easy-to-use memory device for their FPGAs. It is robust and versatile, and its sector erase and program capabilities offer users a great deal of flexibility. Moreover, its low power consumption and fast access time make it an ideal solution for power-altering applications, where changes must be made quickly and accurately.

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