AT17LV040-10BJI

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The AT17LV040-10BJI is a configuration Prom designed for Field Programmable Gate Arrays (FPGAs). The chip stores the configuration data to help program the FPGA quickly and accurately while providing reliability and flexibility. These features have made it a popular choice for FPGAs in a variety of applications.

AT17LV040-10BJI Application Field

The AT17LV040-10BJI is a 4-MBit configuration prom used with FPGAs. It supports both configuration and calibration data, so it can be used to program FPGAs in a variety of applications. These include power control, motor control, embedded control, video processing, and ASIC coding. Additionally, it can be used for high-density memory applications and for encrypting data.

This Prom is ideal for industrial applications because it is compatible with any FPGA, including Xilinx, Altera and Cypress. Additionally, its size and power consumption make it well suited for space limited designs. It is also very reliable, with a maximum unload current drain of 1mA.

AT17LV040-10BJI Working Principle

The AT17LV040-10BJI uses serial configuration to program FPGAs. This is done by writing the configuration data to the prom, which then can be read out at startup via a serial data bus. The prom is powered by a 3.3-V voltage supply, with support of 1.8 V and 5.0 V Vcc. The data written to the prom is nonvolatile, which makes it possible to store the configuration data even if the power is removed.

The AT17LV040-10BJI has several features which make it ideal for FPGA configuration. One of these is auto-write, which allows for data to be written to the prom automatically without having to wait for it to be erased by the user. This makes it much faster to program FPGAs with the chip.

The prom is also designed for reliability, with an error-correcting code (ECC) algorithm built into it to ensure data integrity. The ECC algorithm is able to detect and correct any single bit errors. Additionally, the chip can detect 2-bit errors and alert the user to them. This makes it much more reliable than other configuration proms.

Conclusion

The AT17LV040-10BJI configuration prom is an ideal solution for FPGAs. It is compatible with a wide range of FPGAs and offers fast, reliable programming. Additionally, it is small and consumes little power, making it well suited for space-constrained designs. All of these features make it a popular choice for FPGAs in a variety of applications.

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