XC1765ELPC20I

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Configuration Proms for FPGAs are widely used in advanced applications due to their low power consumption, high reliability, and fast response characteristics. XC1765ELPC20I is one of the most popular Configuration Prom devices specifically designed for FPGA programming, making it an excellent choice for applications such as in-circuit programming, single-pass load/program, and embedded programming.

The XC1765ELPC20I Configuration Prom is a two-wire serial interface device consisting of two package options with 512 bits of user programmable non-volatile memory and industry-leading programming speeds of up to 10 times faster than traditional LV Configuration Proms. It also features an advanced 3-state output pin design to support safe, reliable loading and programming of FPGAs.

The XC1765ELPC20I is designed to be used with any FPGA, including the Xilinx series, INDIUM ARM products, and Altera’s MAX 10 series. However, it can also be used with any other type of FPGA, as long as the FPGA\'s design allows for the Configuration Prom interface.

The working principle of XC1765ELPC20I is simple: The FPGA first reads the user-programmed data from the Configuration Prom, interprets it, and then sets the appropriate logic levels on its outputs as per the requirements of the user application. This data is stored in non-volatile memory, meaning that it will remain intact even after a power failure or other interruption in the system power supply.

Thanks to its fast programming speeds, high reliability, and low power consumption characteristics, the XC1765ELPC20I is an excellent choice for customers looking to quickly, reliably, and cost-effectively program complex FPGA designs. Additionally, the XC1765ELPC20I is ideal for embedded designs and high-reliability applications.

The XC1765ELPC20I has several other advantages, including on-board state machines for various configuration modes, ECC (error correction code) support, fast programming algorithms, and support for secure programming of the FPGAs. In addition, the device is also field-upgradable, meaning that new configurations can be applied to the FPGA without having to reprogram the device.

In conclusion, Configuration Proms are essential components of any FPGA design, and the XC1765ELPC20I is an excellent choice for customers requiring fast, robust, low-power FPGA programming. Thanks to its dual package design, fast programming, and secure programming support, the XC1765ELPC20I is an excellent choice for any application that requires a dependable and cost-effective solution.

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