EPF10K130EFI672-3

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Embedded Field Programmable Gate Arrays (FPGAs) is a technology and product category which is specifically designed to manufacture and deploy custom built, programmable logic and digital communication systems. The main advantage of FPGAs is their ability to be programmed in the field, and also their relatively low cost. EpF 10K130EFI672-3 is one of the many FPGAs available in the market today. This particular FPGA model is designed for use in embedded systems, and is suitable for medium to high demand applications.

EpF 10K130EFI672-3 application field includes but is not limited to embedded navigation and communication systems, medical instrumentation, industrial automation and control, consumer electronics and military systems. This FPGA provides users with many powerful features and benefits that makes it an attractive option for many applications. Some of the features and benefits which this FPGA offer, include; a high frequency performance, a small form factor, ease of integration and low power consumption.

The central component of this FPGA is a 3D logic array, called the EFI672-3. This array consists of three distinct parts; a programmable logic block (PLB), an embedded multiplier block (EMMB) and an embedded controller block (ECB). The PLB allows users to construct logic functions with logic components such as wires,inputs, outputs, and logic elements. On the other hand, the EMMB is responsible for calculating the results of an algorithmic operations or logic operations. Last but not least, the ECB manages the program memory and its associated data from the FPGA.

The working principle of EpF 10K130EFI672-3 is based on the dynamic partial reconfiguration of the 3D logic array. In order for a particular operation to take place, the dynamic partial reconfiguration is triggered by a particular input, or condition. Once the input or condition is met, the logic cells in the array are rearranged to represent either a logic function or algorithmic calculation. After the operation has been completed, the logic cell arrangement is restored back to its original configuration.

In conclusion, EpF 10K130EFI672-3 is a powerful and versatile embedded FPGA which can perform well in many applications. It provides users with a capable solution for medium to high demand embedded applications. The FPGA is based on the dynamic partial reconfiguration of a 3D logic array, which allows for highly efficient and effective operations. EpF 10K130EFI672-3 have been used in many embedded navigation and communication systems, medical instrumentation, industrial automation and control, consumer electronic and military systems.

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