XC7A200T-1SB484I

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Embedded in devices, Field Programmable Gate Arrays (FPGAs) can be found all throughout various industries, providing the device with computing capability, while concurrently saving space, cost, and energy. FPGAs come with myriad capabilities, and one particularly versatile model of FPGA is Xilinx’s XC7A200T-1SB484I, which works for multiple application fields, including communications, data processing, machine vision, and more.

The XC7A200T-1SB484I FGPAs are equipped with many features, each of which helps make them suitable for different application fields. An important feature of this FPGA model is that it can hold up to 610,000 system logic cells, increasing the computing capacity of the device exponentially. It has versatile memory options, including DPRAM, which can be used for multiple application needs, and SRL16E devices with 2,400 elements, allowing fast data update rate, which is a major requirement for many application fields.

In addition, the XC7A200T-1SB484I also offers two purposes for low power applications, namely, PowerPlay 10 and LowPowerPlay 15. LowPowerPlay 15 aims at minimizing power consumption, while PowerPlay 10 enables the user to adjust the power usage of the FPGA to the voltage, clock and power dissipatation. This is a great benefit in applications where precise power control is essential.

The working principle of the XC7A200T-1SB484I FPGAs is similar to other FPGAs in the market. The device’s hardware consists of combinational Logic Elements (CLEs) and Random Access Memory Blocks (RAMB). CLEs is the main component of the FPGA, which comprises of flip-flops and look-up tables (LUTs), used to perform various operations on the input data. RAMB is the memory blocks, used to store the data which is read and written by the device in different frequencies.

The FPGA works in a sequence, processing the input data according to the user program stored in the memory block. The data is then processed in the CLEs and stored back in the RAMB. The output of the processing is then determined from the data stored in the RAMB, and the output is provided to the user as the result of the user program.

The XC7A200T-1SB484I FPGA is a great choice for a variety of application fields. Its advanced features enable it to perform complex operations, while concurrently consuming low levels of power. Its working principle is also similar to other FPGAs, making it easy to use and program. Its versatile features and low power consumption make it a great option for all types of applications.

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