The objective of this project is to first interface the on board ADC and DAC available in the Spartan 3E FPGA platform, so that the real signals too can be processed by the FPGA board. Thus first of all, the ADC was interfaced and the results were observed via ChipScope Pro. Then the DAC was interfaced and checked if it was working or not. Finally both were operated together, where registers were used to store the values of the digital data obtained from the ADC and then sent to the DAC for the reconstruction of the original signal, which could be observed via a DSO.udADC is a prime requirement whenever real-world signals come into play, hence interfacing the ADC is of great use and help in using the real-world signals for our use and furtherudprocessing to extract vital information. DAC also aids in the said process similarly.udThe basic aim being that a given input signal should output exactly or nearly exactly the given input signal after having it passed through the ADC and the DAC.
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机译:该项目的目标是首先连接Spartan 3E FPGA平台中的板载ADC和DAC,以便FPGA板也可以处理真实信号。因此,首先连接ADC,并通过ChipScope Pro观察结果。然后,将DAC连接起来并检查其是否正常工作。最终,两者一起运行,其中使用寄存器存储从ADC获得的数字数据的值,然后将其发送到DAC以重建原始信号,这可以通过DSO进行观察。 udADC是首要要求每当实际信号起作用时,ADC的接口就非常有用,并有助于将实际信号用于我们的用途以及进一步的 udprocessing以提取重要信息。 DAC同样也有助于上述过程。 ud基本目的是,给定输入信号在通过ADC和DAC后应准确或几乎完全输出给定输入信号。
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