README.md

DDS-RFSoC

DDS implemented on the Zynq RFSoC with sampling clock of 6.88 GHz

The DDS requires one input - a 32 bit integer - to be sent into the FPGA, and generates the corresponding sine wave from port A of the board. The input $N_{actual}$ is related to the desired output frequency $f_{out}$ by the following relation:
$f_{out} = f_{clk} \dfrac{N_{actual}}{2^{32}}$,
where $f_{clk} = 6.88128 \rm{GHz}$.

The included Jupyter notebook can be used to program the DDS on the FPGA.