The quantum frequency conversion plays important roles in quantum technologies. Various systems can be implemented to transfer frequency of the photon into another frequencies. We investigate the microwave bandwidth frequency conversion by utilizing mechanical mode. The system of the device to be investigated is cavity electromechanical system. We theoretically analyze the system to obtain the optimal parameters. To realize this system, we fabricate the superconducting cavity electromechanical device. Also, microwave photon to be converted is squeezed vacuum state generated by Josephson parametric amplifier.
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