The greater the capacitor's charge, the greater the potential difference between its two plates?

According to the capacitor charge formula: Q = C * U, where Q for the amount of charged charge, C for the capacitance of the capacitor, the capacitance of the intrinsic properties of capacitors, generally with the capacitance of the structure, the dielectric is related to a given capacitance, the value is generally a constant quantity, U for the capacitor between the two poles of the voltage, that is, the potential difference. So when the capacitor is charged and stabilized, the more charged it is, the greater the potential difference between its two poles.