Concept of capacitor scaling

An electrical circuit, comprising:

• a first capacitor having a first signal capacitance between an input electrode and an output electrode of the first capacitor and a first parasitic capacitance between the first capacitor's input electrode and AC ground, wherein a sum of the first signal capacitance and the first parasitic capacitance yields a first total capacitance;
• a second capacitor having a second signal capacitance between an input electrode and an output electrode of the second capacitor and a second parasitic capacitance between the second capacitor's input electrode and AC ground, wherein a sum of the second signal capacitance and the second parasitic capacitance yields a second total capacitance, wherein the first signal capacitance differs from the second signal capacitance and wherein the first total capacitance equals the second total capacitance;
• a first signal driver connected to the input electrode of the first capacitor;
• and
• a second signal driver connected to the input electrode of the second capacitor, wherein a drive strength of the first signal driver equals a drive strength of the second signal driver.

Method for forming an electrical circuit, the method comprising:

• providing a first capacitor with a first signal capacitance between a first electrode and a second electrode of the first capacitor and with a first parasitic capacitance between the first capacitor's first electrode and AC ground, wherein a sum of the first signal capacitance and the first parasitic capacitance yields a first total capacitance;
• providing a second capacitor with a second signal capacitance between a first electrode and a second electrode of the second capacitor and with a second parasitic capacitance between the second capacitor's first electrode and AC ground, wherein a sum of the second signal capacitance and the second parasitic capacitance yields a second total capacitance;
• wherein the first signal capacitance differs from the second signal capacitance, and
• wherein the first total capacitance equals the second total capacitance.