The transfer of energy from one circuit to another by means of the mutual capacitance between the circuits. Note 1: The coupling may be deliberate or inadvertent. Note 2: Capacitive coupling favors transfer of the higher frequency components of a signal, whereas inductive coupling favors lower frequency components, and conductive coupling favors ne [..]

The transfer of energy from one circuit to another by means of the mutual capacitance between them. In feedback and control systems this is considered to be electrical noise and is a common problem.

The transfer of energy from one circuit to another by means of the mutual capacitance between the circuits. Typically achieved by placing a capacitor in series with the signal to be coupled.

Capacitance is a device's ability to store electrical energy for later release. Two wires in an electrical circuit can have capacitance, that is, can store a charge between them. A capacitor works by charging to a certain energy level and then remaining at that level until the signal is removed. Capacitive coupling between circuits causes the [..]

The transfer of energy from one circuit to another by means of the mutual capacitance between the circuits.