The Miller effect is an increase in this quantity in an amplifier by a factor of one minus amplifier gain. This quantity's inverse is known as elastance, and for the device associated with this quantity, energy is equal to one-half this quantity times voltage squared. The magnitude of this quantity is affected by the area of plates, distance between them, and the dielectric constant of the material between those plates. This quantity is associated with namesake devices capable of storing charge, such as the Leyden Jar. For 10 points, name this quantity measured in Farads and defined as the magnitude of charge over app
The Miller effect is an increase in this quantity in an amplifier by a factor of one minus amplifier gain. This quantity's inverse is known as elastance, and for the device associated with this quantity, energy is equal to one-half this quantity times voltage squared. The magnitude of this quantity is affected by the area of plates, distance between them, and the dielectric constant of the material between those plates. This quantity is associated with namesake devices capable of storing charge, such as the Leyden Jar. For 10 points, name this quantity measured in Farads and defined as the magnitude of charge over applied voltage.
The Miller effect is an increase in this quantity in an amplifier by a factor of one minus amplifier gain.
{capacitance} [prompt on {C}]