Deep-level transient spectroscopy works by observing the transient value of this quantity related to the change in width of the depletion region of a diode.
Deep-level transient spectroscopy works by observing the transient value of this quantity related to the change in width of the depletion region of a diode. An inverting voltage amplifier increases this quantity in the Miller effect. The inverse of this quantity is called the (*) elastance, and like inductance this quantity can be altered in crosstalk. The value of this quantity is increased by the insertion of a dialectric, and it's proportional to area and inversely proportional to separation. This quantity adds in parallel configurations, but its reciprocal adds in a series configuration. For 10 points, name this quantity which is equal to charge divided by voltage, usually measured in Farads.
Deep-level transient spectroscopy works by observing the transient value of this quantity related to the change in width of the depletion region of a diode.
{capacitance}